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    • 5. 发明授权
    • Manufacturing method for ceramic oscillator
    • 陶瓷振荡器的制造方法
    • US06772491B2
    • 2004-08-10
    • US10022278
    • 2001-12-20
    • Naoki FujiiHiroshi TomohiroMikio NakajimaKeiichi Kami
    • Naoki FujiiHiroshi TomohiroMikio NakajimaKeiichi Kami
    • H04R1700
    • H03H3/04Y10T29/42Y10T29/49004Y10T29/49155Y10T29/49789Y10T29/49798
    • A manufacturing method for a ceramic oscillator capable of controlling the oscillation frequency with a high accuracy is disclosed. In this method, a mother substrate is polarized, electrodes in discrete ceramic oscillator units are formed, the mother substrate is cut into discrete ceramic oscillator units, an outer package is applied to each of the ceramic oscillators, and thus a ceramic oscillator as a finished product is achieved. Herein, the polarization processing for the mother substrate is executed by finishing the application of a high DC voltage, when the antiresonant frequency fa of the mother substrate in a thickness vibration mode is measured while the voltage is applied to the mother substrate, and the antiresonant frequency fa which is being measured has reached a target value of the antiresonant frequency of the mother substrate during polarization corresponding to a target oscillation frequency of the ceramic oscillator as a finished product.
    • 公开了一种能够高精度地控制振荡频率的陶瓷振荡器的制造方法。 在这种方法中,母基板被极化,形成分立的陶瓷振荡器单元中的电极,将母基片切割成离散的陶瓷振荡器单元,外部封装被施加到每个陶瓷振荡器,因此陶瓷振荡器作为成品 产品实现。 这里,当在施加电压施加到母基板上测量厚度振动模式下的母基板的反谐振频率fa时,通过完成高直流电压的施加来执行​​母体基板的偏振处理,并且反谐振 正在测量的频率fa已达到对应于作为成品的陶瓷振荡器的目标振荡频率的极化期间母体衬底的反谐振频率的目标值。
    • 6. 发明授权
    • Pressurized fluid hose
    • 加压流体软管
    • US5513675A
    • 1996-05-07
    • US199935
    • 1994-02-22
    • Yoshiyuki ToyamaYoshiyuki TakeuchiSyuzi TakagiHirotune SuzukiMikio Nakajima
    • Yoshiyuki ToyamaYoshiyuki TakeuchiSyuzi TakagiHirotune SuzukiMikio Nakajima
    • F16L13/14F16L11/12F16L11/20F16L33/20F16L55/04F16L55/10
    • F16L55/04F16L11/12F16L11/20
    • A pressurized fluid supply hose which conducts pressurized fluid discharged from a pump to a fluidically operated device is disclosed. A spiral tube formed by two spirally wound band members is fixed by caulking in one end of a steel pipe. The outer shape of the one end of the steel pipe includes a taper portion formed to slope gradually between a thin portion and an outer diameter portion. By effecting a caulking process with a caulking tool having a pressing portion extending in parallel to an outer surface of the steel pipe, the outer taper portion of the steel pipe is contracted to formed an inner taper portion at an internal surface thereof, and one end of the spiral tube is fixed to the inner taper portion. Because the spiral tube is gradually deformed along the inner taper portion of the steel pipe, it can avoided that a large clearance is formed between the two band members of the spiral tube.
    • 公开了将从泵排出的加压流体传导到流体操作装置的加压流体供应软管。 由两个螺旋缠绕带部件形成的螺旋管通过在钢管的一端中的铆接而固定。 钢管的一端的外形包括形成为在薄部分和外径部分之间逐渐倾斜的锥形部分。 通过利用具有与钢管的外表面平行延伸的按压部的铆接工具进行铆接处理,钢管的外锥形部收缩,在其内表面形成内锥形部, 的螺旋管固定在内锥形部分上。 因为螺旋管沿着钢管的内锥部逐渐变形,所以能够避免在螺旋管的两个带状部件之间产生大的间隙。
    • 7. 发明授权
    • Helically-shaped intake port of an internal-combustion engine
    • 内燃机的螺旋形进气口
    • US4516544A
    • 1985-05-14
    • US494387
    • 1983-05-13
    • Takeshi OkumuraKiyoshi NakanishiMikio Nakajima
    • Takeshi OkumuraKiyoshi NakanishiMikio Nakajima
    • F02F1/42
    • F02F1/4228
    • An engine comprising an intake port which has a separating wall projecting downwardly from the upper wall of the intake port. The separating wall defines a helical portion, an inlet passage portion tangentially connected to the helical portion, and a bypass passage interconnecting the inlet passage portion and the helical portion. The side wall of the helical portion has a slightly inclined portion located near the outlet portion of the bypass passage and expanding towards the separating wall so as to define a narrow passage portion between the inclined portion and the separating wall. A rotary valve is arranged in the bypass passage and is actuated by a vacuum-operated diaphragm apparatus. The rotary valve is opened when the amount of air fed into the cylinder of the engine is increased beyond a predetermined value.
    • 一种发动机,其特征在于,具有从所述进气口的上壁向下突出的分隔壁的进气口。 分隔壁限定螺旋部分,与螺旋部分切向连接的入口通道部分和将入口通道部分和螺旋部分相互连接的旁路通道。 螺旋部分的侧壁具有位于旁通通道的出口部分附近的稍微倾斜的部分,并且朝向分隔壁扩张,以便在倾斜部分和分隔壁之间限定一个狭窄的通道部分。 旋转阀设置在旁通通道中并由真空操作的隔膜装置致动。 当进入发动机气缸的空气量增加超过预定值时,旋转阀打开。
    • 10. 发明申请
    • POWER SUPPLY DEVICE AND CONTROL METHOD FOR POWER SUPPLY
    • 电源设备和电源控制方法
    • US20130099573A1
    • 2013-04-25
    • US13652688
    • 2012-10-16
    • Mikio NakajimaTetsuya YanoHideo NakagawaYu Yoshioka
    • Mikio NakajimaTetsuya YanoHideo NakagawaYu Yoshioka
    • H02J9/00
    • H02J1/108H02J1/14H02J7/345Y10T307/615
    • A power supply device includes: a main power supply configured to feed power to a load with constant-voltage output using an external power supply; an auxiliary power supply configured to feed power to the load using an internal power storage unit; a constant-current/constant-voltage switching power supply configured to feed a part of current flowing through the load by which part the current exceeds an upper limit value of output current of the main power supply instructed by a current upper-limit instruction unit, with the constant-current output from the auxiliary power supply; and an output switching unit switching the constant-current/constant-voltage switching power supply from the constant-current output to the constant-voltage output when a power cut monitoring unit determines stop of power supply from the external power supply.
    • 电源装置包括:主电源,其被配置为使用外部电源向具有恒定电压输出的负载供电; 辅助电源,被配置为使用内部蓄电单元向负载供电; 恒流/恒压开关电源,被配置为馈送流过所述负载的电流的一部分,所述电流的一部分超过由所述当前上限指令单元指示的所述主电源的输出电流的上限值, 辅助电源的恒流输出; 以及输出切换单元,当断电监视单元确定从外部电源的电源停止时,将恒定电流/恒定电压开关电源从恒定电流输出切换到恒定电压输出。