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    • 12. 发明授权
    • Voice coil bobbin, manufacturing method thereof and speaker device
    • 音圈筒管,其制造方法和扬声器装置
    • US07848537B2
    • 2010-12-07
    • US11512397
    • 2006-08-30
    • Toshihiro IshigakiYoshihide GotoTaiki GotoShuji Higuchi
    • Toshihiro IshigakiYoshihide GotoTaiki GotoShuji Higuchi
    • H04R1/00H04R9/06H04R11/02
    • H04R9/046H04R31/00
    • A voice coil bobbin is formed by skinpass rolling of pure titanium. A manufacturing method of a voice coil bobbin includes a process which manufactures a rolled pure titanium material, a process which executes skinpass rolling of the rolled material, and a process which forms the rolled material after the skinpass rolling to manufacture the voice coil bobbin. For example, the rolled pure titanium material is manufactured by a standard manufacturing process of a normal rolled material defined by JISH4600, and the cold rolling for the purpose of the strengthening is executed. The cold rolling is executed under a condition of a rolling ratio equal to or larger than 60%. Thereby, it becomes possible to obtain double hardness of JIS No. 1-kind titanium material (TR270C) and tensile strength larger than double of the JIS No. 1-kind titanium material (TR270C) and close to 6-4 titanium. By applying this thin voice coil bobbin with the high strength, the speaker device applicable for the high power input can be obtained.
    • 通过纯钛的皮肤转动形成音圈筒管。 音圈筒管的制造方法包括制造轧制的纯钛材料的方法,执行轧制材料的表皮轧制的方法,以及在表皮轧制后形成轧制材料以制造音圈筒管的工艺。 例如,轧制的纯钛材料通过JISH4600定义的普通轧制材料的标准制造工艺制造,并且为了加强的目的进行冷轧。 在轧制率等于或大于60%的条件下进行冷轧。 由此,可以获得JIS No.1-型钛材料(TR270C)的双重硬度和大于JIS No.1型钛材料(TR270C)的双倍的拉伸强度,并且接近6-4钛。 通过应用这种具有高强度的薄型音圈架,可以获得适用于大功率输入的扬声器装置。
    • 16. 发明授权
    • Position information system
    • 位置信息系统
    • US06448927B1
    • 2002-09-10
    • US09830047
    • 2001-04-20
    • Toshihiro IshigakiArata KurosawaMasaki ArimaAkifumi Miyano
    • Toshihiro IshigakiArata KurosawaMasaki ArimaAkifumi Miyano
    • H04B7185
    • G01S19/34G01C21/20
    • In a position informing apparatus using position-measuring means, such as a GPS receiver, and communications means, such as a portable cellular phone, the operating time of the position-measuring means is shortened, thereby diminishing power consumption. Communications means (3), such as a portable cellular phone, of the position informing apparatus is provided with a position-measuring request button (3b) Position-measuring (1), such as a GPS receiver, is usually held in a power-off state, and the communications means (3) remains in a standby state. When the position-measuring request button (3b) is pressed, a control section (2) turns on power to the position-measuring means (1). A signal output from a GPS satellite is received by means of a position-measuring antenna (1a), and the position-measuring means (1) effects position-measuring operation. When position-measurement information is determined, the control section (2) sends the position-measurement information to the communications means (3), thus turning off power to the position-measuring means (1). The communications means (3) retains position information. When access is made to the communications means (3) from the outside, the position information is transmitted by way of a communications antenna (3a) . Alternatively, a predetermined number is automatically dialed, whereby the position information is transmitted.
    • 在使用诸如GPS接收机的位置测量装置的位置通知装置以及诸如便携式蜂窝电话之类的通信装置中,位置测量装置的操作时间被缩短,从而减少功耗。通信装置(3) 位置通知装置等的便携式便携式电话机具有位置测量请求按钮(3b)位置测量(1),例如GPS接收器,通常保持在断电状态,并且 通信装置(3)保持在待机状态。 当位置测量请求按钮(3b)被按下时,控制部分(2)接通位置测量装置(1)的电源。 通过位置测量天线(1a)接收来自GPS卫星的信号输出,位置测量装置(1)进行位置测量操作。 当确定位置测量信息时,控制部分(2)将位置测量信息发送到通信装置(3),从而关闭对位置测量装置(1)的电力。 通信装置(3)保持位置信息。 当从外部对通信装置(3)进行访问时,通过通信天线(3a)发送位置信息。 或者,自动拨打预定数量,由此发送位置信息。
    • 17. 发明申请
    • Voice coil bobbin, manufacturing method thereof and speaker device
    • 音圈筒管,其制造方法和扬声器装置
    • US20070053546A1
    • 2007-03-08
    • US11512397
    • 2006-08-30
    • Toshihiro IshigakiYoshihide GotoTaiki GotoShuji Higuchi
    • Toshihiro IshigakiYoshihide GotoTaiki GotoShuji Higuchi
    • H04R9/06
    • H04R9/046H04R31/00
    • A voice coil bobbin is formed by skinpass rolling of pure titanium. A manufacturing method of a voice coil bobbin includes a process which manufactures a rolled pure titanium material, a process which executes skinpass rolling of the rolled material, and a process which forms the rolled material after the skinpass rolling to manufacture the voice coil bobbin. For example, the rolled pure titanium material is manufactured by a standard manufacturing process of a normal rolled material defined by JISH4600, and the cold rolling for the purpose of the strengthening is executed. The cold rolling is executed under a condition of a rolling ratio equal to or larger than 60%. Thereby, it becomes possible to obtain double hardness of JIS No. 1-kind titanium material (TR270C) and tensile strength larger than double of the JIS No. 1-kind titanium material (TR270C) and close to 6-4 titanium. By applying this thin voice coil bobbin with the high strength, the speaker device applicable for the high power input can be obtained.
    • 通过纯钛的皮肤转动形成音圈筒管。 音圈筒管的制造方法包括制造轧制的纯钛材料的方法,执行轧制材料的表皮轧制的方法,以及在表皮轧制后形成轧制材料以制造音圈筒管的工艺。 例如,轧制的纯钛材料通过JISH4600定义的普通轧制材料的标准制造工艺制造,并且为了加强的目的进行冷轧。 在轧制率等于或大于60%的条件下进行冷轧。 由此,可以获得JIS No.1-型钛材料(TR270C)的双重硬度和大于JIS No.1型钛材料(TR270C)的双倍的拉伸强度,并且接近6-4钛。 通过应用这种具有高强度的薄型音圈架,可以获得适用于大功率输入的扬声器装置。
    • 20. 发明申请
    • Speaker diaphragm and method of forming the same
    • 扬声器隔膜及其形成方法
    • US20060062423A1
    • 2006-03-23
    • US11229833
    • 2005-09-20
    • Kazuharu KawataHideo SekikawaToshihiro Ishigaki
    • Kazuharu KawataHideo SekikawaToshihiro Ishigaki
    • H04R11/02
    • H04R7/02
    • It is an object of the present invention to ensure that when a speaker diaphragm having an adequate fire resistance is to be obtained, it is possible to ensure stability of various characteristics and thus avoid a deterioration of an audio characteristic of the speaker device. An expansive graphite is mixed/milled with at least one of a natural fiber, a chemical fiber, an inorganic fiber, a synthetic fiber and the like consisting of different fibers selected from the foregoing fibers (step of mixing/milling a fiber with an expansive graphite), thereby obtaining a paper slurry. The paper slurry is adjusted and heated at an adequate molding temperature necessary for the expansive graphite to expand, thereby effecting milling and molding (milling/molding step) and thus obtaining a milled material serving as a diaphragm substrate having a fire resistant layer formed by a heated expansion of the expanding agent. The diaphragm substrate is then dipped in a liquid containing a fire resistant component (step of dipping the diaphragm substrate in a liquid containing a fire resistant component), followed by a drying step (drying the diaphragm substrate) and a finishing step (cutting the diaphragm substrate in accordance with desired inner and outer diameters), thereby obtaining a desired speaker diaphragm having a sufficient fire resistance.
    • 本发明的目的是确保在获得具有足够的耐火性的扬声器振膜时,可以确保各种特性的稳定性,从而避免扬声器装置的音频特性的恶化。 将膨胀石墨与天然纤维,化学纤维,无机纤维,合成纤维等中的至少一种混合/研磨,所述天然纤维,合成纤维等由选自上述纤维的不同纤维构成(将纤维与膨胀剂混合/研磨的步骤 石墨),从而获得纸浆。 在膨胀石墨膨胀所需的适当成型温度下对纸浆进行调整和加热,从而进行研磨和模制(研磨/模制步骤),从而获得用作具有耐火层的碾磨材料,该耐磨层由 膨胀剂的膨胀膨胀。 然后将隔膜基板浸入含有耐火部件的液体(将隔膜基板浸入含有耐火成分的液体的步骤)中,然后进行干燥步骤(干燥隔膜基板)和精加工步骤(切割隔膜 基板,根据期望的内径和外径),从而获得具有足够耐火性的所需扬声器隔膜。