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    • 41. 发明授权
    • Loudspeaker
    • 喇叭
    • US08081791B2
    • 2011-12-20
    • US11794664
    • 2007-01-16
    • Osamu Funahashi
    • Osamu Funahashi
    • H04R1/00
    • H04R9/043H04R7/12Y10T29/49005Y10T29/4908
    • A loudspeaker includes a frame, a magnetic circuit supported by the frame, voice coil body provided movably in relation to a magnetic gap provided at the magnetic circuit, a diaphragm having an outer rim being joined via a first edge to the frame and an inner rim being joined to the voice coil body, and a damper located towards the magnetic circuit from the diaphragm. The damper has an inner rim joined to the voice coil body. The damper has an outer rim joined via a second edge to the frame. The second edge protrudes towards the diaphragm or in a direction opposite to the diaphragm. The damper includes a first protrusion protruding towards the diaphragm and a second protrusion protruding in a direction opposite to a direction in which the first protrusion protrudes. A protrusion out of the first and second protrusions is closest to the second edge among the protrusions. A further projection out of the first and second protrusions is located more inside than the protrusion and protrudes in a direction opposite to a direction in which the second edge protrudes. The further protrusion has a size largest among sizes of other protrusion. This loudspeaker has a small distortion and a large driving efficiency.
    • 扬声器包括框架,由框架支撑的磁路,相对于设置在磁路上的磁隙可移动地设置的音圈体,具有经由第一边缘连接到框架的外缘的隔膜, 连接到音圈体,以及从隔膜朝向磁路定位的阻尼器。 阻尼器具有连接到音圈体的内缘。 阻尼器具有经由第二边缘连接到框架的外缘。 第二边缘朝向隔膜或与隔膜相反的方向突出。 阻尼器包括朝向隔膜突出的第一突起和沿与第一突起突出的方向相反的方向突出的第二突起。 第一突起和第二突起之间的突出部最靠近突起中的第二边缘。 第一突起和第二突起之间的另外的突出部位于突出部的内侧,并且在与第二边缘突出的方向相反的方向上突出。 另外的突起的尺寸在其他突出部的尺寸中最大。 该扬声器具有小的变形和大的驱动效率。
    • 44. 发明申请
    • METHOD FOR MANUFACTURING A CAPACITIVE MEASURING APPARATUS
    • 制造电容式测量装置的方法
    • US20110192017A1
    • 2011-08-11
    • US13120760
    • 2009-08-12
    • Volker DreyerArmin Wernet
    • Volker DreyerArmin Wernet
    • H05K13/00
    • G01F23/263G01F23/266G01F25/0061Y10T29/435Y10T29/49002Y10T29/49004Y10T29/49005Y10T29/49007Y10T29/4908
    • A method for manufacturing a measuring apparatus for capacitive determining and/or monitoring of at least the fill level of a medium. The measuring apparatus has a probe unit and an electronics unit. During a measurement, the electronics unit supplies the probe unit with an exciter signal and receives from the probe unit a received signal, from which the electronics unit ascertains a capacitance value. The probe unit is coated with an insulation layer, the coated probe unit is connected with the electronics unit and inserted into a container containing a calibration medium, the coated probe unit is covered completely by the calibration medium and an associated received signal is gained, and, with the associated received signal, at least one adjustable component of the electronics unit is set.
    • 一种用于制造用于电容确定和/或监测至少介质的填充水平的测量装置的方法。 测量装置具有探针单元和电子单元。 在测量期间,电子单元向探针单元提供激励器信号,并从探测单元接收接收的信号,电子单元从该单元确定电容值。 探针单元涂覆有绝缘层,涂覆的探针单元与电子单元连接并插入容纳校准介质的容器中,涂覆的探针单元被校准介质完全覆盖,并且获得相关的接收信号,以及 利用相关联的接收信号,设置电子单元的至少一个可调节部件。
    • 45. 发明授权
    • Surface micromachined differential microphone
    • 表面微机械差动麦克风
    • US07992283B2
    • 2011-08-09
    • US11343564
    • 2006-01-31
    • Ronald N. Miles
    • Ronald N. Miles
    • H04R31/00
    • H04R19/005H04R1/38H04R19/04H04R31/00Y10T29/43Y10T29/49002Y10T29/49005Y10T29/4908
    • A differential microphone having a perimeter slit formed around the microphone diaphragm that replaces the backside hole previously required in conventional silicon, micromachined microphones. The differential microphone is formed using silicon fabrication techniques applied only to a single, front face of a silicon wafer. The backside holes of prior art microphones typically require that a secondary machining operation be performed on the rear surface of the silicon wafer during fabrication. This secondary operation adds complexity and cost to the micromachined microphones so fabricated. Comb fingers forming a portion of a capacitive arrangement may be fabricated as part of the differential microphone diaphragm.
    • 差分麦克风具有围绕麦克风隔膜形成的周边狭缝,其替代了传统硅,微机械麦克风以前需要的背面孔。 差分麦克风使用仅在硅晶片的单个前面施加的硅制造技术来形成。 现有技术的麦克风的背面孔通常要求在制造期间在硅晶片的后表面上进行二次加工操作。 这种二次操作为如此制造的微加工麦克风增加了复杂性和成本。 形成电容布置的一部分的梳形手指可以制造为差分麦克风隔膜的一部分。
    • 46. 发明授权
    • Fabricating method for earphone
    • 耳机制作方法
    • US07971338B2
    • 2011-07-05
    • US12169022
    • 2008-07-08
    • Chien-cheng YangHui-yin Liang
    • Chien-cheng YangHui-yin Liang
    • H04R31/00
    • H04R31/00Y10T29/49002Y10T29/49005Y10T29/4908
    • A fabricating method for an earphone includes the steps of: providing a front case and a speaker, the front case having a plurality of securing holes and a accommodating space, the speaker being disposed in the accommodating space; electrically connecting an earphone wire to the speaker; providing a rear case and securing the rear case onto the front case by making use of a plurality of fasteners penetrating through the rear case and fitted into the securing holes of the front case, and thereby the speaker is fixed in the accommodating space by the stop effect of the rear case; and buckling a protecting cover on the rear case to cover the fasteners. The fabricating method can make the produced earphone to be more reliable and thus can effectively avoid from being disassembled caused by an external force or unexpected falling, and therefore the internal components thereof can be effectively protected from damage.
    • 一种用于耳机的制造方法包括以下步骤:提供前壳体和扬声器,所述前壳体具有多个固定孔和容纳空间,所述扬声器设置在容纳空间中; 将耳机线电连接到扬声器; 通过利用穿过后壳并嵌入前壳的固定孔中的多个紧固件,将后壳固定在前壳体上,从而使扬声器通过挡块固定在容纳空间中 后壳的效果; 并在后壳上弯曲保护盖以覆盖紧固件。 制造方法可以使得制造的耳机更可靠,从而可以有效地避免由于外力而导致的意外掉落,从而可以有效地防止其内部部件的损坏。