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    • 54. 发明授权
    • Means for controlling ribbon edge clearance in a ribbon loudspeaker
    • 用于在色带扬声器中控制色带边缘间隙的装置
    • US4580014A
    • 1986-04-01
    • US506429
    • 1983-06-21
    • Theodore B. Hobrough
    • Theodore B. Hobrough
    • H04R9/04H04R7/16H04R9/00
    • H04R9/048
    • A ribbon assembly and a method of forming same for use in a ribbon loudspeaker which has an elongated electrically conducting ribbon, a magnet means for producing a magnetic field parallel to a mean plane through and directed transversely to the ribbon, and means for generating a varying electrical current through the ribbon. The ribbon assembly includes a wafer board having an elongated aperture and means for mounting the ribbon across the aperture, to electrically conducting pads at either end thereof such that the clearance between the elongated edges of the ribbon and the adjacent elongated ribbon facing edge of the aperture, are less than 1% of the ribbon width. A pair of elongated side rails are removably disposed along each elongated side of the aperture to form ribbon facing edges of the aperture.
    • 一种带状组件及其形成方法,用于具有细长导电带的带式扬声器中,磁体装置用于产生平行于穿过并横向于带状物的平均平面的磁场,以及用于产生变化的装置 电流通过色带。 带组件包括具有细长孔的晶片板和用于将带跨过孔的装置连接到其任一端处的导电垫,使得带的细长边缘与相邻的细长带对着孔的边缘之间的间隙 ,小于丝带宽度的1%。 一对细长的侧轨可沿着孔的每个细长侧面可移除地设置,以形成面向孔的带状边缘。
    • 56. 发明授权
    • Ribbon-type loudspeaker
    • 丝带式扬声器
    • US4413160A
    • 1983-11-01
    • US355244
    • 1982-03-05
    • Takashi OhyabaYoichi Suzuki
    • Takashi OhyabaYoichi Suzuki
    • H04R9/00H04R7/04H04R9/04H04R11/00
    • H04R9/048
    • The ribbon-type loudspeaker that has the characteristics of large cooling effect such that electrical input power is increased. The ribbon-type loudspeaker comprises magnet means having plates positioned in facing relation to each other to form a gap therebetween; an electrically conductive diaphragm extended between said plates to complete a magnetic circuit, said diaphragm forming an electric circuit transversely of said magnetic circuit, at least one side of said diaphragm being formed with an electrically insulating layer; and a heat absorbing plate extended between said plates and attached in contacting relation thereto over an extended area, said heat absorbing plate being formed with an electrically insulating layer in facing relation to the electrically insulating layer of the diaphragm.
    • 具有冷却效果大的特征的带状扬声器使得电力输入功率增加。 带式扬声器包括磁铁装置,其具有彼此相对定位的板,以在它们之间形成间隙; 导电隔膜,其延伸在所述板之间以完成磁路,所述隔膜在所述磁路横向形成电路,所述隔膜的至少一侧形成有电绝缘层; 以及在所述板之间延伸并且在延伸区域上以接触关系附着的吸热板,所述吸热板形成有与隔膜的电绝缘层相对的电绝缘层。
    • 59. 发明授权
    • Acoustic transducer with a diaphragm forming a plurality of adjacent narrow air spaces open only at one side with the open sides of adjacent air spaces alternatingly facing in opposite directions
    • 具有形成大量相似的空气空间的膜的声波传感器仅在一侧开放,邻近相邻空气的开放面相互独立地指向相对方向
    • US3636278A
    • 1972-01-18
    • US3636278D
    • 1969-02-19
    • HEIL SCIENT LAB INC
    • HEIL OAKAR
    • H04R9/00H04R7/14H04R9/04H04R9/02
    • H04R9/048H04R7/14
    • An acoustic transducer with a new kind of diaphragm geometry and a new kind of acoustical or vibratory excitation of the diaphragm. The diaphragm comprises a plurality of substantially equal spaced and substantially parallel diaphragm portions which define between themselves small air spaces, and means connecting the diaphragm portions to each other in such a manner so as to close each of the air spaces at three sides while the fourth side is left open and with the open sides of adjacent air spaces respectively facing in opposite directions. As a result of this arrangement, the narrow air spaces between adjacent diaphragm portions get alternatingly enlarged or reduced and alternatingly air is sucked in or expelled from the adjacent air spaces during vibration of the diaphragm portions. During each half-cycle of the vibration air is sucked in one direction into every second of the adjacent air spaces and expelled in the opposite direction from the other air spaces and during the next half-cycle the motion of air into and out of adjacent air spaces is reversed. Such diaphragm arrangement moves more air with less kinetic energy than conventional diaphragms. The vibratory diaphragm portions may be directly driven by applying an audio current, respectively an audio voltage to conductors attached to the diaphragm portions and located in a strong magnetic field, or the diaphragm portions may be indirectly driven by a pair of voice coils alternatingly attached to adjacent vibratory diaphragm portions to move the latter toward and away from each other. On the other hand, the vibratory diaphragm portions may be acoustically driven and audio currents, respectively audio voltages, may be produced in conductors attached to the diaphragm portions and moving in a strong magnetic field.