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    • 11. 发明申请
    • SEAT ELECTROACOUSTICAL TRANSDUCING
    • 座椅电感传输
    • US20090284055A1
    • 2009-11-19
    • US12510429
    • 2009-07-28
    • Richard AylwardCharles R. Barker, III
    • Richard AylwardCharles R. Barker, III
    • H04R1/02A47C7/72B60N2/44
    • H04R1/028H04R1/345H04R1/403H04R5/02H04R2499/13
    • An acoustic device, including an acoustic enclosure and a first electroacoustical transducing apparatus comprising a motor structure providing mechanical vibration, the vibration having a direction of vibration, mounted in the acoustic enclosure. The acoustic device is constructed and arranged so that first pressure waves are radiated from a first radiation point and second pressure waves are radiated from a second radiation point and so that the first pressure waves and the second pressure waves destructively interfere at observation points relatively equidistant from the first and second radiation points. The acoustic device is further constructed and arranged to be structurally combined with a seating device so that the first radiation point is relatively close to the head of an occupant of the seating device and so that the second radiation point is relatively far from the head of the occupant. The acoustic device is further constructed and arranged to transmit the mechanical vibration to the seat back.
    • 一种声学装置,包括声学封套和第一电声换能装置,其包括提供机械振动的电动机结构,该振动具有安装在声学外壳中的振动方向。 声学装置被构造和布置成使得第一压力波从第一辐射点辐射,并且第二压力波从第二辐射点辐射,并且使得第一压力波和第二压力波相对等距离地观测点 第一和第二辐射点。 声学装置被进一步构造和布置成结构地与座位装置组合,使得第一辐射点相对靠近座椅装置的乘员的头部,并且使得第二辐射点相​​对远离座椅装置的头部 乘客。 声学装置进一步构造和布置成将机械振动传递到座椅靠背。
    • 12. 发明授权
    • Adaptive cooling system
    • 自适应冷却系统
    • US5410448A
    • 1995-04-25
    • US104518
    • 1993-08-10
    • Charles R. Barker, IIIRichard E. Olson
    • Charles R. Barker, IIIRichard E. Olson
    • H05K7/20H05H7/20
    • H05K7/207H05K7/20572
    • A parallel air flow system which automatically maintains proper coolant flow regardless of the number of circuit boards installed in an enclosure. The enclosure is constructed such that air flow path through any one slot does not affect the air flow through any other slot. Proper air flow through the entire system is maintained by an air flow sensor disposed in an air flow path having a known air flow resistance. This sensor controls the speed of an air-mover in order to maintain a constant predetermined air flow through the known resistance, in such a way that a constant static air pressure is maintained at each slot. Baffle modules are preferably inserted into the enclosure to prevent air flow into any empty slots, to reduce the total air volume necessary to achieve the predetermined static pressure, thereby reducing the audible noise generated by the air-mover.
    • 并联气流系统,无论安装在外壳中的电路板数量如何,都能自动保持适当的冷却液流量。 外壳被构造成使得通过任何一个槽的空气流动路径不影响通过任何其它槽的空气流。 通过设置在具有已知气流阻力的空气流路中的空气流量传感器维持通过整个系统的适当空气流。 该传感器控制空气推动器的速度,以便通过已知电阻保持恒定的预定空气流,使得在每个狭槽处保持恒定的静态空气压力。 挡板模块优选地插入到外壳中以防止空气流入任何空槽,以减少实现预定静压力所需的总空气体积,从而降低由空气推动器产生的可听见的噪音。
    • 13. 发明授权
    • Semiconductor junction temperature emulator
    • 半导体结温仿真器
    • US4669025A
    • 1987-05-26
    • US854137
    • 1986-04-21
    • Charles R. Barker, IIIRobert V. WhiteJohn T. Bartoszek
    • Charles R. Barker, IIIRobert V. WhiteJohn T. Bartoszek
    • G05D23/24H02H6/00
    • G05D23/24H02H6/00Y10S388/934Y10T307/773
    • The present device includes a resistor network wherein the values of the resistors are chosen such that the heat generated by current passing through the resistors will be substantially equal to heat generated at a semiconductor junction which is to be cooled. The present device further includes a heat sink which is substantially identical to the heat sink employed to withdraw heat from the semiconductor junction to be cooled. Accordingly, the present device provides heat which is identical to the heat generated at the semiconductor junction and which heat remains ambient to the semiconductor junction to be cooled. The present device further includes a sensor which converts temperature to an electrical signal and which is located substantially in the center of the resistor network and at a distance from the heat sink that approximates the position of the semiconductor junction from its heat sink. The temperature to electrical signal sensor generates a control electrical signal whose value is commensurate with the temperature of the air at the location of the temperature to electrical signal sensor and that temperature is substantially identical to the temperature at the semiconductor junction. The control electrical signal is employed by a servo circuit to drive an air fan to move air over the semiconductor junction to cool it. However, the air passed over the junction is limited to the quantity necessary to prevent damage as compared to a maximum airflow. Hence, there is a reduction in acoustical noise and a saving in energy.
    • 本装置包括电阻器网络,其中电阻器的值被选择为使得通过电阻器的电流产生的热量将基本上等于在待冷却的半导体接合处产生的热量。 本装置还包括散热器,该散热器与用于从要冷却的半导体接合部排出热量的散热器基本相同。 因此,本装置提供与在半导体结处产生的热量相同的热量,并且哪些热量保持环境至要冷却的半导体结。 本装置还包括传感器,其将温度转换成电信号,其基本上位于电阻器网络的中心并且距离散热器一定距离处,该距离近似于半导体结从其散热器的位置。 对于电信号传感器的温度产生一个控制电信号,该控制电信号的值与温度对电信号传感器位置处的空气温度相当,并且该温度基本上等于半导体接合处的温度。 伺服电路采用控制电信号驱动空气风扇,使空气在半导体结上移动以使其冷却。 然而,与最大气流相比,通过接头的空气被限制为防止损坏所需的量。 因此,声噪声减少和能量节约。
    • 17. 发明授权
    • Seat electroacoustical transducing
    • 座椅电声传导
    • US08045743B2
    • 2011-10-25
    • US12510429
    • 2009-07-28
    • J. Richard AylwardCharles R. Barker, III
    • J. Richard AylwardCharles R. Barker, III
    • H04R1/02
    • H04R1/028H04R1/345H04R1/403H04R5/02H04R2499/13
    • An acoustic device, including an acoustic enclosure and a first electroacoustical transducing apparatus comprising a motor structure providing mechanical vibration, the vibration having a direction of vibration, mounted in the acoustic enclosure. The acoustic device is constructed and arranged so that first pressure waves are radiated from a first radiation point and second pressure waves are radiated from a second radiation point and so that the first pressure waves and the second pressure waves destructively interfere at observation points relatively equidistant from the first and second radiation points. The acoustic device is further constructed and arranged to be structurally combined with a seating device so that the first radiation point is relatively close to the head of an occupant of the seating device and so that the second radiation point is relatively far from the head of the occupant. The acoustic device is further constructed and arranged to transmit the mechanical vibration to the seat back.
    • 一种声学装置,包括声学封套和第一电声换能装置,其包括提供机械振动的电动机结构,该振动具有安装在声学外壳中的振动方向。 声学装置被构造和布置成使得第一压力波从第一辐射点辐射,并且第二压力波从第二辐射点辐射,并且使得第一压力波和第二压力波相对等距离地观测点 第一和第二辐射点。 声学装置被进一步构造和布置成结构地与座位装置组合,使得第一辐射点相对靠近座椅装置的乘员的头部,并且使得第二辐射点相​​对远离座椅装置的头部 乘客。 声学装置进一步构造和布置成将机械振动传递到座椅靠背。