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    • 12. 发明授权
    • Magnesium diaphragm, method of manufacturing the same, and speaker apparatus
    • 镁膜,其制造方法和扬声器装置
    • US07454032B2
    • 2008-11-18
    • US10921911
    • 2004-08-20
    • Hiroyuki TomiyamaMasatoshi SatoSatoshi HachiyaKouichi Honma
    • Hiroyuki TomiyamaMasatoshi SatoSatoshi HachiyaKouichi Honma
    • H04R25/00
    • H04R31/003C25D11/30H04R7/10H04R7/125H04R7/127H04R2307/023H04R2307/027Y10T29/49005
    • A substrate (580) made by a thin magnesium plate having a thickness of at most 60 μm and bent in a predetermined shape is subjected to anodic oxidation using an alkali-mixture aqueous solution containing metallic salt with a pH 12 or more so that porous anodic oxide coatings (571) are formed on the surfaces thereof. A first treated substrate (581) having the anodic oxide coatings (571) is immersed in a bath of a dye (571B), which fills the pores (571A) of the anodic oxide coatings (571) and dyes the substrate, providing a second treated substrate (582). The second treated substrate (582) is subjected to electrodeposition using electrodeposition paint made mainly of acrylic resin, forming electrodeposition coatings (572) on the anodic oxide coatings (571). A magnesium diaphragm is thereby produced, which is thin and has sufficient sensitivity and desired characteristics. The diaphragm thus dyed has metallic gloss and hence acquires a high decorative value.
    • 使用具有至多60μm厚度且弯曲成预定形状的薄镁板制成的基板(580),使用含有pH12或更大的金属盐的碱性混合物水溶液进行阳极氧化,使得多孔阳极 在其表面上形成氧化物涂层(571)。 将具有阳极氧化物涂层(571)的第一处理衬底(581)浸入染料(571B)的浴中,所述染料填充阳极氧化物涂层(571)的孔(571A)并染色衬底,提供 第二处理的基底(582)。 使用主要由丙烯酸树脂制成的电沉积涂料对第二处理过的基底(582)进行电沉积,在阳极氧化物涂层(571)上形成电沉积涂层(572)。 由此产生薄膜,并且具有足够的灵敏度和期望的特性。 由此染色的隔膜具有金属光泽度,因此获得高的装饰性。
    • 14. 发明授权
    • Roll-off filter apparatus
    • 滚降式过滤装置
    • US5297074A
    • 1994-03-22
    • US894610
    • 1992-06-05
    • Kouichi Honma
    • Kouichi Honma
    • H04L25/03H03H17/00H03H17/02H04L25/05G06G7/02
    • H04L25/05
    • Disclosed is a roll-off filter apparatus having a small size, a simplified circuit structure and consuming a small amount of power. In the roll-off filter apparatus attaining the above object of the invention, a ramp signal generated from a ramp pattern generator is inserted in each gap of a data input signal temporarily stored in a buffer circuit, and such a signal is filtered in a switched capacitor filter having a roll-off filter characteristic. The output signal of the switched capacitor filter is supplied to be temporarily stored in a bucket brigade device, and the output signal of the bucket brigade device is delivered at a desired signal rate.
    • 公开了一种具有小尺寸,简化的电路结构并消耗少量功率的滚降滤波装置。 在实现本发明上述目的的滚降滤波装置中,将从斜坡模式发生器产生的斜坡信号插入临时存储在缓冲电路中的数据输入信号的每个间隙中,并将这种信号在开关 电容滤波器具有滚降滤波器特性。 开关电容滤波器的输出信号被提供以临时存储在桶式装置中,并且以所需的信号速率传送铲斗旅部件的输出信号。
    • 15. 发明授权
    • Mobile wireless apparatus with power consumption reduction circuitry
    • 具有功耗降低电路的移动无线设备
    • US5507039A
    • 1996-04-09
    • US871694
    • 1992-04-21
    • Kouichi Honma
    • Kouichi Honma
    • H04B1/16H04M1/73H04W52/02H04B1/40
    • H04M1/72516H04W52/0245Y02B60/50
    • In a mobile wireless apparatus, electric power consumed during standing-by operation is saved by using intermittent reception or the like because electric power is consumed even during standing-by operation. It is therefore an object of the present invention to more greatly reduce electric power consumed during intermittent reception. The mobile wireless apparatus according to the present invention operates to prolong the period of intermittent reception when the electric field intensity detected during intermittent reception is weak to thereby avoid wasteful battery consumption caused by the continuation of the receiving operation when the mobile wireless apparatus is out of its service area.
    • 在移动无线装置中,即使在待机操作期间电力消耗,因此通过使用间歇接收等来保持待机操作期间消耗的电力。 因此,本发明的目的是更大程度地减少间歇接收期间消耗的电力。 当在间歇接收期间检测到的电场强度较弱时,根据本发明的移动无线装置操作以延长间歇接收的周期,从而避免当移动无线设备失去时由于继续接收操作而引起的浪费的电池消耗 其服务区。
    • 16. 发明授权
    • Switched capacitor filter circuit employing two switched capacitor
filters
    • 开关电容滤波电路采用两个开关电容滤波器
    • US5327092A
    • 1994-07-05
    • US853794
    • 1992-03-19
    • Kazunori InogaiYoshiaki ShinagawaKouichi Honma
    • Kazunori InogaiYoshiaki ShinagawaKouichi Honma
    • H03H19/00H03K5/00H03K5/159
    • H03H19/004
    • A switched capacitor filter circuit which enables easy adjustment of a post-filter circuit to reduce the power consumption of a switched capacitor filter at a main side. In the switched capacitor filter circuit, a plurality of capacitors having capacitive values weighted by interpolating operation coefficients are provided, and a second SCF, operated at a sufficiently high sampling frequency to suppress unnecessary frequency components through a lower-order analog filter, is used as a post-filter. Further an output of a first SCF at the main side is simultaneously stored in the plurality of capacitors at in the form of charges stored therein so that the charges are sequentially extracted at equi-intervals of a sampling frequency higher than that of the first SCF to perform non-cyclic filtering operation, whereby higher-order interpolating operation of an output of the first SCF is carried out to suppress unnecessary frequency components corresponding to a multiple of the sampling frequency contained in the first SCF output.
    • 一种开关电容滤波器电路,其能够容易地调整后置滤波器电路以降低主侧的开关电容滤波器的功耗。 在开关电容滤波器电路中,提供具有通过内插运算系数加权的电容值的多个电容器,并且以足够高的采样频率操作以通过低阶模拟滤波器抑制不必要的频率分量的第二SCF被用作 后置过滤器 此外,主电路上的第一SCF的输出以存储在其中的电荷的形式同时存储在多个电容器中,使得以比第一SCF的采样频率高的采样频率的等间隔依次提取电荷, 执行非循环滤波操作,由此执行第一SCF的输出的高阶内插操作,以抑制与包含在第一SCF输出中的采样频率的倍数相对应的不必要的频率分量。