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    • 81. 发明授权
    • Photographic camera
    • 摄影相机
    • US5729784A
    • 1998-03-17
    • US825051
    • 1997-03-27
    • Yoji NakaToshio YoshidaTakashi Kamoda
    • Yoji NakaToshio YoshidaTakashi Kamoda
    • G03B17/30G03B17/26G03B17/02
    • G03B17/30
    • A photographic camera has a cartridge chamber in which is loaded a film cartridge having a roll film entirely rolled to its leading end around a spool in a cartridge body and a light-shielding shutter member for opening and shutting a film exit slit formed in the cartridge body, an entrance opening to the cartridge chamber, and a chamber lid which is mounted on the camera to be moved between an opening position where it opens the entrance opening and a closed position where it closes the entrance opening. A shutter lock member moves to a shutter locking position, where it prevents release of the shutter of the camera, in response to operation of a rewind button. A holding member holds the shutter lock member in the shutter locking position, and a release member causes the holding member to release the shutter lock member after closure of the light-shielding shutter member of the film cartridge in response to opening of the chamber lid.
    • 照相机具有暗盒室,其中装有一个胶卷暗盒,该胶片暗盒的卷绕膜完全滚动到其前端围绕盒体中的卷轴;以及遮光挡板部件,用于打开和关闭形成在墨盒中的胶片出射狭缝 主体,通向盒室的入口,以及安装在照相机上以在打开入口的打开位置和关闭入口之间的关闭位置之间移动的室盖。 快门锁定构件响应于倒带按钮的操作移动到快门锁定位置,在该位置防止相机的快门释放。 保持构件将快门锁定构件保持在快门锁定位置,并且释放构件响应于腔室盖的打开而使得保持构件在关闭暗盒的遮光挡板构件之后释放快门锁定构件。
    • 82. 发明授权
    • Noise suppression of acoustic signal in telephone set
    • 电话机中声信号的噪声抑制
    • US5617472A
    • 1997-04-01
    • US363866
    • 1994-12-27
    • Toshio YoshidaMichitaka Sisido
    • Toshio YoshidaMichitaka Sisido
    • H04M1/19H04M9/08H04M19/04H04M1/00H03B29/00
    • H04M19/044H04M9/08H04M1/19
    • A telephone set comprises a noise detector, a noise level determining circuit, and a noise canceler. The noise detector detects a noise component from a transmitting acoustic signal by detecting signal recurrence of the transmitting acoustic signal. The noise level determining circuit determines a noise level by comparing the noise component with a first threshold. According to the noise level, the noise canoelet cancels the noise component from the transmitting acoustic signal when the noise level is not smaller than the first threshold. The telephone set further comprises a frequency characteristics controller for a received acoustic signal to obtain a desired speech articulation. The frequency characteristics controller, based on the noise level, determines a level change region, a level change value, and a level change direction of the spectrum of the received acoustic signal.
    • 电话机包括噪声检测器,噪声电平确定电路和噪声消除器。 噪声检测器通过检测发射声信号的信号再现来检测来自发射声信号的噪声分量。 噪声电平确定电路通过将噪声分量与第一阈值进行比较来确定噪声电平。 根据噪声电平,当噪声电平不小于第一阈值时,噪声小卫星将从发射声信号中消除噪声分量。 电话机还包括用于接收的声信号的频率特性控制器,以获得期望的语音发音。 频率特性控制器基于噪声电平确定接收的声信号的频谱的电平变化区域,电平变化值和电平变化方向。
    • 83. 发明授权
    • Warp tension control apparatus with tension reduction during loom stop
    • WARP张力控制装置在减速停止期间减速
    • US5170821A
    • 1992-12-15
    • US697674
    • 1991-05-09
    • Toshio Yoshida
    • Toshio Yoshida
    • D03D49/10D03D49/04D03D51/00
    • D03D49/04
    • A warp tension control apparatus includes a tension detector for detecting the tension of a warp and an operation mode controller for generating a control signal to drive a motor so as to minimize the deviation between the detected tension and a normal target tension. A long period stop mode controller is included for controlling the tension so that a target slack tension is set to be less than the normal target tension when a loom stop signal has been issued. A selector switch is provided for selectively switching to a contact connected to an output of the long period stop mode controller before entering a long unmanned operating period of the loom, the switch being disposed in a circuit between an input terminal of the long period stop mode controller which receives a loom stop signal and a warp tension slack device. A switch is provided for stopping the output of the operation mode controller when the long period stop mode controller outputs the slack tension control signal such that the warp tension when the loom is stopped is said to be less than that at the time of normal operation only when the selector switch is selectively switched to a contact connected to the output of the long period stop mode controller.
    • 84. 发明授权
    • Oscillationless semisubmerged high-speed vessel
    • 无振荡半潜式高速船
    • US4986204A
    • 1991-01-22
    • US424368
    • 1989-10-19
    • Toshio Yoshida
    • Toshio Yoshida
    • B63B1/10B63B39/06
    • B63B1/107B63B39/06
    • An oscillationless semisubmerged high-speed vessel comprises at least one lower hull submerged below the water surface in the cruising state of the vessel, an upper hull above the water surface and struts connecting the lower hull and an upper hull. The lower hull possesses horizontal fins controlling longitudinal and transverse oscillations of the vessel, steering devices, water ballast tanks for adjusting water line of the vessel and propelling means. The struts are so designed that the water plane area is small so as to minimize the oscillation force, i.e. the vessel does not have a self-stabilizing ability both longitudinally and transversely with only reverse buoyancy kept by the struts when the vessel heels. The struts are constructed to have a sufficient strength for connection of the lower hull and an upper hill. The bulged structures are constructed to contain the propelling means. The struts and the bulged structures are disposed in a midship part of the lower hull to minimize longitudinal oscillations of the vessel due to the wave heaving forces which are vertical components of wave exciting forces generated at both fore and aft parts of the vessel. Steering devices are disposed at a fore part of the lower hull to prevent the vessel from transverse oscillations at an initial stage of healing. Therefore the vessel of this invention can eliminate the oscillations longitudinally and transversely. Thus the vessel of this invention can be an oscillationless high speed vessel which navigates for a long time without causing large accelerative oscillations due to waves on the sea surface.
    • 无振荡半潜式高速船舶包括在船舶巡航状态下淹没在水面以下的至少一个下船体,水面上方的上船体和连接下船体和上船体的支柱。 下船体具有控制船舶的纵向和横向振荡的水平翅片,用于调节船舶的水线和推进装置的转向装置,水压载舱。 支柱的设计使得水平面面积小,以便使振荡力最小化,即容器不具有纵向和横向的自稳定能力,只有在容器高度上由支柱保持的反向浮力。 支柱被构造成具有足够的强度用于连接下船体和上山。 膨胀结构被构造成包含推进装置。 支柱和凸出结构设置在下船体的中部,以最小化船舶的纵向振荡,这是由于在船舶前部和后部处产生的波浪激振力的垂直分量的波浪冲击力。 转向装置设置在下部船体的前部,以防止血管在初始愈合过程中发生横向振动。 因此,本发明的容器可以纵向和横向地消除振荡。 因此,本发明的容器可以是长时间导航的无振荡高速容器,而不会由于海面上的波浪而引起大的加速振动。