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    • 103. 发明授权
    • Coating apparatus base film coating apparatus with die nozzle
    • 涂膜设备底膜涂布设备带模头喷嘴
    • US5173119A
    • 1992-12-22
    • US545890
    • 1990-06-29
    • Masaru WatanabeSatoshi Hirose
    • Masaru WatanabeSatoshi Hirose
    • B05C5/02G11B5/848
    • B05C5/0254G11B5/848
    • A coating apparatus is known in which a coating liquid is continuously delivered from the front-end slit of a die nozzle for application onto a base film which constantly runs without being supported from the back. The improvement is made in which the die nozzle has at the film loading side a front lip and at the film unloading side a rear lip provided at least with a convex surface, both of which being arranged in step relationship so that the slit side end of the front lip is set back from the path of the base film to locate lower than that of the rear lip. Thereby, a higher shear force will be exerted on the magnetic coating liquid temporarily trapped in a space defined by the running base film and the slit side end of the rear lip, thus allowing a smooth surfaced coating to be developed of a highly agglomerative coating material.
    • 已知一种涂布装置,其中涂布液从模头喷嘴的前端狭缝连续输送到基膜上,该基膜不经背面支撑而持续运行。 进行了这样的改进,其中模具喷嘴在膜装载侧处具有前唇,并且在胶片卸载侧具有设置成至少具有凸表面的后唇缘,两者均以阶梯关系布置,使得狭缝侧端部 前唇缘从基底膜的路径放回到低于后唇的位置。 因此,较高的剪切力将施加在临时被捕获在由行进的基底膜和后唇的狭缝侧端限定的空间中的磁性涂覆液体上,从而允许形成光滑的表面涂层以形成高度附聚的涂层材料 。
    • 104. 发明授权
    • Expansion valve
    • 膨胀阀
    • US5060485A
    • 1991-10-29
    • US299427
    • 1989-01-23
    • Masaru WatanabeOsamu Yamamoto
    • Masaru WatanabeOsamu Yamamoto
    • F25B41/06G05D23/12
    • F25B41/062F25B2341/0682F25B2341/0683F25B2500/05
    • An improved expansion valve (10) disclosed for use with an air conditioning system (12) for an automobile. High pressure regrigerant flow is modulated through the valve by movement of a valve member (92) in response to the superheat of the low pressure refrigerant flow through a first passage (32) in the expansion valve. The low pressure regfrigerant superheat is sensed by a power element (74) containing an adsorbent and gas which deflects a diaphragm (82) to a degree related to the superheat of the low pressure flow. The diaphragm acts on an annular seal retainer (100) to modulate the position of the valve member (92). A cupshaped high pressure seal (104) is provided between the valve member (92) and wall of the passage (54) in which the valve member moves to balance the forces on the valve member exerted by the high pressure refrigerant. The balanced valve member allows use of a compact power element, permitting the body (30) of the valve (10) to be formed of plastic.
    • 公开了用于汽车的空调系统(12)的改进的膨胀阀(10)。 响应于通过膨胀阀中的第一通道(32)的低压制冷剂流的过热,通过阀构件(92)的运动通过阀调节高压再加工流。 低压制冷剂过热是由含有吸附剂的功率元件(74)和将隔膜(82)偏转到与低压流的过热相关的程度的气体来感测的。 隔膜作用在环形密封保持器(100)上以调节阀构件(92)的位置。 在阀构件(92)和通道(54)的壁之间设置有杯形高压密封件(104),阀构件移动到其中以平衡由高压制冷剂施加的阀构件上的力。 平衡阀构件允许使用紧凑的功率元件,允许阀(10)的主体(30)由塑料形成。
    • 105. 发明授权
    • Level winder for double-bearing fishing reel
    • 双轴钓鱼卷轴式卷取机
    • US4799628A
    • 1989-01-24
    • US62830
    • 1987-06-16
    • Masaru WatanabeIchiro Tabei
    • Masaru WatanabeIchiro Tabei
    • A01K89/015A01K89/04
    • A01K89/015
    • A level winder for double-bearing fishing reel is provided with a spool shaft rotatably arranged on support frames and having a spool gear meshable with a drive gear operable by a handle which is rotatably held by support frames, a traverse cam guide cylinder mounted on a traverse cam through which is extended a traverse cam shaft to one end of which is fitted a traverse cam shaft gear which is meshable with the drive gear, and with a level winder guide arm which is mounted on and rotated with the traverse cam guide cylinder connected to a traverse cam shaft bushing and which is shiftable reciprocally in lateral direction. The level winder further includes a device for engaging or disengaging the traverse cam shaft gear with the traverse cam and a device for actuating the traverse cam shaft bushing which is connected to the traverse cam guide cylinder to be rotated, and a pair of line guide arms the lower end of which are arranged through a pair of leaf springs on a base stand to be resiliently held thereby in such a way that the upper end of the line guide arms may be shifted laterally in opposite direction to form a letter V when a line guide holder which is holding the pair of line guide arms in parallel between retractable pins disposed on the holder is tilted away from the line guide arms in accordance with the tilting of the traverse cam guide cylinder.
    • 一种用于双轴钓鱼卷轴的水平卷绕机设置有可旋转地布置在支撑框架上的卷轴,其具有可由可由支撑框架可旋转地保持的手柄可操作的驱动齿轮啮合的卷轴齿轮,安装在托架上的横动凸轮引导筒 横动凸轮延伸横动凸轮轴,其一端装配有与驱动齿轮啮合的横动凸轮轴齿轮,以及安装在与横动凸轮导向气缸连接并在其上旋转的液位卷绕器导向臂 到横向凸轮轴衬套,并且其可以在横向方向上往复移动。 水平卷绕机还包括用于使横动凸轮轴齿轮与横动凸轮接合或分离的装置,以及用于致动横动凸轮轴衬套的装置,该装置连接到横动凸轮引导筒以便旋转;以及一对导引臂 其下端通过基座上的一对板簧布置成弹性地保持,使得线引导臂的上端可以在相反的方向上横向偏移以形成字母V,当线 沿着横动凸轮引导筒的倾斜,将一对线引导臂平行地保持在设置在保持器上的伸缩销之间的引导保持器从线引导臂倾斜。
    • 106. 发明授权
    • On-load tap-changing transformer
    • 有载分接变压器
    • US4471334A
    • 1984-09-11
    • US401746
    • 1982-07-26
    • Masaru WatanabeMinoru HoshiShigeo Kikuchi
    • Masaru WatanabeMinoru HoshiShigeo Kikuchi
    • E02B17/00H01F21/12H01F29/02H01F29/04
    • H01F21/12H01F29/04
    • An on-load tap-changing transformer in which its high-voltage winding is axially divided into parallel-connected halves, and an end conductor constituting part of the high-voltage winding is connected to the other terminal of each of the halves. A coarse tap coil connected by the end conductor to the other terminal of each of the halves of the high-voltage winding is disposed adjacent to the associated half, and a fine tap coil connected to the coarse tap coil through a coarse tap selector used for the change-over of the tap position to the taps of the coarse tap coil is disposed at a radial position spaced apart from the coarse tap coil. The end conductor is wound together with the conductors of the fine tap coil.
    • 一种有载分接变压变压器,其高压绕组轴向分为并联半部,构成高压绕组的一部分的端导体连接到每一半的另一端。 通过端部导体连接到高压绕组的每个半部的另一个端子的粗抽头线圈被布置成与相关联的一半相邻,并且通过粗抽头选择器连接到粗抽头线圈的精细抽头线圈用于 抽头位置与粗抽头线圈的抽头的转换设置在与粗抽头线圈间隔开的径向位置处。 端部导体与精细抽头线圈的导体缠绕在一起。
    • 107. 发明授权
    • Radio wave angle of incidence measurement apparatus
    • 无线电波入射角测量装置
    • US4449192A
    • 1984-05-15
    • US329030
    • 1981-12-09
    • Masaru WatanabeNobuharu YamauchiNaoki HashimotoTetsuo Tamama
    • Masaru WatanabeNobuharu YamauchiNaoki HashimotoTetsuo Tamama
    • G01S13/42G01S3/48G01S7/295G06F15/20G01S3/46
    • G01S3/48
    • This invention relates to a radio wave angle of incidence measurement apparatus which is applicable to radar and other detection systems, and which utilizes an antenna array with radiator elements distributed at a spacing larger than one half of the propagation wavelength. A radio signal is received by an antenna array that exhibit at least two different values of d/.lambda. (where d is the inter-element spacing of the radiator elements, .lambda. the propagation wavelength), and the resultant inter-element phase differences, of which there are at least two sets, are digitally measured. A phase difference converter circuit receives the digital signals representing the inter-element phase differences and processes them and generates an output signal that varies monotonically as the incident angle of the radio signal incident on the antenna array varies.
    • 本发明涉及一种适用于雷达和其他检测系统的入射测量装置的无线电波入射角,其利用具有分布在传播波长的一半以上的散热器元件的天线阵列。 无线电信号由天线阵列接收,该天线阵列呈现出至少两个不同的d /λ值(其中d是辐射器元件的元件间间隔,λ是传播波长),以及所得到的元件间相位差 至少有两套,是数字测量的。 相位差转换器电路接收表示元件间相位差的数字信号并对其进行处理,并产生随入射到天线阵列上的无线电信号的入射角变化而单调变化的输出信号。
    • 109. 发明授权
    • Speaker diaphragm assembly and a method of manufacturing the same
    • 扬声器隔膜组件及其制造方法
    • US4395597A
    • 1983-07-26
    • US191089
    • 1980-09-24
    • Kiyoaki SuzukiMasaru WatanabeHisashi YamamotoTomoharu HayashiTakuji Miura
    • Kiyoaki SuzukiMasaru WatanabeHisashi YamamotoTomoharu HayashiTakuji Miura
    • H04R7/12H04R7/02H04R9/06H04R31/00
    • H04R7/12Y10T29/49005
    • A speaker diaphragm assembly comprises a body made of a foam resin, and a sound radiating surface portion integrally formed with the body. In one embodiment, the sound radiating surface portion is made of a foam resin the density of which is greater than that at the body. In another embodiment, the sound radiating surface portion comprises a thin layer made of a solid resin, which thin layer is welded to the body. The rear end portion of the body may be reinforced in the same manner. In another embodiment, a supporting member is attached to the side surface of the diaphragm body for increasing the efficiency in vibration transmission from the voice coil. In another embodiment, a ring-like recess is made in the side surface of the body for spaced electrical terminals, to which heat is transmitted from the voice coil via lead wires, from the body, while a sub cone having low thermal conductivity is sandwiched between the lead wires and the body.
    • 扬声器隔膜组件包括由泡沫树脂制成的主体和与主体一体形成的声辐射表面部分。 在一个实施例中,声辐射表面部分由密度大于身体的泡沫树脂制成。 在另一个实施例中,声辐射表面部分包括由固体树脂制成的薄层,该薄层被焊接到主体上。 主体的后端部分可以以相同的方式被加强。 在另一个实施例中,支撑构件附接到隔膜体的侧表面,以提高来自音圈的振动传递的效率。 在另一个实施例中,在主体的侧表面中形成环形凹部,用于间隔开的电气端子,热量从音圈经由引线从主体传播到该电气端子,而具有低热导率的子锥体被夹在中间 引线与机身之间。