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    • 42. 发明授权
    • Variable venturi type carburetor
    • 可变文丘里型化油器
    • US4264537A
    • 1981-04-28
    • US51026
    • 1979-06-22
    • Noboru WatanabeKiyohiko OishiTokuta Inoue
    • Noboru WatanabeKiyohiko OishiTokuta Inoue
    • F02M69/00F02M7/17F02M69/04F02M9/02
    • F02M7/17F02M69/043Y10S261/74
    • A variable venturi type carburetor of an internal combustion engine which includes a housing, a bore extending through the housing and having an inner wall defining an intake passage, a suction piston movably mounted in the housing and having a head portion projecting into the intake passage and a fuel injection valve arranged at the position opposite to the head portion of the suction piston with regard to the intake passage. The suction piston moves so as to change the cross-sectional area of the venturi portion defined between the head portion of the suction piston and an inner wall of the intake passage. The head portion of the suction piston is provided with a recess which extends along a line crossing with the central axis of the suction piston and is arranged in parallel to the direction of air flowing in the intake passage.
    • 一种内燃机的可变文丘里型化油器,包括壳体,延伸穿过壳体并具有限定进气通道的内壁的孔,可移动地安装在壳体中并具有突出到进气通道中的头部的吸入活塞, 燃料喷射阀,其相对于进气通道布置在与吸入活塞的头部相对的位置处。 抽吸活塞移动以改变限定在吸入活塞的头部和进气通道的内壁之间的文丘里管部分的横截面积。 吸入活塞的头部设置有沿着与吸入活塞的中心轴线交叉的线延伸的凹部,并且与在进气通道中流动的空气的方向平行地布置。
    • 43. 发明授权
    • Secondary air feed control device
    • 二次空气供给控制装置
    • US4156345A
    • 1979-05-29
    • US849762
    • 1977-11-09
    • Noboru Watanabe
    • Noboru Watanabe
    • F01N3/22F01N3/15
    • F01N3/227F01N3/22Y02T10/22
    • Disclosed is a secondary air feed control device comprising a movable valve and a movable valve seat having a first and a second valve port. The first valve port is connected to the secondary air inlet disposed in the exhaust pipe, while the second valve port is connected to the atmosphere. The movable valve is arranged between the first and second valve ports so as to co-operate with the first and second valve ports. An oxygen concentration detector, providing a detecting signal indicating that the total air-fuel ratio is smaller than the stoichiometric air-fuel ratio, is disposed in the exhaust pipe. The opening area of the first valve port is controlled so as to be increased in accordance with an increase in the level of the load of the engine and in response to the detecting signal when the total air-fuel ratio becomes smaller than the stoichiometric air-fuel ratio.
    • 公开了一种二次空气供给控制装置,包括可移动阀和具有第一和第二阀口的可动阀座。 第一阀口连接到设置在排气管中的二次空气入口,而第二阀口连接到大气。 可移动阀设置在第一和第二阀口之间,以便与第一和第二阀口配合。 提供表示总空燃比小于化学计量空燃比的检测信号的氧浓度检测器设置在排气管中。 第一阀口的开口面积被控制为随着发动机的负荷水平的增加而增加,并且当总空燃比变得小于理论空燃比时,响应于检测信号, 燃料比。
    • 44. 发明申请
    • HEAT EXCHANGER
    • 热交换器
    • US20140116663A1
    • 2014-05-01
    • US14126601
    • 2012-06-25
    • Shinji KataokaNoboru Watanabe
    • Shinji KataokaNoboru Watanabe
    • F28D7/02F28D7/10
    • F28D7/024F28D7/103F28D2021/0047F28F2250/08
    • Provided is a heat exchanger in which heat exchange between a low-temperature cooling medium and brine and heat exchange between brine and hydrogen gas can be efficiently performed and downsizing of cooling facilities or reduction in facility cost can be attained. The heat exchanger comprises: a vacuum insulated container 12 which is filled with brine, a lid 13 closing an upper portion opening of the container, a rotation axis 14 arranged in the axis direction of the container, a propeller 15 provided on the rotation axis, a helical hydrogen gas cooling tube 16, 17 provided in a vertically two-stage structure around the rotation axis and the propeller, and a cooling medium tube 18 for cooling brine which is arranged around the hydrogen gas cooling tubes.
    • 提供一种热交换器,其中可以有效地执行低温冷却介质和盐水之间的热交换和盐水和氢气之间的热交换,并且可以实现冷却设备的小型化或设备成本的降低。 热交换器包括:填充有盐水的真空绝热容器12,封闭容器的上部开口的盖13,沿着容器的轴向布置的旋转轴14,设置在旋转轴上的螺旋桨15, 设置在旋转轴线和螺旋桨周围的垂直两级结构的螺旋氢气冷却管16,17和布置在氢气冷却管周围的用于冷却盐水的冷却介质管18。
    • 45. 发明授权
    • Machine tool
    • 机床
    • US06884204B2
    • 2005-04-26
    • US10644788
    • 2003-08-21
    • Noboru Watanabe
    • Noboru Watanabe
    • B23B25/06B23Q3/18B23Q17/22B24B5/00B24B5/02B24B41/06B24B49/10B23Q3/157
    • B23Q17/2291B23Q3/152B23Q3/183B23Q2230/002Y10T409/303864Y10T409/306944Y10T409/309408Y10T409/30952Y10T483/14
    • A machine tool comprises: a workpiece spindle (12) having an electromagnetic chuck (18) provided on an upper end thereof for clamping a workpiece (W), and extending along the Z-axis; a tool magazine which accommodates a tool (T) and a centering jig (20); an automatic tool changer (17) for exchanging the tool (T) between the tool magazine and a tool spindle; and a run-out measuring device (19) for measuring a run-out of the workpiece (W) placed on the electromagnetic chuck (18); wherein a workpiece correction distance is calculated on the basis of the run-out of the workpiece (W) measured by the run-out measuring device (19) before the workpiece (W) is clamped by the electromagnetic chuck (18), and a workpiece centering operation is automatically performed by the centering jig (20) attached to the tool spindle until the run-out of the workpiece (W) falls within an allowable range.
    • 一种机床包括:工件轴(12),具有设置在其上端的电磁卡盘(18),用于夹紧工件(W)并沿Z轴延伸; 容纳工具(T)和定心夹具(20)的工具箱; 自动换刀器(17),用于在所述刀库与刀具主轴之间更换刀具(T); 以及用于测量放置在所述电磁卡盘(18)上的所述工件(W)的跳动的跳动测量装置(19)。 其特征在于,在由所述电磁卡盘(18)夹持所述工件(W)之前,基于由所述断出测量装置(19)测量的所述工件(W)的跳动量来计算工件校正距离, 通过安装在工具主轴上的对中夹具(20)自动执行工件对中操作,直到工件(W)的跳出落在容许范围内。
    • 46. 发明授权
    • Auger and auger type ice making machine using the auger
    • 螺旋式螺旋式制冰机
    • US5664434A
    • 1997-09-09
    • US523117
    • 1995-09-01
    • Hiroyuki SugieNoboru Watanabe
    • Hiroyuki SugieNoboru Watanabe
    • F25C1/14
    • F25C1/147
    • An auger is accommodated in a vertically disposed cylindrical refrigerated casing for scratching an ice layer made around the inner periphery of the refrigerated casing and feeding the scratched ice upward. The auger includes a columnar main body and a spiral blade disposed around the outer periphery of the main body. The cross section of the spiral blade in the axial direction of the main body is formed of an upper end surface extending outward in a radial direction from the main body, a lower end surface spaced axially from the upper end surface and extending outward in the radial direction from the main body, and a tapered surface linearly connecting both the extreme ends of the upper end surface and the lower end surface. The tapered surface extends upwardly and radially inwardly from a radially outermost portion of the extreme end of the lower end surface.
    • 螺旋钻被容纳在垂直设置的圆柱形冷藏壳体中,用于刮擦围绕冷藏壳体的内周形成的冰层,并将刮擦的冰向上运送。 螺旋钻包括柱状主体和围绕主体的外周设置的螺旋叶片。 螺旋叶片在主体的轴向上的横截面由从主体向径向外延伸的上端面形成,下端面与上端面轴向间隔开,并且在径向 方向和从上端面和下端面两端直线连接的锥面。 锥形表面从下端表面的末端的径向最外侧的部分向上并径向向内延伸。
    • 47. 发明授权
    • Auger-type ice making machine
    • 螺旋式制冰机
    • US5644927A
    • 1997-07-08
    • US408490
    • 1995-03-22
    • Susumu TatematsuYasumitsu TsukiyamaNoboru WatanabeHideyuki Ikari
    • Susumu TatematsuYasumitsu TsukiyamaNoboru WatanabeHideyuki Ikari
    • F25C1/14
    • F25C1/147
    • An auger-type ice making machine includes an ice making barrel, an auger provided in the ice making barrel, an upper bearing and a lower bearing which are provided inside the ice making barrel for supporting the auger rotatably, and a drive unit for rotating the auger. At the bottom end of the ice making barrel, a connecting flange extending outwardly in the radial direction is formed integrally with the ice making barrel by friction welding. The connecting flange is tightened to the top surface of a casing of the drive unit with bolts. A bearing housing of the lower bearing is fixed in the ice making barrel apart from the casing with a bolt which is screwed in the ice making barrel. The bearing housing of the lower bearing may alternatively be fixed by forming an outward flange and a plurality of projections extending outwardly at the bottom end of the bearing housing and by fitting the plurality of projections in a fitting groove of the casing of the drive unit.
    • 一种螺旋式制冰机包括制冰筒,设在制冰筒中的螺旋推运器,设置在制冰筒内部的上轴承和下轴承,用于可旋转地支撑螺旋钻;以及驱动单元,用于使 螺旋 在制冰筒的底端,通过摩擦焊接与制冰筒一体形成沿径向向外延伸的连接凸缘。 连接法兰用螺栓拧紧到驱动单元的外壳的顶面。 下轴承的轴承座通过拧在制冰筒中的螺栓固定在制冰筒中,与壳体分开。 下轴承的轴承壳可以通过形成向外的凸缘和在轴承壳体的底端向外延伸的多个凸起并且通过将多个突起装配在驱动单元的壳体的配合槽中而被固定。
    • 48. 发明授权
    • Electronic tone generator
    • 电子音调发生器
    • US5070757A
    • 1991-12-10
    • US441564
    • 1989-11-27
    • Noboru Watanabe
    • Noboru Watanabe
    • G10H1/00G10H1/08
    • G10H1/08
    • An electronic tone generator in which a plurality of types of scale data and tone-length data are stored in an associative arrangement at predetermined addresses in a single storage device. The plurality of types of scale data read from the single storage device are input to corresponding waveform generators, where melody-waveform signals are generated. The melody-waveform signals generated in the respective waveform generators are mixed and synthesized by a mixer before being output from an output device. The waveform generators are adapted to switch envelope waveforms generated by envelope-waveform generators of a digital circuit configuration with waveform signals corresponding to the scale data, thereby obtaining melody-waveform signals. One of the waveform generators is adapted to generate a melody-waveform signal having a frequency which is an integral multiplication of the frequency of a main melody, for example, three times the frequency thereof, or to generate a melody-waveform signal giving a tremolo effect. To this electronic tone generator can be added a waveform generator for generating a percussion-waveform signal; the melody-waveform signals can be mixed and synthesized with the percussion-waveform signal, which makes it possible to output a melody with an accompaniment.
    • 一种电子乐音发生器,其中多种类型的比例数据和音调长度数据以单个存储装置中的预定地址的关联装置存储。 从单个存储设备读取的多种类型的比例数据被输入到生成旋律波形信号的相应的波形发生器。 在从输出装置输出之前,通过混频器将在各个波形发生器中产生的旋律波形信号混合并合成。 波形发生器适于用数字电路配置的包络波形发生器产生的包络波形切换与对应于比例数据的波形信号,从而获得旋律波形信号。 其中一个波形发生器适于产生具有频率的旋律波形信号,该频率是主旋律的频率,例如其三倍频率的积分乘积,或产生给出颤音的旋律波形信号 影响。 可以向该电子乐音发生器添加用于产生冲击波形信号的波形发生器; 可以用敲击波形信号混合和合成旋律波形信号,这使得可以用伴奏输出旋律。