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    • 2. 发明授权
    • Electrochromic device and multilayer glazing
    • 电致变色装置和多层玻璃
    • US5721633A
    • 1998-02-24
    • US616252
    • 1996-03-15
    • Junichi NagaiTetsuya Seike
    • Junichi NagaiTetsuya Seike
    • G02F1/15G02F1/153
    • G02F1/1525
    • An electrochromic device of wholly solid type comprising a transparent substrate and a transparent electroconductive film formed on the substrate, and having an oxidation color forming oxide, a cation conductive layer as an electrolyte, a reduction color forming oxide and a transparent electroconductive film, formed sequentially on said transparent electroconductive film formed on the substrate, wherein: (1) the oxidation color forming oxide is a p-type semiconductor of nickel oxide or cobalt oxide, (2) the cation conductive layer has OH groups showing a peak at about 3,300 (1/cm) in its infrared reflectance spectrum and is made of proton conductive SbO.sub.c wherein 1.3.ltoreq.c.ltoreq.2.7, or at least one lithium conductive lithium-containing oxide of LiO.sub.d MO.sub.e wherein 0.01.ltoreq.d.ltoreq.1.0, 1.3.ltoreq.e.ltoreq.2.7, and M is an element selected from the group consisting of Nb, Sb, B, P, Si, Ge, Al, Ce, La and Zr and (3) the reduction color forming oxide is tungsten oxide, molybdenum oxide or titanium oxide.
    • 一种完全固体型的电致变色装置,包括透明基板和形成在基板上的透明导电膜,并且具有形成氧化色的氧化物,阳离子导电层作为电解质,还原成色氧化物和透明导电膜,顺序地形成 在所述基板上形成的所述透明导电膜上,其中:(1)所述氧化形成型氧化物为氧化镍或氧化钴的p型半导体,(2)所述阳离子导电层的OH基在3300左右 1 / cm),由质子传导性SbOc(其中1.3%= 2.7)或LiOdMOe的至少一种含锂导电的含锂氧化物制成,其中0.01≤d≤1.0, 1.3是选自Nb,Sb,B,P,Si,Ge,Al,Ce,La和Zr的元素,(3)还原形成氧化物是 氧化钨,氧化钼或氧化钛。
    • 3. 发明申请
    • Cigarette making apparatus
    • 香烟制造设备
    • US20080053468A1
    • 2008-03-06
    • US11896257
    • 2007-08-30
    • Syuji WadaTakahiro ObaTakafumi IzumiyaJunichi NagaiNarimasa KanedaManabu Yamada
    • Syuji WadaTakahiro ObaTakafumi IzumiyaJunichi NagaiNarimasa KanedaManabu Yamada
    • A24C5/54
    • A24B15/282A24C5/005A24C5/34F04B2201/1201F04B2205/09
    • A cigarette making apparatus includes a cooling-water passage which allows a coolant to circulate along a flavoring-material supply path which connects an application nozzle for applying a flavoring material to a wrapping-paper web and a pump for supplying the flavoring material to the application nozzle, to thereby cool the flavoring material. A cooling unit controls the temperature of the coolant supplied to the cooling-water passage. Specifically, the cooling unit controls the temperature of the flavoring material by selectively activating a first control system for detecting the temperature of the coolant supplied to the cooling-water passage and controlling the temperature of the coolant, and a second control system for detecting the temperature of the flavoring material supplied to the application nozzle and controlling the temperature of the coolant. Since the temperature of the flavoring material is controlled to fix the viscosity thereof, the amount per unit area of the flavoring material applied to the wrapping-paper web is fixed only by controlling the drive of the pump depending on the rate of supply of the wrapping-paper web.
    • 香烟制造装置包括冷却水通道,其允许冷却剂沿着将用于施加调味材料的施加喷嘴连接到包装纸幅材的调味料供给路径和用于将调味材料供应到应用的泵循环 喷嘴,从而冷却调味材料。 冷却单元控制供应到冷却水通道的冷却剂的温度。 具体地,冷却单元通过选择性地启动用于检测供应到冷却水通道的冷却剂的温度并控制冷却剂的温度的第一控制系统来控制调味材料的温度,以及用于检测温度的第二控制系统 的调味料供应到施用喷嘴并控制冷却剂的温度。 由于控制调味材料的温度以固定其粘度,因此施加到包装纸幅的调味料的每单位面积的量仅通过根据包装纸的供给速率控制泵的驱动来固定 纸网。
    • 5. 发明授权
    • Method and device of producing a squirrel-cage rotor for an induction
motor
    • 为感应电动机生产鼠笼式转子的方法和装置
    • US5538067A
    • 1996-07-23
    • US302776
    • 1994-09-20
    • Kosei NakamuraYukio KatsuzawaMichi MasuyaJunichi Nagai
    • Kosei NakamuraYukio KatsuzawaMichi MasuyaJunichi Nagai
    • H02K17/16H02K15/00B22D19/12
    • B22D19/0054H02K15/0012
    • A holding member (22) which can hold a predetermined axial-length laminated core member by pressing down both axial end faces thereof is used to hold a short laminated core member (24) and a spacing element (48) having a thickness generally equal to the difference between the axial lengths of those laminated core members. The spacing element is disposed at a position between one axial end face of the laminated core member (24) and a lid element (32) of the holding member (22). The laminated core member (24) and the spacing element (48) are both held by the holding member (22) and are introduced into the mold (20) to form a conductor portion integrally with a predetermined axial-length laminated core member held by the holding member (22). In this state, molten metal is poured into slots (38) of the laminated core member (24) and annular cavities (44, 46), and thus a conductor portion is formed integrally with the laminated core member (24) when the molten metal is set.
    • PCT No.PCT / JP94 / 00082 Sec。 371日期1994年9月20日 102(e)1994年9月20日PCT 1994年1月21日PCT PCT。 第WO94 / 17581号公报 日期1994年8月4日通过按压其两个轴向端面能够保持预定的轴向长度的叠层铁心构件的保持构件(22)用于保持短的层叠铁芯构件(24)和间隔元件(48),其具有 厚度通常等于那些层叠铁芯构件的轴向长度之差。 间隔元件设置在层叠铁芯构件(24)的一个轴向端面与保持构件(22)的盖元件(32)之间的位置。 层叠铁心构件(24)和间隔构件(48)均由保持构件(22)保持,并被引入到模具(20)中,以与预定的轴向长度的叠层铁心构件一体地形成导体部分, 保持构件(22)。 在这种状态下,将熔融金属注入到叠层铁芯件(24)的槽(38)和环形空腔(44,46)中,因此当熔融金属 被设置。
    • 6. 发明授权
    • Mechanism for applying pre-load to bevel gear device
    • 锥齿轮装置预加载机构
    • US4742725A
    • 1988-05-10
    • US891381
    • 1986-07-31
    • Junichi Nagai
    • Junichi Nagai
    • B62D1/20B62D3/02F16H1/14F16H55/20F16H57/12F16H55/18
    • B62D1/20B62D3/02F16H1/14F16H57/12F16H2057/0221F16H55/20Y10T74/19623Y10T74/19628Y10T74/19665
    • In a bevel gear device, wherein bevel gears are provided which are fixed to forward ends of shafts crossing each other, respectively, and in mesh with each other, and a turning force applied to one of the shafts is imparted to the other, at least either one of the shafts is made movable in the axial direction thereof, and a pre-load is applied to the movable shaft in the advancing direction, in which the bevel gears are in mesh with each other, by use of a first force. As a consequence, fluctuations of the backlash are reliably absorbed, necessity of the backlash adjustment is eliminated, and an excessively high pre-load can be prevented from being generated. Furthermore, another pre-load is applied to the movable shaft in the direction reverse to the first force, by use of a second force weaker than the first force. As a consequence, a tooth surface force applied to the bevel gears can be reduced.
    • 在伞形齿轮装置中,其中分别固定在彼此交叉的并彼此啮合的轴的前端的锥齿轮,并且至少向另一个轴施加施加到另一个轴上的转动力 其中一个轴可以在其轴向方向上移动,并且通过使用第一力将预加载力沿着前进方向施加到伞形齿轮彼此啮合的前进方向上。 因此,可靠地吸收齿隙的波动,消除了间隙调整的必要性,能够防止产生过高的预负荷。 此外,通过使用比第一力弱的第二力将另一个预载荷施加到与第一力相反的方向上的可移动轴。 结果,可以减小施加到锥齿轮的齿面力。
    • 7. 发明授权
    • Flavoring-material application device
    • 调味料应用装置
    • US07690383B2
    • 2010-04-06
    • US11896257
    • 2007-08-30
    • Syuji WadaTakahiro ObaTakafumi IzumiyaJunichi NagaiNarimasa KanedaManabu Yamada
    • Syuji WadaTakahiro ObaTakafumi IzumiyaJunichi NagaiNarimasa KanedaManabu Yamada
    • A24C5/54
    • A24B15/282A24C5/005A24C5/34F04B2201/1201F04B2205/09
    • A cigarette making apparatus includes a cooling-water passage which allows a coolant to circulate along a flavoring-material supply path which connects an application nozzle for applying a flavoring material to a wrapping-paper web and a pump for supplying the flavoring material to the application nozzle, to thereby cool the flavoring material. A cooling unit controls the temperature of the coolant supplied to the cooling-water passage. Specifically, the cooling unit controls the temperature of the flavoring material by selectively activating a first control system for detecting the temperature of the coolant supplied to the cooling-water passage and controlling the temperature of the coolant, and a second control system for detecting the temperature of the flavoring material supplied to the application nozzle and controlling the temperature of the coolant. Since the temperature of the flavoring material is controlled to fix the viscosity thereof, the amount per unit area of the flavoring material applied to the wrapping-paper web is fixed only by controlling the drive of the pump depending on the rate of supply of the wrapping-paper web.
    • 香烟制造装置包括冷却水通道,其允许冷却剂沿着将用于施加调味材料的施加喷嘴连接到包装纸幅材的调味料供给路径和用于将调味材料供应到应用的泵循环 喷嘴,从而冷却调味材料。 冷却单元控制供应到冷却水通道的冷却剂的温度。 具体地,冷却单元通过选择性地启动用于检测供应到冷却水通道的冷却剂的温度并控制冷却剂的温度的第一控制系统来控制调味材料的温度,以及用于检测温度的第二控制系统 的调味料供应到施用喷嘴并控制冷却剂的温度。 由于控制调味材料的温度以固定其粘度,因此施加到包装纸幅的调味料的每单位面积的量仅通过根据包装纸的供给速率控制泵的驱动来固定 纸网。
    • 8. 发明申请
    • Cigarette making apparatus
    • 香烟制造设备
    • US20080047569A1
    • 2008-02-28
    • US11896495
    • 2007-08-31
    • Syuji WadaTakahiro ObaTakafumi IzumiyaJunichi NagaiNarimasa KanedaManabu Yamada
    • Syuji WadaTakahiro ObaTakafumi IzumiyaJunichi NagaiNarimasa KanedaManabu Yamada
    • A24C5/10
    • A24C5/34A24C5/005F04B2201/1201F04B2205/09Y10S131/909
    • A cigarette making apparatus comprises an application nozzle for applying a flavoring material to a wrapping-paper web supplied continuously to a wrapping machine, a pump for supplying the flavoring material to the application nozzle, and a pump control device for controlling the pump driving speed depending on the wrapping machine operating speed. The pump control device divides the wrapping machine operating speed into a plurality of speed regions and determines an approximation pump characteristic which approximates a relationship between the pump driving speed and the rate of discharge of the flavoring material from the pump in each of the speed regions, in advance, and determines the speed at which the pump should be driven, depending on the wrapping machine operating speed, according to the approximation pump characteristic. Consequently, the flavoring material is applied to the wrapping-paper web in an appropriate amount depending on the wrapping machine operating speed.
    • 香烟制造装置包括:施用喷嘴,用于将调味料施加到连续供给到包装机的包装纸网;将调味料供给到施用喷嘴的泵;以及泵控制装置,用于根据 对包装机的运行速度。 泵控制装置将包装机运行速度分成多个速度区域,并且确定近似泵特性,其近似来自每个速度区域中的泵的泵驱动速度和调味料的排出速率之间的关系, 根据近似泵特性,根据包装机的运行速度,确定泵的驱动速度。 因此,根据包装机操作速度,调味材料以适当的量施加到包装纸幅上。
    • 10. 发明授权
    • Temperature sensor and method of manufacturing thereof
    • 温度传感器及其制造方法
    • US06264363B1
    • 2001-07-24
    • US09359764
    • 1999-07-22
    • Sotoo TakahashiJunichi Nagai
    • Sotoo TakahashiJunichi Nagai
    • G01K716
    • G01K7/22
    • A novel temperature sensor having a radial-type thermistor and a method of fabrication thereof are disclosed. A pair of electrode wires 22 are embedded in a spaced relation from each other substantially in parallel to the axis 21a of a cylindrical thermistor 21, and have an end 22a thereof led out toward an end 21b of the cylinder of the thermistor 21. A pair of core wires (signal lines) 31 arranged in spaced relation from each other substantially in parallel to the cylinder axis 21a are led out from the outer cylinder 33 of a two-core pipe 30 and are connected to an end 22a of each electrode wire 22. The wires 22, 31 are overlapped in such a manner that the diagonal K1 connecting the electrode wires 22 crosses the diagonal K2 connecting the signal lines 31 on the cylinder axis 21a, and coupled to each other by laser welding. In this way, the rod-like electrode wire pair led out of the thermistor in the same direction is connected to the signal line pair, thus securing the coupling reliability between the electrode wires and the signal lines while at the same time reducing the size of the temperature detecting portion.
    • 公开了一种具有径向型热敏电阻的新型温度传感器及其制造方法。 一对电极线22以与圆筒形热敏电阻21的轴线21a大致平行的方式彼此间隔开地嵌入,并且其端部22a朝向热敏电阻21的气缸的端部21b被引出。一对 与双轴管30的外筒33相互引出的与芯轴线21a大致平行地间隔设置的芯线(信号线)31,与各个电极线22的端部22a连接 电线22,31重叠,使得连接电极线22的对角线K1与连接气缸轴线21a上的信号线31的对角线K2交叉,并通过激光焊接彼此耦合。 以这种方式,从同一方向引出热敏电阻的棒状电极线对连接到信号线对,从而确保电极线和信号线之间的耦合可靠性,同时减小 温度检测部。