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    • 2. 发明授权
    • Heating furnace
    • 加热炉
    • US4553929A
    • 1985-11-19
    • US615905
    • 1984-05-31
    • Tadayuki KanataniYasuo Sakata
    • Tadayuki KanataniYasuo Sakata
    • C21D9/56F27B9/02F27B9/28F27B9/30
    • C21D9/56F27B9/021F27B9/28F27B9/3005
    • A heating furnace for heating elongate materials has a cylindrical furnace body whose both ends are closed by first and second end walls. The furnace body has an exhaust port formed near the first end wall. A material to be heated is inserted into the furnace body through penetrating holes formed in the end walls. A plurality of furnace core tubes are arranged in the body at a prescribed distance from the inner peripheral surface of the body and along the axis of the body. A heating chamber is defined by the inner surfaces of the core tubes. An air-gas passage is defined between the inner peripheral surface of the furnace body and the outer peripheral surfaces of the core tubes. The air-gas passage communicates with the heating chamber through a communication passage formed in the core tube adjacent to the second end wall. Combustion gas ejected from ejection nozzles which are formed in the first end wall is supplied into the heating chamber and then discharged from the exhaust port through the communication passage and air-gas passage.
    • 用于加热细长材料的加热炉具有圆筒形炉体,其两端由第一和第二端壁封闭。 炉体具有形成在第一端壁附近的排气口。 待加热的材料通过形成在端壁中的穿透孔插入炉体中。 多个炉芯管沿着主体的内周面并且沿着主体的轴线以规定的距离布置在主体中。 加热室由芯管的内表面限定。 在炉体的内周面和芯管的外周面之间限定有气 - 气通道。 空气通道通过形成在与第二端壁相邻的芯管中的连通通道与加热室连通。 从形成在第一端壁中的喷嘴喷出的燃烧气体被供给到加热室,然后通过连通路和气体通道从排气口排出。
    • 3. 发明授权
    • Sifter frame for powder particle sifter
    • 筛分机筛粉筛分机
    • US5598931A
    • 1997-02-04
    • US335578
    • 1994-11-07
    • Yasunobu HosogoshiToshio MaruoYasuo SakataKatsumasa MoritaTakefumi IboriHarumi KubotaToshio DouzonoKanemitsu NakagawaKunio SugiharaYukio YoshizawaYoshiaki AridomeShoji Yamanaka
    • Yasunobu HosogoshiToshio MaruoYasuo SakataKatsumasa MoritaTakefumi IboriHarumi KubotaToshio DouzonoKanemitsu NakagawaKunio SugiharaYukio YoshizawaYoshiaki AridomeShoji Yamanaka
    • B07B1/38B07B1/46B07B1/49
    • B07B1/4618B07B1/38B07B1/46
    • A sifter frame is composed of a pair of frame elements including an outer frame and an inner frame, and the outer frame is formed from a frame member having the same height and includes a pair of fine powder dropping ports, a rough powder dropping port and a rectangular fine powder receiving plate disposed in a region surrounded by these openings and one of the outer block frame members and the inner frame is fitted with the space above the receiving plate. A pair of the outer frame members of the inner frame in contact with the fine powder dropping ports of the inner frame are projected more to the rough powder dropping port than the outer block frame members of the inner frame in contact with the rough powder dropping port of the outer frame, receiving portions are provided with the outer frame in correspondence with the above arrangement so that the projected portions of the inner frame are placed thereon as well as the surfaces where the projected portions are engaged with the receiving portions are formed to an arc shape in order to that a depressing force of an upper stage sifter frame is applied to the engaging surfaces where the inner frame of a lower stage sifter frame is engaged with the outer frame thereof as a sealing force. With the above arrangement, there is provided a novel stacking type sifter frame by which the mixture of rough powder with fine powder can be securely prevented while limiting a portion to be periodicially replaced to a minimum necessary portion.
    • 筛子框架由包括外框架和内框架的一对框架元件构成,外框架由具有相同高度的框架构件形成,并且包括一对细粉末滴入口,粗粉末滴入口和 设置在由这些开口包围的区域中的矩形细粉末容纳板和外块体框架构件和内框架中的一个嵌合有容纳板上方的空间。 与内部框架的细粉末滴下口接触的内框架的一对外框架构件比与内部框架的外部框架构件相比突出地更多地与粗粉末滴落口 外框架的接收部分设置有与上述布置相对应的外框架,使得内框架的突出部分被放置在其上,并且突出部分与接收部分接合的表面形成为 为了使下级筛子框架的内框架与其外框架接合的接合表面施加上级筛分框架的压下力作为密封力。 通过上述布置,提供了一种新颖的堆叠式筛子框架,通过该框架可以可靠地防止粗粉末与细粉末的混合物,同时将要周期性更换的部分限制在最小必需部分。
    • 4. 发明授权
    • Sifter frame for powder particle sifter
    • 筛分机筛粉筛分机
    • US5664686A
    • 1997-09-09
    • US662065
    • 1996-06-12
    • Yasunobu HosogoshiToshio MaruoYasuo SakataKatsumasa MoritaTakefumi IboriHarumi KubotaToshio DouzonoKanemitsu NakagawaKunio SugiharaYukio YoshizawaYoshiaki AridomeShoji Yamanaka
    • Yasunobu HosogoshiToshio MaruoYasuo SakataKatsumasa MoritaTakefumi IboriHarumi KubotaToshio DouzonoKanemitsu NakagawaKunio SugiharaYukio YoshizawaYoshiaki AridomeShoji Yamanaka
    • B07B1/38B07B1/46B07B1/49
    • B07B1/4618B07B1/38B07B1/46
    • A sifter frame is composed of a pair of frame elements including an outer frame and an inner frame, and the outer frame is formed from a frame member having the same height and includes a pair of fine powder dropping ports, a rough powder dropping port and a rectangular fine powder receiving plate disposed in a region surrounded by these openings and one of the outer block frame members and the inner frame is fitted with the space above the receiving plate. A pair of the outer frame members of the inner frame in contact with the fine powder dropping ports of the inner frame are projected more to the rough powder dropping port than the outer block frame members of the inner frame in contact with the rough powder dropping port of the outer frame, receiving portions are provided with the outer frame in correspondence with the above arrangement so that the projected portions of the inner frame are placed thereon as well as the surfaces where the projected portions are engaged with the receiving portions are formed to an arc shape in order to that a depressing force of an upper stage sifter frame is applied to the engaging surfaces where the inner frame of a lower stage sifter frame is engaged with the outer frame thereof as a sealing force. With the above arrangement, there is provided a novel stacking type sifter frame by which the mixture of rough powder with fine powder can be securely prevented while limiting a portion to be periodically replaced to a minimum necessary portion.
    • 筛子框架由包括外框架和内框架的一对框架元件构成,外框架由具有相同高度的框架构件形成,并且包括一对细粉末滴入口,粗粉末滴入口和 设置在由这些开口包围的区域中的矩形细粉末容纳板和外块体框架构件和内框架中的一个嵌合有容纳板上方的空间。 与内部框架的细粉末滴下口接触的内框架的一对外框架构件比与内部框架的外部框架构件相比突出地更多地与粗粉末滴落口 外框架的接收部分设置有与上述布置相对应的外框架,使得内框架的突出部分被放置在其上,并且突出部分与接收部分接合的表面形成为 为了使下级筛子框架的内框架与其外框架接合的接合表面施加上级筛分框架的压下力作为密封力。 通过上述结构,提供了一种新颖的堆叠式筛子框架,通过该框架可以可靠地防止粗粉末与细粉末的混合,同时将要定期更换的部分限制在最小必需部分。
    • 5. 发明授权
    • Slot insulating magnetic wedges
    • 槽绝缘磁楔
    • US5252877A
    • 1993-10-12
    • US781200
    • 1991-12-13
    • Takao SawaYasuo SakataSadayoshi HibinoTadayuki SatoMotoyasu MochizukiTadatomo KimuraShigeo Ozawa
    • Takao SawaYasuo SakataSadayoshi HibinoTadayuki SatoMotoyasu MochizukiTadatomo KimuraShigeo Ozawa
    • H02K3/493H02K3/48
    • H02K3/493
    • A slot insulating magnetic wedge inserted into the vicinity of the center of an opening portion of a stator slot, the slot insulating magnetic wedge being contacted with an inner surface of the stator slot of a motor. The slot insulating magnetic wedge comprises a non-magnetic insulating thin leaf shaped material and a magnetic material layer laminated on at least one surface of the non-magnetic insulating thin leaf shaped material, the electric resistance of the magnetic material layer being in the range from 10 .mu..OMEGA..cm to 200 .mu..OMEGA..cm. The magnetic material layer comprises an amorphous magnetic alloy thin film, a Fe-based magnetic alloy thin ribbon having ultra fine crystalline particles, a crystalline magnetic alloy thin ribbon, a crystalline or amorphous magnetic alloy thin film produced by thin film forming technologies, or the like. The magnetic material layer with the electric resistance in the range from 10 .mu..OMEGA..cm to 200 .mu..OMEGA..cm is used as a magnetic wedge thereby to remarkably improve the efficiency of the motor. Since the construction of the magnetic wedge is simple and convenient, it can be easily manufactured and the reliability thereof can be remarkably improved.
    • PCT No.PCT / JP91 / 00865 Sec。 371日期1991年12月13日 102(e)1991年12月13日PCT PCT 1991年6月27日PCT公布。 第WO92 / 00625号公报 日期:1992年1月9日。插槽绝缘磁楔插入定子槽的开口部分的中心附近,槽绝缘磁楔与马达的定子槽的内表面接触。 狭缝绝缘磁楔包括非磁性绝缘薄片形状材料和层叠在非磁性绝缘薄片状材料的至少一个表面上的磁性材料层,磁性材料层的电阻在 10亩欧米茄〜200亩欧米茄。 磁性材料层包括非晶磁性合金薄膜,具有超微细晶粒的Fe基磁性合金薄带,结晶磁性合金薄带,通过薄膜形成技术制造的结晶或无定形磁性合金薄膜,或 喜欢。 使用电阻在10欧姆欧姆至200微米欧米茄±0.2微米范围内的磁性材料层作为磁性楔子,从而显着提高电动机的效率。 由于磁楔的构造简单方便,因此可以容易地制造,并且可靠性得到显着提高。
    • 9. 发明授权
    • Diode defect detecting device
    • 二极管缺陷检测装置
    • US06342791B1
    • 2002-01-29
    • US09501243
    • 2000-02-10
    • Kinya IchikawaKoichiro KurataSuteo FujinoChihiro OkadoTakatomo IzumeYasuo Sakata
    • Kinya IchikawaKoichiro KurataSuteo FujinoChihiro OkadoTakatomo IzumeYasuo Sakata
    • G01R3126
    • G01R31/2632G01R31/27
    • This invention is a diode defect detecting device including a current detector for detecting the primary current of a transformer, a comparator for comparing the detection current detected by the current detector with a current reference and outputting a reset signal if the detection current is larger than the current reference, an oscillator for generating a clock signal, a flip-flop circuit for receiving a set signal on the basis of a front and an end edge of the clock signal generated by the oscillator and receiving the output reset signal from the comparator, a polarity changing circuit for outputting a polarity changing signal for changing the polarities of the plurality of diodes on the basis of the output clock signal from the flip-flop circuit, and a determination circuit for calculating, in order to detect malfunctions of the plurality of diodes, any impedance change on the secondary side viewed from the primary side of the transformer on the basis of the pulse width of each polarity of the output clock signal from the flip-flop circuit.
    • 本发明是一种二极管缺陷检测装置,其包括用于检测变压器的初级电流的电流检测器,用于将由电流检测器检测的检测电流与电流基准进行比较的比较器,并且如果检测电流大于 电流基准,用于产生时钟信号的振荡器,用于基于由振荡器产生的时钟信号的前沿和结束沿接收设置信号的触发器电路,并从比较器接收输出复位信号; 极性改变电路,用于根据来自触发器电路的输出时钟信号输出用于改变多个二极管的极性的极性改变信号;以及确定电路,用于计算,以便检测多个二极管的故障 基于每个p的脉冲宽度从变压器的初级侧观察的次级侧的任何阻抗变化 来自触发器电路的输出时钟信号的极性。
    • 10. 发明授权
    • Absorption refrigerating machines group apparatus
    • 吸收式制冷机组设备
    • US5737933A
    • 1998-04-14
    • US677592
    • 1996-07-09
    • Nobuhiro IdeiYasuo SakataHideaki OanaYuichi Suzuki
    • Nobuhiro IdeiYasuo SakataHideaki OanaYuichi Suzuki
    • F25B15/00F25B49/04F24B15/00
    • F25B49/043
    • An absorption refrigerating machines-group apparatus that can be installed at reduced cost and prevent the occurrence of abnormal situations due to the unexpected suspension of the operation of a cooling water pump is provided. The absorption refrigerating machines-group apparatus according to the invention comprises a control panel 200 for issuing control signals, an adapter 300 having a control section 310 for relaying control signals and absorption refrigerating machines 100A, 100B, 100C having respective control sections 80, said control sections 310 and 80 being connected by a telecommunications line L51. When a signal for suspending the operation of the shared cooling water pump is relayed, the currently operating absorption refrigerating machines are brought into a temporary state that allows the operation of the cooling water pump P2 to be suspended through an exchange of signals between the control sections 310 and 80. After obtaining a "pump suspension signal" from each and every one of the absorption refrigerating machines, the control section 310 suspends the operation of the cooling water pump P2. The control section 310 can also suspend the operation of the cooling water pump P2 by seeing the signal representing the operation of the value-setting section 330 and determining if the pump sharing arrangement or the individual pump arrangement is currently selected.
    • 提供了一种能够以降低成本安装并且防止由于冷却水泵的操作意外停止而引起异常情况的吸收式制冷机组装置。 根据本发明的吸收式制冷机组装置包括用于发出控制信号的控制面板200,具有用于中继控制信号的控制部分310和具有各个控制部分80的吸收式制冷机器100A,100B,100C的适配器300,所述控制 部分310和80由电信线路L51连接。 当暂停共用冷却水泵的操作的信号被中继时,当前操作的吸收式制冷机处于临时状态,通过控制部分之间的信号交换使得冷却水泵P2的操作被暂停 在从每个吸收式制冷机获得“停泵信号”之后,控制部310停止冷却水泵P2的动作。 控制部310也可以通过看到表示值设定部330的动作的信号来停止冷却水泵P2的动作,并且判断当前是否选择了泵共用装置或者各个泵装置。