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    • 22. 发明授权
    • Blower and heat pump apparatus using the same
    • 鼓风机和热泵设备使用相同
    • US09513021B2
    • 2016-12-06
    • US13123174
    • 2009-10-29
    • Yasuaki KatoTakahide TadokoroMasanobu BabaHiroyuki Takada
    • Yasuaki KatoTakahide TadokoroMasanobu BabaHiroyuki Takada
    • F01D25/24F24F1/38F04D29/16F04D29/52F04D29/66F24F1/40
    • F24F1/38F04D29/162F04D29/164F04D29/526F04D29/663F24F1/40
    • The rear side outer peripheral edge of a propeller fan rotated and driven by a motor, of a propeller fan drive unit, is surrounded by a bell mouth. An upper plate, a lower plate, a side plate, and a machine room plate constitute an air duct at the suction side, outside the radial direction of the propeller fan. The cross-section of the bell mouth, at a first position in the vicinity where a blade of the propeller fan is closest, and where the distance between the propeller fan and the plate constituting the air duct outside the radial direction is relatively narrow, is made to be such that an expansion angle θ1 of the bell mouth suction side is made small. The overlapped height Hb of the propeller fan and the bell mouth is made large against a cross-section at a second position where the distance between the propeller fan and a plate is relatively large. The shape of the cross-section of the bell mouth is made to change gradually between the first position and the second position.
    • 由螺旋桨式风扇驱动单元的电动机旋转驱动的螺旋桨式风扇的后侧外周边缘被喇叭口包围。 上板,下板,侧板和机室板构成在螺旋桨式风扇的径向外侧的吸入侧的风路。 喇叭口的横截面在螺旋桨叶片的叶片最靠近的第一位置处,螺旋桨式风扇和构成空气管道的板之间的距离在径向外的距离相对较窄, 使得喇叭口吸入侧的扩张角θ1变小。 螺旋桨式风扇和喇叭口的重叠高度Hb相对于螺旋桨式风扇和板之间的距离相对较大的第二位置处的横截面大得多。 喇叭口的横截面的形状在第一位置和第二位置之间逐渐变化。
    • 24. 发明授权
    • Ink-jet printer
    • 喷墨打印机
    • US06375319B1
    • 2002-04-23
    • US09135518
    • 1998-08-13
    • Tadao KamanoShinichiro FujiiAkira NuitaIzumi ArakiTakuro ItoYasuhiro SuzukiHiroyuki Takada
    • Tadao KamanoShinichiro FujiiAkira NuitaIzumi ArakiTakuro ItoYasuhiro SuzukiHiroyuki Takada
    • B41J201
    • B41J13/025B41J13/223
    • An ink-jet printer includes a rotary drum 10 for rotating at a constant speed, a sheet loader for loading a paper sheet onto the rotary drum 10, a sheet holding system 20 for holding the paper sheet loaded by the sheet loader on the rotary drum 10, and a print head 200 for printing an image by ejecting ink onto the paper sheet which is held on the rotary drum 10 by the sheet holding system 20 and rotated together with the rotary drum 10. In particular, the sheet loader has a pair of loading rollers 91 and 92 for feeding the paper sheet while pinching the paper sheet, and a roller moving mechanism 28 for separating the loading roller 91 from the other loading roller 92 to release the paper sheet after the leading edge of the paper sheet has been held on the rotary drum 10.
    • 喷墨打印机包括用于以恒定速度旋转的旋转滚筒10,用于将纸张装载到旋转滚筒10上的纸张装载机,用于将由纸张装载机装载的纸张保持在旋转滚筒上的纸张保持系统20 以及打印头200,用于通过将片材通过片材保持系统20将墨水喷射到保持在旋转鼓10上的纸张上并与旋转鼓10一起旋转来打印图像。特别地,片材装载机具有一对 用于在夹持纸张的同时进给纸张的装载辊91和92;以及辊移动机构28,用于将装载辊91与另一个装载辊92分离,以便在纸张的前缘已经被纸张释放 保持在旋转鼓10上。
    • 25. 发明授权
    • Air conditioning system
    • 空调系统
    • US6006528A
    • 1999-12-28
    • US961303
    • 1997-10-30
    • Hidetoshi ArimaNobuhiro IdeiHisao HondaKazuhiro ShimuraNaohito SakamotoToshio KuboMamoru KuboHiroyuki Takada
    • Hidetoshi ArimaNobuhiro IdeiHisao HondaKazuhiro ShimuraNaohito SakamotoToshio KuboMamoru KuboHiroyuki Takada
    • F24F3/06F25B25/00F25D17/02
    • F25B25/005F24F3/06
    • In an air conditioning system for circulating a fluid which can change a phase between a gas phase and a liquid phase by a difference of a specific gravity between the gas phase and the liquid phase between an heat source side machine and a plurality of user side machines more than half of which are disposed below the heat source side machine, so that each of the user side machines performs a cooling operation, each of the user side machines is provided with a heat exchanger, a flow control valve for controlling a volume of said fluid supplied to the heat exchanger, a blow means for supplying an air-conditioned air to a room through the heat exchanger, a physical value detecting means for detecting a physical value relating to an air conditioning load such as a temperature and a signal controlling means for the operating and detecting portions, and wherein the heat source side machine is provided with a control means for communicating with said signal controlling means and outputting a control signal to said flow control valve of the user side machine. Accordingly, even in the case that the cooling load is the same, the opening ratio of the flow control valve of the user side machine mounted on the higher floor can be controlled so as to be greater than that of the user side machine mounted on the lower floor. In accordance with the above structure, the air conditioning characteristic in the air conditioning system which is basically controlled by a natural circulation and in which it is hard to supply the fluid to the user side machine mounted on the higher floor, so that it is hard to operate the air conditioning can be improved.
    • 在用于循环流体的空调系统中,所述流体可以通过热源侧机器和多个用户侧机器之间的气相和液相之间的比重差来改变气相和液相之间的相位 其中一半以上设置在热源侧机器的下方,使得每个用户侧机器进行冷却操作,每个用户侧机器设置有热交换器,流量控制阀,用于控制所述 提供给热交换器的流体,用于通过热交换器向室内供应空调空气的吹送装置,用于检测与诸如温度的空调负荷有关的物理值的物理值检测装置,以及信号控制装置 对于操作和检测部分,并且其中热源侧机器设置有用于与所述信号控制装置通信并输出一个 控制信号到用户侧机器的流量控制阀。 因此,即使在冷却负荷相同的情况下,也可以控制安装在上层的用户侧机器的流量控制阀的开度比大于安装在上层的用户侧机器的开度 低层 根据上述结构,空调系统中的空气调节特性基本上由自然循环控制,并且难以将流体供应到安装在较高楼层的用户侧机器,使得它很难 操作空调可以改善。
    • 26. 发明授权
    • Air conditioning system
    • 空调系统
    • US5966954A
    • 1999-10-19
    • US984017
    • 1997-12-03
    • Hidetoshi ArimaNobuhiro IdeiMasashi IzumiAkira HatakeyamaHiroyuki Takada
    • Hidetoshi ArimaNobuhiro IdeiMasashi IzumiAkira HatakeyamaHiroyuki Takada
    • F24F3/06F25B15/00F25B23/00F25B25/00F25B5/02
    • F24F3/065F25B25/005F25B15/00F25B23/006
    • An air conditioning system comprises a heat source side unit adapted to condense and supply a fluid which can change a phase between a gas phase and a liquid phase and a plurality of user side units entirely or mostly disposed below the heat source side unit in terms of number and connected to said heat source side unit by piping so as to establish a circulation of the fluid supplied from said heat source side unit passing through said heat source side unit and said user side units by utilizing the difference in specific gravity between the liquid phase and the gas phase of said liquid so that it can provide a cooling/heating effect regardless of the floors where the user side units are installed and the power consumption rate of the system can be minimized. More specifically, the heat source side unit 1 and the user side units 4 arranged below the heat source side unit 1 are connected by way of liquid phase piping 6 and gas phase piping 7 to form a closed circuit 3 and a motor pump 10 is arranged along the liquid phase piping 6. Refrigerant R-134a is condensed in the heat source side unit 1 and sent to the user side units 4 by the motor pump 10 in the cooling mode of operation, whereas it is condensed in the user side units 4 and sent to the heat source side unit 1 by the motor pump 10 in the heating mode of operation. The number of revolutions per unit time of the motor pump is controlled modifying the number of poles of the pump or the frequency of the AC fed to the pump.
    • 一种空调系统,包括:热源侧单元,其适于冷凝和供应可以改变气相和液相之间的相的流体和多个用户侧单元,其全部或大部分设置在热源侧单元下方 并且通过管道连接到所述热源侧单元,以便通过利用液相之间的比重差来建立从通过所述热源侧单元和所述用户侧单元的所述热源侧单元供应的流体的循环 和所述液体的气相,使得其可以提供冷却/加热效果,而不管安装用户侧单元的楼层如何,并且系统的功率消耗率可以最小化。 更具体地说,布置在热源侧单元1下方的热源侧单元1和用户侧单元4通过液相管道6和气相管道7连接以形成闭路3,并且电动机泵10布置 制冷剂R-134a在热源侧单元1中被冷凝,并且在冷却操作模式下通过电动泵10被发送到用户侧单元4,而在用户侧单元4中被冷凝 并在加热工作模式下由电动泵10送到热源侧机组1。 控制电机泵的每单位时间的转数来控制泵的极数或馈送到泵的AC的频率。