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    • 2. 发明申请
    • Refrigerant Air Conditioner
    • 制冷空调
    • US20090071177A1
    • 2009-03-19
    • US11661094
    • 2006-03-27
    • Fumitake UnezakiMakoto SaitouTetsuji SaikusaMasanori AokiMasato Yosomiya
    • Fumitake UnezakiMakoto SaitouTetsuji SaikusaMasanori AokiMasato Yosomiya
    • F25B41/00F25B39/02F25B41/04
    • F25B13/00F25B1/10F25B9/008F25B40/00F25B2309/061F25B2313/02741F25B2400/13F25B2500/31
    • A sufficient heating capacity can be displayed even in cold districts with atmospheric temperatures of −10° C. or less by improving the heating capacity in the refrigerant air conditioner much more than that of conventional gas injection cycles.In a refrigerant air conditioner having circularly connected a compressor 3, a room heat exchanger 6, a first pressure reducing device 11, and an outdoor heat exchanger 12, for supplying hot heat from the room heat exchanger, the refrigerant air conditioner includes a first internal heat exchanger 9 for exchanging heat of refrigerant between the room heat exchanger and the first pressure reducing device with heat of refrigerant between the outdoor heat exchanger and the compressor; an injection circuit 13 for bypassing part of the refrigerant between the room heat exchanger and the first pressure reducing device so as to inject it into a compression chamber within the compressor; a pressure reducing device for injection 14 provided along the injection circuit; and a second internal heat exchanger 10 for exchanging heat of refrigerant reduced in pressure by the pressure reducing device for injection with heat of the refrigerant between the room heat exchanger and the first pressure reducing device.
    • 即使在大气温度为-10℃或更低的寒冷地区,也可以通过提高制冷剂空气调节器中的加热能力而远远高于常规气体注入循环的足够的加热能力。 在将来自室内热交换器供给热量的压缩机3,室内热交换器6,第一减压装置11以及室外热交换器12循环连接的制冷剂空调机中, 热交换器9,用于在室外热交换器和压缩机之间用制冷剂的热量在室内热交换器和第一减压装置之间交换制冷剂的热; 注入回路13,用于旁路室内热交换器和第一减压装置之间的一部分制冷剂,以将其注入到压缩机内的压缩室内; 沿喷射回路设置的喷射用减压装置14; 以及第二内部热交换器10,其用于通过室内热交换器和第一减压装置之间的制冷剂的热量与用于注入的减压装置进行加压减压的制冷剂的热交换。
    • 9. 发明授权
    • Repetitive striking type pneumatically operated nail gun
    • 重复打击式气动手术钉枪
    • US5873510A
    • 1999-02-23
    • US847358
    • 1997-04-24
    • Shoichi HiraiYoshinori IshizawaMasanori Aoki
    • Shoichi HiraiYoshinori IshizawaMasanori Aoki
    • B25C1/00B25C1/04
    • B25C1/043B25C1/042
    • A repetitive striking type pneumatically operated nail gun for repeatedly striking, by a drive bit, a head of a nail for sinking the nail into a workpiece. The drive bit is connected to a piston reciprocally movably disposed in a cylinder. A return chamber is provided around the cylinder and in communication therewith. A head valve chamber is provided at a position above a head valve disposed above the cylinder. A drive air is provided for selectively applying compressed air to the head valve chamber or into the cylinder. A repetitive valve chamber is provided for providing selective communication with the return valve, the head valve chamber and a trigger valve. A cylinder guide is provided which prevents the cylinder from being moved in its axial direction in a case where the pressure within the return chamber becomes higher than that in the drive air chamber. A partition segment is provided to the cylinder guide for separating the return chamber from the drive air chamber. Further, an air passage is formed in the cylinder guide for fluidly connecting the repetitive valve chamber to the return chamber.
    • 一种重复打击式气动操作的指甲枪,用于通过驱动钻头重复地将钉子的头部沉入工件中。 驱动钻头连接到可往复移动地设置在气缸中的活塞。 在圆筒周围设置回流室并与其连通。 头部阀室设置在设置在气缸上方的头阀上方的位置。 提供驱动空气用于选择性地将压缩空气施加到头阀室或进入气缸。 提供重复的阀室,用于提供与回流阀,头阀室和触发阀的选择性连通。 在返回室内的压力变得高于驱动空气室中的压力的​​情况下,设置有气缸引导件,其防止气缸在其轴向方向上移动。 分隔段设置到气缸引导件,用于将返回室与驱动空气室分离。 此外,气缸导向件中形成有空气通道,用于将重复阀室流体连接到回流室。
    • 10. 发明申请
    • AIR CONDITIONER
    • 冷气机
    • US20120023984A1
    • 2012-02-02
    • US13148783
    • 2010-02-17
    • Tatsunori SakaiMasanori AokiHirokuni Shiba
    • Tatsunori SakaiMasanori AokiHirokuni Shiba
    • F25B49/02F25B49/00
    • F25B49/005F04B39/121F04B2201/0403F25B13/00F25B2313/006F25B2313/02741F25B2313/0315F25B2400/01F25B2500/27F25B2500/28F25B2700/2115
    • In a compressor shell built in an outdoor unit of an air conditioner, a compressor shell thermistor that detects a temperature of the shell is installed. Also, an outside air temperature thermistor that detects an outside air temperature is installed in an outdoor unit. The outside air temperature is compared with the compressor shell temperature, and if the shell temperature is higher than the outside air temperature, a compressor heating device is invalidated. If the shell temperature is lower than the outside air temperature, it is determined as a refrigerant collection condition, and the compressor heating device is operated. Also, if the shell temperature is higher than the outside air temperature by a certain temperature or more, the operation of the compressor heating device is stopped so that wasteful standby power is reduced, and energy of the apparatus is saved.
    • 在内置于空调的室外机的压缩机壳体中,安装有检测壳体的温度的压缩机壳体热敏电阻。 而且,外部空气温度的外部空气温度热敏电阻安装在室外机中。 将外部空气温度与压缩机壳体温度进行比较,如果壳体温度高于外部空气温度,则压缩机加热装置无效。 如果壳体温度低于外部空气温度,则将其确定为制冷剂收集条件,并且使压缩机加热装置工作。 此外,如果外壳温度高于一定温度以上的外部温度,则停止压缩机加热装置的运转,从而减少了浪费的待机功率,节省了设备的能量。