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    • 121. 发明专利
    • 可変容量型圧縮機用制御弁
    • 的容量可变型压缩机用控制阀
    • JP2016205404A
    • 2016-12-08
    • JP2016170738
    • 2016-09-01
    • 株式会社不二工機
    • 田野 慎太郎久米 義之
    • F16K11/048F04B27/18
    • 【課題】副弁体を確実に開弁させ得、圧縮機の運転効率を低下させることなく、圧縮機起動時において吐出容量が大きくなるまでに要する時間を短縮することができ、かつ、弁ロック等の作動不良を生じ難くできる可変容量型圧縮機用制御弁を提供する。 【解決手段】クランク室の圧力PcをPs入出口を介して圧縮機の吸入室に逃がすための弁内逃がし通路16が主弁体15内に設けられるとともに、弁内逃がし通路を開閉する副弁体17が設けられ、電磁式アクチュエータ30の吸引力によりプランジャ37が最下降位置から上方向に連続的に移動せしめられるとき、プランジャと一緒に副弁体17が弁内逃がし通路16を閉じたまま上方向に移動するとともに、副弁体に追従するように主弁体15が上方向に移動せしめられ、主弁体により弁口22が閉じられた後、さらにプランジャが上方向に移動せしめられると、副弁体が弁内逃がし通路16を開く。 【選択図】図4
    • 阿通过打开副阀元件,而不减小压缩机的运转效率在压缩机启动时的放电容量,以缩短所需直到时间的增加而可靠地得到的,并且阀锁 提供一种能够几乎不发生故障相等的可变容量压缩机的控制阀。 在主阀体15,该辅助阀打开和阀关闭通道缓解被提供有在释放通道16中的阀,用于释放通过PS入口和出口的压缩机的吸入室A曲柄室一起的压力Pc 体17设置,而柱塞37被向上连续地从最低位置移动时,与柱塞的子阀体17通过电磁致动器30的抽吸力关闭阀​​中的通道16浮雕 与向上移动时,主阀体15向上移动以跟随所述子阀体,阀口22由主阀体关闭后,进一步在柱塞向上移动 中,副阀体开阀内的通道16解脱。 点域4
    • 127. 发明专利
    • Combination faucet
    • 组合龙头
    • JP2014145432A
    • 2014-08-14
    • JP2013014837
    • 2013-01-29
    • Lixil Corp株式会社Lixil
    • BANDO NOBUAKISAKATA SHINYA
    • F16K11/048E03C1/042E03C1/044
    • PROBLEM TO BE SOLVED: To provide a combination faucet in which required cost can be reduced by simplifying a structure of a main body and which can also be easily installed by downsizing the main body.SOLUTION: The combination faucet comprises: a combination valve unit 62 accommodating a combination valve element 74 inside of a valve case 64; and a main body 58 accommodating the combination valve unit 62 inside. The main body 58 integrally includes: a unit insertion pipe part 60 which is cylindrical and in which the combination valve unit 62 is axially inserted and held in an internally fitted state and a combination chamber 70 for hot water and water and an outflow path 72 for mixed water are formed inside; and a water inflow pipe part 110 and a hot water inflow pipe part 112 which are positioned at both outer sides and form a water inflow path 114 and a hot water inflow path 116 inside. In the main body 58, a water-side connection path 132 communicating the water inflow path 114 and a water inlet 66 and a hot-water-side connection path 136 communicating the hot water inflow path 116 and a hot water inlet 68 are provided while penetrating a pipe wall.
    • 要解决的问题:提供一种组合式水龙头,其中通过简化主体的结构可以降低所需成本,并且还可以通过使主体小型化而容易地安装。结合水龙头包括:组合阀单元62 在阀壳64内容纳组合阀元件74; 以及容纳组合阀单元62内的主体58。 主体58一体地包括:单元插入管部60,其是圆筒形的,组合阀单元62轴向地插入并保持在内部装配状态,以及用于热水和水的组合室70和用于 内部形成混合水; 以及位于两个外侧并形成内部的水流入路径114和热水流入路径116的水流入管部110和热水流入管部112。 在主体58中,设置有连通水流入路径114和进水口66的水侧连接路径132以及连通热水流入路径116和热水入口68的热水侧连接路径136,同时 穿透管壁。
    • 128. 发明专利
    • Heat pump cycle, and combination valve for heat pump cycle
    • 热泵循环,热泵循环组合阀
    • JP2014070867A
    • 2014-04-21
    • JP2012219722
    • 2012-10-01
    • Denso Corp株式会社デンソー
    • ITO TETSUYA
    • F25B13/00F16K11/048F16K11/10F25B1/00F25B29/00F25B41/04
    • F25B6/04F16K11/048F25B5/00F25B41/043F25B49/02F25B2500/18F25B2600/2501
    • PROBLEM TO BE SOLVED: To provide a heat pump cycle in which endothermic quantity of an evaporator and an outdoor heat exchanger under a parallel operation mode is properly changed and at the same time a cooling capability under a series operation mode can be properly adjusted.SOLUTION: The present invention relates to a heat pump cycle that can be changed over to a series operation mode for flowing refrigerant flowed out of an indoor condenser 12 to an outdoor heat exchanger 15 and an indoor evaporator 20 in this order and a parallel operation mode for flowing the refrigerant flowed out of the indoor condenser 12 to both outdoor heat exchanger 15 and indoor evaporator 20. Operation state of a pressure adjustment valve 44 for adjusting a pressure of refrigerant flowing through the indoor evaporator 20 is changed over to a function realizing state for realizing a specified pressure adjusting function to keep a pressure of the refrigerant passing through the indoor evaporator 20 to a prescribed set pressure value at the time of parallel operation mode and changed over to a function stopped state where the specified pressure adjustment function is not realized at the time of series operation mode.
    • 要解决的问题:提供一种热泵循环,其中在并联运行模式下的蒸发器和室外热交换器的吸热量适当地改变,同时可以适当地调节串联运行模式下的冷却能力。 :本发明涉及一种热泵循环,该热泵循环可以按照顺序改变为将从室内冷凝器12流出的制冷剂流动到室外热交换器15和室内蒸发器20的串联运行模式,以及并联运行模式 使从室内冷凝器12流出的制冷剂流到室外热交换器15和室内蒸发器20。用于调节流过室内蒸发器20的制冷剂的压力的压力调节阀44的操作状态转换为功能实现状态 实现规定的压力调整功能,以使通过室内蒸发器20的制冷剂的压力保持在预定值 在并联运行模式时设定压力值,并转换为在串联运行模式时未实现规定的压力调节功能的功能停止状态。
    • 130. 发明专利
    • Combination faucet
    • 组合龙头
    • JP2012241404A
    • 2012-12-10
    • JP2011111879
    • 2011-05-18
    • Lixil Corp株式会社Lixil
    • SHIMIZU KOJI
    • E03C1/044E03C1/042F16K11/048F16K35/02
    • PROBLEM TO BE SOLVED: To provide a combination faucet which allows even a faucet user who does not have any technical knowledge to easily adjust a position of a warmth control handle in a rotation direction to a proper position.SOLUTION: A combination faucet is configured by connecting in an integral rotary state a warmth control shaft 42 which is provided in a faucet body 10 and revolved to move a combination valve element, and a rotary warmth control handle 12 by engaging male serration section 62 at a side of the warmth control shaft 42 and a female serration section 84 provided in the warmth control handle 12. In the warmth control handle 12, an engage member 80 which includes male serration sections 84 at three positions in a circumferential direction is provided rotatable integrally with the warmth control handle 12 and movable in a radial direction. More over, there are provided a leaf spring 86 which energizes the engage member 80 inward in the radial direction to engage it with the male serration section 62, and a disengage member 88 which is depressed in an axial direction to retract the engage member 80 outward in the radial direction and disengages the engage member 80 from the male serration section 62.
    • 要解决的问题:提供一种即使是没有技术知识的水龙头使用者能够容易地将温度控制手柄在旋转方向上的位置调整到适当位置的组合龙头。 解决方案:组合式水龙头通过连接在一体旋转状态下,配置在设置在水龙头体10中并旋转以移动组合阀元件的温度控制轴42和旋转温度控制手柄12,通过啮合公齿 在温暖控制轴42的一侧的部分62和设置在温度控制手柄12中的阴啮合部分84.在温暖控制手柄12中,包括在圆周方向上的三个位置处的阳齿形部分84的啮合部件80是 提供与温控手柄12一体地旋转并且可在径向方向上移动。 更具体地,设置有一个板簧86,其使接合构件80沿径向向内激励以使其与阳齿形部分62接合;以及脱离构件88,其沿轴向方向被压下以将接合构件80向外 在径向方向上并且使接合构件80与雄齿锯齿部分62脱离接触。(C)版权所有(C)2013,JPO&INPIT