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    • 6. 发明申请
    • 四通阀
    • WO2020087902A1
    • 2020-05-07
    • PCT/CN2019/086171
    • 2019-05-09
    • 广东美芝精密制造有限公司
    • 高斌
    • F16K11/065F25B41/04
    • 一种四通阀被公开。该四通阀(10)包括阀体(1)和阀芯(2),阀体(1)内限定出阀腔(11),阀体(1)上设有第一接口(101)至第四接口(104),阀芯(2)可移动地设在阀腔(11)内且具有第一位置至第三位置,阀芯(2)上设有朝向阀腔(11)的内壁凸出的连通部(21),连通部(21)设有连通通道(211),连通部(21)与阀腔(11)的内壁限定出第一腔室(111)第二腔室(112)和第三腔室(113),连通通道(211)与第二腔室(112)连通,第三接口(103)与第二腔室(112)连通。在第一位置,第一接口(101)和第二接口(102)均与第一腔室(111)连通,第四接口(104)与第二腔室(112)连通;在第二位置,第一接口(101)通过连通通道(211)与第二腔室(112)连通,从而使得第一接口(101)与第三接口(103)相连通;在第三位置,第二接口(102)与第二腔室(112)连通,第一接口(101)和第四接口(104)均与第三腔室(113)连通。
    • 8. 发明申请
    • ULTRA-HIGH TEMPERATURE THERMAL ENERGY STORAGE SYSTEM
    • WO2019224538A1
    • 2019-11-28
    • PCT/GB2019/051412
    • 2019-05-22
    • THE UNIVERSITY COURT OF THE UNIVERSITY OF EDINBURGH
    • ROBINSON, Adam
    • F01K3/02F01K3/12F01K3/18F16K11/065
    • There is provided a thermal energy storage system, comprising at least two thermal storage masses, wherein an inner thermal storage mass (48) is contained within an outer thermal storage mass (49). A pump or compressor (42) forces a compressible fluid around the system. A first storage mass heat exchanger (50) has a first side in fluid communication with the pump or compressor (42), and a second side in contact with the outer thermal storage mass (49). A second storage mass heat exchanger (51) has a first side in fluid communication with the first side of the first storage mass heat exchanger (50), and a second side in contact with the inner thermal storage mass (48). A turbine (43) has a turbine inlet in fluid communication with the first side of the second storage mass heat exchanger (51), and a turbine outlet. An electrical generator is driven by the turbine (43). The system further comprises a thermal store (52) containing a thermal store medium. At least one thermal input heat exchanger (55) is located in the thermal store (52), the at least one thermal input heat exchanger having a first side adapted to receive heat from the outer thermal storage mass (49), and a second side in contact with the thermal store medium. At least one thermal output heat exchanger (53) is also located in the thermal store (52), the at least one thermal output heat exchanger having a first side in fluid communication with a hot water and/or heating supply, and a second side in contact with the thermal store medium.
    • 10. 发明申请
    • FIRE RETARDANT GEL DELIVERY SYSTEM AND MIXING VALVE
    • 消防凝胶输送系统和混合阀
    • WO2016187663A1
    • 2016-12-01
    • PCT/AU2016/050402
    • 2016-05-25
    • EVTA GROUP PTY LTD
    • LUKE, Ross CharlesLUKE, Mitchell Ross
    • A62C35/60A62C5/033A62C3/07F16K11/065A62C35/68
    • A62C35/60A62C3/07A62C5/033A62C35/68F16K11/044F16K27/0263F16K31/0627F16K31/10F16K31/1223
    • A system (101) for delivering a fire retardant gel mixture. The system includes a gel tank (103), a gel pump (105) arranged to draw gel from the gel tank (103), a ring main (107) connected to an outlet of the gel pump (105) and being arranged to provide a return path for recirculating gel to the gel tank (103), and a mixing valve (113) fluidly connected within the ring main (107). The mixing valve (113) includes a first inlet port (115) arranged to receive gel from the ring main (107), a first outlet port (116) arranged to return gel to the ring main (107), a second inlet port (117) for receiving water from a water source (131), a second outlet port (123) or discharging a gel/water mixture, and a movable valve element (143) which is selectively controllable between (i) a closed position in which the gel is not mixed with the water and is instead returned to the ring main (107) via the first outlet port (115), and (ii) an open position in which the gel is not returned to the ring main (107) and is instead injected into the water and then discharged at the second outlet port (123). At least one spray nozzle (121) is connected to the second outlet port (123) of the mixing valve (113) for distributing the fire retardant gel/water mixture.
    • 一种用于输送阻燃凝胶混合物的系统(101)。 该系统包括凝胶罐(103),布置成从凝胶罐(103)抽出凝胶的凝胶泵(105),连接到凝胶泵(105)的出口的环形主体(107),并设置成提供 用于将凝胶再循环到凝胶罐(103)的返回路径,以及流体连接在环形主体(107)内的混合阀(113)。 混合阀(113)包括布置成从环形主体(107)接收凝胶的第一入口端口(115),布置成将凝胶返回到环形主体(107)的第一出口端口(116),第二入口端口 117),用于从水源(131)接收水,第二出口(123)或排出凝胶/水混合物;以及可移动阀元件(143),其可选择性地可控于(i)关闭位置,其中 凝胶不与水混合,而是经由第一出口(115)返回到环形主体(107),和(ii)凝胶不返回到环形主体(107)的打开位置,并且是 而是注入水中,然后在第二出口(123)处排出。 至少一个喷嘴(121)连接到混合阀(113)的第二出口(123),用于分配阻燃凝胶/水混合物。