4results about How to "More compact" patented technology

Compressor installation (1) with a compressor element (2), with an outlet (9) with an outlet line (8), and with a dryer (2), that is provided with a drying section (14) and a regeneration section (15), wherein the drying section (14) is provided with a first inlet (16a) and a first outlet (16b), wherein the first inlet (16a) is connected to the outlet line (8), wherein the regeneration section (15) is provided with a second inlet (17a) and a second outlet (17b), wherein a regeneration line (18) is provided between the second inlet (17a) and a first point (19) of the outlet line (8), wherein at the second outlet (17b) a return line (20) is connected that connects the second outlet (17b) to a second point (21) on the outlet line (8) downstream of the first point (19), characterized in that, in the return line (20), a primary portion (27) of a heat exchanger (28) is incorporated, wherein a secondary portion (29) of the heat exchanger (28) is incorporated in an oil circuit (10) of the compressor element.

Compressor installation (1) with a compressor element (2), with an outlet (9) with an outlet line (8), and with a dryer (2), that is provided with a drying section (14) and a regeneration section (15), wherein the drying section (14) is provided with a first inlet (16a) and a first outlet (16b), wherein the first inlet (16a) is connected to the outlet line (8), wherein the regeneration section (15) is provided with a second inlet (17a) and a second outlet (17b), wherein a regeneration line (18) is provided between the second inlet (17a) and a first point (19) of the outlet line (8), wherein at the second outlet (17b) a return line (20) is connected that connects the second outlet (17b) to a second point (21) on the outlet line (8) downstream of the first point (19), characterized in that, in the return line (20), a primary portion (27) of a heat exchanger (28) is incorporated, wherein a secondary portion (29) of the heat exchanger (28) is incorporated in an oil circuit (10) of the compressor element.

Disclosed are a heat pump water heater coupled with a water system and a temperature control assembly. The temperature control assembly comprises a heat exchange unit, a heat exchanger, a water supply pipeline, a return water pipeline, a room temperature control apparatus, a heat pump water heater, a buffer water tank and a water pump. The heat pump water heater comprises a temperature rise water tank, a heat pump evaporator and a compressor. The heat pump evaporator is coupled to the return water pipeline or the water supply pipeline. In a coupled form, an outdoor unit of the heat pump water heater is replaced by the heat exchange unit by means of a circulating water body, so that a room temperature adjustment system shares the heat exchange unit with a hot water supply system, thereby saving space. Moreover, multiple households may share one heat exchange unit, which is of great significance for residential houses such as apartments and rental houses.

A flow control circuit for an actuator is provided. The actuator comprises a first chamber (111) and a second chamber (112), wherein the first chamber experiences a volume change that is larger than a volume change experienced by the second chamber upon actuation of the actuator (110). The flow control circuit (10) comprises a first port (11) configured to be connected to the first chamber (111), a second port (12) configured to be connected to the second chamber (112), and a flow control valve assembly (20) comprising one or more valves configured to provide a flow of pressurized fluid from a pressurized fluid source (41) to one of the first and second ports (11, 12) along a fluid supply path and further configured to provide a flow of fluid from the other of the first and second ports (11, 12) to a fluid sink (42) along a fluid return path. The flow control circuit (10) further comprises a fluid bypass path (30) comprising a bypass valve (31) .