Abstract:
A fluid cooling arragement for a motorcylce including a fluid cooler with an outer housing and an inner plate. The outer housing includes an outer face and an inner face. The inner plate is mounted to the inner face of the outer housing. A continous fluid passage is defined between the inner face and the inner plate, and the fluid passage extends between a fluid inlet and a fluid outlet. The fluid cooler mounted to a primary drive of a motorcycle. The primary drive connects an output shaft of the engine with an output shaft of a transmission. The fluid inlet is in fluid communication with a source of heated fluid from the engine.
Abstract:
Transmission, in particular for a motorised vehicle, comprising a set of gears and/or a continuous variable transmission part, operating in a transmission fluid contained in a casing (1) for the transmission, the transmission being provided with a transmission part (3) such as a fluid cooler device and /or a pump device outside from said transmission casing, separate leads (2, 4) being provided between said part and said transmission casing, including a leads (4) for fluid in and a leads (2) for fluid out of said casing (1) from and to said part respectively, wherein an hydraulics filter device (5, 6; 7) is incorporated in the transmission.
Abstract:
A heat management system in a vehicle includes an engine, a vehicle radiator fluidly coupled to the engine by an engine coolant line for routing an engine coolant from the vehicle radiator to the engine during at least one mode of operation. The system also includes a transmission and a transmission oil heat exchanger fluidly coupled to the transmission by a transmission fluid line for routing a transmission fluid between the transmission and the transmission oil heat exchanger during second and third modes of operation. Additionally, the system includes a switch valve assembly integrated with the transmission oil heat exchanger. Moreover, during a first mode of operation the transmission fluid bypasses the transmission oil heat exchanger and is routed from the transmission through the switch valve assembly and back to the transmission for avoiding heat loss which occurs when the transmission fluid is moved through the transmission oil heat exchanger.
Abstract:
본 발명은 차량용 오일 워머 및 열교환 시스템에 관한 것으로, 냉각수 유량을 조절하는 별도의 바이패스 밸브 없이, 엔진에서 배출되는 냉각수의 온도에 따라 냉각수와 오일 사이에 열교환이 자동으로 조절되도록 하여, 초기 시동 시 차량 실내의 난방 성능을 확보하고, 동시에 오일을 가열할 수 있고, 차량의 주행 시에는 저온의 냉각수가 유동되는 오일 쿨러를 이용해 오일의 온도를 하강시킬 수 있어, 오일의 온도를 적절하게 조절할 수 있는 차량용 오일 워머 및 열교환 시스템에 관한 것이다.
Abstract:
The heat exchanger comprises: a first and a second stage (E1,E2), each having an inlet and an outlet of water (41a, 41b; 43a; 43b), the second stage (E2) having an inlet and an outlet of oil (44a, 44b), the first stage (El) being provided with fuel inlet and outlet nozzles (42a, 42b), selectively connected, in parallel, to the fuel supply to the engine (M). The inlet and outlet of water (41a, 41b) of the first stage (El) are respectively connected to the outlet (20b) of the water radiator (20), by means of a cooling water circuit (23) internal to the engine (M), and to the water inlet (43a) of the second stage (E2). The water outlet (43b) of the second stage (E2) is connected to the inlet (20a) of a water radiator (20), and the inlet and outlet of oil (44a, 44b) in the second stage (E2) are connected in series to a lubricant oil circuit (30) internal to the engine (M).
Abstract:
The heat exchanger (HE) has first and second stages (E1, E2) seated and affixed in a connecting block (100) seated and affixed to the engine (M). The first stage (E1) has a fuel inlet and outlet nozzles (42a, 42b) which are connected to the supply of fuel to the engine (M), and the connecting block (100) defines: a return conduit (101), communicating an outlet (23b) of a cooling water circuit (23) of the engine (M) with a water inlet (41a) in the first stage (E1); an interconnecting conduit (102) communicating a water outlet (41b) of the first stage (E1) with a water inlet (43a) of the second stage (E2); an outlet conduit (103) communicating a water outlet (43b) of the second stage (E2) with an inlet (20a) of a water radiator (20) having an outlet (20b); and two oil conduits (104, 105), communicating a lubricant oil circuit (30) of the engine (M) with the second stage (E2).
Abstract:
A thermal management unit for a vehicle powertrain component. The thermal management unit is designed to maintain the operating temperature of the vehicle component within a relatively small, ideal temperature range. The thermal management unit includes a three-way valve and temperature sensor that uses the temperature of a lubricant used by the component itself to configure the valve such that lubricant having the desired temperature is passed to the component.
Abstract:
A stacked plate heat exchanger comprising a plurality of cup shaped plates (80, 82) stacked upon each other forming flow channels for two fluids, a fluid side cup plate (81) and a base plate (86) having a positioning protruding portion (86b) formed thereon in the stacking direction; the said positioning protruding portion (86b) protrudes through the fluid side cup plate (81) and is to be fitted into a positioning hole (81a) formed through the fluid side cup plate (81), the heat exchanger further comprising fluid flow hole portions (80b, 82b) formed in the cup plates (80, 82) for introducing fluid (Fld) into a fluid flow layer (90) that contacts the base plate (86).