Method for checking the plausibility of a temperature value in an internal combustion engine
A technology of temperature value and internal combustion engine, applied in thermometer testing/calibration, internal combustion piston engine, thermometer, etc., can solve problems such as inability to know
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[0036] figure 1 and 2 A characteristic curve 1 is shown schematically, which shows the torque loss M of the internal combustion engine 损失 and the refrigerant temperature T of the internal combustion engine 制冷剂 dependencies between. It can be seen from this that characteristic curve 1 has a decreasing temperature dependence. This means that, in figure 1 Relatively high refrigerant temperature T in 制冷剂 The temperature change under has a resulting torque loss M 损失 The relatively small effect of , while in such as figure 2 The relatively low refrigerant temperature T in the 制冷剂 The temperature change under has a resulting torque loss M 损失 relatively large impact.
[0037] Therefore, the two figures respectively show the temperature measurement T 测量 (T MESS ) and the actual temperature value T 实 际 (T IST ) and the associated temperature measurement error ΔT and the resulting torque error ΔM.
[0038] If the maximum value ΔM of the tolerable torque error ΔM is given ...
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