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    • 6. 发明专利
    • SIMULATION APPARATUS FOR VEHICLE
    • JPH02251731A
    • 1990-10-09
    • JP7180389
    • 1989-03-27
    • DIESEL KIKI CO
    • UENO MASATOOKAMOTO KENJI
    • G01M13/02F16H61/00
    • PURPOSE:To make it possible to determine the control specifications for automatic speed change with a few man-hours by setting the required conditions for the operation of a speed changing system with first - third signal generators. CONSTITUTION:A simulation apparatus 1 is operated in response to the output signals from the following devices: a first signal generator 2 which outputs a set-rack position signal RS for setting the position of a rack which adjusts the fuel of a fuel injection pump; a second signal generator 3 which outputs a set absorption torque signal AT for setting vehicle absorption torque, i.e. the running resistance of a vehicle; and a third signal generator 4 which outputs a set-clutch signal for setting the operating amount of a frictional clutch included in a speed changing system. In the first - third signal generators 2 - 4, the conditions of the rack position, the vehicle absorption torque and the clutch position for simulation can be arbitrarily set. A torque computing part 5 computes the output torque of an interval combustion engine in accordance with a relation computing expression. The engine torque signal ET is imparted into a data computer 6 wherein the AT signal and the CS signal are inputted.
    • 8. 发明专利
    • AIR CONDITIONER FOR VEHICLE
    • JPH02249717A
    • 1990-10-05
    • JP6999589
    • 1989-03-22
    • DIESEL KIKI CO
    • MOCHIKI SADAO
    • B60H1/32
    • PURPOSE:To prevent the abnormal rise of a temperature within a car room when the temperature within the car room has resin by a predetermined value more than a temperature memorized by a memory, by arranging so that the control of a compressor may be changed to the control of the compressor by means of an ordinary control means from the control of the compressor by means of an acceleration time control means (compressor off). CONSTITUTION:At the time of the operation of an air conditioner, whether an acceleration condition exists or not is decided by means of an acceleration condition decision means 43 on the basis of a signal from an acceleration detection sensor 39, and in the case of NO having been decided, the ordinary control of a compressor 11 is made to be conducted by means of a compressor control means 29. That is, the compressor 11 is made to be ON so that a temperature within a car room may become a set temperature, and cooling is made to be conducted. Meanwhile, when the acceleration condition is decided to exist, a temperature within the car room at this time is made to be memorized at a memory 40 through a memory means 46, and at the same time, the compressor 11 is made to be OFF by means of an acceleration time control means 45. And when the temperature within the car room has gradually risen, and it has risen by a predetermined value more than the temperature memorized as above, the compressor 11 is made to be controlled by means of the compressor 29 instead of the acceleration time control means 45.
    • 10. 发明专利
    • AIR-CONDITIONING APPARATUS
    • JPH02230030A
    • 1990-09-12
    • JP5068289
    • 1989-03-02
    • DIESEL KIKI CO
    • KAKUBARI ZENICHIKAWAMURA YUJITANAKA ICHIRO
    • F24F1/00
    • PURPOSE:To raise the apparent degree of superheat of heat exchanging medium at the inlet to an accumulator so as to improve the indoor-cooling capacity by a method wherein, after heat exchange in an indoor heat exchanger, the heat exchanging medium is given heat from a motor through a radiating plate and, after that, the refrigerant is led into the accumulator. CONSTITUTION:The temperature of refrigerant increases as it receives heat from a radiating plate 21 to which the heat of a motor 20 is transmitted and the refrigerant undergoes superheating by approximately 2-3 deg.C when it passes near a T joint. In an outdoor unit 3 the refrigerant passes through a four-way valve 9 and flows into an accumulator 4. At the inlet of the accumulator 4 a temperature-sensitive cylinder 10 detects the temperature of the refrigerant and controls the degree of the opening of an automatic expansion valve 7. The control of the opening of the automatic expansion valve 7 is designed to give approximately 5 degrees of superheat; since the apparent degree of superheat of the refrigerant can be raised, depending on the temperature of the heat which the refrigerant receives from the radiant plate 21 after passing the indoor heat exchanger 13, the degree of the throttle is reduced and almost the same effect as a reduction of the degree of superheat of the refrigerant at the indoor heat exchanger 13 to approximately 1 degree is obtained. As a result, an improvement can be achieved in the cooling capacity of the indoor heat exchanger 13.