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    • 1. 发明专利
    • Control device for vehicle air-conditioning system
    • 车辆空调系统控制装置
    • JPS5940922A
    • 1984-03-06
    • JP13127983
    • 1983-07-18
    • Nippon Denso Co LtdToyota Motor Corp
    • NAGANOMA MASANORIKATOU YOSHIHARUSAITOU ATSUNORIHARA YOSHIMICHIMATSUSHIMA KATSUAKI
    • B60H1/00B60H1/32
    • B60H1/00985
    • PURPOSE:To make it possible to manually switch air flow passages, by operating a blower device, a selector device and a distributor device upon the operation mode of the blower device with this operation mode being displayed, and by ceasing the operation of the blower device upon the stopping mode with the display being ceased. CONSTITUTION:In the case of that a blower device B is assigned to any one of operation modes Hi, Me, Lo, Au, To by means of a signal generating device F1, a control device H operates a blower device B, a device D for selecting the condition of ambient or inside air intake and a distributing device E for selecting the blowing direction in accordance with signals from signal generators F1 through F3, and their operating conditions are displayed on displaying units G1 through G3 respectively arranged adjacently to the signal generators. Meanwhile, when the stopping mode is assigned. The stopping of automatic control is displayed after stopping the displayes on the display units G1 through G3. However, the devices D, E are operatable in accordance with signals from the signal generators F2, F3, and air passages may be manually switched.
    • 目的:为了能够在显示该操作模式的鼓风机装置的操作模式下通过操作鼓风机装置,选择器装置和分配器装置来手动切换气流通道,并且通过停止鼓风装置的操作 在显示停止的停止模式下。 构成:在通过信号发生装置F1将鼓风装置B分配给操作模式Hi,Me,Lo,Au,To中的任何一个的情况下,控制装置H操作鼓风装置B,装置D 用于根据来自信号发生器F1至F3的信号选择环境或内部空气入口的条件以及用于选择吹送方向的分配装置E,并且它们的操作条件被显示在分别邻近于信号发生器的显示单元G1至G3上 。 同时,当分配停止模式时。 在停止在显示单元G1至G3上的显示之后显示自动控制的停止。 然而,设备D,E可以根据来自信号发生器F2,F3的信号来操作,并且可以手动切换空气通道。
    • 2. 发明专利
    • Control device for vehicle air-conditioning system
    • 车辆空调系统控制装置
    • JPS5940921A
    • 1984-03-06
    • JP13127683
    • 1983-07-18
    • Nippon Denso Co LtdToyota Motor Corp
    • NAGANOMA MASANORIKATOU YOSHIHARUSAITOU ATSUNORIHARA YOSHIMICHIMATSUSHIMA KATSUAKI
    • B60H1/00B60H1/32
    • B60H1/3207
    • PURPOSE:To make it possible to remove blur promptly, by selecting the defroster blow-off mode by means of a control switch to increase the rate of outside air intake irrespective of any one of the operating modes, and as well by increasing the cooling capacity of a cooling device. CONSTITUTION:When the defroster blow-off mode is selected by a control switch 92, an inside and outside air switching damper is actuated to increase the rate of outside air intake irrespective of the controlled conditions of an inside air switch 86 and an outside air switch 87 which control the rate of inside air and outside air due to the inside and outside air switching damper. Further, the cooling capacity of a cooling device is increased irrespective of the controlled conditions of an economy switch 88 and an air-conditioning switch 89 which adjust the cooling capacity of the cooling device. Accordingly, air outside of a passenger compartment which is relatively dried, is further dehumidified through an air-conditioning duct, and then is blown onto a windshield to remove blur thereon, promoptly. Then, when the automatic control switch 90 is again operated, the original air-conditioning operating mode is reset.
    • 目的:为了可以及时清除模糊,通过控制开关选择除霜器吹扫模式,以增加外部进气量,而不考虑任何一种运行模式,以及通过提高冷却能力 的冷却装置。 构成:当通过控制开关92选择除霜器吹出模式时,内部和外部空气切换风门被致动以增加外部空气进入的速率,而不管内部空气开关86和外部空气开关 87,其控制由内外空气切换阻尼器引起的内部空气和外部空气的速率。 此外,无论经济型开关88和调节冷却装置的冷却能力的空调开关89的受控条件如何,都能够提高冷却装置的冷却能力。 因此,相对干燥的乘客室外的空气通过空调管道进一步除湿,然后被吹送到挡风玻璃上,以便在其上消除模糊。 然后,当再次操作自动控制开关90时,原始空调操作模式被复位。
    • 3. 发明专利
    • Control device for vehicle air-conditioning system
    • 车辆空调系统控制装置
    • JPS5940920A
    • 1984-03-06
    • JP13127583
    • 1983-07-18
    • Nippon Denso Co LtdToyota Motor Corp
    • NAGANOMA MASANORIKATOU YOSHIHARUSAITOU ATSUNORIHARA YOSHIMICHIMATSUSHIMA KATSUAKI
    • B60H1/00
    • B60H1/00964
    • PURPOSE:To simplify the control of an air-conditioning system by a passenger, by operating an air-conditioning operating device through the control of the passenger upon the fixed setting mode in accordance with a selecting signal of air-conditioning functioning factors, and by operating all operating devices upon the automatic setting mode in accordance with environmental signals. CONSTITUTION:When an automatically setting switch 90 is operated, an inside and outside air switching damper and a blow-off switching damper are controlled in accordance with environmental signals indicative of inside and outside air temperatures and a quantity of solar radiation. Upon this automatic control mode when any one of an inside air switch 86, an outside air switch 87, a vent blow-off switch 91 and a defroster blow-off switch 92 is operated, the associated operating device alone is set to the fixed setting mode, but the other operating device are maintained under the automatic control mode. Thereafter, when the automatically setting switch 90 again operated, all operating devices are automatically set to the operating mode. Thus, even though a certain selected operating device is fixedly set to the desired operating mode the other operating devices are maintained under the automatically setting mode, thereby the control of a passenger may be made simple.
    • 目的:为了简化乘客对空调系统的控制,通过根据空调功能因素的选择信号,在固定设定模式下通过对乘客的控制来操作空调操作装置,并且通过 根据环境信号在自动设置模式下操作所有操作设备。 构成:当操作自动设定开关90时,根据表示内外空气温度和一定数量的太阳辐射的环境信号来控制内外空气切换风门和排气开关风门。 在这种自动控制模式下,当内部空气开关86,外部空气开关87,通气排放开关91和除霜除雾开关92中的任何一个被操作时,相关联的操作装置被设置为固定设置 模式,但其他操作设备保持在自动控制模式。 此后,当自动设置开关90再次操作时,所有操作装置都被自动设置为操作模式。 因此,即使某个所选择的操作装置被固定地设置到期望的操作模式,其他操作装置也被保持在自动设定模式下,从而可以使乘客的控制变得简单。
    • 4. 发明专利
    • Controller for air conditioner for car
    • 空调控制器
    • JPS57121916A
    • 1982-07-29
    • JP707881
    • 1981-01-19
    • Nippon Denso Co Ltd
    • NAGANOMA MASANORIKATOU YOSHIHARUSAITOU ATSUNORI
    • B60H1/00F24F11/02
    • B60H1/00971
    • PURPOSE:To improve operation performance by controlling an air conditioner according to the control mode storage value on a storage memory and allowing the storage memory to be set in automatic mode when a main switch is turned ON. CONSTITUTION:A control circuit 3 receives the signal of a reset circuit 3A for initialization, corresponding to the starting-up timing of a constant voltage power source and starts execution from the head address determined on a control program. Accordingly, the instruction by the control circuit 3 drives an air conditioner 5 through an operating device 4, and air-conditioner in the interior of a car is performed. An input sensor group 6 and a mode switch panel 7 are connected to the control circuit 3, and each mode of defroster blow-off fixed mode 7a, vent blow-off fixed mode 7b, bi-level below-off fixed mode 7c, heater blow-off fixed mode 7c, and automatic mode 7e is set, and the program in each mode is stored in RAM 3b.
    • 目的:通过根据存储存储器上的控制模式存储值控制空调来提高操作性能,并且允许在主开关接通时将存储器设置为自动模式。 构成:控制电路3接收对应于恒压电源的启动定时的用于初始化的复位电路3A的信号,并从控制程序确定的开头地址开始执行。 因此,控制电路3的指示通过操作装置4驱动空调机5,并且执行汽车内部的空调。 输入传感器组6和模式开关面板7连接到控制电路3,并且每个模式的除霜器吹出固定模式7a,排气吹出固定模式7b,双电平低于固定模式7c,加热器 吹扫固定模式7c和自动模式7e,并且将各模式中的程序存储在RAM 3b中。
    • 5. 发明专利
    • Air conditioning device for automobile
    • 汽车空调设备
    • JPS5726008A
    • 1982-02-12
    • JP9889380
    • 1980-07-18
    • Nippon Denso Co Ltd
    • NIIMI KAZUYUKIKATOU YOSHIHARU
    • B60H1/00F24F11/02
    • B60H1/00007
    • PURPOSE:To deliver air with a desired difference of temperature from driver and assistant driver seat side blow out ports, by providing an auxiliary damper mechanism in a ventilating duct. CONSTITUTION:There are provided in a ventilating duct 1, a blower 3b, blown air heating heater core 4, bypass passage 5, parallelly located to the heater core 4, temperature control damper 6, regulating the proportional amount of hot air from the heater core 4 and cold air passing through the bypass passage 5, and a partition 13 dividing a blowing port into a driver's seat blowing port 7 and assistant driver's seat blown port 8. Further an auxiliary damper 17 is provided in a ventilating passage of one of the blowing port 7 or the blowing port 8, which can adjust the proportion of hot air and cold air flowing into said blowing port independently of the damper 6. In the above constitution, air of temperature controlled by the damper 6 can be blown with a difference of temperature from the both blowing ports 7, 8 by operating the damper 17, thus air can be conditioned at desired temperature for the crew.
    • 目的:通过在通风管道中设置辅助阻尼器机构,从驾驶员和驾驶员座椅侧吹出口输送所需温度差异的空气。 构成:设置有通风导管1,鼓风机3b,吹风加热器芯4,平行地位于加热器芯4的旁通通道5,温度控制阻尼器6,调节来自加热器芯的热空气的比例量 4和通过旁路通道5的冷空气,以及将吹风口分成驾驶员座椅吹出口7和辅助驾驶员座椅吹出口8的隔板13.另外,辅助风门17设置在吹风 端口7或吹风口8,其可以独立于阻尼器6调节流入所述吹送端口的热空气和冷空气的比例。在上述结构中,可以吹送由阻尼器6控制的温度的空气, 通过操作阻尼器17从两个吹出口7,8的温度,因此空气可以在所需的温度下调节到船员。
    • 6. 发明专利
    • Car air conditioning control system
    • 汽车空调控制系统
    • JPS5940929A
    • 1984-03-06
    • JP13127783
    • 1983-07-18
    • Nippon Denso Co LtdToyota Motor Corp
    • NAGANOMA MASANORIKATOU YOSHIHARUSAITOU ATSUNORIHARA YOSHIMICHIMATSUSHIMA KATSUAKI
    • B60H1/00B60H1/32
    • B60H1/3207
    • PURPOSE:To prevent the window glass from being clouded by forcedly increasing the cooling capacity of a cooling unit by operating a switch for setting the car room air intake condition under an automatic control condition. CONSTITUTION:When a switch 87 for intaking air from outside the car room is operated under the automatic control condition with an AUTO switch 90 on, the control system allows an inside-outside air switching damper to be positioned in an outside-air intake condition, while the cooling unit still remains in an automatic control condition. When an inside air switch 86 is operated, however, the inside-outside air switching damper is positioned in an inside air intake condition, while the cooling capacity of the cooling unit is increased to the same condition as an air conditioning switch 89 is operated. Thus, by increasing the cooling capacity even if the rate of inside air intake is increased, the humidity is prevented from rising thereby preventing the occurence of clouding.
    • 目的:通过在自动控制条件下操作用于设定车厢进气条件的开关强制增加冷却单元的冷却能力,防止窗玻璃变得混浊。 构成:当在自动开关90接通的自动控制条件下操作用于从汽车室外吸入空气的开关87时,控制系统允许内外空气切换风门定位在外部空气进入状态, 而冷却单元仍然处于自动控制状态。 然而,当内部空气开关86被操作时,内部空气切换风门位于内部进气条件下,同时冷却单元的冷却能力增加到与空调开关89运行相同的状态。 因此,即使内部空气吸入速度增加,也能够提高冷却能力,防止湿度上升,防止发生混浊。
    • 7. 发明专利
    • Car air conditioning control system
    • 汽车空调控制系统
    • JPS5940926A
    • 1984-03-06
    • JP13127883
    • 1983-07-18
    • Nippon Denso Co LtdToyota Motor Corp
    • NAGANOMA MASANORIKATOU YOSHIHARUSAITOU ATSUNORIHARA YOSHIMICHIMATSUSHIMA KATSUAKI
    • B60H1/00B60H1/32
    • B60H1/00842
    • PURPOSE:To enable every one of the plural number of crew to change the car room temp. respectively by forming each of the operating switches for raising and lowering the car room temp. with the parallel circuits of the plural number of contact points and providing these contact points in various parts in the car room. CONSTITUTION:Operating switches for setting target value of car room temperature consist of a parallel circuit of the plural number of contact points 82 and 96 that generate raising-operation signals and a parallel circuit of the plural number of contact points 83 and 97 that generate lowering-operation signals. Operation of any of the plural number of contact points generates raising or lowering operation signals to control car room air temp. One combination 82 and 83 of these plural number of contact points is placed on a front seat operating unit 76, and the other combination 96 and 97 is placed on the rear seat, thereby enabling every one of the plural number of crew to change the target value of the car room temp. with a simple operation.
    • 目的:使多个人员中的每一个能够改变车内温度。 分别通过形成用于升高和降低轿厢室温度的每个操作开关。 与多个接触点的并联电路并且在汽车室中的各个部分中提供这些接触点。 构成:用于设定车室温度目标值的操作开关由产生提升操作信号的多个接触点82和96的并联电路和产生下降的多个接触点83和97的并联电路组成 操作信号。 多个接触点中的任何一个的操作产生升高或降低操作信号以控制车室空气温度。 这些多个接触点中的一个组合82和83被放置在前排座椅操作单元76上,另一个组合96和97被放置在后座上,从而使多个乘员组中的每一个能够改变目标 汽车房价值 操作简单。
    • 8. 发明专利
    • Controller for automotive air conditioner
    • 汽车空调控制器
    • JPS5770725A
    • 1982-05-01
    • JP14596280
    • 1980-10-17
    • Nippon Denso Co LtdToyota Motor Corp
    • NAGANOMA MASANORIKATOU YOSHIHARUSAITOU ATSUNORIHARA YOSHIMICHIMATSUSHIMA KATSUAKI
    • B60H1/00F24F11/02G05D23/20
    • B60H1/00971G05D23/1917G05D23/20
    • PURPOSE: To continuously maintain controlling function in an air conditioner control system employing a digital computer by controlling an air conditioner with a second computer which receives memorized data of a first computer directly connected to a battery.
      CONSTITUTION: A computer unit comprises a display control circuit 135 including a computer 134 which is directly connected to the battery of a vehicle and a main control circuit 133 including a computer 132 connected to the battery through an ignition switch. The display control circuit 135 operates to change a set temperature in accordance with a main routine and an interruption subroutine for executing operating process in accordance with the switching operation of the ignition switch. The main control circuit 133 executes control routines, such as controlling a compressor, on the basis of the set temperature and various input signals. Multiple control functions of the controller are continuously maintained through the separate processing of signals by means of microcomputers.
      COPYRIGHT: (C)1982,JPO&Japio
    • 目的:通过利用第二台计算机控制空调器来连续地维持使用数字计算机的空调控制系统的控制功能,第二计算机接收直接连接到电池的第一台计算机的存储数据。 构成:计算机单元包括显示控制电路135,显示控制电路135包括直接连接到车辆的电池的计算机134和包括通过点火开关连接到电池的计算机132的主控制电路133。 显示控制电路135根据主程序和用于根据点火开关的切换操作执行操作处理的中断子程序来操作设定温度。 主控制电路133基于设定温度和各种输入信号来执行诸如控制压缩机的控制程序。 通过微型计算机对信号进行单独处理,可以持续保持控制器的多重控制功能。