会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明专利
    • Display device for vehicle
    • 车辆显示装置
    • JPS59206236A
    • 1984-11-22
    • JP8139583
    • 1983-05-10
    • Nippon Denso Co Ltd
    • HORIE HISATERUMINAMI KAZUAKIINOUE YOUZOU
    • B60R16/02G07C5/08G09G3/00
    • G07C5/0816
    • PURPOSE:To improve visual ascertainment of abnormal display, by a method wherein, through computing of a microcomputer, abnormality is displayed by means of a staged change in color tone called a change in the background color of a CRT display surface and a change in a car speed display color. CONSTITUTION:For example, when the temperature of cooling water is increased to an abnormal value, a microcomputer 70 decides abnormality by means of a signal from a water temperature sensor 20, produces data which changes the background color of a display surface 91 of a CRT 90 from a grey color to a red color, and performs red display of the periphery thereof togetherwith digital green display of a car speed through a controller 80. In which case, a vehicle is brought to a stop, but if no level change occurs to a signal from a car speed sensor 10 through a shaping circuit 50, overheat and the necessity of engine stop are displayed by means of a synchronizing signal. In case a vehicle is left to run as it is, a car speed display is changed from a green color to, for example, a black color. This permits improvement of visual ascertainment of abnormal display.
    • 目的:为了提高异常显示的视觉辨认,通过以下方法,通过微机的计算,通过色调的分级变化显示异常,称为CRT显示面的背景颜色的变化和 车速显示颜色。 构成:例如,当冷却水的温度升高到异常值时,微型计算机70通过来自水温传感器20的信号来判定异常,生成改变CRT的显示面91的背景颜色的数据 90,从灰色到红色,并且通过控制器80与车速的数字绿色显示一起执行其周边的红色显示。在这种情况下,车辆停止,但是如果没有发生电平变化 来自汽车速度传感器10的通过整形电路50的信号,过热和发动机停止的必要性通过同步信号显示。 在车辆保持原样运行的情况下,车速显示从绿色变为例如黑色。 这允许改善视觉辨认异常显示。
    • 3. 发明专利
    • Electronic running distance meter for automobile
    • 电动跑步距离计
    • JPS58193419A
    • 1983-11-11
    • JP7705582
    • 1982-05-07
    • Nippon Denso Co Ltd
    • ITOU YOUJIINOUE YOUZOUMIURA ETSUJIFUKATSU KATSUOOOYAMA SHINJIMIKUNI HAJIME
    • G01C22/00B60Q9/00
    • B60Q9/00
    • PURPOSE:To input refueling time automatically and to confirm the running distance from the refueling time readily, by providing a means, which electrically detects the refueling state in a fuel tank. CONSTITUTION:An ignition switch 1 detects the inserting state of a vehicle key. A distance sensor 2 generates pulses corresponding to the running distance. A refueling switch 3 electrically detects the refueling state in a fuel tank of a vehicle and generates a refueling signal. A setting switch 4 performs resetting. A key operating part 5 changes the starting point of the running distance. A microcomputer 6 performs operation processing, stores the running distance in a nonvolatile mode, and displays the running distance on a display 11. When the refueling signal is generated, the signal is made to be one starting point for the running distance. When a display request instruction from the refueling time is generated by the operating part 5, the running distance from said starting point is displayed on the display 11 by digits. A fuel mark 11a is also displayed in the vicinity of the running distance display.
    • 目的:自动输入加油时间,并通过提供一种电气检测燃油箱加油状态的方法,快速确认加油时间的运行距离。 构成:点火开关1检测车辆钥匙的插入状态。 距离传感器2产生与行驶距离对应的脉冲。 加油开关3电气地检测车辆的燃料箱中的加油状态并产生加油信号。 设定开关4进行复位。 键操作部分5改变运行距离的起始点。 微型计算机6进行运行处理,将运行距离存储在非易失性模式中,并将运行距离显示在显示器11上。当生成加油信号时,将信号作为运行距离的一个起始点。 当由操作部5生成来自加油时间的显示请求指示时,从显示器11的数字开始,显示起始点的行驶距离。 燃料标记11a也显示在行驶距离显示附近。
    • 7. 发明专利
    • APPARATUS FOR CONTROLLABLY PREHEATING ENGINE
    • JPS5813164A
    • 1983-01-25
    • JP11016281
    • 1981-07-14
    • NIPPON DENSO CO
    • HARA KIYOSHIYAMAMIYA OSAMUINOUE YOUZOUUCHIDA TSUNEONAKANISHI SATOSHI
    • F02P19/02
    • PURPOSE:To enable an engine preheating plug to be automatically changed over to the energized condition through a resistor by doubling an energizing path to said plug to form one of electric control means of the resistor having current value adjusting action and detect the disconnection of the preheating plug according to the energizing current value. CONSTITUTION:A relay 13 keeps closing the contact if it is not under disconnected condition, and energizes or deenergizes a relay 12 in response to current value showing temperature of preheating plugs 1-4 to intermittently close the contact. Thus, the preheating plugs 1-4 are maintained at about 700 deg.C-900 deg.C. If one of the preheating plugs is disconnected, a disconnection selecting circuit 22 generates H level output delayed some time after closing a switch 6 to turn on all transitors 23-25. By turning on the transistor 23 is lit a disconnection indicating lamp 15, the relay 13 is deenergized by turning on the transistor 24 and the relay 12 deenergized by turning on the transistor 25. Thus, the preheating plugs 1-4 are supplied with current only through resistances 10, 11 to supply large current to the preheating plugs and give abruptly exothermic reaction to same.
    • 10. 发明专利
    • CONTROLLING METHOD OF AIR CONDITIONER FOR ENERGY SAVING
    • JPS5653912A
    • 1981-05-13
    • JP13030579
    • 1979-10-09
    • NIPPON DENSO CO
    • ITOU YOUJIINOUE YOUZOUHARA KIYOSHI
    • B60H1/00B60H1/32F24F11/02
    • PURPOSE:To prevent an extra consumption of energy and obtain an appropriate air conditioning by interrupting a compressor driving of an air conditioner for an automobile at an interval determined by a predetermined interruption ratio to make a correction to the air conditioning control within a passenger compartment. CONSTITUTION:A microcomputer 15 receives various signals from a passenger compartment temperature sensor 10, an outdoor temperature sensor 12, a temperature setter 13 and a cool air sensor 6. When the microcomputer 15 determines on the basis of these input signals that the difference between the current passenger compartment temperature and a preset temperature is larger than an initial temperature difference, the compressor 5 is driven and a damper 8 is opened to its full extent. Next an actuator 17 is controlled so as to approach the opening degree of the damper which is represented by a signal from a damper opening sensor 11 to 100% according to a damper opening adjusting routine 400. Then the control goes through an operation routine 500 for various controls and finally returns to a temperature control routine 300. This series of operations are repeated periodically so that the damper 8 can be held at its maximum cooling position, thereby saving the energy even in a normal operation of the air conditioner and obtaining an optimum air conditioning control.