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    • 1. 发明专利
    • Antiskid controller
    • 防盗控制器
    • JPS60213550A
    • 1985-10-25
    • JP7062384
    • 1984-04-09
    • Nippon Denso Co LtdToyota Motor Corp
    • OOTSUKI HIROMIMATSUURA RIYOUICHIHORI SHINICHIFUJINAMI HIROSHIOKA HIROYUKINOMURA YOSHIHISA
    • B60T8/48B60T7/12B60T8/1761B60T8/34B60T8/42
    • B60T8/4291B60T8/17616B60T8/347
    • PURPOSE: To relieve a kickback phenomenon, by letting the brake pressure fluid stored in a reservoir of an antiskid controller flow back to a pipe line to be interconnected to a master cylinder while repeating an intensifying mode and a holding mode over and again.
      CONSTITUTION: A frequency pulse signal proportional to a speed of rotation of each wheel obtained by each of car speed sensors D1, D2 and D3, is inputted into a control unit 28. Likewise, a signal out of a stop switch 34 to interlock with a brake pedal 4 and detect the braking operation of a driver is also inputted into the control unit 28 which outputs control signals for antiskid control and kickback prevention in time of car stoppage on the basis of these inputted signals. These control signals are inputted into each of hydraulic control valves 10 and 12 are made into duty control for an intensifying mode and a holding mode, respectively.
      COPYRIGHT: (C)1985,JPO&Japio
    • 目的:为了减轻反冲现象,通过使存储在防滑控制器的储存器中的制动压力流体回流到管线以与主缸相互连接,同时重复强化模式和保持模式。 构成:与轿厢速度传感器D1,D2和D3中的每一个获得的每个车轮的旋转速度成比例的频率脉冲信号被输入到控制单元28中。同样,从停止开关34输出的信号与一个 制动踏板4和检测到驾驶员的制动操作也被输入到控制单元28,控制单元28基于这些输入信号输出汽车停止时的防滑控制和反冲防止控制信号。 这些控制信号被输入到各个液压控制阀10和12中,分别成为增压模式和保持模式的占空比控制。
    • 3. 发明专利
    • POUTE TO DESTINATION DISPLAY APPARATUS
    • JPH07174573A
    • 1995-07-14
    • JP31936293
    • 1993-12-20
    • NIPPON DENSO CO
    • OKAZAKI MASAYUKIHORIO SHINICHIHOSHINO HIROMOTOTATENO ISAMUHAJIMA SABUROKAWAI TAKAOHORI SHINICHI
    • G09B29/10G01C21/00G06T1/00G06T11/60G08G1/0969
    • PURPOSE:To smoothly perform a guidance up to a destination point by computing distances between set points by information on a set point which passes both a starting point and the destination point which are input by an input operating means and displaying on area guide map by using a crossing as a reference. CONSTITUTION:A starting point, a passage point and a destination point are input sequentially by an operating switch 12, a running route is set, and distances between individual set points which are displayed on a guide map are found. On the basis of the respective coordinates of the individual set points, a maximum value and a minimum value in X-axis direction and Y-axis direction are operated. By the difference between the maximum value and the minimum value which have been operated, the scale factor of a display range in the horizontal direction and the vertical direction on a display device 15 is operated. Then, the magnitude of the scale factor in the individual set points is compared, and a scale is changed, individual points after the scale of the individual set points has been changed are displayed around the display of designations of the individual set points. Lines which connect the individual set points and straight-line distances between the individual set points are displayed, and an area guide map in a crossing is displayed.
    • 4. 发明专利
    • MAP GUIDE DISPLAY EQUIPMENT
    • JPH07167665A
    • 1995-07-04
    • JP31515393
    • 1993-12-15
    • NIPPON DENSO CO
    • HAJIMA SABUROHORI SHINICHITATENO ISAMUHOSHINO HIROMOTO
    • G09B29/10G01C21/00G06T1/00G06T11/60G08G1/0969
    • PURPOSE:To divide a running route from a place of departure to a destination into zones appropriately, to display it sequentially and automatically and thereby to enable execution of a route guide by providing means for route calculation, route coordinate calculation and scroll and by displaying maps of the zones automatically and sequentially by scrolling. CONSTITUTION:An input device 12 inputs a place of departure and a destination with coordinate data. Then, an optimum route out of running routes is determined on the basis of continuity of a plurality of coordinates. According to the coordinates of the place of departure, first, a map A of a zone containing the coordinates is displayed 14 (the position of a driver's own vehicle is also marked). When the mark of the driver's own vehicle moves beyond the sphere of the map A and comes into a state of entering the area of a map B, subsequently, an arithmetic device 11 detects this, reads out subsequent coordinates and makes the map B of the pertinent zone be displayed by scrolling. Maps C and D are selected sequentially in this way and a map E of the zone of the destination is displayed 14 lastly. Then, the running route from the place of departure to the destination is displayed by scrolling sequentially and thus guiding to the destination is executed automatically.