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    • 1. 发明申请
    • EXHAUST GAS MEASURING INSTRUMENT
    • 排气测量仪器
    • WO1998013680A1
    • 1998-04-02
    • PCT/JP1997003289
    • 1997-09-18
    • HINO JIDOSHA KOGYO KABUSHIKI KAISHAICHIKAWA, Jun
    • HINO JIDOSHA KOGYO KABUSHIKI KAISHA
    • G01N01/22
    • G01N33/0018G01F1/363G01F1/383G01F5/00G01N1/2252G01N33/0006G01N2001/2264
    • An exhaust gas measuring instrument has a miniature dilution tunnel (22) in which a part of exhaust gas in the exhaust pipe (15) of an engine is introduced through an extraction pipe (30) and diluted with air, a measuring means (33 and 36) which measures specific components in the exhaust gas diluted in the miniature dilution tunnel (22), a high response differential pressure type extracted gas flow meter (31 and 40) which measures the exhaust gas flow rate (Qs) in the extraction pipe (30), a high response differential pressure type bypassed gas flow meter (29 and 39) which measures the exhaust gas flow rate (Qb) in the exhaust pipe (15) and an arithmetic means (44) which calculates the flow rate dividing ratio R = Qb/Qs which is obtained by dividing the exhaust gas flow rate (Qb) by the exhaust gas flow rate (Qs). The exhaust gas measuring instrument further has a means by which the calibration coefficient (k) of the flow rate dividing ratio is obtained and a means which obtains the calibrated flow rate dividing ratio (k.R) by multiplying the flow rate dividing ratio by the calibration coefficient. The calibration coefficient (k) can be obtained by dividing a concentration dividing ratio (Rc) by the flow rate dividing ratio (R).
    • 废气测量仪器具有微型稀释通道(22),其中发动机的排气管(15)中的一部分排气通过抽吸管(30)引入并用空气稀释,测量装置(33和 36),其测量稀释在微型稀释通道(22)中的废气中的特定组分;高响应差压型抽取气体流量计(31和40),其测量抽取管道中的排气流量(Qs) 30),用于测量排气管(15)中的废气流量(Qb)的高响应差压式旁通气体流量计(29和39)和计算流量分配比R的算术装置(44) = Qb / Qs,其通过将废气流量(Qb)除以排气流量(Qs)而获得。 废气测量仪器还具有获得流量分配比率的校正系数(k)的装置和通过将流量分配比乘以校准系数获得校准流量分配比(kR)的装置 。 校准系数(k)可以通过除以浓度分配比(Rc)除以流量分配比(R)来获得。
    • 3. 发明申请
    • VOLTAGE DETECTOR
    • 电压检测器
    • WO1996032651A1
    • 1996-10-17
    • PCT/JP1996000966
    • 1996-04-09
    • HINO JIDOSHA KOGYO KABUSHIKI KAISHAJAPAN STORAGE BATTERY CO., LTD.JOKO, IsaoKOIKE, TetsuoYAMAGUCHI, KoichiMASUDA, SatoshiARITAKA, KiyoshiMASUDA, AtsushiSHIMIZU, KunitoshiNAKAMURA, HidejiMIYAKE, Toshihiko
    • HINO JIDOSHA KOGYO KABUSHIKI KAISHAJAPAN STORAGE BATTERY CO., LTD.
    • G01R19/165
    • G01R19/16542G01R31/3658G01R31/3668G01R31/3686G01R31/3689G01R31/3696
    • A voltage detector that provides simplified safe means of quickly finding defective ones out of a large mumber of constituent unit cells in a high voltage cell with no skill without touching the individual cells. A voltage detection circuit equipped with a first light emission display circuit is connected fixedly by a pair of connection members. This display lights when a terminal voltage between the terminals of respective unit cells of a high voltage cell constituted by connecting in series a large number (n) of unit cells is or was below a first set value (V1). A second light emission display circuit for emitting light for display in different colors from that of the first light emission display circuit when the terminal voltage exceeds a second set value (V2) may be provided in the voltage detection circuit and in this case, light emitting diodes having a red color are used for the first light emission display circuit, and light emitting diodes having a green color are used for the second light emission display circuit. Since degradation of the unit cell car be detected at an initial stage, the cell life can be increased, and the environmental problem can be improved by eliminating wastes.
    • 一种电压检测器,其提供简单的安全装置,其在没有接触各个单元的情况下,在高电压电池中从大量的构成单元电池中迅速找到有缺陷的构件单元。 配备有第一发光显示电路的电压检测电路通过一对连接构件固定地连接。 当通过串联连接大量(n)个单元电池而构成的高电压单元的各个单电池的端子之间的端子电压为或低于第一设定值(V1)时,该显示点亮。 当电压超过第二设定值(V2)时,用于发出与第一发光显示电路不同颜色显示的光的第二发光显示电路可以设置在电压检测电路中,在这种情况下,发光 具有红色的二极管用于第一发光显示电路,并且具有绿色的发光二极管用于第二发光显示电路。 由于在初始阶段检测到单元电池轿厢的劣化,所以可以提高电池寿命,并且可以通过消除废物来改善环境问题。
    • 6. 发明申请
    • DISC BRAKE
    • DISC制动
    • WO1996013673A1
    • 1996-05-09
    • PCT/JP1995002021
    • 1995-10-04
    • HINO JIDOSHA KOGYO KABUSHIKI KAISHATANAKA, ShinichiTANAKA, Shigeru
    • HINO JIDOSHA KOGYO KABUSHIKI KAISHA
    • F16D55/224
    • F16F7/108F16D55/227F16D65/00F16D65/0006F16D65/0018F16D65/092F16D2055/0016F16D2125/06
    • Brake noise (unpleasant squealing noise) caused when applying a brake is effectively reduced. A weight is mounted via an elastic body on a vibrating member (brake pad, piston, caliper) of a disc brake for applying a brake force by holding a disc rotor from the sides thereof with two brake pads. The weight vibrates on receiving vibration from the brake pads because the weight is mounted on the vibrating member via the elastic body. The vibration of the weight has a low frequency and its phase is the same as that of the vibration of a brake pad. However, as the vibration frequency of a brake pad increases, the vibration phase of the weight starts to deviate from the vibration phase of a brake pad accordingly. The phase difference becomes almost 180 degrees when the frequency becomes close to or greater than a certain frequency. The vibration of a brake pad can be suppressed by the vibration of the weight by matching the certain frequency to the frequency of the brake squeal. It is possible to reduce the brake squeal of a large vehicle having disc brakes of a large size to a practically sufficient level only by adding inexpensive parts, thereby making it possible to maintain its original performance even after replacing brake pads.
    • 施加制动时产生的制动噪音(令人不愉快的尖叫噪音)有效降低。 重量通过弹性体安装在盘式制动器的振动构件(制动衬块,活塞,卡钳)上,用于通过从其侧面保持盘转子与两个制动衬片来施加制动力。 由于重量通过弹性体安装在振动部件上,所以重量随着来自制动片的振动而振动。 重量的振动具有低频率,其相位与制动片的振动相位相同。 然而,随着制动衬块的振动频率增加,重量的振动相位相应地开始偏离制动衬块的振动相位。 当频率接近或大于某一频率时,相位差变为近180度。 通过将一定频率与制动器尖叫频率相匹配,可以通过重量的振动来抑制刹车片的振动。 只要通过添加廉价的零件,就可以将具有大尺寸的盘式制动器的大型车辆的制动尖叫减少到实际足够的水平,从而即使在更换制动衬块之后也可以保持其原始性能。
    • 7. 发明申请
    • ON-VEHICLE RADAR ANTENNA
    • 车载雷达天线
    • WO1998010484A1
    • 1998-03-12
    • PCT/JP1997001979
    • 1997-06-10
    • HINO JIDOSHA KOGYO KABUSHIKI KAISHAISHIZAKA, HiroyukiHASHIMOTO, Osamu
    • HINO JIDOSHA KOGYO KABUSHIKI KAISHA
    • H01Q01/42
    • H01Q23/00G01S2013/9375G01S2013/9389H01Q1/3233H01Q1/40H01Q1/42
    • A dome for radar which can efficiently transmit electromagnetic waves for radar in a high frequency band of several tens of GHz and sufficiently protects an antenna element that transmits and receives the electromagnetic waves from winds and rains is manufactured by using the ordinary plastics processing technology. The surface of the dome which is formed of a dielectric material and put over the antenna element that transmits and receives electromagnetic waves in the advancing direction of a vehicle is set so that the incident angle of the electromagnetic waves to the surface can become nearly equal to the Brewster angle and the thickness of the dome near the electromagnetic wave transmitting section of the dome is set at 0.5 x n lambda g ( lambda g: guide wavelength of electromagnetic waves in the dielectric material, n: a natural number). Therefore, a device which can sufficiently transmit the electromagnetic waves of 50-100 GHz in frequency which are expected to be assigned to radar equipment for automobile can be formed in a small size and a light weight.
    • 通过使用普通的塑料加工技术,可以制造能够在数十GHz的高频带高效地传输用于雷达的电磁波并充分保护透过和接收来自风和雨的电磁波的天线元件的雷达圆顶。 由介电材料形成并放置在车辆前进方向上传递和接收电磁波的天线元件的圆顶的表面被设定为使得电磁波对表面的入射角可以变得几乎等于 布鲁斯特角和穹顶的电磁波传播部附近的圆顶的厚度设定为0.5×λλ(λg:电介质材料中的电磁波的引导波长,n:自然数)。 因此,可以将小型化,轻量化地形成能够充分地发送预定分配给汽车的雷达装置的频率为50〜100GHz的电磁波的装置。
    • 10. 发明申请
    • DRUM BRAKE
    • 鼓刹
    • WO1996007833A1
    • 1996-03-14
    • PCT/JP1995001744
    • 1995-09-01
    • HINO JIDOSHA KOGYO KABUSHIKI KAISHATANAKA, ShinichiTANAKA, ShigeruSHIMORURA, Teizo
    • HINO JIDOSHA KOGYO KABUSHIKI KAISHA
    • F16D65/08
    • F16F7/108F16D51/00F16D65/00F16D65/0018F16D65/08F16D2051/003
    • This invention effectively reduces the screeching (unpleasant sound) of a brake occurring when an automobile is braked. A rod is set up on the inner surface of a rim to which a brake lining is attached, and a weight is fixed to this rod via an elastic member. Since a weight is fixed to a brake shoe via an elastic member, the weight receives the vibration of the brake shoe and is vibrated. The vibration of the weight has a low frequency and a phase equal to that of the vibration of the brake shoe. However, as the vibration frequency of the brake shoe increases, the vibration phase of the weight deviates from that of the brake shoe. At a frequency in the vicinity of a certain level and not lower than the same, a phase difference becomes substantially 180 DEG . If this frequency is set in agreement with that of a screeching sound of the brake, the vibration of the brake shoe can be suppressed by that of the weight. It is possible to reduce the screeching sound of a brake of a large-sized vehicle, in which the size of a brake shoe is large, to a practically sufficient level by merely adding an inexpensive part to the brake, and maintain the original performance of the brake even when the brake lining is replaced.
    • 本发明有效地减少了当制动汽车时发生的制动器的尖叫声(令人不愉快的声音)。 在安装有制动衬片的轮辋的内表面上设置杆,并且通过弹性构件将重物固定到该杆上。 由于重量通过弹性构件固定在制动蹄上,所以重量受到制动蹄的振动并振动。 重量的振动具有与制动蹄振动相同的低频和相位。 然而,随着制动瓦的振动频率的增加,重量的振动相位偏离制动蹄的振动相位。 在一定水平附近的频率并且不低于相同的频率,相位差基本上为180度。 如果该频率与制动器的尖锐声音的频率一致,则可以通过重量来抑制制动蹄的振动。 通过仅仅向制动器添加廉价的部件,可以将制动蹄的尺寸大的大型车辆的制动器的尖叫声降低到实际足够的水平,并且保持原来的性能 即使更换制动衬片也会产生制动。