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    • 42. 发明公开
    • Personal mobility vehicle
    • 个性化手段
    • EP0588353A2
    • 1994-03-23
    • EP93114953.8
    • 1993-09-16
    • FISHER & PAYKEL LIMITED
    • Zwaan, Paul FrancisNicholson, Michael Robert
    • B62K15/00A61G5/04
    • B62K15/00B62K5/025Y02T10/7258
    • A personal mobility vehicle (1) for the disabled such as a scooter which has an electric drive unit (30) separable from the main chassis of the vehicle. Mechanical coupling between these two units includes a pivotal hook means (60) which engages with a horizontal pin (38) on the other unit and nested housings (37, 57) on each unit which interengage on rotation of one unit relative to the other through an arc about the hook and pin means. An electrical connector (150, 152) is integrated with the mechanical coupling.
      The drive unit includes a current limiting motor (211) control circuit which monitors the ON voltage across the main switching devices (210) and reduces the duty cycle of the drive signal (218) provided to the devices (210) upon a threshold voltage being exceeded. Secondary protection is provided by sensing the temperature of the devices (210) and adjusting the threshold voltage downward as the temperature rises.
    • 一种用于残疾人的个人行动车辆(1),例如具有与车辆的主底盘分离的电动驱动单元(30)的踏板车。 这两个单元之间的机械联接包括枢转钩装置(60),其与另一单元上的水平销(38)接合,并且每个单元上的嵌套壳体(37,57),其相互相对于一个单元相对于另一单元旋转 围绕钩和针的电弧。 电连接器(150,152)与机械联轴器一体化。 驱动单元包括限流马达(211)控制电路,其监控主开关装置(210)上的导通电压,并且当阈值电压为(...)时,提供给装置(210)的驱动信号(218)的占空比减小 超标。 通过感测设备(210)的温度并随着温度升高向下调节阈值电压来提供二次保护。
    • 43. 发明公开
    • Liquid supply apparatus
    • Flüssigkeitsversorgungsvorrichtung。
    • EP0569728A1
    • 1993-11-18
    • EP93106163.4
    • 1993-04-15
    • FISHER & PAYKEL LIMITED
    • Murray, Charles Graeme
    • A61M16/14A61M5/168G01F23/28A61M16/00
    • A61M5/1689A61M16/164Y10T137/7306Y10T137/7761
    • Liquid supply apparatus is disclosed for controlling the supply of liquid to humidifier apparatus. The liquid supply apparatus has a chamber (2) with an inlet (4) through which a liquid such as water is supplied to the chamber. The chamber has a flow detector (16,18,20,22) to detect liquid entering the chamber and a level detector (42,44,46) near the base of the chamber in a narrow portion of the chamber which , in conjunction with a calibrated orifice (6) at the chamber outlet, provides an indication of the rate of liquid flow from the chamber. Control of supply of liquid is performed by a magnetically activated valve member (26).
    • 公开了用于控制向加湿器装置供应液体的液体供应装置。 液体供给装置具有具有入口(4)的室(2),诸如水的液体通过该入口(4)供应到室。 腔室具有流体检测器(16,18,20,22),用于检测进入腔室的液体,以及在室的狭窄部分中靠近腔室底部的液位检测器(42,44,46),其结合 在室出口处的校准孔(6)提供了来自室的液体流速的指示。 液体供给的控制由磁性活化阀构件(26)进行。
    • 45. 发明公开
    • Improvements in or relating to a condensate collector
    • Kondensatsammler。
    • EP0505171A2
    • 1992-09-23
    • EP92302346.9
    • 1992-03-18
    • FISHER & PAYKEL LIMITED
    • Yeoh, Swee HockMcMullen, Andrew MalcolmDeans, Joseph
    • F25D21/14F25D25/00
    • F25D25/005F25D21/14F25D2321/1441F25D2321/147F25D2500/02
    • The invention relates to a condensate collector comprising a lid (1) having a downwardly facing portion (4) which is positioned over a vegetable bin 2 in a refrigerator (24). The downwardly facing portion (4) has a plurality of spaced apart, drainable elongate channels or grooves (9). Condensate formed as a result of fruit/vegetables in the vegetable bin (2) respiring collects in the channels or grooves (9) and tends to be drawn towards the upwardly disposed bases (10) thereof as a result of water tension. The ability of the condensate to collect in the grooves (9) is reliant on the dimensions and spacings of the grooves (9,). The lid (1) is provided on a slight angle towards the rear of the refrigerator (24) so that condensate can drain to a baffle (13) and evaporate therefrom. A combination of the lid (1) and vegetable/fruit bin (2) is also claimed as is a method of collecting condensate using the condensate collector.
    • 本发明涉及一种冷凝水收集器,其包括盖子(1),盖子(1)具有向下的部分(4),该部分位于冰箱(24)中的蔬菜箱2上。 朝下的部分(4)具有多个间隔开的可排放的细长通道或槽(9)。 由于蔬菜箱(2)中的水果/蔬菜形成的冷凝物在通道或槽(9)中呼吸收集,并且倾向于由于水张力而向着其向上设置的基部(10)拉出。 冷凝物收集在凹槽(9)中的能力取决于凹槽(9)的尺寸和间距。 盖子(1)以小角度朝向冰箱(24)的后部设置,使得冷凝物可以排放到挡板(13)并从其中蒸发。 还要求使用盖子(1)和蔬菜/水果箱(2)的组合,这是使用冷凝物收集器收集冷凝物的方法。