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    • 1. 发明授权
    • Method of making a full face wheel
    • 制作全面轮的方法
    • US5531024A
    • 1996-07-02
    • US221063
    • 1994-03-31
    • Danny E. LoweKevin D. Jurus
    • Danny E. LoweKevin D. Jurus
    • B21D53/30B60B3/04B21K1/28
    • B60B3/02B21D53/30B60B25/004Y10T29/49501
    • A full face fabricated sheet metal wheel having a rim with dual bead seats and inboard flange and a disc welded to the outboard edge of the rim and providing an outboard tire bead retaining flange with a curl rolled to finish profile without machining. Method and apparatus for making such wheel includes a roll forming machine with modified roll forming tooling and workpiece clamping mechanism so as to rotatably spring clamp and rotationally drivingly support a wheel workpiece in the machine roll forming station on axially opposed outboard and inboard power driven lower rolls during roll forming the flange curl profile. An upper outboard roll operates to first clamp a flange pre-cursor portion of the workpiece to securely stabilize and prevent tilting of the workpiece on the lower clamping support rolls and then by further successive roll forming engagement cause cold flow of the flange metal to thin and iron the flange curl to finished profile. Flange curl outside diameter is controllable by adjusting angular orientation of the workpiece rotational axis relative to the roll rotational axes, as by controlling relative diameters of the support rolls and/or relative elevations of the rotational axes of the lower rolls. " Full face" clamping of the workpiece by the opposed inner rolls further supports the workpiece against tilting forces during initial roll forming as well as during edge conditioning roll forming performed concurrently in the roll forming station.
    • 全面制造的金属片轮具有具有双珠座和内侧凸缘的边缘,以及焊接到轮辋外侧边缘的圆盘,并且提供外侧轮胎胎圈保持法兰,其卷曲成型而不加工。 用于制造这种车轮的方法和装置包括具有改进的辊轧成形工具和工件夹紧机构的辊轧机,以便可旋转地弹簧夹紧并且在轴向相对的外侧和内侧动力驱动的下辊上在机器辊成形站中旋转地驱动地支撑车轮工件 在成形法兰卷曲轮廓期间。 上部外侧辊操作以首先夹紧工件的凸缘前视部分,以牢固地稳定并防止工件在下夹持支撑辊上的倾斜,然后通过进一步的连续的辊成形接合导致凸缘金属的冷流动变薄和 熨烫法兰卷曲以完成型材。 法兰卷曲外径可通过调节工件旋转轴线相对于辊旋转轴线的角度定向来控制,如通过控制支撑辊的相对直径和/或下辊的旋转轴线的相对高度。 通过相对的内辊对工件的“全面”夹紧进一步在初始成形期间以及在辊轧成形站中同时执行边缘轧制成型期间,抵抗倾斜力抵抗工件。
    • 2. 发明授权
    • Apparatus for making a full face wheel
    • 用于制作全面轮的装置
    • US5515709A
    • 1996-05-14
    • US451275
    • 1995-05-30
    • Danny E. LoweKevin D. Jurus
    • Danny E. LoweKevin D. Jurus
    • B21D53/30B60B3/04B21D15/04
    • B60B3/02B21D53/30B60B25/004Y10T29/49501
    • A full face fabricated sheet metal wheel having a rim with dual bead seats and inboard flange and a disc welded to the outboard edge of the rim and providing an outboard tire bead retaining flange with a curl rolled to finish profile without machining. Method and apparatus for making such wheel includes a roll forming machine with modified roll forming tooling and workpiece clamping mechanism so as to rotatably spring clamp and rotationally drivingly support a wheel workpiece in the machine roll forming station on axially opposed outboard and inboard power driven lower rolls during roll forming the flange curl profile. An upper outboard roll operates to first clamp a flange pre-cursor portion of the workpiece to securely stabilize and prevent tilting of the workpiece on the lower clamping support rolls and then by further successive roll forming engagement cause cold flow of the flange metal to thin and iron the flange curl to finished profile. Flange curl outside diameter is controllable by adjusting angular orientation of the workpiece rotational axis relative to the roll rotational axes, as by controlling relative diameters of the support rolls and/or relative elevations of the rotational axes of the lower rolls. " Full face" clamping of the workpiece by the opposed inner rolls further supports the workpiece against tilting forces during initial roll forming as well as during edge conditioning roll forming performed concurrently in the roll forming station.
    • 全面制造的金属片轮具有具有双珠座和内侧凸缘的边缘,以及焊接到轮辋外侧边缘的圆盘,并且提供外侧轮胎胎圈保持法兰,其卷曲成型而不加工。 用于制造这种车轮的方法和装置包括具有改进的辊轧成形工具和工件夹紧机构的辊轧机,以便可旋转地弹簧夹紧并且在轴向相对的外侧和内侧动力驱动的下辊上在机器辊成形站中旋转地驱动地支撑车轮工件 在成形法兰卷曲轮廓期间。 上部外侧辊操作以首先夹紧工件的凸缘前视部分以牢固地稳定并防止工件在下夹持支撑辊上的倾斜,然后通过进一步的连续的辊成形接合导致凸缘金属的冷流动变薄和 熨烫法兰卷曲以完成型材。 法兰卷曲外径可通过调节工件旋转轴线相对于辊旋转轴线的角度定向来控制,如通过控制支撑辊的相对直径和/或下辊的旋转轴线的相对高度。 通过相对的内辊对工件的“全面”夹紧进一步在初始成形期间以及在辊轧成形站中同时执行边缘轧制成型期间,抵抗倾斜力抵抗工件。
    • 4. 发明授权
    • Anti-skid vehicle braking system
    • 防滑车辆制动系统
    • US3771840A
    • 1973-11-13
    • US3771840D
    • 1971-07-12
    • MOTOR WHEEL CORP
    • HUBBARD H
    • B60T8/32B60T8/96G01P1/10B60T8/08
    • G01P1/10B60T8/323B60T8/327B60T8/96Y10S188/02Y10S303/08
    • A non-skid brake control system for vehicles, particularly towed vehicles having electrically, pneumatically and/or hydraulically operated brakes controlled from the towing vehicle. A pair of braked wheels of the towed vehicle, one on each side of the vehicle, each have a speed sensing switch to sense the rate of rotation of the associated braked trailer wheel so as to provide anti-skid modulation to the associated brake when differential braking occurs between these braked wheels. The system automatically disables the anti-skid modulation when the vehicle speed is below an adjustable predetermined speed to thereby provide full braking effort under static, hill-holding or low speed conditions. Wheel speed sensing switch constructions are employed which utilize reed switches magnetically actuated by a permanent magnet carried on a centrifugally actuated flyweight mechanism. The anti-skid system may be further modulated by a vehicle speed sensing switch to prevent dual wheel lock-up above a given vehicle speed.
    • 用于车辆的非滑行制动控制系统,特别是具有从牵引车辆控制的电动,气动和/或液压操作的制动器的拖车。 牵引车辆的一对制动轮,一个在车辆的每一侧,每个具有速度感测开关,用于感测相关的制动拖车轮的旋转速率,以便当差速器向相关联的制动器提供防滑调制 这些制动轮之间发生制动。 当车速低于可调节的预定速度时,该系统自动禁止防滑调节,从而在静止,保持或低速条件下提供完全制动力。 采用轮速检测开关结构,其利用由承载在离心致动的飞重机构上的永磁体磁力驱动的簧片开关。 防滑系统可以被车辆速度感测开关进一步调制,以防止在给定车辆速度之上的双轮锁定。
    • 5. 发明授权
    • Air distribution unit
    • 空气分配单元
    • US3727537A
    • 1973-04-17
    • US3727537D
    • 1971-08-25
    • MOTOR WHEEL CORP
    • HARTY M
    • B60H1/00F24F13/06F24F13/00
    • B60H1/00364F24F13/06
    • An air distribution unit for use with an air conditioner for a motor or mobile home, travel trailer or the like wherein the air conditioner is mounted exteriorly on the roof and warm air is drawn from the space to be cooled through the ceiling into the air conditioner and then returned via a cool air supply duct to cool the space. The unit comprises a shroud having front, rear and side walls and an open upper end adapted for flush mounting against the ceiling. An S-shaped cool air distribution passageway extends within the shroud which registers with the outlet of the cool air supply duct leading from the air conditioner. An air deflector is movably disposed in said air distribution passageway to variably apportion the cool air between front and rear cooled air discharge outlets which in turn are controlled by multiple vane louver means adjustable about two axes. Lateral distribution of cool air is obtained through adjustable vane side outlets. The shroud includes a warm air return passageway which is isolated by internal partitions from the distribution passageway. The warm air intake is covered by a perforate, hinged grill which is readily removable for cleaning. The shroud also provides recessed mounting for the controls of the roof-mounted air conditioner unit, and is adapted to conform to various curvatures of the ceiling mounting surface through a center-line mounting arrangement.
    • 一种用于电动机或移动式家用空调器,旅行拖车等的空气分配单元,其中空调被安装在屋顶的外部,暖空气从待冷却的空间通过天花板被抽入空调 然后通过冷空气供应管道返回,以冷却空间。 该单元包括具有前,后和侧壁的护罩,以及适于与天花板齐平安装的敞开的上端。 S形冷空气分配通道在与空调引导的冷空气供应管道的出口对准的护罩内延伸。 空气导流器可移动地设置在所述空气分配通道中,以可变地分配前后冷却空气排放出口之间的冷空气,所述冷却空气排出口又由围绕两个轴线调节的多个叶片百叶窗装置控制。 通过可调叶片侧出口获得冷空气的横向分布。 护罩包括温暖的空气回流通道,其通过内部隔板与分配通道隔离。 热空气入口被一个穿孔的铰接格栅覆盖,可以方便地清洗。 护罩还为屋顶安装的空调单元的控制提供凹入的安装,并且适于通过中心线安装布置符合天花板安装表面的各种曲率。
    • 6. 发明授权
    • Sealed combustion forced air furnace
    • US3724442A
    • 1973-04-03
    • US3724442D
    • 1971-04-13
    • MOTOR WHEEL CORP
    • GURNEY CGATTI A
    • B60H1/00B60H1/22F23J11/00F24C3/00F24H3/00
    • B60H1/2212B60H1/00364B60H2001/2293
    • A sealed combustion forced air furnace for use in a mobile home or the like comprising a rectangular casing having open interior and exterior ends communicating with the interior and exterior of the home respectively. A partition within the casing divides the casing into forward and rear compartments and includes a cut-out communicating the two compartments. An interior grill covers the open interior end of the casing and a motor-driven blower within the forward compartment draws room air through the interior grill into the forward compartment and discharges the air through the cut-out into the rear compartment. A pair of vertical side baffles and a top baffle in the rear compartment extending rearwardly from the cut-out define a central air heating tunnel. A rectangular burner box lies vertically below the tunnel and a pair of heat exchangers project upwardly therefrom within the air heating tunnel. A pair of burners are within the burner box below each heat exchanger. A vent pan encloses the open exterior end of the casing by means of an interior upright wall and an exterior grill covers the exterior end of the vent pan to define therewith a ventilation chamber. The burner box communicates with the ventilation chamber, and the heat exchangers have discharge outlets communicating with the ventilation chamber. A flue pan assembly within the ventilation chamber comprises a vertical deflector plate spaced rearwardly opposite the discharge outlets, and a pair of lateral exhaust openings between the upright vent pan wall and the deflector plate. The flue pan assembly further includes a pair of vertical side walls spaced laterally outwardly of and opposite the lateral exhaust openings. The upper portion of the exterior grill has a plurality of louvered openings and an imperforate lower portion in juxtaposition to the burner box. The uppermost louvered openings are at the same or higher elevation as the lateral exhaust openings. The combustion air circuit and the room air circuit are sealed from one another in the casing. In the combustion air circuit, outside combustion air is drawn by natural gravity draft through the lowermost louvered openings in the exterior grill to flow downwardly within the ventilation chamber. The air then enters the burner box where it is mixed with fuel in the burners and ignited to produce hot flue gases which rise upwardly within the heat exchangers to flow through the discharge outlets. The flue gases are deflected and divided by the deflector plate to flow in diverging streams laterally against the side walls of the flue pan assembly and then outwardly through the uppermost louvered openings in the exterior grill. In the room air circuit the blower draws room air through the interior grill and horizontally discharges the room air into the heating tunnel to sweep the outer surface of said heat exchangers to be heated. The heated room air upon exiting from the tunnel is deflected and divided by the upright wall of the vent pan to flow in two streams between each side baffle and the adjacent casing side wall to a plurality of discharge openings in the casing bottom and sides. The furnace controls are located within the forward compartment and are conveniently accessible from the interior of the home by removing the interior grill. The burner box and heat exchangers are rendered accessible for cleaning from the exterior of the home by removing the exterior grill.