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    • 21. 发明授权
    • Roof plate assembly
    • 屋顶板组装
    • US3945166A
    • 1976-03-23
    • US475878
    • 1974-06-03
    • Kiyoshi HosodaTeruo YamauchiMasaru Kobayashi
    • Kiyoshi HosodaTeruo YamauchiMasaru Kobayashi
    • E04D3/30E04D3/362E04D1/34
    • E04D3/30E04D3/362
    • This disclosure relates to a roof plate assembly comprising a plurality of individual roof plates interlocked with one another by means of a plurality of anchoring pieces, and fastened to a batten or the like. The anchoring pieces connect the trailing end of each roof plate with the leading end of the following roof plate. The anchoring pieces and the roof plates are interlocked with one another by means of bent stop portions having portions spaced from one another with sufficient clearance to absorb dimensional inaccuracies during assembly. Each roof plate further includes a suspending piece which depends from its leading end and abuts the trailing end of the preceding roof plate to provide, in combination with the anchoring piece, a double connection at the trailing end of each roof plate.
    • 本公开涉及一种屋顶板组件,其包括通过多个锚固件彼此互锁的多个单独的屋顶板,并且固定在板条等上。 锚固件将每个屋顶板的后端与随后的屋顶板的前端连接。 锚固件和顶板通过弯曲的止动部分彼此互锁,所述弯曲止动部分具有彼此间隔开的部分,具有足够的间隙以在组装期间吸收尺寸不准确。 每个屋顶板还包括悬挂件,该悬挂件从其前端依靠并邻接在前顶板的后端,以与锚固件组合提供在每个屋顶板的后端处的双重连接。
    • 24. 发明授权
    • System and method of control of internal combustion engine using methane
fuel mixture
    • 使用甲烷燃料混合物控制内燃机的系统和方法
    • US4995367A
    • 1991-02-26
    • US545711
    • 1990-06-29
    • Teruo YamauchiAkao Sasayama
    • Teruo YamauchiAkao Sasayama
    • F02D19/08F02D41/00F02D41/06F02M69/04
    • F02D41/064F02D19/0686F02D19/084F02D19/087F02D41/0025F02M69/041F02M69/044F02D2200/0611Y02T10/36
    • In controlling fuel injection and ignition timing in an internal combustion engine operating on a fuel mixture, such as gasoline and methanol, consideration must be given to the mixture ratio of the fuel mixture in determining air/fuel ratio and ignition timing, as well as in controlling the atomizing of the injected fuel. Fuel injection time is determined in accordance with air/fuel ratio, which is calculated in accordance with the expressionA/F=14.8-0.0853Pfor a fuel mixture of gasoline and methanol, where P is the mixture ratio of methanol. In addition, to enhance cold start performance, a droplet size of injected fuel below 100.mu. is desired, and this may be achieved using a heating element whose surface temperature is controlled in accordance with the mixture ratio P or by injecting compressed air with the injected fuel in an amount determined by the mixture ratio P, or both. In the alternative, an ultrasonic fuel injector may be employed whose frequency is controlled in accordance with the mixture ratio P.
    • 在控制燃料混合物(例如汽油和甲醇)中操作的内燃机中的燃料喷射和点火正时控制时,必须考虑燃料混合物在确定空燃比和点火正时时的混合比,以及 控制注入燃料的雾化。 燃料喷射时间根据空气/燃料比确定,该空气/燃料比根据用于汽油和甲醇的燃料混合物的A / F = 14.8-0.0853P的表达式计算,其中P是甲醇的混合比。 此外,为了提高冷启动性能,需要喷射燃料低于100微米的液滴尺寸,这可以使用表面温度根据混合比P控制的加热元件或通过注入压缩空气注入 由混合比P确定的燃料,或两者。 在替代方案中,可以使用超声波燃料喷射器,其频率根据混合比P来控制。