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    • 4. 发明授权
    • Air fuel ratio controller
    • 空燃比控制器
    • US4254754A
    • 1981-03-10
    • US41229
    • 1979-05-21
    • Shigetaka TakadaMasayuki OkamuraKazumichi NaruseYukihiro Watanabe
    • Shigetaka TakadaMasayuki OkamuraKazumichi NaruseYukihiro Watanabe
    • F02M7/24F02D35/00F02M3/09F02M7/28F02B33/00
    • F02M7/28F02D35/0061F02M3/09Y10T137/86879
    • An air-fuel ratio controller for use in an internal combustion engine, of a type having an exhaust gas sensor disposed in the exhaust passage, a control circuit and a solenoid valve having a valve seat in which passages open leading to the air bleeds of the slow and main systems of the carburetor, the controller being adapted to actuate a valve of the solenoid valve, in accordance with a signal derived from the exhaust gas sensor, into and out of contact with the valve seat, so as to simultaneously control the flow rates of bleed air in the air bleeds of the slow and main systems. A recess is formed in the cooperating surface of the valve seat or the valve, at a position between the openings of the passages in the valve seat. This recess communicates with a chamber which in turn communicates with the air inlet. Unfavorable mutual direct communication of the passages with each other is avoided, even when a slight gap is formed between the valve seat and the valve seated on the latter due to inclination of the valve seat or the like reason, because both passages communicate with the chamber through the recess.
    • 一种用于内燃机的空燃比控制器,具有设置在排气通道中的排气传感器的类型的控制电路和电磁阀,该阀座具有通向开口的通道, 化油器的缓慢和主系统,控制器适于根据来自排气传感器的信号致动电磁阀的阀,进入和脱离与阀座的接触,以便同时控制化油器的流量 缓慢和主要系统的空气中出血的速率。 在阀座的通道的开口之间的位置处,在阀座或阀的配合表面中形成凹部。 该凹部与室连通,该室又与空气入口连通。 即使由于阀座的倾斜等原因在阀座与位于阀座上的阀之间形成微小的间隙,因此两通道与室连通,因此避免了通道彼此不利的相互直接连通 通过休息。
    • 8. 发明申请
    • SEALED STORAGE BAG OF MULTIPLE COMPARTMENT STRUCTURE
    • 密封储物袋多层结构
    • US20070084736A1
    • 2007-04-19
    • US11563819
    • 2006-11-28
    • Shoji IGOTAMasayuki Okamura
    • Shoji IGOTAMasayuki Okamura
    • B65D25/08B65D30/22B65D30/08
    • A61J1/2093A61J1/10A61J1/2024A61J1/2027B65D81/3266Y10T428/13
    • A sealed storage bag of multiple compartment structure, wherein a separated condition of compartments is needed until just before the use, such as an infusion bag of a mixing type of two kinds of liquid or a bag for cooked storage food with flavoring materials. A sealed storage bag comprises a flexible outer bag; an inner bag as a rectangular small compartment having an inner storage space, which is separated, by a film member, from an outer storage space in the outer bag; a filling port for filling contents, and; a discharge port for discharging the contents. The inner storage space of the inner bag is formed by welding a peripheral portion of said rectangular film member forming said rectangular compartment to one heat weldable wall of the outer bag; said rectangular film member being, at its middle portion of small area along the width of the rectangular film member, welded to opposed other heat weldable wall of the outer bag, so that an inner bag opener portion is created. A pressing force applied outwardly at the said outer storage space causes the rectangular film member to be broken at said inner bag opener portion.
    • 一种多隔室结构的密封储存袋,其中在使用之前需要隔室的分离状态,例如混合类型的两种液体的输液袋或用于烹调食物的调味料的袋子。 密封储存袋包括柔性外袋; 作为矩形小隔间的内袋,其具有通过薄膜构件从外袋的外部储存空间分离的内部存储空间; 填充内容的填充口; 用于排出内容物的排出口。 内袋的内部存储空间通过将形成所述矩形区域的所述矩形膜构件的周边部分焊接到外袋的一个可热焊接壁而形成; 所述矩形薄膜构件在其沿着矩形薄膜构件的宽度的小区域的中间部分处焊接到外袋的相对的另一个可热焊接的壁上,从而产生内袋开启器部分。 在所述外部存储空间处向外施加的压力导致矩形膜构件在所述内部开袋器部分处被破坏。