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    • 3. 发明授权
    • SERIALLY CONNECTED FLUID HAMMER PREVENTER
    • 系列连接的流体锤子预防器
    • EP1336791B1
    • 2006-07-05
    • EP01997659.6
    • 2001-11-22
    • SUZUKI SOGYO Co., Ltd.
    • KOBAYASHI, Tatsuya, Room 202SUZUKI, Eiji
    • F16L55/045
    • F16L55/045F16L55/054Y10T137/3118
    • A serially connected fluid hammer preventer capable of maintaining the pressure energy converting efficiency of an elastic buffer for long period by increasing the water sealability of the elastic buffer by a protective film tube body with elastic characteristics, wherein an inflow side connecting tube body (1) and an outflow side connecting tube body (3) are connected to a flow passage (R) such as a city water pipe in series, both ends of a sleeve (5) are disposed in the center through-holes (1C, 3C) thereof, the protective film tube body (7) is disposed, through a space, around the outer periphery side of small holes (5E) provided in the wall surface of the sleeve, both end flange parts (7A, 7B) thereof are held by the recessed seats (1D, 3D) of the inflow side connecting tube body (1) and the outflow side connecting tube body (3) and the projected seats (5C, 5D) near both ends of the sleeve, and the elastic buffer (8) is disposed on the outer peripheral side of the protective film tube body (7) disposed on the small hole outer peripheral side of the sleeve (5).
    • 本发明提供一种串联连接的流体防振器,其能够通过具有弹性特性的保护膜管体增加弹性缓冲器的水密封性而长期维持弹性缓冲器的压力能量转换效率,其中流入侧连接管体(1) 和流出侧连接管本体(3)串联连接于城市水管等流路(R),套筒(5)的两端部配置于中央贯通孔(1C,3C) 保护膜管体7隔着空间配置在套筒的壁面上的小孔5E的外周侧的周围,两端凸缘部7A,7B由 (1)和流出侧连接管体(3)的凹入座(1D,3D)和套筒两端附近的凸出座(5C,5D)以及弹性缓冲器(8) 配置在保护膜t的外周侧 (5)的小孔外周侧配置的上部本体(7)。
    • 7. 发明公开
    • SLIDING SCREEN DOOR
    • 滑动门
    • EP1674654A1
    • 2006-06-28
    • EP03754154.7
    • 2003-10-16
    • Seiki Sogyo Co., Ltd.
    • MORIYA, Hirofumi c/o SEIKI SOGYO CO., Ltd.MORIYA, Takashi c/o SEIKI SOGYO CO., Ltd.
    • E06B9/52
    • E06B9/262E06B9/36E06B9/52E06B2009/2625E06B2009/543
    • The present invention is an invention that provides a sliding screen door in which stretching force of a wire is easily adjusted when a screen is in a stretched condition, and expansion of the screen caused by wind or the like can be appropriately suppressed without increasing operation force to be applied to an operating doorframe for the operation to stretch the screen. The sliding screen door is constructed such that wires, 14a through 14d, whose one ends are fixed to a vertical frame member 12a, are drooped in the operating doorframe 13 via a guiding member 25, which is provided in the operating doorframe 13, after being inserted into the screen 11, and a sinker 26 is dangled at tip ends of the wires, 14a through 14d. A spring member 29 is interposed between the sinker 26 and a contacting portion 28 to be a rising uppermost limit of the sinker, and a wire adjusting mechanism 30 for adjusting a length and the stretching force of the wire is installed in the vertical frame member 12a.
    • 本发明提供一种滑动式隔扇门,其在丝网处于拉伸状态时容易调节丝的拉伸力,并且能够在不增加操作力的情况下适当地抑制由风等引起的丝网的膨胀 应用于操作门框以操作以拉伸屏幕。 滑动门的结构使得其一端固定在垂直框架构件12a上的导线14a至14d通过设置在操作门框13中的导向构件25在操作门框13中下垂, 插入筛网11中,并且沉降片26悬在导线14a至14d的尖端处。 在沉降片26和接触部28之间插入弹簧部件29作为沉降片的上升的最高极限,并且用于调节线的长度和拉伸力的线调节机构30安装在竖直框架部件12a中 。
    • 8. 发明公开
    • TAKE UP-TYPE SCREEN DEVICE
    • AUFROLLBARE ABSCHIRMVORRICHTUNG
    • EP1514993A1
    • 2005-03-16
    • EP03733098.2
    • 2003-05-27
    • Seiki Sogyo Co., Ltd.
    • MORIYA, Hirofumi c/o SEIKI SOGYO CO., Ltd.MORIYA, Takashi c/o SEIKI SOGYO CO., Ltd.
    • E06B9/56E06B9/54
    • E06B9/54E06B2009/543
    • The present invention has been made to allow easy adjustment to the necessary length corresponding to an opening dimensions of the upper and lower frame material and the right and left side frames of a screen frame, in the case of installing a retractable screen device equipped with a screen winding mechanism in a building opening, and by using the corner linking materials 6 through 9 to link upper and lower frame material 2 and 3, and right and left side frames 4 and 5 that are cut in an arbitrary length, a screen frame 1 is configured, and is configured such that one edge of the screen 11 is wound on to a winding shaft 12 of the side frame 4, and the other edge of the screen is linked to a movable rail 13, and a winding mechanism 30 to propagate the pressing force of an adjustable spring 25 for winding the screen to the winding shaft is provided on to the corner linking material 6 of one edge of the side frame 4, so as to be capable of insertion to or removal from the winding shaft 12, and a stopper mechanism 50 wherein the limit of unwinding of the screen 11 by rotation of the winding shaft 12 is adjustable is provide on the winding shaft 12 on the corner linking material 8 of the other edge of the side frame 4 so as to be capable of insertion to or removal from the winding shaft 12.
    • 本发明是为了容易地调节与屏幕框架的上框架材料和下框架材料以及左右侧框架的开口尺寸相对应的必要长度,在安装装备有 屏幕卷绕机构,并且通过使用角连接材料6至9来连接上框架材料2和下框架材料3以及以任意长度切割的左右侧框架4和5,筛网框架1 被配置为使得屏幕11的一个边缘被卷绕到侧框架4的卷轴12上,并且屏幕的另一边缘连接到活动导轨13,并且卷绕机构30传播 将用于将丝网卷绕到卷轴上的可调节弹簧25的按压力设置在侧框架4的一个边缘的角连接材料6上,以便能够插入到卷绕轴1或从卷绕轴1移除 以及止挡机构50,其中通过卷绕轴12的旋转而使丝网11的展开极限可调,在侧框架4的另一边缘的角连接材料8上的卷绕轴12上提供,以便 能够插入或从卷轴12移除
    • 9. 发明公开
    • SERIALLY CONNECTED FLUID HAMMER PREVENTER
    • SERIELL VERBUNDENE DRUCKSCHLAGVERHINDERER
    • EP1336791A1
    • 2003-08-20
    • EP01997659.6
    • 2001-11-22
    • SUZUKI SOGYO Co., Ltd.
    • KOBAYASHI, Tatsuya, Room 202SUZUKI, Eiji
    • F16L55/045
    • F16L55/045F16L55/054Y10T137/3118
    • An in-line type fluid hammer prevention device capable of maintaining pressure energy conversion efficiency of elastic cushion for a long time by improving fluid sealing tightness against an elastic cushion by elastic cylindrical diaphragm, wherein an inlet cylindrical connecting body (1) and an outlet connecting body (3) are connected at an intermediate position of fluid channel (R) of a piping system in series, and both ends of a sleeve (5) is positioned between center through-holes (1C, 3C), and a cylindrical diaphragm (7) is placed around the outer periphery side of small holes (5E) provided on the wall of the sleeve (5), and inward lip portions (7A, 7B) at the both ends of the cylindrical diaphragm (7) are pressed and supported by the protrusive flanges (5C, 5D) and the recessed seats (1D, 3D), and an elastic cushion (8) is placed outside the cylindrical diaphragm (7) around the outer periphery side of the small holes (5E) of the sleeve (5).
    • 一种在线式流体锤防止装置,其能够通过弹性圆柱形隔膜改善对弹性垫的流体密封性而能够长时间地保持弹性缓冲垫的压力能量转换效率,其中,入口圆筒形连接体(1)和连接 主体(3)在管道系统的流体通道(R)的中间位置串联连接,并且套筒(5)的两端位于中心通孔(1C,3C)和圆柱形隔膜 7)设置在设置在套筒(5)的壁上的小孔(5E)的外周侧周围,并且在圆筒形隔膜(7)的两端的内唇部(7A,7B)被按压并被支撑 通过突出凸缘(5C,5D)和凹座(1D,3D),并且弹性垫(8)围绕套筒的小孔(5E)的外周侧设置在圆柱形隔膜(7)的外部 (5)。