会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 81. 发明公开
    • Retaining panel
    • Stützpaneel。
    • EP0278145A1
    • 1988-08-17
    • EP87302333.7
    • 1987-03-18
    • Kensetsukiso Engineering Co. Ltd.
    • Yamada,Kunimitsu
    • E02D29/02
    • E02D29/0266
    • The present invention relates to a retaining panel used for constructing a retaining wall to prevent a slope from collapse in the civil engineering field. The retaining panel according to the present invention uses reinforcements instead of PC steel members. The retaining panel comprises an arcuate arch portion, a horizontal bottom wall provided inside the arch portion and a reinforcing portion stretched chordally to the arch portion at a right angle with respect to the bottom wall. A rack portion surrounded by the arch portion, bottom wall and reinforcing portion is formed. The reinforcing portion has a plurality of reinforcements disposed chordally to the arch portion. The reinforcements bear tensile force to prevent the arch portion of the panel from displacement. The reinforcements will do so long as they are disposed, so that high degree of technique is not needed.
    • 本发明涉及一种用于构造挡土墙的挡土板,以防止在土木工程领域的坡度崩溃。 根据本发明的固定板使用增强件代替PC钢构件。 保持面板包括弧形拱形部分,设置在拱形部分内部的水平底壁和与拱形部分相对于底壁成直角延伸的加强部分。 形成由拱部,底壁和加强部包围的齿条部。 加强部分具有与拱形部分并列设置的多个加强件。 加强件承受拉力,以防止板的拱部位移。 加强部队只要被处置好,就不需要高度的技术。
    • 83. 发明公开
    • Marine seismic survey vessel
    • 海洋地震勘测船
    • EP0245957A2
    • 1987-11-19
    • EP87303179.3
    • 1987-04-10
    • Seismograph Service (England) Limited
    • Lugg, Rex c/o Seismograph Service (England) Ltd.Breugelmans, Jacobus
    • B63B35/02B63G8/42G01V3/15
    • B63G8/42B63B35/00G01V1/3808
    • A marine seismic survey vessel includes at least two rotatable first drums arranged each to receive a towed receiver array and a rotatable second drum arranged to receive a towed source array, each of said first and second drums being mounted in or on the survey vessel, and said second drum being disposed in the vessel intermediate said first drums. Preferably each rotatable drum is disposed to extend through the deck of a said vessel. It is preferred that each drum, and driving gear therefor, be mounted on a first deck of the vessel with the towed array thereof being arranged to pay out through a second deck of the vessel. Preferably each rotatable drum is arranged to be skewable about an axis normal to the axis of revolution of the drum.
    • 一种海洋地震勘测船包括至少两个可旋转的第一滚筒,每个可旋转的第一滚筒被布置成各自接收被拖曳的接收器阵列和被布置成接收被拖曳的源阵列的可旋转的第二滚筒,所述第一滚筒和第二滚筒中的每一个被安装在勘测船中或上, 所述第二滚筒设置在所述第一滚筒中间的容器中。 优选地,每个可旋转滚筒被设置成延伸穿过所述船的甲板。 优选的是,每个滚筒及其驱动装置安装在船的第一甲板上,其拖曳阵列布置成通过船的第二甲板放出。 优选地,每个可旋转滚筒被布置成围绕垂直于滚筒的旋转轴线的轴线可偏斜。
    • 84. 发明公开
    • POSITIVE-FLOW, DEMAND RESPONSIVE, RESPIRATORY REGULATOR
    • 积极的STRÖMUNGERZEUGENDER,BEDARFSABHÄNGIGERATMUNGSREGLER。
    • EP0245468A1
    • 1987-11-19
    • EP86907145.0
    • 1986-11-04
    • SHATTUCK, Leonard L.HOWARD, Douglas C.WESTCOTT, Merton L.
    • SHATTUCK, Leonard L.HOWARD, Douglas C.WESTCOTT, Merton L.
    • A61M16
    • A61M16/207A61M16/00A61M16/0841A61M16/0858
    • Un régulateur (5) de la respiration à écoulement positif sensible à la demande commande l'administration d'un ou plusieurs fluides gazeux. Lorsque le patient commence la phase d'inspiration du cycle respiratoire, une chute de pression au niveau d'un orifice (11) détecteur statique (11) amène un diaphragme (21) d'augmentation de la pression respiratoire à se déplacer vers l'orifice détecteur statique. Cela provoque l'ouverture d'un orifice de fermeture (18) de la pression positive et l'élévation des diaphragmes à papillon (20 et 27), ce qui ouvre l'orifice d'admission (6) du fluide. Il s'établit alors par l'orifice ouvert d'admission du fluide une communication entre le ou les fluides gazeux et le patient. Pendant la phase d'expiration du cycle respiratoire, une augmentation de la pression au niveau de l'orifice détecteur statique (11) amène le diaphragme d'augmentation de la pression respiratoire à fermer l'orifice de fermeture (18) de la pression positive. Cela fait descendre les diaphragmes à papillon (20 et 21), en fermant l'orifice d'admission (6) du fluide. La fermeture de l'orifice d'admission du fluide empêche la communication entre le ou les fluides gazeux et le patient. Si l'expiration du patient est très faible, l'orifice de fermeture de la pression positive reste ouvert et l'écoulement d'oxygène vers le patient n'est pas interrompu.
    • 控制气体流体管理的正流量需求响应式呼吸调节器(5)。 当患者开始呼吸循环的吸气阶段时,静态传感器端口(11)处的压力降低使得呼吸压力增加膜片(21)向静态传感器端口移动。 这导致打开允许龙飞膜(20和27)向上移动的正压切断口(18),从而打开流体供给入口(6)。 开放的流体供应入口端口产生气体流体与患者的流体连通。 在呼吸循环的呼气阶段期间,静态传感器端口(11)处的压力增加使得呼吸压力增加膜片关闭正压切断口(18)。 这使得龙飞膜(20和21)向下移动,关闭流体供应入口(6)。 封闭的流体供应入口端口防止气体流体与患者的流体连通。 如果患者的呼气非常弱,则正压切断口保持打开,并且不会中断向患者的氧气流。
    • 85. 发明公开
    • PROCESS FOR PRODUCING MORTAR AND METHOD FOR APPLYING THE SAME
    • 生产砂浆的方法和应用该方法的方法
    • EP0241554A1
    • 1987-10-21
    • EP86900850.8
    • 1986-01-24
    • SUZUKI, Toshiro
    • SUZUKI, Toshiro
    • C04B40/00B28B17/02E04G21/02
    • C04B40/0683B28C5/003B28C5/468E02D3/10E02D5/385
    • A process for producing a cement composition such as concrete, mortar, or the like widely used in the field of civil engineering, building, etc. and a method for applying it. In preparing mortar or the like, cement, small blocks of and, if necessary, aggregates such as sand, gravel, etc. are mixed to cause hydration reaction. Ice blocks are used in place of water to be mixed with cement, aggregates, etc. at a low water-to-cement ratio to thereby prepare a macroscopically uniform system of a pseudo solid phase which is wetted with a small amount of molten water formed on the surface of the ice block. The ice blocks gradually melt to form a homogeneous mixture prior to the application of the mortar.
    • 一种生产在土木工程,建筑等领域广泛使用的混凝土,砂浆等水泥组合物的方法及其应用方法。 在制备砂浆或类似物时,混合水泥,小块和必要时的砂,砂砾等聚集体以引起水合反应。 使用冰块代替水与水泥,骨料等以低水灰比混合,从而制备宏观均匀的伪固相体系,该体系用少量熔融水润湿 在冰块的表面上。 在施用砂浆之前,冰块逐渐融化形成均匀的混合物。
    • 87. 发明公开
    • Marine seismic vibrator
    • Meeresseismischer振动器。
    • EP0190861A2
    • 1986-08-13
    • EP86300536.9
    • 1986-01-27
    • Seismograph Service (England) Limited
    • Breugelmans, JacobusAuger, Christopher David
    • G01V1/133G01V1/38
    • G01V1/135
    • The invention relates to a marine seismic vibrator which differs from known vibrators in being adapted to use seawater as a hydraulic liquid for generating the seismic vibrations. Preferably the seawater is used to reciprocate a piston and cylinder arrangement in a vibration generating mechanism, preferably via a hydraulic servo valve which may be controlled by an electrically operated pilot valve. Two embodiments of vibrator are described, one of modified conventional form and the other of completely novel construction. It is to be understood that the invention is applicable to any conventional marine seismic vibrator which can be modified to use seawater as its operating fluid.
    • 本发明涉及一种与已知的振动器不同的海洋地震振动器,其适用于使用海水作为产生地震振动的液压液体。 优选地,海水用于使振动产生机构中的活塞和气缸装置往复运动,优选地经由可由电操作的先导阀控制的液压伺服阀往复运动。 描述了振动器的两个实施例,其中一个是改进的常规形式,另一个是完全新颖的结构。 应当理解,本发明可应用于可以修改为使用海水作为其工作流体的任何传统的海洋地震振动器。
    • 88. 发明公开
    • Apparatus for cleaning tubes
    • 设备清洗管。
    • EP0159200A2
    • 1985-10-23
    • EP85302804.1
    • 1985-04-22
    • Hyprovac (U.K.) Limited
    • Pembroke, Lawrence
    • B08B9/02
    • B08B9/045A61B1/122
    • An apparatus for cleaning tubes, which apparatus comprises a hollow barrel which is connected to a primary . drum containing a coiled resilient tape so that the tape may pass from the drum along and out of one end of the barrel, an electric motor operatively connected to an inner end of the tape and arranged to rotate the coil of tape about the coil axis to drive the tape out of the bvarrel and to retract the tape into the drum, a cleaning device such as a brush attached to an outer end of the tape, and a vacuum hose connected to the other end of the barrel and adapted for connection to a vacuum generating apparatus to create suction at said one end of the barrel, in which apparatus there is provided associated with the drum and the coil of tape a proximity switch sensor and a plurality of targets adapted to be sensed by the proximity switch sensor, relative rotation between the sensor and the targets causing the sensor to transmit impulses to a visible display device to indicate the amount of tape unwound from the coil.