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
    • 42. 发明申请
    • DRILLSHIP
    • 钻井船
    • WO2014167438A1
    • 2014-10-16
    • PCT/IB2014/060031
    • 2014-03-21
    • FINCANTIERI S.P.A.
    • SCHERL, Gianni
    • B63B35/44B63B43/00
    • B63B35/4413B63B3/48B63B43/00
    • The invention relates to a drillship, comprising a hull (2) which extends along a longitudinal axis (X) between a bow (3) and a stern (4). The ship (1) comprises at least three separate operating zones distributed between bow and stern along the axis (X): -a first operating zone (10) of ship management, in which the safety and abandon ship means are stored; - a second operating zone (20) of drilling; and - a third operating zone (30) of power generation. The second operating zone (20) and the third operating zone (30) being connected to the first operating zone (10) by two longitudinal lateral corridors (41) and (42), made under the main deck, each of which extends beside a ship side (5, 6). Said two longitudinal corridors (41, 42) are connected to each other transversally by one or more transversal corridors (51, 52, 53), each of which extends from one ship side to the other under the main deck.
    • 本发明涉及一种钻井船,其包括沿弓(3)和船尾(4)之间的纵向轴线(X)延伸的船体(2)。 船舶(1)包括沿着轴线(X)分布在弓和船尾之间的至少三个独立的操作区域: - 存储安全和放弃船舶装置的船舶管理的第一操作区域(10) - 钻井的第二个操作区(20) 和 - 发电的第三个操作区(30)。 第二操作区域(20)和第三操作区域(30)通过在主甲板下形成的两个纵向横向走廊(41)和(42)连接到第一操作区域(10),每个纵向横向走廊(41)和(42) 船侧(5,6)。 所述两个纵向走廊(41,42)通过一个或多个横向走廊(51,52,53)相互连接,每个横向走廊(51,52,53)在主甲板下方从一个船侧延伸至另一个。
    • 45. 发明申请
    • SIDE LIST STABILIZING SYSTEM AND VESSEL INCORPORATING SAME
    • 侧面列表稳定系统和容器
    • WO2010050905A2
    • 2010-05-06
    • PCT/SI2009/000059
    • 2009-10-27
    • GROM, Tomaz
    • GROM, Tomaz
    • B63B39/06
    • B63B39/06B63B1/20B63B43/00B63B2035/009
    • A side stabilizer and a wind-powered vessel incorporating same is designed in a way that both lateral sides (1) of the vessel's hull (2) are equipped with at least one fin (3) positioned above the waterline if the vessel is fully loaded and stationary. A preferably flat shaped fin (3) obliquely rises in relation to the waterline (4), so that the distance between the part of the fin near the bow (5) and the waterline is bigger than the one of the fin part near the stern (6). Both sides (1) of the vessel (2) are equipped with at least one (3), preferably two (3 and 3a) longitudinal fins. When a sailing boat is in its upright position and fully loaded, both fins are entirely above the water surface (4), but when it starts heeling or leaning according to its longitudinal axis (9) the fins on the lee side of the vessel partly or completely submerge. That is how they provide additional hydrodynamic buoyancy that balances the vessel. This kind of device or utensil reduces the vessel's transversal listing which the vessel is exposed to due to side wind force, which results in improvement of the efficiency of the keel weight (7), better buoyancy of the vessel's hull, better wind force efficiency and consequently faster sailing. When sailing with the wind and approximately crosswise to wave direction, the utensil stabilizes the vessel's longitudinal movement since it reduces the vertical movement of the bow (5). When attached longitudinally to both sides of the hull, the side stabilizer fins additionally protect and strengthen the skin of the hull.
    • 侧面稳定器和结合有侧面稳定器的风力发电容器设计成使得如果容器满载,则容器的船体(2)的两侧(1)都配备有位于水线上方的至少一个翅片(3) 和静止。 优选扁平形状的翅片(3)相对于水线(4)倾斜地上升,使得在弓(5)附近的翅片部分与水线之间的距离大于船尾附近的翅片部分之间的距离 (6)。 容器(2)的两侧(1)配备有至少一个(3),优选两个(3和3a)纵向翅片。 当帆船处于其直立位置并完全装载时,两个翼片完全在水面(4)的上方,但是当其开始根据其纵向轴线(9)倾斜或倾斜时,部分地在船体的侧面上的翅片 或完全淹没。 这就是他们如何提供额外的水力浮力来平衡船只。 这种装置或器具减少了由于侧风引起的容器暴露的船舶的横向列表,这导致龙骨重量(7)的效率提高,船体的船体更好的浮力,更好的风力效率和 因此航行更快。 当风向大致横向波浪方向航行时,器具可以稳定船只的纵向运动,因为它减少了船首(5)的垂直运动。 纵向安装在船体的两侧时,侧面的稳定翼片还可以保护和加强船体的皮肤。
    • 47. 发明申请
    • A SYSTEM FOR REMOTELY CONTROLLING AND MONITORING CRAFTS
    • 一个远程控制和监控工具的系统
    • WO2009026663A1
    • 2009-03-05
    • PCT/BR2008/000014
    • 2008-01-18
    • SENNA DA SILVA, Leonardo
    • SENNA DA SILVA, Leonardo
    • B63B43/00B63B49/00B63H21/22B63H25/02B63H25/04G01C21/00G08G3/00H04M1/725
    • B63B49/00B63B43/00B63H21/22B63H25/02B63H25/04H04M1/72533
    • The present invention relates to a system of remotely controlling and monitoring crafts by means of a wireless communication network. More particularly, the present invention relates to a system that enables one to monitor and control the navigation and safety of a craft, in addition of its entertainment and comfort pieces of equipment, from a remote terminal such as, for example, a cellular telephone connected to a wireless communication net work provided by a cellular telephony operating company. Thus, one describes a system particularly employed for remotely controlling and monitoring crafts (100), the craft (100) comprising at least one control panel (101 ), the craft (100) being accessible by at least one remote terminal (300), through a wireless communication network (400), the remote terminal (300) characterized by being provided with a simulating software (113), which interacts with at least one user through an interface that reproduces graphically the control panel (101 ).
    • 本发明涉及通过无线通信网络远程控制和监视工艺的系统。 更具体地说,本发明涉及一种系统,其能够从远程终端(例如连接到蜂窝电话机)的角度监视和控制飞行器的导航和安全性以及其娱乐和舒适的设备。 涉及由蜂窝电话运营公司提供的无线通信网络工作。 因此,描述了特别用于远程控制和监视工艺(100)的系统,所述工艺(100)包括至少一个控制面板(101),所述工艺(100)可被至少一个远程终端(300)访问, 通过无线通信网络(400),所述远程终端(300)的特征在于具有仿真软件(113),所述仿真软件通过图形地显示所述控制面板(101)的接口与至少一个用户交互。
    • 50. 发明申请
    • A SYSTEM FOR ICE LOAD MONITORING
    • 一种用于冰载荷监测的系统
    • WO2006117431A1
    • 2006-11-09
    • PCT/FI2006/000141
    • 2006-05-02
    • R. ROUVARI OYROUVARI, RistoRISKA, Kaj
    • ROUVARI, RistoRISKA, Kaj
    • G01L5/16G01B7/16G01L1/22B63B43/00G01M5/00
    • G01M5/0041B63B9/003B63B35/08B63B43/00
    • The invention relates to providing an ice load monitoring system (500) for monitoring ice-induced loads on a structure of a vessel (501). The vessel structure comprises typically at least a shell plate (102), vertical frames (106) essentially normal to the shell plate (102) and longitudinal frames (104) essentially in the horizontal plane and normal to the shell plate (102). Further the ice load monitoring system comprises a combination of stress sensors (F, S, P) each of which is adapted to convert deformations of the structure into a signal proportional to the deformations. The combination of sensors comprises at least frame bending stress sensors (F), plate stress sensors (P) and frame force sensor (S). The ice load monitoring system (500) comprises also a data processing unit (506), and an information network (508) connecting the sensors (S, P, F) and the data processing unit (506). The data processing unit (506) is adapted to collect the signals from the sensors (S, P, F).
    • 本发明涉及提供一种用于监测船舶结构(501)上的冰引起的负荷的冰载荷监测系统(500)。 容器结构通常至少包括壳板(102),基本上垂直于壳板(102)的垂直框架(106)和基本上在水平面中并且垂直于壳板(102)的纵向框架(104)。 此外,冰负载监测系统包括应力传感器(F,S,P)的组合,每个应力传感器适于将结构的变形转换成与变形成正比的信号。 传感器的组合至少包括框架弯曲应力传感器(F),板应力传感器(P)和框架力传感器(S)。 冰负载监视系统(500)还包括数据处理单元(506)和连接传感器(S,P,F)和数据处理单元(506)的信息网络(508)。 数据处理单元(506)适于收集来自传感器(S,P,F)的信号。