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    • 2. 发明授权
    • Optical sensor system
    • 光学传感器系统
    • US5411023A
    • 1995-05-02
    • US158621
    • 1993-11-24
    • G. Ronald Morris, Sr.G. Ronald Morris, Jr.Charles E. McMillen
    • G. Ronald Morris, Sr.G. Ronald Morris, Jr.Charles E. McMillen
    • A61B5/00A61B5/055G01R33/28G01R33/465
    • A61B5/055A61B5/14552G01R33/283G01R33/465
    • An optical sensor system (such as an oximeter system) for use on a patient in an electrical environment (such as an RF field) includes at least one of the following three subsystems: (A) A light input subsystem includes a first control and display module disposed remotely outside of an electrical field, and input electrical cable connected at one end to the first module and at the other end to an electrically-powered light source disposed closely adjacent but outside of the electrical field. Input fiber optic cable for the transmission of analog optical signals extends from the light source to adjacent a patient in the electrical field. (B) A light output subsystem includes output fiber optic cable for the transmission of analog optical signals extending from adjacent the patient in the electrical field to a light detector disposed closely adjacent but outside of the electrical field. Output electrical cable is connected at one end to the light detector and at the other end to a second control and display module disposed remotely outside the electrical field, (C) A combination of the light input and output subsystems.
    • 在电气环境(例如RF场)中用于患者的光学传感器系统(例如血氧计系统)包括以下三个子系统中的至少一个:(A)光输入子系统包括第一控制和显示 模块,其远程设置在电场外部,以及将一端连接到所述第一模块的输入电缆,并且在另一端连接到与所述电场紧邻地设置的电动光源。 用于传输模拟光信号的输入光缆从光源延伸到与电场相邻的患者。 (B)光输出子系统包括输出光纤电缆,用于传输从电场中的患者相邻的模拟光信号到靠近电场外设置的光检测器。 输出电缆的一端连接到光检测器,另一端连接到远离电场的第二控制和显示模块,(C)光输入和输出子系统的组合。
    • 5. 发明专利
    • Improvements in automatic package-winding apparatus for use in conjunction with textile machinery
    • GB699264A
    • 1953-11-04
    • GB1130651
    • 1951-05-15
    • TMM RESEARCH LTDWILLIAM HAROLD WATSONRONALD MORRIS
    • B65H67/04
    • 699,264. Sliver &c. winding machine. T.M.M. (RESEARCH), Ltd., WATSON, W.H., and MORRIS, R May 13, 1952 [May 15, 1951], No. 11306/51. Class 120(ii) An automatic package-winding machine comprises in combination with a friction driving roller 36, a carrier 27 for a bobbin 28, means; e.g. a block 23, at one end of the carrier for mounting it for free rotation with the bobbin in driving contact with the roller 36, said means being capable of traversing away from the roller 36 as the package grows and of returning to the initial position when the package is doffed, as by rollers 24 on the block 23 engaging between vertical rails 22, means for withdrawing the carrier 27 from the bobbin when the package is complete, and charging mechanism for thereafter delivering an empty bobbin to the carrier preparatory to the commencement of the next cycle of operations. When the package is complete, the shaft 35 driving the friction rollers 36 is stopped and a shaft 46 is set in motion, which, through gearing 44, 45 drives a screw 42 to traverse a plate 37 to withdraw the carrier 27 furnished with springs 29 from the package which falls into a suitable receiver. The carrier 27 then drops under gravity to its original vertical position and reversing gear brings the plate 37 and carrier 27 back towards winding position. During this return movement, a gate 53, closing the bottom of a magazine 51, is tripped by a lever 58 carrying a roller 66 to allow the lowermost empty bobbin 52 to fall on to limb 55 of the charging slide 54. The lead screw 56 is now rotated to cause the slide 54 to convey the bobbin 52 thereon and to place it over the carrier 27 in the adjacent winding unit. The sliver extending between the driving roller 36 and the doffed package is then lifted by a lever 60 co-operating with a slot 71 so that it becomes nipped between the empty bobbin 52 which is being donned and the flange 271 of the carrier 27. The lead screw 56 is now reversed and the charging slide 54 is withdrawn into a position to receive the next empty tube 52 from the magazine 51. The shaft 35 is then set in motion to rotate the new bobbin 52, break the sliver extending to the doffed package and begin a new wind. Any suitable timing control means for the operation of shafts 35 and 46 and lead screw 56 may be employed. The delivery point E of the sliver is maintained stationary and traverse along the bobbin is effected by reciprocating the frame 20 to which winding units are attached.
    • 9. 发明专利
    • Improvements relating to textile spinning and analogous machines
    • GB702618A
    • 1954-01-20
    • GB2432651
    • 1951-10-18
    • TMM RESEARCH LTDWILLIAM HAROLD WATSONRONALD MORRIS
    • D01H1/42D01H9/14
    • 702,618. Ring spinning apparatus. T.M.M. (RESEARCH), Ltd., WATSON, W. H., and MORRIS, R. Oct. 9, 1952 [Oct. 18, 1951], No. 24326/51. Class 120(2) In a textile ring spinning machine having anti-ballooning devices of the kind wherein the ends of yarn delivered to the 'spindles are caused, by appliances fitted to the tips of the spindles, to form coils of ,one or more turns about the upper . part of the spindle blades in their paths towards the travellers, apparatus is provided whereby, during the period in which the spindles are decelerating at the conclusion of the spinning operation, the ends of the yarn are drawn upwardly out of the influence of the anti-ballooning appliances on the tips of the spindles, so as to permit ballooning immediately prior to the stoppage of the spindles, thereby clearing previously existing coils of yarn therefrom. As shown, 1 denotes a ring rail. 2 a ring, 3 a traveller, - 4 a spindle blade, 5 a partly built cop on. the spindle, 6 an anti-ballooning device, 7 a lappet and 8 a lappet rail. The latter is pivoted on the machine frame at 11 to permit its being turned upwardly at the conclusion cf spinning for the doffing of the package. The invention is performed by turning the lappet rail 8 through a small angle, as shown in full lines, so that the yarn is drawn away from the device 6 by the lappet eye 10 and thereby permitted to form a balloon 12, this being done automatically in timed relationship with the stopping of the machine. This automatic operation is effected by an electric motor housed in casing 13 driving a shaft 14 bearing a cam 15 with which cooperates a bowl 16 mounted on a lever 17 fixed on a shaft 18 which extends throughout the length of the machine or a section thereof. The shaft 18 also has fixed thereon levers 19 each of which is coupled to a push member 20 which impinges against the depending flange of the lappet rail 8 to raise the lappets carried thereby to permit the yarn to balloon. A handle 21 pivoted at 22 and connected by a link 23 to a lever 24 fixed on shaft 18 is provided to effect movement of the lappets to the doffing position shown in dotted lines. The electric motor in casing 13 is in circuit with the spindle driving motor of the machine so as to be started and stopped at the appropiate times in relation to the spinning operation.