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
    • 2. 发明公开
    • RETRACTOR COMPONENT SYSTEM AND METHOD OF USING SAME
    • EINZUGSKOMPONENTENSYSTEM
    • EP2461734A1
    • 2012-06-13
    • EP10806744.8
    • 2010-08-02
    • Loftus, Thomas Stuart
    • HAY, James ScottSINGH, Ryan
    • A61B1/32
    • A61B17/7076A61B1/32A61B17/0206A61B17/0293
    • A blade assembly has a blade body and a blade body surround. A retractor attachment structure is attached to the blade body at the first end portion thereof extending from an exterior surface thereof. The retractor attachment structure is configured for having one of the blade body mounting structures of the retractor engaged therewith in a manner whereby the blade body is independently pivotable about and translatable along the blade body mounting structure. An alignment member protrudes from an interior surface of the blade body adjacent its first end portion. A slot extends through the blade body at its first end portion. The blade body surround and the blade body jointly form a generally cylindrical-shaped structure when the blade body is in a seated position within the slot. The cylindrical structure defines a central passage extending between the first and second end portions of blade body surround.
    • 刀片组件具有刀片主体和刀片主体。 牵引器附接结构在其从其外表面延伸的第一端部附接到叶片本体。 牵开器附接结构构造成使得牵开器的叶片本体安装结构中的一个与其接合,使得叶片主体能够沿着叶片本体安装结构独立地枢转并可平移。 对准构件从叶片本体的与其第一端部相邻的内表面突出。 槽在其第一端部延伸穿过叶片本体。 当叶片主体处于槽内的就座位置时,叶片主体围绕并且叶片主体共同形成大致圆柱形的结构。 圆柱形结构限定了在叶片本体环绕的第一和第二端部之间延伸的中心通道。
    • 7. 发明专利
    • Improvements relating to poultry feeding devices
    • GB825710A
    • 1959-12-23
    • GB1740456
    • 1956-06-05
    • THOMAS STUART WARE
    • A01K39/014
    • 825,710. Poultry feeding devices. WARE, T. S. April 8, 1957 [June 5, 1956], No. 17404/56. Class 5(2). A hopper 11 is mounted on a resilient hollow post 17 by a rigid crossbar 20, the post 17 being secured to the base 16 of a circular feeding tray 10, so permitting relative movement between the hopper and the tray. The hopper may be of polythene or polyvinylchloride and has an upturned tip 24. Spaced holes in the top of the post 17 enable the height of the crossbar 20 to be adjusted. Radial fingers 26 of resilient plastic rod or tube project inwards through holes in the hopper wall. The device is suspended by a D-swivel or hook 19. According to the Provisional Specification the crossbar 20 may be resilient and carry plastic sleeves to act as spacing members for the hopper. The tray 10 may also be used as a water trough, the crossbar 20 being withdrawn so that the hopper rests in the trough, and the D-swivel is replaced by chains or cords attached below to the rim of the trough and at their upper ends to a central support.
    • 8. 发明专利
    • Improvements in electrical energy regulators
    • GB683819A
    • 1952-12-03
    • GB3326449
    • 1949-12-29
    • THOMAS STUART ASHESUNVIC CONTROLS LTD
    • H01H37/52H01H89/04
    • 683,819. Thermal switches. ASHE, T. S., and SUNVIC CONTROLS, Ltd. Dec. 15, 1950 [Dec. 29, 1949], No. 33264/49. Class 38 (v) An energy regulator of the character described in Specification 517,538 comprises an insulating base 1 carrying a snap-action switch 20, 25, 26, which may be of the trifurcated blade-spring kind such as described in Specification 585,972, two bimetal strips 7, 8 secured at adjacent ends to a pivotally-mounted bloc 6, an adjusting cam-follower lever 10 pivoted on an axis parallel with the pivotal axis of the bimetal strips and a bridge member supporting a rotary cam 9 and a shaft 15 with an adjusting knob 41. In Figs. 1 and 3, the axes referred to are perpendicular to the base and the bridge member comprises pillars 4, 5 on which the block 6 and lever 10 are pivoted and a metal strip 17 supported by the pillars. The cam 9 cooperates with a pin 14 on the lever 10 which has a tail portion 13 with an adjusting screw 18 engaging the free end of the bimetal strip 7. The strip 8 has an abutment 19 engaging the spring 20 of the switch. The strip 7 is heated by current flowing through it or by an encircling heater coil, whilst the strip 8 responds to the temperature of the surrounding air to compensate for variations in ambient temperature, the regulator controlling the energisation of a heating apparatus e.g. a hotplate, as described in Specification 517,538. The cam 9 has a slot 44 which the pin 14 enters to positively move the screw 18 away from the bimetal strip 7 when the adjusting knob 41 is turned to the "full-on" position. When the knob is turned to the "off" position the cam 9 maintains the switch contacts 25, 26 open. If "double-pole switching" is desired, one or more additional switches 32 ... 34 are provided, a further cam 36 opening the contacts 32, 33 when the knob is turned to the "off" position. In all the operative positions of the knob, the contacts 32, 33 are closed, the control being effected by the periodic opening and closing of the contacts 25, 26. In an alternative arrangement the pivotal axes of the strip 7, 8 and the lever 10 are arranged parallel with the base 1, the arrangement being shown in Fig. 6. In this case, a one-piece bridging member 52 carries the pivot spindles 50, 56, for the block 6 and lever 10 and the cam 9 is of the face-cam type.
    • 10. 发明专利
    • Improvements in or relating to thermostatically-operated relays or circuit-breakers
    • GB277122A
    • 1927-09-12
    • GB1483726
    • 1926-06-12
    • REYROLLE A & CO LTDBRUCE HAMER LEESONTHOMAS STUART ANDREW
    • H01H37/56
    • 277,122. Reyrolle & Co., Ltd., A., Leeson, B. H., and Andrew, T. S. June 12, 1926. Thermal switches; electromag - netic switches. - A thermally - operated relay having a circuit with two gaps in series one controlled by the movement of the bimetallic strip and one by the armature of the electromagnet has three contacts controlled by the movement of a bimetallic strip, the engagement of the first and second contacts preparing the circuit for completion by the electromagnet when its circuit is completed by the subsequent engagement of the second and third contacts. As shown in Fig. 1, the bimetallic strip on flexing first brings together contact springs A, B closing one gap in the circuit D and afterwards brings the spring B in contact with the spring C, so completing the energizing circuit of an electromagnetic switch which closes the second gap by the member F. In cooling the spring B first disengages from the spring C, but the coil F remains energized through contacts AB and the bridging member F. Immediately, however, the contacts AB disengage the circuit of coil F is broken and the bridging contact F falls, breaking the circuit independently of the thermally-operated contacts. Contacts F for controlled circuits may be secured to the armature carrying the contact F. The contacts AB may be shunted by a non-inductive resistance J to prevent sparking, and an adjustable resistance H to vary the pick-up value of the coil F is connected in series therewith. The bimetallic strip K as shown in Fig. 2 is in helical form secured at one end E in a tube L and to a rod M at its free end carrying a lever M . This lever is connected by a link M to a pivoted bell-crank M which carries a roller N adapted to bear on the contact springs as shown in Fig. 4.