mhurhangee/patent-ind-claim-en huggingface dataset:
A safety joint housing device for housing a safety joint including a plug connected to a filling hose and a socket provided in a filling device, said safety joint separating when a tensile load exceeding a predetermined level is applied, said safety joint housing device comprising: a casing for housing the plug and the socket in a connected state; a front roller (30-1) disposed on a front side of the casing at a lower opening from which the filling hose is led out from the casing so as to be rotatable about a horizontal axis; and two side rollers (40-1) adjacent to the front roller and rotatably arranged about horizontal axes orthogonal to the axis of the front roller; wherein the filling hose passes through the casing side of a U-shaped portion formed by the front roller (30-1) and the two side rollers (40-1), further comprising a mounting frame having side plates extending parallel to the side rollers (40-1), a front plate extending parallel to the front roller (30-1), and a filling device side plate extending parallel to the front plate , wherein a protruding portion protruding toward the front roller (30-1) is formed on an end portion, on the front roller side, of each side plate ; a central shaft (31-1) of the front roller (30-1) is rotatably supported by the protruding portions of the side plates ; and central shafts (41-1) of the two side rollers (40-1) are rotatably supported on both longitudinal ends of the front plate and on both longitudinal ends of the filling device side plate . a casing for housing the plug and the socket in a connected state; a front roller (30-1) disposed on a front side of the casing at a lower opening from which the filling hose is led out from the casing so as to be rotatable about a horizontal axis; and two side rollers (40-1) adjacent to the front roller and rotatably arranged about horizontal axes orthogonal to the axis of the front roller; wherein the filling hose passes through the casing side of a U-shaped portion formed by the front roller (30-1) and the two side rollers (40-1), wherein a protruding portion protruding toward the front roller (30-1) is formed on an end portion, on the front roller side, of each side plate ; a central shaft (31-1) of the front roller (30-1) is rotatably supported by the protruding portions of the side plates ; and central shafts (41-1) of the two side rollers (40-1) are rotatably supported on both longitudinal ends of the front plate and on both longitudinal ends of the filling device side plate .
A subsea fluids storage facility comprising a tank for holding and separating fluids which is equipped with ballast capacity and a separable base to be deployed upon the seabed, characterised in that : the storage facility comprises ballast tanks associated with the tank and separable therefrom.
Check valve comprising: - a housing with multiple inlets and at least one outlet , the housing defining an inflow chamber connected to the multiple inlets and an outflow chamber connected to the at least one outlet ; - a valve seat which defines a passage between the inflow chamber and the outflow chamber ; and - a shutter which is displaceable with respect to the valve seat between a closed position, in which the shutter closes the passage so that substantially no fluid can flow through the passage, and an open position in which the shutter is removed from the valve seat and leaves the passage at least partly free so fluid can flow from the multiple inlets to the at least one outlet via the passage, - a guide pin for guiding the shutter between the open and closed positions, the guide pin being movably guided in a guide sleeve , - a bias element which pretensions the shutter towards its closed position, wherein the bias element is arranged on a side of the shutter facing the at least one outlet , characterized in that , in the closed position, the multiple inlets connect to the inflow chamber and the guide pin at least partly extends in the inflow chamber in a direction away from the shutter , and wherein the guide pin extends only in the direction away from the shutter towards the multiple inlets . - a housing with multiple inlets and at least one outlet , the housing defining an inflow chamber connected to the multiple inlets and an outflow chamber connected to the at least one outlet ; - a valve seat which defines a passage between the inflow chamber and the outflow chamber ; and - a shutter which is displaceable with respect to the valve seat between a closed position, in which the shutter closes the passage so that substantially no fluid can flow through the passage, and an open position in which the shutter is removed from the valve seat and leaves the passage at least partly free so fluid can flow from the multiple inlets to the at least one outlet via the passage, - a guide pin for guiding the shutter between the open and closed positions, the guide pin being movably guided in a guide sleeve , - a bias element which pretensions the shutter towards its closed position, wherein the bias element is arranged on a side of the shutter facing the at least one outlet ,
Device for machining a workpiece (W) by means of a high-energy machining beam , in particular a workpiece equipped with cutting edges by means of a laser beam, the device comprising: - a base , - a workpiece carrier having a receiving device for receiving the workpiece (W), wherein the receiving device with the workpiece (W) received therein is rotatable around a first axis of rotation (R1) of the receiving device ; and - a machining device having a machining beam source for generating the high-energy machining beam and a focusing device for focusing the high-energy machining beam at a focal point (B); wherein the workpiece carrier is arranged on a slide assembly with at least one linear slide, wherein the workpiece carrier is displaceable via the slide assembly relative to the base along at least one linear axis (X, Y) that is associated with the linear slide, characterized in that the workpiece carrier with the slide assembly associated therewith and the machining device are rotatable relative to one another around a second axis of rotation (R2) running transversely to the first axis of rotation (R1) and transversely to an optical axis of the high-energy machining beam , and in that the device is configured to rotate the receiving device around the first axis of rotation (R1) and/or to rotate the workpiece carrier around the second axis of rotation (R2) and/or to rotate the machining device around the second axis of rotation (R2) in mutual interdependence in such a way that, during machining, a current machining position in which the focal point (B) of the high-energy machining beam is located on or close to a surface of the workpiece (W) to be machined lies on or in the immediate vicinity of the second axis of rotation (R2). - a base , - a workpiece carrier having a receiving device for receiving the workpiece (W), wherein the receiving device with the workpiece (W) received therein is rotatable around a first axis of rotation (R1) of the receiving device ; and - a machining device having a machining beam source for generating the high-energy machining beam and a focusing device for focusing the high-energy machining beam at a focal point (B); characterized in that the workpiece carrier with the slide assembly associated therewith and the machining device are rotatable relative to one another around a second axis of rotation (R2) running transversely to the first axis of rotation (R1) and transversely to an optical axis of the high-energy machining beam , and in that the device is configured to rotate the receiving device around the first axis of rotation (R1) and/or to rotate the workpiece carrier around the second axis of rotation (R2) and/or to rotate the machining device around the second axis of rotation (R2) in mutual interdependence in such a way that, during machining, a current machining position in which the focal point (B) of the high-energy machining beam is located on or close to a surface of the workpiece (W) to be machined lies on or in the immediate vicinity of the second axis of rotation (R2).
A ureteral bypass device comprising: a first catheter having a proximal end , an oppositely-disposed distal end , and means for securing the distal end within the renal pelvis or ureter of a patient, wherein the first catheter is a nephrostomy or ureterostomy catheter; a cystostomy catheter having a proximal end , an oppositely-disposed distal end , and means for securing the distal end of the cystostomy catheter within the urinary bladder of the patient; an adapter fluidically connected to the proximal ends of the first and cystostomy catheters so as to fluidically connect the first and cystostomy catheters together through the adapter; and a sampling/flushing port that is fluidically connected to the adapter with a third catheter , wherein the first and cystostomy catheters are fluidically connected together through the adapter without any subcutaneous connection and are fluidically connected to the sampling/flushing port, the sampling/flushing port defines an entry site that is accessible through the skin of the patient when the sampling/flushing port is subcutaneously placed to provide means for performing diagnostic and therapeutic procedures, and the third catheter defines a non-dynamic volume between the adapter and the sampling/flushing port through which urine does not flow so that the non-dynamic volume defines as an anti-infection, anti-encrustation reservoir. a first catheter having a proximal end , an oppositely-disposed distal end , and means for securing the distal end within the renal pelvis or ureter of a patient, wherein the first catheter is a nephrostomy or ureterostomy catheter; a cystostomy catheter having a proximal end , an oppositely-disposed distal end , and means for securing the distal end of the cystostomy catheter within the urinary bladder of the patient; an adapter fluidically connected to the proximal ends of the first and cystostomy catheters so as to fluidically connect the first and cystostomy catheters together through the adapter; and a sampling/flushing port that is fluidically connected to the adapter with a third catheter , wherein the first and cystostomy catheters are fluidically connected together through the adapter without any subcutaneous connection and are fluidically connected to the sampling/flushing port, the sampling/flushing port defines an entry site that is accessible through the skin of the patient when the sampling/flushing port is subcutaneously placed to provide means for performing diagnostic and therapeutic procedures, and the third catheter defines a non-dynamic volume between the adapter and the sampling/flushing port through which urine does not flow so that the non-dynamic volume defines as an anti-infection, anti-encrustation reservoir.
A turret mooring system (100; 400) for a floating process and storage offloading, FPSO, vessel or a FLNG vessel (150; 250), said system comprising a turret structure and a bearing support structure ; the turret structure to be placed within a moonpool in a hull of the vessel and rotatably held within the moonpool via the bearing support structure, the bearing support structure comprising a radial support and an axial support ; the radial support comprising a plurality of radial wheels, the axial support comprising a plurality of axial bogies; the vessel having a topside process deck and a hull with a bottom , wherein the hull has a height of at least 35 meter between the bottom and the topside process deck, the radial support is vertically positioned (L2) in the turret structure between the collar deck and a bottom part of the hull, the turret structure comprises a collar deck and the collar deck is positioned vertically below an elevation of the topside process deck , characterized in that the axial support is vertically positioned (L1) in the turret structure between the collar deck and the radial support, such that the collar deck is on top of the axial bogies wherein the bearing arrangement is positioned at a vertical distance (D) below the elevation of the topside process deck such that there is at least one interdeck space of at least 6 meters between the topside process deck and a top level (L1) of the bearing arrangement , and wherein said interdeck space is large enough to locate process equipment in said interdeck space. the turret structure to be placed within a moonpool in a hull of the vessel and rotatably held within the moonpool via the bearing support structure, the bearing support structure comprising a radial support and an axial support ; the radial support comprising a plurality of radial wheels, the axial support comprising a plurality of axial bogies; the vessel having a topside process deck and a hull with a bottom , wherein the hull has a height of at least 35 meter between the bottom and the topside process deck, the radial support is vertically positioned (L2) in the turret structure between the collar deck and a bottom part of the hull, the turret structure comprises a collar deck and the collar deck is positioned vertically below an elevation of the topside process deck , characterized in that the axial support is vertically positioned (L1) in the turret structure between the collar deck and the radial support, such that the collar deck is on top of the axial bogies wherein the bearing arrangement is positioned at a vertical distance (D) below the elevation of the topside process deck such that there is at least one interdeck space of at least 6 meters between the topside process deck and a top level (L1) of the bearing arrangement , and wherein said interdeck space is large enough to locate process equipment in said interdeck space.
An alignment and bone fixation device for use in orthopedic surgery of a foot and/or ankle bone, comprising: a body having a bone facing surface , an opposing surface , a lateral surface disposed between the bone facing surface and the opposing surface, and a longitudinal axis extending through the bone facing surface and the opposing surface, the body having a first pin hole extending through the body from the bone facing surface to the opposing surface and being sized and configured to receive a pin , characterised by comprising: a tool hole extending at least partially through the body and configured to receive an adjustment tool for aligning bone, a first bone fastener hole extending through the body from the bone facing surface to the opposing surface sized and configured to guide a bone fastener entirely through the device to secure aligned bone, and an alignment index establishing an axis transverse to the longitudinal axis of the body for positioning the body on the foot and/or ankle bone by aligning the axis of the alignment index and a longitudinal axis of the bone.
A light emitting device comprising: a light emitting semiconductor structure comprising a light-emitting active layer disposed between an n-layer and a p-layer; a wavelength converting material having a first surface adjacent the light emitting semiconductor structure and a second surface opposite the first surface; and an off state white material in direct contact with the second surface of the wavelength converting material, the off state white material comprising a plurality of particles disposed in an optically functional material , characterised in that the particles are core shell particles, each of the core shell particles comprising a core material that includes a phase change material which changes phase and becomes transparent or more transparent when heated, said phase change material being encased in a polymer or inorganic shell. a light emitting semiconductor structure comprising a light-emitting active layer disposed between an n-layer and a p-layer; a wavelength converting material having a first surface adjacent the light emitting semiconductor structure and a second surface opposite the first surface; and an off state white material in direct contact with the second surface of the wavelength converting material, the off state white material comprising a plurality of particles disposed in an optically functional material , characterised in that the particles are core shell particles, each of the core shell particles comprising a core material that includes a phase change material which changes phase and becomes transparent or more transparent when heated, said phase change material being encased in a polymer or inorganic shell.
A method for evaluating a mobile radio cell , comprising: a mobile radio communication terminal device performing the steps of, receiving, via a receiver of the mobile radio communication terminal device, one or more wireless signals from one or more mobile radio cells ; determining, via one or more circuits of the mobile radio communication terminal device, a received signal power of a synchronization sequence for the one or more mobile radio cells contained in the one or more wireless signals; characterized by : evaluating, via the one or more circuits, a mobile radio cell when its synchronization sequence received signal power is determined to be above a threshold.
A home-automation equipment for closure or solar protection comprising a concealing device , the concealing device comprising at least: - a screen , - a device for holding the screen , a first end of the screen being positioned at the holding device of the screen , - a load bar , a second end of the screen being fastened to the load bar , - a motorized drive device , and - an autonomous electrical energy supply device , the motorized drive device comprising at least: - an electromechanical actuator making it possible to raise and lower the screen , between a high position and a low position, the electromechanical actuator being electrically connected to the autonomous electrical energy supply device , the autonomous electrical energy supply device comprising at least: - a battery , the battery being positioned at the holding device of the screen , - a first electrical connection element , the first electrical connection element being positioned at the load bar of the concealing device , the first electrical connection element being configured to be connected to an external electrical supply source , so as to recharge the battery , and - a second electrical connection element , the second electrical connection element being positioned at the holding device of the screen , characterized in that the second electrical connection element cooperates with the first electrical connection element only when the screen is in a recharging position of the battery , the recharging position of the battery corresponding either to the high position of the screen or to a position of the screen where the load bar is near the holding device of the screen , so as to establish an electrical connection between the first electrical connection element positioned at the load bar and the battery positioned at the holding device of the screen . - a screen , - a device for holding the screen , a first end of the screen being positioned at the holding device of the screen , - a load bar , a second end of the screen being fastened to the load bar , - a motorized drive device , and - an autonomous electrical energy supply device , - an electromechanical actuator making it possible to raise and lower the screen , between a high position and a low position, the electromechanical actuator being electrically connected to the autonomous electrical energy supply device , - a battery , the battery being positioned at the holding device of the screen , - a first electrical connection element , the first electrical connection element being positioned at the load bar of the concealing device , the first electrical connection element being configured to be connected to an external electrical supply source , so as to recharge the battery , and - a second electrical connection element , the second electrical connection element being positioned at the holding device of the screen ,
A strake, comprising: a plate , wherein the plate extends between a forward end and an aft end along a first direction and the plate extends between a root end and a tip end along a second direction; a first tab extending from the root end of the plate, wherein a first fastening aperture is disposed in the first tab; a second tab extending from the root end of the plate, wherein a second fastening aperture is disposed in the second tab; the plate comprises a thickness, measured along a third direction; the first direction is orthogonal to the second direction and the third direction is orthogonal to the second direction; the first tab extends in the second direction and the second tab extends in the second direction; and characterized in that : a first centerline of the first fastening aperture extends in the third direction and a second centerline of the second fastening aperture extends in the third direction a plate , wherein the plate extends between a forward end and an aft end along a first direction and the plate extends between a root end and a tip end along a second direction; a first tab extending from the root end of the plate, wherein a first fastening aperture is disposed in the first tab; a second tab extending from the root end of the plate, wherein a second fastening aperture is disposed in the second tab; the plate comprises a thickness, measured along a third direction; the first direction is orthogonal to the second direction and the third direction is orthogonal to the second direction; the first tab extends in the second direction and the second tab extends in the second direction; and characterized in that : a first centerline of the first fastening aperture extends in the third direction and a second centerline of the second fastening aperture extends in the third direction