mhurhangee/ep-ind-claims huggingface dataset:
Magnetic levitation system for sliding door and window (1a, 1h, 2), comprising: - at least a movable module, which is integrated in the lower part of the sliding door and window (1a, 1b, 2) and which comprises one or more permanent magnets (9a, 9b and 12a); - several fixed modules, which are integrated in the lower part of the frame of the sliding door and window (1a, 1b, 2), which comprise each one or more electromagnets for producing a variable magnetic field repulsive of the magnetic field of said magnets (9a, 9b and 12a) of the movable module; - at least a clearance sensor between the fixed and movable modules, - several electric connectors (7, 8) for coupling of the different modules; - a power interface system; - at least an electronic control system; - a power control system; characterized in that a said clearance sensor is inserted in each fixed module and that said electronic control system is designed for, in function of the information supplied by the clearance sensors, maintain a predefined spacing between the sliding door and window (1a, 1b, 2) and the frame of the sliding door and window (1a, 1b, 2) through the control of the power supplied to said electromagnets, said predefined spacing being comprised between 1 and 10 mm. - at least a movable module, which is integrated in the lower part of the sliding door and window (1a, 1b, 2) and which comprises one or more permanent magnets (9a, 9b and 12a); - several fixed modules, which are integrated in the lower part of the frame of the sliding door and window (1a, 1b, 2), which comprise each one or more electromagnets for producing a variable magnetic field repulsive of the magnetic field of said magnets (9a, 9b and 12a) of the movable module; - at least a clearance sensor between the fixed and movable modules, - several electric connectors (7, 8) for coupling of the different modules; - a power interface system; - at least an electronic control system; - a power control system;
A method of adapting an optical image stabilizer for a camera, the method comprising: acquiring an image of a scene; obtaining image context associated with the image of the scene, wherein the image context comprises an average colour temperature associated with the image of the scene and an exposure time associated with the image of the scene; selecting a mode of operating the OIS, based on the obtained image context, the modes of operation comprising: an engaged mode in which the OIS is configured to counteract a range of camera movements; and a not engaged mode in which the OIS is configured to not to counteract any camera movements; and applying the OIS using the selected mode of operation, wherein the not engaged mode is selected if the average colour temperature associated with the image of the scene is at least a predetermined temperature and the exposure time of the camera is lower than a predetermined number of seconds. acquiring an image of a scene; obtaining image context associated with the image of the scene, wherein the image context comprises an average colour temperature associated with the image of the scene and an exposure time associated with the image of the scene; selecting a mode of operating the OIS, based on the obtained image context, the modes of operation comprising: an engaged mode in which the OIS is configured to counteract a range of camera movements; and a not engaged mode in which the OIS is configured to not to counteract any camera movements; and an engaged mode in which the OIS is configured to counteract a range of camera movements; and a not engaged mode in which the OIS is configured to not to counteract any camera movements; and applying the OIS using the selected mode of operation, wherein the not engaged mode is selected if the average colour temperature associated with the image of the scene is at least a predetermined temperature and the exposure time of the camera is lower than a predetermined number of seconds.
A weeding rotor, in particular for agricultural use, the rotor comprising: - a tubular shaft, which extends along a longitudinal axis, is motorized for rotating about the longitudinal axis and comprises a cylindrical structure (11; 26) and an interchangeable protective tube (12; 27; 36; 42), which is arranged about and fitted onto the cylindrical structure (11; 26) and is configured to glide on the ground; and - a plurality of working wires, each of which is housed in the tubular shaft and is configured for arranging two respective end portions through two respective openings (4, 18; 28, 29) of the tubular shaft (3; 25) out of the tubular shaft. - a tubular shaft, which extends along a longitudinal axis, is motorized for rotating about the longitudinal axis and comprises a cylindrical structure (11; 26) and an interchangeable protective tube (12; 27; 36; 42), which is arranged about and fitted onto the cylindrical structure (11; 26) and is configured to glide on the ground; and - a plurality of working wires, each of which is housed in the tubular shaft and is configured for arranging two respective end portions through two respective openings (4, 18; 28, 29) of the tubular shaft (3; 25) out of the tubular shaft.
An expandable tip assembly configured to address an occlusive thrombus within a blood vessel without distal embolic protection, comprising: an elongate member; an expandable and reconstrainable scaffold coupled to the distal end of the elongate member, the scaffold being adapted to radially self-expand from a non-expanded configuration to an expanded configuration and to transition from the expanded configuration to the non-expanded configuration upon unsheathing and re-sheathing of the scaffold; wherein the scaffold is eccentrically coupled to the distal end of the elongate member by a plurality of tether lines such that the scaffold is deployed offset from the distal end of the elongate member, thereby facilitating increased blood flow though the scaffold; wherein the scaffold comprises an open distal end without a distal embolic protection member or device; wherein a proximal end of the scaffold comprises a scooped-out section configured to facilitate re-sheathing of the scaffold; wherein the scaffold comprises a plurality of open cells defined by struts and connected by bridges; wherein each strut has two ends, with each end connected to one of the bridges; and wherein the open cells are sized to promote at least one of vessel reperfusion or thrombus removal, and wherein the scaffold has a chronic outward force per unit length that is non-zero and decreases by between 50% to 75% from an expansion diameter of 1.5 mm to an expansion diameter of 4.5 mm. an elongate member; an expandable and reconstrainable scaffold coupled to the distal end of the elongate member, the scaffold being adapted to radially self-expand from a non-expanded configuration to an expanded configuration and to transition from the expanded configuration to the non-expanded configuration upon unsheathing and re-sheathing of the scaffold;
An apparatus for grinding stumps, comprising: a rotatable stump grinding wheel (16, 40) including a plurality of teeth; a chassis interconnected to said stump grinding wheel (16, 40); a collector positioned adjacent the stump grinding wheel (16, 40); a bin mounted on said wheeled chassis; and a duct extending from said collector to said bin, characterized in that said stump grinding wheel (16, 40) includes a plurality of vanes which are curved to direct debris toward said collector, arid in that said collector is mounted to said chassis. a rotatable stump grinding wheel (16, 40) including a plurality of teeth; a chassis interconnected to said stump grinding wheel (16, 40); a collector positioned adjacent the stump grinding wheel (16, 40); a bin mounted on said wheeled chassis; and a duct extending from said collector to said bin, characterized in that said stump grinding wheel (16, 40) includes a plurality of vanes which are curved to direct debris toward said collector, arid in that said collector is mounted to said chassis.
A wireless charging platform for a wireless sensor network, the wireless charging platform comprising: a radio frequency energy distributor and data aggregator, REDDA, system that includes an interface connected to a network, wherein the REDDA system is configured to aggregate data from sensor nodes and wirelessly transmit power to the sensor nodes using a beamformed RF signal, wherein the REDDA system is configured to set a radiation pattern for the beamformed RF signal that achieves a QoS requirement. a radio frequency energy distributor and data aggregator, REDDA, system that includes an interface connected to a network, wherein the REDDA system is configured to aggregate data from sensor nodes and wirelessly transmit power to the sensor nodes using a beamformed RF signal, wherein the REDDA system is configured to set a radiation pattern for the beamformed RF signal that achieves a QoS requirement.
A mobile terminal comprising: a first frame; a second frame movable in a first direction from the first frame when a state of the mobile terminal converts from a first state to a second state in which a size of the mobile terminal becomes larger than in the first state, and slidable in a second direction opposite to the first direction when the state of the mobile terminal converts from the second state to the first state; a slide frame movable in the first direction or in the second direction with respect to the second frame; a flexible display unit including a first region coupled to the first frame, a second region coupled to the slide frame, and a third region positioned between the first region and the second region and bent to surround the second frame in the first direction; a tensioning belt having a first end fixed to the first frame and a second end coupled to the slide frame and configured to provide a pulling force to the slide frame in the second direction; a belt roller positioned at a second directional end of the second frame, wherein the tensioning belt is wound around the belt roller. a first frame; a second frame movable in a first direction from the first frame when a state of the mobile terminal converts from a first state to a second state in which a size of the mobile terminal becomes larger than in the first state, and slidable in a second direction opposite to the first direction when the state of the mobile terminal converts from the second state to the first state; a slide frame movable in the first direction or in the second direction with respect to the second frame; a flexible display unit including a first region coupled to the first frame, a second region coupled to the slide frame, and a third region positioned between the first region and the second region and bent to surround the second frame in the first direction; a tensioning belt having a first end fixed to the first frame and a second end coupled to the slide frame and configured to provide a pulling force to the slide frame in the second direction; a belt roller positioned at a second directional end of the second frame, wherein the tensioning belt is wound around the belt roller.
A wearable flexible terminal having a local area wireless communication function and configured to be used in combination with a separated mobile terminal, wherein the flexible terminal is adapted to be bent and/or folded, to sense an amount of deflection of the flexible terminal, and to display different information according to the amount of deflection of the flexible terminal, wherein the flexible terminal is adapted to be connected to the separated mobile terminal over a wireless local area network and the flexible terminal further comprises a transformation sensing unit adapted to sense an amount of deflection of the flexible terminal, wherein the flexible terminal is adapted to activate the local area wireless communication function when the flexible terminal is deflected by at least a reference amount, and characterized in that the flexible terminal is adapted to deactivate the local area wireless communication function when the flexible terminal is deflected by less than the reference amount.
A method of forming a vent port in a glass panel, the vent port discharging gas from a sealed space to the outside through a vent pipe-shaped sealant member (130, 230, 330, 430) and being formed in either one of a pair of plate glasses (100, 200, 300, 400, 500, 590) which are separated from each other in a thickness direction to form the sealed space therebetween, the method comprising: forming an exhaust hole (110, 210, 310, 410) in either one of the plate glasses (100, 200, 300, 400, 500, 590); vertically inserting the vent pipe-shaped sealant member (130, 230, 330, 430) into an upper portion of the exhaust hole (110, 210, 310, 410); discharging gas from a space between the plate glasses through the vent pipe-shaped sealant member to the outside; heating the sealant member (130, 230, 330, 430) such that the sealant member (130, 230, 330, 430) becomes a fluid and the exhaust hole (110, 210, 310, 410) is closed by the sealant member (130, 230, 330, 430) having collapsed after being heated; and solidifying the sealant member (130, 230, 330, 430) remaining in the exhaust hole (110, 210, 310, 410) to ensure good sealing properties characterised in that the sealant member (130, 230, 330, 430) comprises a heterogeneous structure wherein a portion adjoining the plate glass (100, 200, 300, 400, 500, 590) has a lower softening point than a portion not adjoining the plate glass (100, 200, 300, 400, 500, 590). forming an exhaust hole (110, 210, 310, 410) in either one of the plate glasses (100, 200, 300, 400, 500, 590); vertically inserting the vent pipe-shaped sealant member (130, 230, 330, 430) into an upper portion of the exhaust hole (110, 210, 310, 410); discharging gas from a space between the plate glasses through the vent pipe-shaped sealant member to the outside; heating the sealant member (130, 230, 330, 430) such that the sealant member (130, 230, 330, 430) becomes a fluid and the exhaust hole (110, 210, 310, 410) is closed by the sealant member (130, 230, 330, 430) having collapsed after being heated; and solidifying the sealant member (130, 230, 330, 430) remaining in the exhaust hole (110, 210, 310, 410) to ensure good sealing properties characterised in that the sealant member (130, 230, 330, 430) comprises a heterogeneous structure wherein a portion adjoining the plate glass (100, 200, 300, 400, 500, 590) has a lower softening point than a portion not adjoining the plate glass (100, 200, 300, 400, 500, 590).
A firing apparatus, in particular for lump fuel, having a combustion chamber and an air supply, wherein an air chamber connected to an air inlet is provided under a bottom of a fuel receiver, from which an upwardly projecting air supply is formed by a plurality of upwardly leading pipes arranged distributed over the majority of the periphery of the floor plan of the combustion chamber, each of which is in communication with the air chamber and is provided with a plurality of outlet openings arranged distributed over the height of the tube and directed against the combustion chamber, characterised in that the air supply occurs solely through the tubes arranged distributed over the majority of the periphery of the floor plan of the combustion chamber.
A method performed by a user equipment, UE,, the method comprising: receiving from a gNB information indicating a set of different synchronization signals, wherein the synchronization signals serve as references for obtaining or maintaining synchronization with the gNB wherein each synchronization signal is different from one another and corresponds to a different beam from among two or more beams used by the gNB and, maintaining synchronization with the gNB in conjunction with moving between coverage areas corresponding to the two or more beams by dynamically synchronizing or resynchronizing with at least one of the synchronization signals in the set, wherein the UE does not trigger a radio link failure as long as synchronisation can be obtained from the set. receiving from a gNB information indicating a set of different synchronization signals, wherein the synchronization signals serve as references for obtaining or maintaining synchronization with the gNB wherein each synchronization signal is different from one another and corresponds to a different beam from among two or more beams used by the gNB and, maintaining synchronization with the gNB in conjunction with moving between coverage areas corresponding to the two or more beams by dynamically synchronizing or resynchronizing with at least one of the synchronization signals in the set, wherein the UE does not trigger a radio link failure as long as synchronisation can be obtained from the set.
A pharmaceutical combination comprising: (i) triiodothyronine (T 3) or biochemical analogue thereof having a thyronine backbone and exhibits at least partial T 3 hormonal activity, and (ii) at least one anti-thyroid agent; wherein said combination is for use in the treatment of cancer in a subject that is receiving anti-cancer therapy and wherein the amount of T 3 or biochemical analogue thereof for daily administration is between about 5 μg and between about 40 μg. (i) triiodothyronine (T 3) or biochemical analogue thereof having a thyronine backbone and exhibits at least partial T 3 hormonal activity, and (ii) at least one anti-thyroid agent; wherein said combination is for use in the treatment of cancer in a subject that is receiving anti-cancer therapy and wherein the amount of T 3 or biochemical analogue thereof for daily administration is between about 5 μg and between about 40 μg.
A method for connecting a first component to a second component, with an axial lock between these two components (1, 2) being established by means of caulking, wherein a axial lock between the two components (1, 2) is established by deforming, by means of a caulking tool, a lug formed on the first component into a recess formed on the second component, characterized in that the second component is provided with teeth, and that also the caulking tool is provided with teeth interacting with the teeth of the second component in the manner of a linear guide during caulking.
A method of removing propylene carbonate from a mixture containing polyether carbonate polyol and propylene carbonate, the method comprising adding water to said mixture; centrifuging the mixture to separate the mixture into an underlying solution containing polyether carbonate polyol and an overlying solution containing propylene carbonate; and isolating and removing the overlying solution therefrom to recover the polyether carbonate polyol. adding water to said mixture; centrifuging the mixture to separate the mixture into an underlying solution containing polyether carbonate polyol and an overlying solution containing propylene carbonate; and isolating and removing the overlying solution therefrom to recover the polyether carbonate polyol.
Pressure-stable cylinder/piston unit which blocks water vapor and oxygen and is designed for a needle-free injector, with a chamber arranged in a cylinder and designed for long-term and sterile storage of an injection solution, an end wall with at least one nozzle bore or one outlet element, a pressure-stable outer cylinder, and a pressure-stable piston arranged movably in the chamber and blocking water vapor and oxygen, - wherein the chamber is designed with a first chamber and a second, concentric chamber, wherein the cross section of the first chamber is greater than the cross section of the second chamber, and - wherein each nozzle bore or each outlet element is closed in a sterile manner by a membrane (26, 27) that blocks water vapor and oxygen and that opens at an overpressure, characterized in that the piston, consisting of an inner piston body and a flange with an outer, squeezable piston ring, is designed such that it blocks water vapor and oxygen, is pressure-stable and closes in a sterile manner. - wherein the chamber is designed with a first chamber and a second, concentric chamber, wherein the cross section of the first chamber is greater than the cross section of the second chamber, and - wherein each nozzle bore or each outlet element is closed in a sterile manner by a membrane (26, 27) that blocks water vapor and oxygen and that opens at an overpressure, characterized in that the piston, consisting of an inner piston body and a flange with an outer, squeezable piston ring, is designed such that it blocks water vapor and oxygen, is pressure-stable and closes in a sterile manner.
A mass-damping apparatus (10, 20, 110) coupled to a wind tunnel model to damp vibrations of the model, comprising: first (24, 114) and second (26, 116) pressure chambers containing a gas; a mass (32, 120) configured to move back and forth between the pressure chambers in a substantially airtight manner and thereby to alter gas pressure within each pressure chamber, said mass having a weight in a range of 0.5 to 10 percent of a weight of the wind tunnel model; at least one spring (34, 124; 38, 126) configured to exert a position-dependent force upon the mass, a spring constant of said at least one spring being based on a natural frequency of an object selected from the group consisting of the wind tunnel model and a support structure for the wind tunnel model; and a passageway (42, 128) configured to allow the gas to pass between the chambers. first (24, 114) and second (26, 116) pressure chambers containing a gas; a mass (32, 120) configured to move back and forth between the pressure chambers in a substantially airtight manner and thereby to alter gas pressure within each pressure chamber, said mass having a weight in a range of 0.5 to 10 percent of a weight of the wind tunnel model; at least one spring (34, 124; 38, 126) configured to exert a position-dependent force upon the mass, a spring constant of said at least one spring being based on a natural frequency of an object selected from the group consisting of the wind tunnel model and a support structure for the wind tunnel model; and a passageway (42, 128) configured to allow the gas to pass between the chambers.
A mounting bracket for a slide assembly comprising: a side wall, an end wall substantially perpendicular to the side wall, and at least one installation member connected to the end wall; a stop is pivotably connected to the side wall and has a first portion and a middle portion connected to the first portion, the middle portion has a first end portion, and a resilient member provides a force to the stop to position the first end portion of the stop to be located corresponding to the end wall, the side wall has a face, the stop having a second portion connected to the middle portion, characterized in that at least one of the first portion and the second portion having an extension section located corresponding to the face of the side wall, the extension section responding to the force of the resilient member and abutting against the face of the side wall. a side wall, an end wall substantially perpendicular to the side wall, and at least one installation member connected to the end wall; a stop is pivotably connected to the side wall and has a first portion and a middle portion connected to the first portion, the middle portion has a first end portion, and a resilient member provides a force to the stop to position the first end portion of the stop to be located corresponding to the end wall, the side wall has a face, the stop having a second portion connected to the middle portion, characterized in that at least one of the first portion and the second portion having an extension section located corresponding to the face of the side wall, the extension section responding to the force of the resilient member and abutting against the face of the side wall.