mhurhangee/ep-ind-claims huggingface dataset:
A delayed release pharmaceutical composition of duloxetine or its pharmaceutically acceptable salts comprising: a) an inert core loaded with duloxetine or its pharmaceutically acceptable salts. b) an optional separating layer. c) an enteric coating over the sub coating with carboxymethyl ethyl cellulose and povidone; and d) an optional finishing layer. a) an inert core loaded with duloxetine or its pharmaceutically acceptable salts. b) an optional separating layer. c) an enteric coating over the sub coating with carboxymethyl ethyl cellulose and povidone; and d) an optional finishing layer.
A spinal screw fixation device, comprising: a spinal screw having an oblique perforation hole; a fixing screw passing through the oblique perforation hole; and a locking plate having two locking holes (1061, 1062) through which the spinal screw and the fixing screw pass, wherein the spinal screw, the fixing screw and the locking plate constitute a three-point fixed structure, wherein one of the spinal screw and the fixing screw is a pedicle screw, and the other of the spinal screw and the fixing screw is a cortical screw. a spinal screw having an oblique perforation hole; a fixing screw passing through the oblique perforation hole; and a locking plate having two locking holes (1061, 1062) through which the spinal screw and the fixing screw pass, wherein the spinal screw, the fixing screw and the locking plate constitute a three-point fixed structure, wherein one of the spinal screw and the fixing screw is a pedicle screw, and the other of the spinal screw and the fixing screw is a cortical screw.
A method of manufacturing end-group components for superconducting accelerator cavity used in acceleration of charged particles, by manufacturing said end-group components from a sheet material of pure niobium by press forming composed of flat-bottomed cylindrical drawing, and characterized in that a blank of the pure niobium sheet material is of a non-circular anisotropic shape determined from measured values of plastic strain ratio and the following hypothetical power equation: D θ = D 0 r 45 / r θ J wherein D θ: a blank diameter in a direction of an angle θ from rolling direction, D 0: a blank diameter in 45° direction from rolling direction, r θ: plastic strain ratio in a direction of an angle θ from rolling direction, r 45: plastic strain ratio in a direction of 45° from rolling direction, J: constant selected between the range (1/10~1/13). wherein D θ: a blank diameter in a direction of an angle θ from rolling direction, D 0: a blank diameter in 45° direction from rolling direction, r θ: plastic strain ratio in a direction of an angle θ from rolling direction, r 45: plastic strain ratio in a direction of 45° from rolling direction, J: constant selected between the range (1/10~1/13).
A method for wireless communications, comprising: receiving training signals transmitted from a device using a set of sectors; deriving, from the set of sectors, at least one preferred sector; providing, as feedback to the device, an indication of the at least one preferred sector to the device, wherein the feedback is provided by sweeping through a set of transmit directions related to sectors; receiving training signals transmitted from the device using at least one set of beams, wherein the at least one set of beams is derived from the at least one preferred sector; deriving, from the at least one set of beams, at least one preferred beam; and providing, as feedback to the device, an indication of the at least one preferred beam to the device, wherein the feedback is provided by using the at least one preferred sector; and wherein a sector is an antenna pattern covering a region of space, and wherein a beam is an antenna pattern covering a region in space smaller than the region in space covered by the sector. receiving training signals transmitted from a device using a set of sectors; deriving, from the set of sectors, at least one preferred sector; providing, as feedback to the device, an indication of the at least one preferred sector to the device, wherein the feedback is provided by sweeping through a set of transmit directions related to sectors; receiving training signals transmitted from the device using at least one set of beams, wherein the at least one set of beams is derived from the at least one preferred sector; deriving, from the at least one set of beams, at least one preferred beam; and providing, as feedback to the device, an indication of the at least one preferred beam to the device, wherein the feedback is provided by using the at least one preferred sector; and wherein a sector is an antenna pattern covering a region of space, and wherein a beam is an antenna pattern covering a region in space smaller than the region in space covered by the sector.
A touch panel (100, 300, 500) comprising: a substrate having a first surface and a second surface opposite to the first surface; an intermediate layer on the first surface of the substrate; a transparent electrode on the intermediate layer; the touch panel (100, 300, 500) being characterized in that it comprises an outer dummy layer formed on a dummy area of the first surface around an effective area for detecting a position of an input device; wherein the outer dummy layer is in direct physical contact with the first surface of the substrate, wherein the second surface of the substrate is a contact surface for an input device, wherein the transparent electrode includes indium tin oxide, the content of tin being 10% or less. a substrate having a first surface and a second surface opposite to the first surface; an intermediate layer on the first surface of the substrate; a transparent electrode on the intermediate layer; the touch panel (100, 300, 500) being characterized in that it comprises an outer dummy layer formed on a dummy area of the first surface around an effective area for detecting a position of an input device; wherein the outer dummy layer is in direct physical contact with the first surface of the substrate, wherein the second surface of the substrate is a contact surface for an input device, wherein the transparent electrode includes indium tin oxide, the content of tin being 10% or less.
A child-resistant package, comprising: an inner tray; an outer sleeve to receive the inner tray therein; at least one locking tab coupled on a side of the inner tray; and at least one locking slot on a side of the outer sleeve and aligned with the locking tab when the inner tray is slideably engaged with the outer sleeve; the locking tab comprising memory properties to allow the locking tab to releasably engage the locking slot when the inner tray engages the outer sleeve, wherein the inner tray comprises opposing side walls (110, 111), said child-resistant package being characterized in that the at least one locking tab is hingedly coupled to an upper edge of one of the inner tray side walls (110, 111). an inner tray; an outer sleeve to receive the inner tray therein; at least one locking tab coupled on a side of the inner tray; and at least one locking slot on a side of the outer sleeve and aligned with the locking tab when the inner tray is slideably engaged with the outer sleeve;
A child carrier and docking assembly adapted to be removably mounted to a bicycle, moped, electric bike or the like, said assembly comprising a child carrier unit which is in the form of a hybrid child seat and stroller adapted to connect to a docking unit of the assembly, said docking unit comprising two units, one first unit being an adapter adapted to be fixated to the bicycle, moped, electric bike or the like, and one second unit arranged to be fixated to or integrated into the child carrier unit, wherein the second unit is arranged to be pulled onto and grip around the first unit so that the child carrier unit can be locked to and released from the bicycle, respectively, wherein the first unit comprises a handle which is arranged to be pulled out when the child carrier unit is intended to be released from the bicycle, moped, electric bike or the like, said handle having two end positions, one first end position where the handle is in a locked state and where an interconnecting unit of the first unit is in connection to, fixating and locking the second unit, and one second end position in an open state where the handle is in a fully extended position and where the interconnecting unit is released from the second unit, wherein when the handle is in a locked state then the interconnecting unit is extended downwards and passes a portion of the second unit to fixate the second unit and lock the hybrid child seat and stroller and second unit to the first unit. wherein the second unit is arranged to be pulled onto and grip around the first unit so that the child carrier unit can be locked to and released from the bicycle, respectively, wherein the first unit comprises a handle which is arranged to be pulled out when the child carrier unit is intended to be released from the bicycle, moped, electric bike or the like, said handle having two end positions, one first end position where the handle is in a locked state and where an interconnecting unit of the first unit is in connection to, fixating and locking the second unit, and one second end position in an open state where the handle is in a fully extended position and where the interconnecting unit is released from the second unit, wherein when the handle is in a locked state then the interconnecting unit is extended downwards and passes a portion of the second unit to fixate the second unit and lock the hybrid child seat and stroller and second unit to the first unit.
A method of producing a porous silicon carbide product, said method comprising: - preparing a mixture comprising silicon, carbon, at least one silicide forming and carbide forming agent and at least one alloy forming agent; wherein said at least one silicide forming and carbide forming agent comprises a group 13 element, such as Al, or a group 12 element, such as Zn or a group 2 element, such as Mg; wherein said at least one alloy forming agent comprises Cu; - producing a monolith structure by processing said mixture; - applying heating to said monolithic structure, wherein said applying heating comprises performing pyrolysis of said produced monolithic structure in a controlled atmosphere at a temperature between 700 and 1000 °C for a period between 1 and 24 h; and wherein said at least one alloy forming agent is, after performing said pyrolysis, in a concentration between 0.1 and 0.9 at.%, such as 0.5 at.%. - preparing a mixture comprising silicon, carbon, at least one silicide forming and carbide forming agent and at least one alloy forming agent; wherein said at least one silicide forming and carbide forming agent comprises a group 13 element, such as Al, or a group 12 element, such as Zn or a group 2 element, such as Mg; wherein said at least one alloy forming agent comprises Cu; - producing a monolith structure by processing said mixture; - applying heating to said monolithic structure, wherein said applying heating comprises performing pyrolysis of said produced monolithic structure in a controlled atmosphere at a temperature between 700 and 1000 °C for a period between 1 and 24 h;
A method of simulating accelerations for a person on whom a principal acceleration acts which is essentially generated by the rotation of the person at a distance about a main axis and through gravitational acceleration, - wherein the value and the direction of the principal acceleration are at least determined by the gravitational acceleration, tangential acceleration and radial acceleration - wherein the position of the person in relation to the direction of the principal acceleration is essentially determined by rotating and/or positioning the person about at least two secondary axes, - wherein the secondary axes run through a centre which lies is the area of the person, - wherein in the event of a change in the value and the direction of the principal acceleration, primary faulty forces act on the person which are at least partially compensated by rotating the person about the secondary axes, - and wherein through rotating the person about the secondary axes secondary faulty forces act on the person - wherein the rotations are carried out by drives of the main axis and the at least two secondary axes - and wherein the drives are controlled and/or actively regulated, characterised in that through rotating and positioning the person about three secondary axes the secondary faulty forces are reduced, in that the angular accelerations caused by primary faulty forces and the angular accelerations caused by secondary faulty forces are below or in the region of the stimulation threshold of the person, in that at least one control unit to control and/or actively regulate drives to move the supporting elements (16, 17, 18) and a moving device is provided, and in that the movement of the drives of the supporting elements (16, 17, 18) about the secondary axes (19, 20, 21) is controlled and/or actively regulated by the control unit in such a way that the movement is below or in the region of the stimulation threshold of the person. - wherein the value and the direction of the principal acceleration are at least determined by the gravitational acceleration, tangential acceleration and radial acceleration - wherein the position of the person in relation to the direction of the principal acceleration is essentially determined by rotating and/or positioning the person about at least two secondary axes, - wherein the secondary axes run through a centre which lies is the area of the person, - wherein in the event of a change in the value and the direction of the principal acceleration, primary faulty forces act on the person which are at least partially compensated by rotating the person about the secondary axes, - and wherein through rotating the person about the secondary axes secondary faulty forces act on the person - wherein the rotations are carried out by drives of the main axis and the at least two secondary axes - and wherein the drives are controlled and/or actively regulated,
A bicycle light for mounting to a bicycle handlebar, comprising: an elongate light pipe; mounting means (5, 6, 20, 21) for mounting the light pipe generally parallel to the bicycle handlebar, with a reflective rear face of the light pipe adjacent to the handlebar so that light reflected from the reflective rear face exits the light pipe in a direction away from the handlebar; characterised in that the bicycle light comprises:; two LEDs mounted to emit light into respective ends of the light pipe; two heat sinks, each in thermal contact with a respective one of said LEDs and arranged such that, when the bicycle light is mounted to the bicycle handlebar by the mounting means (5, 6, 20, 21), the heat sinks are in thermal contact with the handlebar and can transfer heat from their respective LED into the bicycle handlebar by conduction. an elongate light pipe; mounting means (5, 6, 20, 21) for mounting the light pipe generally parallel to the bicycle handlebar, with a reflective rear face of the light pipe adjacent to the handlebar so that light reflected from the reflective rear face exits the light pipe in a direction away from the handlebar;; two LEDs mounted to emit light into respective ends of the light pipe; two heat sinks, each in thermal contact with a respective one of said LEDs and arranged such that, when the bicycle light is mounted to the bicycle handlebar by the mounting means (5, 6, 20, 21), the heat sinks are in thermal contact with the handlebar and can transfer heat from their respective LED into the bicycle handlebar by conduction.
A device comprising: a. a handpiece having one or more attachment ports (47, 48, 52, 54, 56, 57) and one or more tracks; b. a tubeset having one or more attachment features for connecting the tubeset to the one or more attachment ports in the handpiece; c. a removable tip having an attachment arm for attaching to the one or more attachment ports in the handpiece; wherein the device comprises one or more of the following: a) the handpiece includes an attachment port that attaches the handpiece to an active lead and a return lead and the device is adapted to use only the active lead or both leads so that the device can switch between bi-polar energy and mono-polar energy; b) the tubeset has one or more fluid conduits (82, 88) that are in fluid communication with the removable tip, wherein the removable tip is located at a distal end of the device; and c) the handpiece connects to one or more electrical input lines; the tubeset connects to one or more fluid lines (84, 90), and the removable tip is free of direct connection to both the one or more electrical input lines and the one or more fluid lines(84, 90); and wherein at least one of the one or more attachment features is a spring rail (130, 134, 140, 144, 148) so that during installation the spring rail (130, 134, 140, 144, 148) is deflected by the one or more tracks so that the spring rail (130, 134, 140, 144, 148) and the one or more tracks forms an interference fit. a. a handpiece having one or more attachment ports (47, 48, 52, 54, 56, 57) and one or more tracks; b. a tubeset having one or more attachment features for connecting the tubeset to the one or more attachment ports in the handpiece; c. a removable tip having an attachment arm for attaching to the one or more attachment ports in the handpiece; a) the handpiece includes an attachment port that attaches the handpiece to an active lead and a return lead and the device is adapted to use only the active lead or both leads so that the device can switch between bi-polar energy and mono-polar energy; b) the tubeset has one or more fluid conduits (82, 88) that are in fluid communication with the removable tip, wherein the removable tip is located at a distal end of the device; and c) the handpiece connects to one or more electrical input lines; the tubeset connects to one or more fluid lines (84, 90), and the removable tip is free of direct connection to both the one or more electrical input lines and the one or more fluid lines(84, 90); and
An Environmental Control System - ECS - for an aircraft, comprising: a ram air system including a ram inlet and a ram outlet; and a cabin air compressor motor including a motor inlet passage and a motor outlet passage, the motor inlet passage being coupled to the ram inlet; characterized in that it further comprises a diverter valve including a first diverter inlet, a first diverter outlet, and a second diverter outlet, the first diverter inlet being coupled to the motor outlet passage; and a dedicated outlet connected to the first diverter outlet; wherein the ram outlet is connected to the second diverter outlet; the diverter valve being configured such that the dedicated outlet is selectively connectable to the first diverter inlet in a flight mode of operation of the aircraft, and the ram outlet is selectively connectable to the first diverter inlet in a ground mode of operation of the aircraft. a ram air system including a ram inlet and a ram outlet; and a cabin air compressor motor including a motor inlet passage and a motor outlet passage, the motor inlet passage being coupled to the ram inlet; characterized in that it further comprises a diverter valve including a first diverter inlet, a first diverter outlet, and a second diverter outlet, the first diverter inlet being coupled to the motor outlet passage; and a dedicated outlet connected to the first diverter outlet; wherein the ram outlet is connected to the second diverter outlet; the diverter valve being configured such that the dedicated outlet is selectively connectable to the first diverter inlet in a flight mode of operation of the aircraft, and the ram outlet is selectively connectable to the first diverter inlet in a ground mode of operation of the aircraft. a diverter valve including a first diverter inlet, a first diverter outlet, and a second diverter outlet, the first diverter inlet being coupled to the motor outlet passage; and a dedicated outlet connected to the first diverter outlet; wherein the ram outlet is connected to the second diverter outlet; the diverter valve being configured such that the dedicated outlet is selectively connectable to the first diverter inlet in a flight mode of operation of the aircraft, and the ram outlet is selectively connectable to the first diverter inlet in a ground mode of operation of the aircraft.
An earring support for an earring having an earring post, the earring support comprising: a retainer plate having a post hole formed therein, a first face configured for engaging an ear, and a second face opposite said first face; a fastening clip at said second face, said fastening clip configured for engaging an earring post passing through said post hole; said retainer plate having a stabilizing support, said stabilizing support having an attachment point affixed at an attachment intersection on said retainer plate, characterized by said stabilizing support terminating at a free end, said stabilizing support extending in a spiral from said retainer plate to said free end of said stabilizing support, said free end being spaced apart from said retainer plate, said free end being at a position which is one of clockwise or counterclockwise from said attachment intersection when viewing said retainer plate in a direction towards said second face of said retainer plate. a retainer plate having a post hole formed therein, a first face configured for engaging an ear, and a second face opposite said first face; a fastening clip at said second face, said fastening clip configured for engaging an earring post passing through said post hole; said retainer plate having a stabilizing support, said stabilizing support having an attachment point affixed at an attachment intersection on said retainer plate, characterized by said stabilizing support terminating at a free end, said stabilizing support extending in a spiral from said retainer plate to said free end of said stabilizing support, said free end being spaced apart from said retainer plate, said free end being at a position which is one of clockwise or counterclockwise from said attachment intersection when viewing said retainer plate in a direction towards said second face of said retainer plate.
An evolved Node B (108, 110) comprising processing circuitry (704, 706) adapted to: connect to a plurality of mobility management entities (112, 114); determine a first mobility management entity of the plurality of mobility management entities (112, 114) is dedicated to handle network traffic associated with a first priority level, which is lower than a second priority level associated with other network traffic; and select the first mobility management entity for a user equipment based on an indication that the user equipment is to generate network traffic associated with the first priority level. connect to a plurality of mobility management entities (112, 114); determine a first mobility management entity of the plurality of mobility management entities (112, 114) is dedicated to handle network traffic associated with a first priority level, which is lower than a second priority level associated with other network traffic; and select the first mobility management entity for a user equipment based on an indication that the user equipment is to generate network traffic associated with the first priority level.
A flexible container (20, 220) holding a concentrate (40, 240), said container comprising: a flexible body holding said concentrate, a spout (30,230), a filter element (60, 260) disposed in said spout, said filter element comprising a filter and an attachment element configured to attach to a water source, characterized in that said attachment element comprises screw threads sized to connect with the screw threads of a water hose, a bottle, or both.