mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical unit dosage form for use in the treatment of an "off" episode in a subject having Parkinson's disease, wherein the pharmaceutical unit dosage form is a film having a first portion comprising apomorphine particles comprising an acid addition salt of apomorphine and a second portion comprising a pH neutralizing agent; wherein the film is to be sublingually administered to the subject, wherein the film comprises an acid addition salt of apomorphine in an amount sufficient to produce following administration to the subject: (i) an apomorphine plasma concentration of at least 2.64 ng/mL within 30 minutes, and (ii) an apomorphine Cmax of 2.64 ng/mL to 10 ng/mL. wherein the pharmaceutical unit dosage form is a film having a first portion comprising apomorphine particles comprising an acid addition salt of apomorphine and a second portion comprising a pH neutralizing agent; wherein the film is to be sublingually administered to the subject, wherein the film comprises an acid addition salt of apomorphine in an amount sufficient to produce following administration to the subject: (i) an apomorphine plasma concentration of at least 2.64 ng/mL within 30 minutes, and (ii) an apomorphine Cmax of 2.64 ng/mL to 10 ng/mL. (i) an apomorphine plasma concentration of at least 2.64 ng/mL within 30 minutes, and (ii) an apomorphine Cmax of 2.64 ng/mL to 10 ng/mL.
A method performed by a terminal for using listen before talk, LBT, procedure in a wireless communication system, comprising: identifying uplink data to be transmitted on a serving cell, the serving cell operating on an unlicensed band; in case that the uplink data corresponds to a medium access control, MAC, protocol data unit, PDU, for a configured uplink grant, selecting a channel access priority class, CAPC, index for the uplink data; performing a channel access procedure based on the selected CAPC index; and transmitting, to a base station, the uplink data on the serving cell, in case that a channel for the serving cell is identified to be idle, the method is characterized by the selecting the CAPC index for the uplink data comprises identifying whether the uplink data includes dedicated control channel, DCCH, service data unit, SDU; and selecting the CAPC index as a CAPC index of a DCCH based on the uplink data including the DCCH SDU. identifying uplink data to be transmitted on a serving cell, the serving cell operating on an unlicensed band; in case that the uplink data corresponds to a medium access control, MAC, protocol data unit, PDU, for a configured uplink grant, selecting a channel access priority class, CAPC, index for the uplink data; performing a channel access procedure based on the selected CAPC index; and transmitting, to a base station, the uplink data on the serving cell, in case that a channel for the serving cell is identified to be idle, the method is characterized by the selecting the CAPC index for the uplink data comprises identifying whether the uplink data includes dedicated control channel, DCCH, service data unit, SDU; and selecting the CAPC index as a CAPC index of a DCCH based on the uplink data including the DCCH SDU.
Pneumatically operable work apparatus , in particular for use in body construction in the automotive industry, having an in particular double-acting cylinder which has a cylinder housing , a piston that is displaceable in the latter, and a linearly displaceable piston rod , which is connected to the piston and passes out of the cylinder housing , for actuating an arm, in particular a clamping arm or pivoting arm of the work apparatus, wherein that region of the piston rod that is arranged outside the piston housing is arranged within a head housing of the work apparatus and the piston rod within the head housing holds at least one switching element , and having a device , connected to the head housing , for sensing and scanning at least one position of the switching element , wherein the head housing has two housing parts that are connected together and the device is arranged in a separating region of the two housing parts , wherein the device for sensing and scanning has a first component for sensing the at least one position of the switching element and a second, separate component for scanning the at least one position of the switching element , wherein the first component is mounted in and between the two housing parts , and the first component has, on a side facing an interior of the head housing , sensing means for sensing the at least one position of the switching element and the first component has, on a side facing an exterior of the head housing , first electrical contact means which cooperate with the sensing means , wherein the second component is arranged in the region of the side facing the exterior of the head housing and is connected to the head housing , and the second component has second electrical contact means which make contact with the first contact means and has output means cooperating with the second contact means , wherein the output means output the at least one position of the switching element sensed by means of the sensing means , wherein the output means have an electrical connection for an external device, characterized in that the two components of the device for sensing and scanning at least one position of the switching element make electrical contact when the second component is connected to the head housing with the first component already mounted in the head housing .
A method of operating a washing machine whereby the washing machine comprises at least one tub in which the washing process is carried out; at least one drum located inside the tub, which is rotatable at different rotational speeds in the tub, and into which the items to be washed are loaded; at least one door for allowing access to the drum; and at least one ultraviolet light source for transmitting ultraviolet light into the drum, the method comprising the steps of: - transmitting ultraviolet light into the drum by activating the ultraviolet light source; - for a third period of time, wherein the ultraviolet light source is activated and which is in the range of 1-2 minutes, repeating the steps of: • rotating the drum for a first period of time, which is in the range of 10-20 seconds, at a first rotational speed; • stopping the drum for a second period of time, which is in the range of 10-20 seconds, following the first period of time; - following the third period of time, for a sixth period of time, wherein the ultraviolet light source is activated and which is in the range of 30-50 minutes, repeating the steps of: • rotating the drum for a fourth period of time, which is in the range of 5-10 seconds, at a second rotational speed, which is different from the first rotational speed; • stopping the drum for a fifth period of time, which is in the range of 180-300 seconds, following the fourth period of time; - transmitting ultraviolet light into the drum by activating the ultraviolet light source; - for a third period of time, wherein the ultraviolet light source is activated and which is in the range of 1-2 minutes, repeating the steps of: • rotating the drum for a first period of time, which is in the range of 10-20 seconds, at a first rotational speed; • stopping the drum for a second period of time, which is in the range of 10-20 seconds, following the first period of time; • rotating the drum for a first period of time, which is in the range of 10-20 seconds, at a first rotational speed; • stopping the drum for a second period of time, which is in the range of 10-20 seconds, following the first period of time; - following the third period of time, for a sixth period of time, wherein the ultraviolet light source is activated and which is in the range of 30-50 minutes, repeating the steps of: • rotating the drum for a fourth period of time, which is in the range of 5-10 seconds, at a second rotational speed, which is different from the first rotational speed; • stopping the drum for a fifth period of time, which is in the range of 180-300 seconds, following the fourth period of time; • rotating the drum for a fourth period of time, which is in the range of 5-10 seconds, at a second rotational speed, which is different from the first rotational speed; • stopping the drum for a fifth period of time, which is in the range of 180-300 seconds, following the fourth period of time;
Device for measuring shear properties of asphalt, consisting of a steel hollow cylindrical socket equipped at its bottom with an inner edge, being an internal annular protrusion, on which rests an inner flange to accommodate a cylindrical testing specimen with an outer diameter that corresponds to the inner diameter of the socket , and with a central cylindrical open hole in it, such that a steel insert , also forming part of the device and having an outer diameter that corresponds to the inner diameter of the cylindrical open hole can be inserted into the open hole through the testing specimen , wherein the steel insert is equipped with an outer edge, being an outer annular protrusion with respect to the outer diameter, which in use rests on a washer and a clamp for fixing into the testing device, wherein the size of the radial clearance between the inner flange and the washer can be adjusted from 5 to 60 mm, wherein measuring probes are connected to the steel insert , capable of measuring the displacement of the steel insert , wherein a testing procedure consists of applying controlled load or displacement in downward direction to the steel insert , wherein the load is transferred through the outer edge, the washer , the testing specimen and the inner flange , to be absorbed by the inner edge of the socket , such that the testing specimen experiences the load as shear load.
A stent comprising: a first end portion and a second end portion ; an elongate body comprising a coiled wire disposed therealong, the coiled wire spanning between the first end portion and the second end portion , and defining a lumen there through; a safety wire comprising a proximal end and a distal end, disposed through the lumen and fixed with respect to each of the first and second end portions of the coiled wire, characterized by : a proximal end cap fixed to the proximal end of the safety wire and a distal end cap fixed to the distal end of the safety wire, each of the proximal and distal end caps are fixed with respect to first and second ends of the coiled wire, wherein at least one of the proximal and distal end caps comprises a window configured to receive the safety wire there through, and configured to allow access to the safety wire to join the safety wire and the respective end cap. a first end portion and a second end portion ; an elongate body comprising a coiled wire disposed therealong, the coiled wire spanning between the first end portion and the second end portion , and defining a lumen there through; a safety wire comprising a proximal end and a distal end, disposed through the lumen and fixed with respect to each of the first and second end portions of the coiled wire, characterized by : a proximal end cap fixed to the proximal end of the safety wire and a distal end cap fixed to the distal end of the safety wire, each of the proximal and distal end caps are fixed with respect to first and second ends of the coiled wire, wherein at least one of the proximal and distal end caps comprises a window configured to receive the safety wire there through, and configured to allow access to the safety wire to join the safety wire and the respective end cap. a proximal end cap fixed to the proximal end of the safety wire and a distal end cap fixed to the distal end of the safety wire, each of the proximal and distal end caps are fixed with respect to first and second ends of the coiled wire, wherein at least one of the proximal and distal end caps comprises a window configured to receive the safety wire there through, and configured to allow access to the safety wire to join the safety wire and the respective end cap.
Integrated device for separating a mixture of carbon dioxide and at least one other gas and separation of air by distillation of air comprising a unit for separating (CPU) a gaseous mixture comprising carbon dioxide and at least one other gas for producing a gas enriched with carbon dioxide and a carbon dioxide-depleted gas and an air separation unit (ASU) by cryogenic distillation for producing at least one gaseous flow enriched with nitrogen , a water cooling tower by direct contact as well as a pipe for sending water to the top of the tower, a pipe for sending at least some of the gaseous flow enriched with nitrogen at a lower level of the tower, a cooled water pipe for drawing the cooled water from the tower and means for cooling the air upstream from the air separation unit, the cooled water pipe being connected to the inlet and/or to the outlet of the unit for separating the gaseous mixture, characterised in that the cooled water pipe is connected to the means for cooling the air upstream from the air separation unit and in that the pipe for sending at least some of the gaseous flow enriched with nitrogen from the air separation unit is connected to the lower level of the cooling tower without passing through a turbine or an exchanger intended for cooling the gaseous mixture.
A pneumatic emergency unit in the form of a rescue cushion, rescue tent or an emergency bath and consisting of a) a hose frame which comprises interconnected inflatable tubes , b) a tarpaulin carried by this hose frame , and c) a detection device for the air pressure, which has a compressed-air sensor connected to the inner region of the hose frame and an optical and/or acoustic display unit connected to the compressed-air sensor and configured to output a warning when the air pressure drops, which display unit is arranged on a partial region of the emergency unit which is not covered by the tarpaulin and faces a user, in particular is fixedly connected to the hose frame , wherein the pneumatic emergency unit is configured to a) detect an air pressure value in the hose frame by means of the air pressure sensor and, if the air pressure is not already available as an electrical measured value, convert the air pressure value into an electrical measured value, b) evaluate the electrical measured value to determine whether the electrical measured value is above or below a critical pressure value and, if the electrical signal is below the critical pressure value, is configured to c) generate an electrical command which, in order to output the warning, causes the display unit to output an optical and/or acoustic signal. a) detect an air pressure value in the hose frame by means of the air pressure sensor and, if the air pressure is not already available as an electrical measured value, convert the air pressure value into an electrical measured value, b) evaluate the electrical measured value to determine whether the electrical measured value is above or below a critical pressure value and, if the electrical signal is below the critical pressure value, is configured to c) generate an electrical command which, in order to output the warning, causes the display unit to output an optical and/or acoustic signal.
A data processing apparatus comprising: a detector comprising a plurality of sensor elements to detect events in response to changes in light incident upon the detector from an eye of a user; processing circuitry to calculate a gaze direction of the eye of the user in dependence upon an output signal from the detector indicative of the detected events, the output signal being generated by a sensor element of the plurality of sensor elements when light incident upon the sensor element satisfies a criterion used for event detection, the processing circuitry being configured to calculate the gaze direction in response to the detected events; and rendering circuitry to render an image frame in accordance with the calculated gaze direction, in which the rendering circuitry is configured to: perform rendering operations for a first group of image pixels in the image frame; select a second group of image pixels in the image frame in dependence upon the calculated gaze direction, the second group of image pixels being different from the first group of image pixels; and perform rendering operations for the second group of image pixels in the image frame. a detector comprising a plurality of sensor elements to detect events in response to changes in light incident upon the detector from an eye of a user; processing circuitry to calculate a gaze direction of the eye of the user in dependence upon an output signal from the detector indicative of the detected events, the output signal being generated by a sensor element of the plurality of sensor elements when light incident upon the sensor element satisfies a criterion used for event detection, the processing circuitry being configured to calculate the gaze direction in response to the detected events; and rendering circuitry to render an image frame in accordance with the calculated gaze direction, in which the rendering circuitry is configured to: perform rendering operations for a first group of image pixels in the image frame; select a second group of image pixels in the image frame in dependence upon the calculated gaze direction, the second group of image pixels being different from the first group of image pixels; and perform rendering operations for the second group of image pixels in the image frame. perform rendering operations for a first group of image pixels in the image frame; select a second group of image pixels in the image frame in dependence upon the calculated gaze direction, the second group of image pixels being different from the first group of image pixels; and perform rendering operations for the second group of image pixels in the image frame.
A non-woven fibrous web comprising: a plurality of first fibers that are melt blown fibers comprising one or more thermoplastic semicrystalline polyesters and having a median diameter of up to 10 micrometers, and a plurality of second fibers comprising one or more thermoplastic semicrystalline polyesters and having a median diameter greater than 10 micrometers; wherein the plurality of second fibers are staple fibers interspersed within the plurality of first fibers; wherein the non-woven fibrous web has one or more layers processed in situ to provide one or more densified layers, respectively, alongside one or more adjacent layers within a unitary construction, the one or more densified layers being densified relative to a remaining portion of the non-woven fibrous web, and at least one major surface processed to form at least one of said one or more densified layers; and wherein the fibers of the non-woven fibrous web are bonded with substantially no melting of the fibers or loss of their fiber structure, so that the fibers remain as discrete fibers with their original fiber dimensions. a plurality of first fibers that are melt blown fibers comprising one or more thermoplastic semicrystalline polyesters and having a median diameter of up to 10 micrometers, and a plurality of second fibers comprising one or more thermoplastic semicrystalline polyesters and having a median diameter greater than 10 micrometers; wherein the plurality of second fibers are staple fibers interspersed within the plurality of first fibers; wherein the non-woven fibrous web has one or more layers processed in situ to provide one or more densified layers, respectively, alongside one or more adjacent layers within a unitary construction, the one or more densified layers being densified relative to a remaining portion of the non-woven fibrous web, and at least one major surface processed to form at least one of said one or more densified layers; and wherein the fibers of the non-woven fibrous web are bonded with substantially no melting of the fibers or loss of their fiber structure, so that the fibers remain as discrete fibers with their original fiber dimensions.
Wheel support (S) for distribution electric transformer comprising: - a fork comprising: - a upper portion connectible to an electric transformer; - two vertical portions monolithically connected to the upper portion , each one comprising a portion configured to receive and turnably support a roller (R) and in particular a pivot of the roller (R); - a couple of blocking elements each one configured to be connected to one of the two vertical portions of the support (S) to contain said roller (R) and in particular its pivot ; characterised in that the fork is made of a composite material and in that said vertical portions comprise a plurality of ribs bottom-up oriented. - a fork comprising: - a upper portion connectible to an electric transformer; - two vertical portions monolithically connected to the upper portion , each one comprising a portion configured to receive and turnably support a roller (R) and in particular a pivot of the roller (R); - a couple of blocking elements each one configured to be connected to one of the two vertical portions of the support (S) to contain said roller (R) and in particular its pivot ; characterised in that the fork is made of a composite material and in that said vertical portions comprise a plurality of ribs bottom-up oriented. - a upper portion connectible to an electric transformer; - two vertical portions monolithically connected to the upper portion , each one comprising a portion configured to receive and turnably support a roller (R) and in particular a pivot of the roller (R); - a couple of blocking elements each one configured to be connected to one of the two vertical portions of the support (S) to contain said roller (R) and in particular its pivot ;
Process for manufacturing a purified aqueous hydrogen peroxide solution, in which a crude aqueous hydrogen peroxide solution is subjected to a washing operation with at least one organic solvent, and wherein an organophosphorus chelating agent is added to the organic solvent.
A device for loading solid particles into a chamber, comprising: - a means for supplying solid particles to be distributed, which can be arranged on the upper part of the chamber to be loaded, said means discharging said solid particles in a substantially vertical manner into a supply channel , - a mobile assembly arranged below the supply channel and intended to be arranged entirely or partly inside the chamber, comprising a substantially vertical central shaft , rotated by a driving means, and deflector elements which are constrained to rotate with said shaft and arranged around the shaft at a plurality of vertical stages (E1-E4), said deflector elements being hinged such that they can be moved upwards under the effect of rotation of the mobile assembly, - the supply channel which at least partially surrounds said central shaft and comprises at least one solid-particle-discharge hole arranged on a side wall and/or horizontal wall, said device being characterised in that the mobile assembly is equipped with an annular support , which is translatably movable and supports the deflector elements of the highest stage (E1) or the deflector elements of the other stages (E2-E4), said mobile annular support being slidably mounted on the central shaft, and equipped with a fixed annular support supporting the remaining deflector elements. - a means for supplying solid particles to be distributed, which can be arranged on the upper part of the chamber to be loaded, said means discharging said solid particles in a substantially vertical manner into a supply channel , - a mobile assembly arranged below the supply channel and intended to be arranged entirely or partly inside the chamber, comprising a substantially vertical central shaft , rotated by a driving means, and deflector elements which are constrained to rotate with said shaft and arranged around the shaft at a plurality of vertical stages (E1-E4), said deflector elements being hinged such that they can be moved upwards under the effect of rotation of the mobile assembly, - the supply channel which at least partially surrounds said central shaft and comprises at least one solid-particle-discharge hole arranged on a side wall and/or horizontal wall,