mhurhangee/ep-ind-claims huggingface dataset:
Medicament delivery device having a proximal and an opposing distal end, comprising: - a medicament container comprising a movable plunger, a neck portion and a delivery member unit; - a longitudinally extending housing along a longitudinal axis A and having a proximal open end and an opposing distal open end; - a drive unit arranged at the distal end of the housing and configured to apply a force on the movable plunger; - a C-shaped tubular body (16; 160) comprising a longitudinally extending slit/gap such that said C-shaped tubular body can be attached to the neck portion of said medicament container forming a container unit characterized in that said C-shaped tubular body further comprises: - inner support means configured to interact with the neck portion and with the delivery member unit of said medicament container such that said medicament container is prevented from being moved in relation to the C-shaped tubular body, after the medicament container is attached to said C-shaped tubular body, and - outer support means configured to interact with corresponding support means of the housing such that said C-shaped tubular body is prevented from being moved in relation to the housing after the container unit is arranged within said housing through the distal open end. - a medicament container comprising a movable plunger, a neck portion and a delivery member unit; - a longitudinally extending housing along a longitudinal axis A and having a proximal open end and an opposing distal open end; - a drive unit arranged at the distal end of the housing and configured to apply a force on the movable plunger; - a C-shaped tubular body (16; 160) comprising a longitudinally extending slit/gap such that said C-shaped tubular body can be attached to the neck portion of said medicament container forming a container unit characterized in that said C-shaped tubular body further comprises: - inner support means configured to interact with the neck portion and with the delivery member unit of said medicament container such that said medicament container is prevented from being moved in relation to the C-shaped tubular body, after the medicament container is attached to said C-shaped tubular body, and - outer support means configured to interact with corresponding support means of the housing such that said C-shaped tubular body is prevented from being moved in relation to the housing after the container unit is arranged within said housing through the distal open end.
Method for assembling a tapered roller bearing, in which a mounting unit, which comprises a first rolling surface element for tapered rollers of the tapered roller bearing, tapered rollers arranged on the rolling surface element in a segment cage or between roller spacers, and a mounting aid, is brought together with a second rolling surface element for the tapered rollers in a substantially vertical direction, with the assembly unit positioned on the end face, in such a way that, when brought together, the mounting aid is stripped off, wherein the mounting aid is designed so as to be in contact with the tapered rollers at the large-diameter end region of the tapered rollers and so as to annularly enclose the tapered rollers, in such a way that the mounting unit holds them together until they are assembled.
A fabric for covering at least partially a ring for quenching glass which has been bent, said fabric comprises at least three strips (32, 34, 36), a strip of a high-density knitted structure for quenching the glass and at least two strips (34, 36) of lower density structure for attaching the fabric to said ring.
A method of determining whether a subject is afflicted with a head or neck cancer, the method comprising: a) using a sample from the subject; b) determining the level of expression of one or more soluble PD-L1 isoforms in the subject sample; c) determining the level of expression of the one or more soluble PD-L1 isoforms in a control; and d) comparing or the level of expression of the one or more soluble PD-L1 isoforms detected in steps b) and c); wherein a significant increase in the level of expression in the subject sample relative to the control level of expression indicates that the subject is afflicted with the head or neck cancer, wherein determining the level of expression of the one or more soluble PD-L1 isoforms comprises determining the level of one or more soluble PD-L1 isoform polypeptides comprising an amino acid sequence of SEQ ID NO:13 or 15 or an amino acid sequence that is at least 80% identical to SEQ ID NO:13 or 15; or wherein determining the level of expression of the one or more soluble PD-L1 isoforms comprises determining the level of one or more soluble PD-L1 isoform gene transcripts comprising a nucleic acid sequence encoding an amino acid sequence of SEQ ID NO:13 or 15 or an amino acid sequence that is at least 80% identical to SEQ ID NO:13 or 15. a) using a sample from the subject; b) determining the level of expression of one or more soluble PD-L1 isoforms in the subject sample; c) determining the level of expression of the one or more soluble PD-L1 isoforms in a control; and d) comparing or the level of expression of the one or more soluble PD-L1 isoforms detected in steps b) and c);
A backlight unit comprising: a frame including a bottom area having two opposed short sides and two opposed long sides and a sidewall area extended from the bottom area; at least one substrate positioned at a front surface of the frame; a reflective sheet positioned at a front surface of the at least one substrate, the reflective sheet including a first sheet area contacting the bottom area of the frame and including a plurality of lens holes, and a second sheet area connected to the first sheet area, the second sheet area extending along the bottom area and the sidewall area and defining thus short sides of the reflective sheet and long sides of the reflective sheet, the second sheet area further having an inclined shape, and including a dot area reducing a reflectance of light of the reflective sheet; a plurality of light sources being mounted on the at least one substrate and emitting light towards the second sheet area; and an optical sheet positioned at a front surface of the reflective sheet, wherein the dot area includes a horizontal dot area disposed along a long side of the reflective sheet and a vertical dot area disposed along a short side of the reflective sheet, and characterized in that the vertical dot area comprises a portion protruding towards a lens hole, wherein the portion includes: a third dot area; and a fourth dot area surrounding the third dot area and including dots having a density higher than a density of dots in the third dot area. a frame including a bottom area having two opposed short sides and two opposed long sides and a sidewall area extended from the bottom area; at least one substrate positioned at a front surface of the frame; a reflective sheet positioned at a front surface of the at least one substrate, the reflective sheet including a first sheet area contacting the bottom area of the frame and including a plurality of lens holes, and a second sheet area connected to the first sheet area, the second sheet area extending along the bottom area and the sidewall area and defining thus short sides of the reflective sheet and long sides of the reflective sheet, the second sheet area further having an inclined shape, and including a dot area reducing a reflectance of light of the reflective sheet; a plurality of light sources being mounted on the at least one substrate and emitting light towards the second sheet area; and an optical sheet positioned at a front surface of the reflective sheet, wherein the dot area includes a horizontal dot area disposed along a long side of the reflective sheet and a vertical dot area disposed along a short side of the reflective sheet, and characterized in that the vertical dot area comprises a portion protruding towards a lens hole, wherein the portion includes: a third dot area; and a fourth dot area surrounding the third dot area and including dots having a density higher than a density of dots in the third dot area. a third dot area; and a fourth dot area surrounding the third dot area and including dots having a density higher than a density of dots in the third dot area.
A method of detecting a therapeutic exosome, the method comprising: (a) establishing if a provided exosome comprises NT5E ecto-5'-ectonucleotidase activity; and (b) determining that the exosome is a therapeutic exosome where the exosome comprises such activity.
A method of forming an abradable coating (60;70) on a turbo machine structure comprising: thermal spraying metal matrix particles and metal precursor compound particles to co-deposit the metal matrix particles and metal precursor compound particles on the structure; and heat treating the structure to form a porous coating on the structure, wherein the metal matrix particles comprise a nickel aluminum alloy, MCrAl or MCrAlY wherein M is nickel, iron, cobalt, or alloys thereof, characterised in that the metal precursor compound particles comprise at least one of the hydrated or anhydrous forms of nickel acetate, nickel chloride, ammonium nickel sulfate, nickel sulfate, nickel phosphate, nickel carbonate, nickel bicarbonate, and nickel oxy hydride, and in that heat treating the structure comprises heating the structure to 700°C (1292°F) for 2 hours in a cracked ammonia atmosphere, the heat treating the structure forming a porous coating on the structure with interconnected pores having a pore size ranging from 2 to 25 microns and wherein a volume percent of pores in the porous coating ranges from 40% to 80%. thermal spraying metal matrix particles and metal precursor compound particles to co-deposit the metal matrix particles and metal precursor compound particles on the structure; and heat treating the structure to form a porous coating on the structure,
A method for producing a multilayer catalyst for exhaust gas after-treatment of combustion exhaust gases, comprising the followings steps: a) providing a substrate, the surface of which comes into contact with the gases to be cleaned, b) applying a first catalytically effective composition comprising palladium in the form of a salt, onto the surface of the substrate to produce a first layer, c) annealing the first layer at a first temperature T 1 in a range of 400 to 700°C, preferably of 500 to 650°C, for a period t 1 of 5 minutes or more, d) subsequently annealing the first layer at a second temperature T 2 in a range of 700 to 1200°C, preferably of 750 to 950°C, wherein T 2 is larger than T 1 by an amount of 100 to 400°C, e) applying a second catalytically effective composition comprising platinum and/or rhodium, in each case in the form of a salt, to produce a second layer, wherein the second layer fully or partially covers the annealed first layer, and f) annealing the second layer at a third temperature T 3 in a range of 400 to 700°C, preferably of 500 to 650°C. a) providing a substrate, the surface of which comes into contact with the gases to be cleaned, b) applying a first catalytically effective composition comprising palladium in the form of a salt, onto the surface of the substrate to produce a first layer, c) annealing the first layer at a first temperature T 1 in a range of 400 to 700°C, preferably of 500 to 650°C, for a period t 1 of 5 minutes or more, d) subsequently annealing the first layer at a second temperature T 2 in a range of 700 to 1200°C, preferably of 750 to 950°C, wherein T 2 is larger than T 1 by an amount of 100 to 400°C, e) applying a second catalytically effective composition comprising platinum and/or rhodium, in each case in the form of a salt, to produce a second layer, wherein the second layer fully or partially covers the annealed first layer, and f) annealing the second layer at a third temperature T 3 in a range of 400 to 700°C, preferably of 500 to 650°C.
A method for power optimization, comprising: identifying one or more network parameters related to one or more of a processing rate and a power usage of a processor in active communication in a connected state; identifying a trigger event for the one or more network parameters, wherein the trigger event comprises an average transfer block size being larger than a specified number of bits; and adjusting a performance of the processor in the connected state when the trigger event occurs, wherein the adjustment of the performance of the processor causes the processor to enter a regular power mode; wherein the adjusting of a performance of the processor further comprises adjusting one or more of a clock rate and a voltage level for specific rails within the processor. identifying one or more network parameters related to one or more of a processing rate and a power usage of a processor in active communication in a connected state; identifying a trigger event for the one or more network parameters, wherein the trigger event comprises an average transfer block size being larger than a specified number of bits; and adjusting a performance of the processor in the connected state when the trigger event occurs, wherein the adjustment of the performance of the processor causes the processor to enter a regular power mode; wherein the adjusting of a performance of the processor further comprises adjusting one or more of a clock rate and a voltage level for specific rails within the processor.
A mica tape comprising: a mica foil layer; a single glass cloth on which the mica foil layer is provided; and a particle layer of an inorganic filler having a Mohs hardness of 3 to 1 held on the glass cloth, wherein the inorganic filler includes a first inorganic filler and a second inorganic filler having a particle diameter not larger than 30% of a particle diameter of the first inorganic filler, and an amount by volume of the second inorganic filler is not larger than 20% of the first inorganic filler. a mica foil layer; a single glass cloth on which the mica foil layer is provided; and a particle layer of an inorganic filler having a Mohs hardness of 3 to 1 held on the glass cloth, wherein the inorganic filler includes a first inorganic filler and a second inorganic filler having a particle diameter not larger than 30% of a particle diameter of the first inorganic filler, and an amount by volume of the second inorganic filler is not larger than 20% of the first inorganic filler.
Packaging material comprising: a) a core layer of polymeric material including at least one active substance having antimicrobial and/or antifungal activity dispersed in the polymer matrix, b) a coating applied to a side of said core layer obtained from a lacquer or a polymeric paint including fillers of a phyllosilicate or hydrotalcite, c) a coating for the release of an active antimicrobial or antifungal agent comprising encapsulated ethanol and a polymeric component selected from chitosan grafted with polyethylene glycol or cyclodextrin, a mixture of chitosan and polyethylene glycol and a polymer or mixture of polymers from a printable paint having a polymeric matrix selected from polyethylene, polyvinylacetate or polyacrylate, applied to the other side of the core layer. a) a core layer of polymeric material including at least one active substance having antimicrobial and/or antifungal activity dispersed in the polymer matrix, b) a coating applied to a side of said core layer obtained from a lacquer or a polymeric paint including fillers of a phyllosilicate or hydrotalcite, c) a coating for the release of an active antimicrobial or antifungal agent comprising encapsulated ethanol and a polymeric component selected from chitosan grafted with polyethylene glycol or cyclodextrin, a mixture of chitosan and polyethylene glycol and a polymer or mixture of polymers from a printable paint having a polymeric matrix selected from polyethylene, polyvinylacetate or polyacrylate, applied to the other side of the core layer.
A bit holder (100, 100') comprising: a body (10, 10') having a shank at its rearward end and a socket formed at its forward end to allow a tool bit to be inserted therein; a sleeve; a first magnet member to magnetize a fastener and retain said fastener engaged to said tool bit; and a collar defining: - a forward groove for receiving said first magnet member; - a rearward groove for coupling said sleeve; and - a through-hole to allow said tool bit to pass through, wherein said through-hole is disposed between said forward groove and said rearward groove; wherein: - said collar can be detachably coupled to said sleeve, while said sleeve is slidably disposed on said body; characterized in that said bit holder includes a ring member usable to couple said collar to said body when users do not use the function of the first magnet member. a body (10, 10') having a shank at its rearward end and a socket formed at its forward end to allow a tool bit to be inserted therein; a sleeve; a first magnet member to magnetize a fastener and retain said fastener engaged to said tool bit; and a collar defining: - a forward groove for receiving said first magnet member; - a rearward groove for coupling said sleeve; and - a through-hole to allow said tool bit to pass through, wherein said through-hole is disposed between said forward groove and said rearward groove; - a forward groove for receiving said first magnet member; - a rearward groove for coupling said sleeve; and - a through-hole to allow said tool bit to pass through, wherein said through-hole is disposed between said forward groove and said rearward groove; wherein: - said collar can be detachably coupled to said sleeve, while said sleeve is slidably disposed on said body; - said collar can be detachably coupled to said sleeve, while said sleeve is slidably disposed on said body; characterized in that said bit holder includes a ring member usable to couple said collar to said body when users do not use the function of the first magnet member.
A monitoring system for a wayside signaling device comprising: a light emitting diode circuit comprising a LED array, a LED driver unit for driving the LED array, and a mechanism for connecting and disconnecting the LED circuit; an optical light sensing circuit comprising at least one light-controlled variable resistor operably coupled to a resistor driver unit comprising relay functionality; and a vital processing system, wherein the LED circuit and the optical light sensing circuit are operably connected to the vital processing system, and wherein the LED circuit and the sensing circuit are arranged such that the at least one light-controlled variable resistor monitors an output of the LED array, and that the relay functionality triggers the mechanism to connect or disconnect the LED circuit based on the output of the LED array, characterized in that for performing cold filament checks, the LED circuit further comprises a passive inductor arranged in series with the LED array, the passive inductor being configured to block any high frequency output of check signals provided by the vital processing unit, and a passive bandpass filter arranged in parallel with an output of the vital processing system, the passive bandpass filter being configured to check the continuity of the check pulses to an input of the vital processing unit. a light emitting diode circuit comprising a LED array, a LED driver unit for driving the LED array, and a mechanism for connecting and disconnecting the LED circuit; an optical light sensing circuit comprising at least one light-controlled variable resistor operably coupled to a resistor driver unit comprising relay functionality; and a vital processing system, wherein the LED circuit and the optical light sensing circuit are operably connected to the vital processing system, and wherein the LED circuit and the sensing circuit are arranged such that the at least one light-controlled variable resistor monitors an output of the LED array, and that the relay functionality triggers the mechanism to connect or disconnect the LED circuit based on the output of the LED array, characterized in that for performing cold filament checks, the LED circuit further comprises a passive inductor arranged in series with the LED array, the passive inductor being configured to block any high frequency output of check signals provided by the vital processing unit, and a passive bandpass filter arranged in parallel with an output of the vital processing system, the passive bandpass filter being configured to check the continuity of the check pulses to an input of the vital processing unit.
A method performed by an edge enabler server, EES, in an edge data network, EDN, the method comprises: receiving, from an edge enabler client, EEC, of a user equipment, UE,, a message for an edge application server, EAS, usage indication, wherein the message is an application context relocation, ACR, information subscription request, and the message comprises an identifier, ID, of an EAS that is selected by the EEC, the EAS being one of at least one discovered EAS and used by an application client, AC, of the UE; storing information in the received message; and providing a service to the EAS having the ID in the message. receiving, from an edge enabler client, EEC, of a user equipment, UE,, a message for an edge application server, EAS, usage indication, wherein the message is an application context relocation, ACR, information subscription request, and the message comprises an identifier, ID, of an EAS that is selected by the EEC, the EAS being one of at least one discovered EAS and used by an application client, AC, of the UE; storing information in the received message; and providing a service to the EAS having the ID in the message.
Drive operator, for gates or doors, adapted to be fixed to a wall comprising - a casing which contains an electric motor with a first output shaft, - an articulated arm comprising an actuation segment, to be connected to the gate or door, said articulated arm (30,132) being turnable and comprising at one end an internal crown gear, - a transmission member, - an upper plate and a lower support plate which are clamped together and between which the articulated arm is enclosed and mounted swivelly, wherein the transmission member goes through the upper plate, which forms the bottom of the casing, the drive operator being characterized in that the casing further contains a gearbox assembly, which is connected to the first output shaft and which comprises a second output shaft; in that the transmission member is connected to the second output shaft for transmitting the rotary motion of said second output shaft to the internal crown gear; in that multiple satellite gears are placed between the transmission member and the internal crown gear, so that the transmission member, the satellite gears and the internal crown gear form a kinematic arrangement of the epicyclical type, wherein the centers of the satellite gears are arranged symmetrically around the center of the internal crown gear; and in that the lower plate comprises, on the surface facing the articulated arm, pivoting means for the satellite gears. - a casing which contains an electric motor with a first output shaft, - an articulated arm comprising an actuation segment, to be connected to the gate or door, said articulated arm (30,132) being turnable and comprising at one end an internal crown gear, - a transmission member, - an upper plate and a lower support plate which are clamped together and between which the articulated arm is enclosed and mounted swivelly, wherein the transmission member goes through the upper plate, which forms the bottom of the casing, the drive operator being characterized in that the casing further contains a gearbox assembly, which is connected to the first output shaft and which comprises a second output shaft;