mhurhangee/ep-ind-claims huggingface dataset:
A method of providing video content to a production studio by selecting an input video stream from a plurality of wireless video cameras over a wireless telecommunication network, wherein each of said wireless video cameras is arranged for providing at least a High Quality, HQ, and a Low Quality, LQ, video output, said method comprising the steps of: - selecting, by a stream controller, one among said plurality of wireless cameras as a live camera thereby instructing said selected live camera to provide HQ video output such that video content provided to said production studio is said HQ video output from said selected live camera; characterised by - estimating, by said stream controller, a likelihood of a further one of said plurality of wireless cameras to be a next live camera, following said selected live camera; - requesting, by said stream controller, said further one of said plurality of wireless cameras to provide HQ video output based on said estimated likelyhood such that HQ video output is already available in case said stream controller decides to switch to said further one of said plurality of wireless cameras. - selecting, by a stream controller, one among said plurality of wireless cameras as a live camera thereby instructing said selected live camera to provide HQ video output such that video content provided to said production studio is said HQ video output from said selected live camera; characterised by - estimating, by said stream controller, a likelihood of a further one of said plurality of wireless cameras to be a next live camera, following said selected live camera; - requesting, by said stream controller, said further one of said plurality of wireless cameras to provide HQ video output based on said estimated likelyhood such that HQ video output is already available in case said stream controller decides to switch to said further one of said plurality of wireless cameras.
An abuse deterrent oral pharmaceutical composition, comprising: an expansion layer comprising an expandable polymer; a barrier layer substantially covering the expansion layer and, comprising a first polymer selected from the group consisting of: polyacrylates or copolymers thereof, polyethylene oxides, and polypropylenes, polycarbonates, and a diffusion layer, comprising a second polymer selected from the group consisting of: ethylcellulose, quaternary ammonium acrylic or methacrylic polymers, acrylic or methacrylic ester copolymers, or mixtures thereof, and acrylic or methacrylic polymers, substantially covering the barrier layer, wherein the diffusion layer is bonded to the barrier layer by spraying and then curing and comprises a drug that is substantially homogeneously distributed within the second polymer and diffuses from the diffusion layer within the gastrointestinal tract, wherein the drug is a central nervous system stimulant or depressant selected from the group consisting of opioid agonists, zaleplon, barbituates, benzodiazepines and amphetamines, and wherein the composition is configured such that when the pharmaceutical composition is physically compromised and particles of the pharmaceutical composition containing the diffusion layer and the barrier layer are formed, the bond between the diffusion layer and the barrier layer within the particles is substantially preserved.
A hand-held blender, including a housing and a body, the said body is disposed in the housing; the said body includes a microprocessor, a driving device, a coupling, a stirring rod, and a power switch; the said coupling is connected with the stirring rod and the driving device, respectively, and used to transmit the driving force output by the driving device to the stirring rod; the said microprocessor is connected with the said driving device; wherein the said hand-held blender further includes a safety protection device, a pressure sensor, and a pressure button configured to be directly activated by the user's finger; characterized in that the safety protection device includes a safety touch switch (32a, 32b) and a security processing chip; the said security processing chip is connected with the safety touch switch (32a, 32b) and the microprocessor, respectively; the microprocessor locks or unlocks a whole circuit of the hand-held blender electronically after receiving a locking or unlocking signal from the security processing chip; the said pressure sensor is connected with the pressure button and the microprocessor, respectively; the microprocessor controls the voltage provided to the driving device in accordance with the pressure applied on the pressure button; the voltage is proportional to the pressure; after the power button of the hand-held blender is started, the whole circuit is in the locked state; when the safety touch switch (32a, 32b) is successively pressed, the security processing chip sends a unlocking signal to the microprocessor, switching the whole circuit of the hand-held blender on; the pressure button is pressed to make the stirring rod begin to work, that is, the hand-held blender enters into the mixing state; after the hand-held blender is unlocked, when the safety touch switch (32a, 32b) is pressed again, the security processing chip sends a locking signal to the microprocessor, switching off the whole circuit of the hand-held blender, and the hand-held blender stops stirring.
A vaccine composition comprising: (i) a peptide hydrogel of the peptide scaffold RADARADARADARADA, wherein the peptide hydrogel of the peptide scaffold RADARADARADARADA is a liquid at room temperature and a gel at physiological salt concentrations and/or physiological temperatures; (ii) one or more antigens; and (iii) one or more adjuvants. (i) a peptide hydrogel of the peptide scaffold RADARADARADARADA, wherein the peptide hydrogel of the peptide scaffold RADARADARADARADA is a liquid at room temperature and a gel at physiological salt concentrations and/or physiological temperatures; (ii) one or more antigens; and (iii) one or more adjuvants.
Method for manufacturing a refrigerator comprising a liner, said method comprising the steps of a) extruding a sheet, b) perimeter trimming said sheet, and c) folding said sheet and joining adjacent edges (40, 42, 44, 46, 48, 50, 52, 54) so as to form said liner, said liner defining one or more internal compartments for food storage, d) enclosing said liner in an outer shell of the cabinet of said refrigerator, e) providing an insulation layer between said outer shell and said liner. a) extruding a sheet, b) perimeter trimming said sheet, and c) folding said sheet and joining adjacent edges (40, 42, 44, 46, 48, 50, 52, 54) so as to form said liner, said liner defining one or more internal compartments for food storage, d) enclosing said liner in an outer shell of the cabinet of said refrigerator, e) providing an insulation layer between said outer shell and said liner.
A burner assembly for a gas barbeque grill, said burner assembly comprising a plurality of burner tubes with a front end, a back end and a plurality of gas outlet ports formed therein, a front manifold connected to said front end and a back manifold connected to said back end, both of said front and back manifolds (124, 126) being in fluid communication with said burner tubes to allow entry of a flammable gas/air mixture, a venturi tube connected to said front and back manifolds (124, 126) and to a gas supply for transferring gas to the burner assembly, flow restrictor being at least one of holes, baffles, flow reducing apertures, slits, gates, valves and varying port sizes at the venturi tube / front manifold interface, to at least partially inhibit the entry of the gas/air mixture; and a plurality of additional burner tubes with an additional front end, an additional back end, and an additional plurality of gas outlet ports formed therein, an additional front manifold connected to said additional front end and an additional back manifold connected to said additional back end, both of said additional front and back manifolds (132, 134) being in fluid communication with said additional burner tubes to allow entry of a flammable gas/air mixture, an additional venturi tube connected to said additional front and back manifolds (132, 134) and to the gas supply for transferring gas to the burner assembly, and an additional flow restrictor being at least one of holes, baffles, flow reducing apertures, slits, gates, valves and varying port sizes at the additional venturi tube / additional front manifold interface, wherein said front manifold and said additional front manifold overlap, said back manifold and said additional back manifold overlap and said plurality of burner tubes and said plurality of additional burner tubes are interleaved and wherein one of said venturi tube and said additional venturi tube receives said gas supply from a dual outlet single control valve in a low flow/low heat condition and both of said venturi tube and said additional venturi tube receive said gas supply from said dual outlet single control valve in a higher flow/higher heat condition.
A method of diagnosing myocardial ischemia, myocardial infarction and/or vasculitis in a patient, comprising (a) measuring the level of at least one biomarker in a biological sample obtained from said patient, wherein said biomarker comprises an albumin-bound protein/peptide complex (ABPPC) and wherein the ABPPC comprises afamin bound to albumin, and (b) comparing the level measured in the biological sample to a control level in a normal subject population, wherein an increase or decrease in the level, compared to control level, is indicative of said disease or disorder. (a) measuring the level of at least one biomarker in a biological sample obtained from said patient, wherein said biomarker comprises an albumin-bound protein/peptide complex (ABPPC) and wherein the ABPPC comprises afamin bound to albumin, and (b) comparing the level measured in the biological sample to a control level in a normal subject population, wherein an increase or decrease in the level, compared to control level, is indicative of said disease or disorder.
Aircraft propulsion unit comprising: - a drive unit with a static part and a rotary part, - a fan with fan blades which is rotated by the said rotary part, and is situated downstream from the drive unit; - an assembly of fixed blades situated downstream from the fan; - a nacelle; and - an assembly of at least two coaxial shafts, wherein: - a fan shaft connects the fan to the rotary part of the drive unit; and - a stator blading shaft extends concentrically, and for at least part of its length, in the interior of the fan shaft, characterised in that: - the nacelle has a fan housing in its inner part at the fan and the assembly of fixed blades; and - the stator blading shaft connects the assembly of fixed blades to the static part of the drive unit. - a drive unit with a static part and a rotary part, - a fan with fan blades which is rotated by the said rotary part, and is situated downstream from the drive unit; - an assembly of fixed blades situated downstream from the fan; - a nacelle; and - an assembly of at least two coaxial shafts, wherein: - a fan shaft connects the fan to the rotary part of the drive unit; and - a stator blading shaft extends concentrically, and for at least part of its length, in the interior of the fan shaft, - a fan shaft connects the fan to the rotary part of the drive unit; and - a stator blading shaft extends concentrically, and for at least part of its length, in the interior of the fan shaft, - the nacelle has a fan housing in its inner part at the fan and the assembly of fixed blades; and - the stator blading shaft connects the assembly of fixed blades to the static part of the drive unit.
Storage device for storing at least one splice and receiving an excess length of an optical fibre cable with at least two elements (1, 2) fixed relative to each other, wherein a first one of said elements is a first container with a storage means for the splice in an interior space of said first container, a second of the elements is a receiving device for the excess cable length, the interior space of the first element is separated from the second element by a partition wall, and the partition wall has feed-through devices (6, 7) for feeding through fibre-optic cables, which feed-through devices (6, 7) include plug-in connection locations, receptacles therefor and/or predetermined break-out locations therefor, characterised in that the receiving device is a second container, the first container is closable independently of the second container and the second container is accessible in the closed state of the first container. at least two elements (1, 2) fixed relative to each other, wherein a first one of said elements is a first container with a storage means for the splice in an interior space of said first container, a second of the elements is a receiving device for the excess cable length, the interior space of the first element is separated from the second element by a partition wall, and the partition wall has feed-through devices (6, 7) for feeding through fibre-optic cables, which feed-through devices (6, 7) include plug-in connection locations, receptacles therefor and/or predetermined break-out locations therefor, characterised in that the receiving device is a second container, the first container is closable independently of the second container and the second container is accessible in the closed state of the first container.
Device for preparing a tube end for drawing by a floating mandrel, comprising a releasable holder for centred holding of a tube end, a pressing element for application of at least one indentation (4b, 4c) for holding the floating mandrel, the floating mandrel as well as a feed element for introducing the floating mandrel into the tube end, characterised in that the device comprises a conical expansion mandrel by means of which the tube end is automatically expanded and the expansion mandrel comprises an injector for introduction of drawing oil into the tube. a releasable holder for centred holding of a tube end, a pressing element for application of at least one indentation (4b, 4c) for holding the floating mandrel, the floating mandrel as well as a feed element for introducing the floating mandrel into the tube end, characterised in that the device comprises a conical expansion mandrel by means of which the tube end is automatically expanded and the expansion mandrel comprises an injector for introduction of drawing oil into the tube.
A guidewire, comprising: a cap; and a core, comprising: one or more ribs formed along a first portion of the core, the first portion of the core having a first diameter, wherein the one or more ribs increase the friction of an outer surface of the guidewire, and a reduced diameter region distal of the first portion having a second diameter less than the first diameter, wherein the reduced diameter region of the core includes a channel adjacent to the first portion of the core, wherein the channel is shaped to mate with a portion of the cap in a snap-fit or threaded connection. a cap; and a core, comprising: one or more ribs formed along a first portion of the core, the first portion of the core having a first diameter, wherein the one or more ribs increase the friction of an outer surface of the guidewire, and a reduced diameter region distal of the first portion having a second diameter less than the first diameter, wherein the reduced diameter region of the core includes a channel adjacent to the first portion of the core, wherein the channel is shaped to mate with a portion of the cap in a snap-fit or threaded connection. one or more ribs formed along a first portion of the core, the first portion of the core having a first diameter, wherein the one or more ribs increase the friction of an outer surface of the guidewire, and a reduced diameter region distal of the first portion having a second diameter less than the first diameter, wherein the reduced diameter region of the core includes a channel adjacent to the first portion of the core, wherein the channel is shaped to mate with a portion of the cap in a snap-fit or threaded connection.
A semiconductor device (1, 2, 4, 6), comprising: a difference-expanding device (10, 20, 40) configured to receive a bias voltage and an input signal having a first voltage level representing a first logical state and a second voltage level representing a second logic state, and convert the input signal to a processed signal by changing, based on a voltage difference between the bias voltage and the input signal, degrees in conduction of the difference-expanding device (10, 20, 40), wherein the difference-expanding device comprises: a transistor having a source receiving the input signal, a drain, and a gate receiving the bias voltage; and; a resistor having a first terminal coupled to the drain, and a second terminal receiving a reference ground or a supply voltage; and a receiver coupled to the drain of the transistor, and configured to receive the processed signal from the difference-expanding device (10, 20, 40), and determine whether the input signal represents a logically low state or a logically high state based on the processed signal. a difference-expanding device (10, 20, 40) configured to receive a bias voltage and an input signal having a first voltage level representing a first logical state and a second voltage level representing a second logic state, and convert the input signal to a processed signal by changing, based on a voltage difference between the bias voltage and the input signal, degrees in conduction of the difference-expanding device (10, 20, 40), wherein the difference-expanding device comprises: a transistor having a source receiving the input signal, a drain, and a gate receiving the bias voltage; and; a resistor having a first terminal coupled to the drain, and a second terminal receiving a reference ground or a supply voltage; and a transistor having a source receiving the input signal, a drain, and a gate receiving the bias voltage; and; a resistor having a first terminal coupled to the drain, and a second terminal receiving a reference ground or a supply voltage; and a receiver coupled to the drain of the transistor, and configured to receive the processed signal from the difference-expanding device (10, 20, 40), and determine whether the input signal represents a logically low state or a logically high state based on the processed signal.
A DHODH inhibitor 2-(3,5-difluoro-3'methoxybiphenyl-4-ylamino)nicotinic acid or a pharmaceutically acceptable salt thereof for use in the treatment of a haematological cancer.
A self-punching functional element for fastening to a workpiece, in particular to a sheet metal part, said self-punching functional element comprising a head part which has an abutment surface for introducing a punching force directed in a punching direction into the functional element and a rivet section which extends away from the head part in the punching direction and which comprises a free end which is provided with a first punching edge for punching a slug out of the workpiece; and a functional section which has a punching pilot which is radially surrounded by the rivet section, which extends away from the head part in the punching direction, and which has a second punching edge for punching a hole into the slug, wherein the second punching edge is set back with respect to the first punching edge in the punching direction. a head part which has an abutment surface for introducing a punching force directed in a punching direction into the functional element and a rivet section which extends away from the head part in the punching direction and which comprises a free end which is provided with a first punching edge for punching a slug out of the workpiece; and a functional section which has a punching pilot which is radially surrounded by the rivet section, which extends away from the head part in the punching direction, and which has a second punching edge for punching a hole into the slug, wherein the second punching edge is set back with respect to the first punching edge in the punching direction.
An environmentally safe, non-phytotoxic insecticidal and molluscicidal bait composition comprising: an active amount of at least one spinosyn at a concentration of 100 ppm to 1,000 ppm; at least one molluscicide at a concentration of 0.1% to 10%, selected from the group consisting of: (a) an iron salt; (b) an iron compound and a chelator; and (c) an iron complexone; and at least one bait carrier, wherein the composition is effective to kill insects and molluscs without damaging plants or plant products. an active amount of at least one spinosyn at a concentration of 100 ppm to 1,000 ppm; at least one molluscicide at a concentration of 0.1% to 10%, selected from the group consisting of: (a) an iron salt; (b) an iron compound and a chelator; and (c) an iron complexone; and (a) an iron salt; (b) an iron compound and a chelator; and (c) an iron complexone; and at least one bait carrier, wherein the composition is effective to kill insects and molluscs without damaging plants or plant products.
A portioning machine for dividing a strand-shaped product into individual portions, the portioning machine comprising: a magazine turret device for receiving the strand-shaped product, a pressing unit for compressing the strand-shaped product at least in its longitudinal direction, and a portioning and cutting device for portioning and separating individual portions from the strand-shaped product; wherein the magazine turret device comprises a base segment and a turret segment, which comprise mutually coaxially aligned chute sections (112, 122) for forming at least one receiving chute for the strand-shaped product, and which are rotatable about a common axis for positioning the receiving chute in a cutting position; and wherein the pressing unit comprises at least one pressing plunger and a pressing counter element for compressing the strand-shaped product; characterized in that the pressing counter element is a sliding element arranged between the base segment and the turret segment of the magazine turret device, and which is reversibly movable between a release position and a closing position for releasing or closing the receiving chute in the cutting position, in a direction at least approximately perpendicular to the axis of rotation of the magazine turret device. a magazine turret device for receiving the strand-shaped product, a pressing unit for compressing the strand-shaped product at least in its longitudinal direction, and a portioning and cutting device for portioning and separating individual portions from the strand-shaped product; wherein the magazine turret device comprises a base segment and a turret segment, which comprise mutually coaxially aligned chute sections (112, 122) for forming at least one receiving chute for the strand-shaped product, and which are rotatable about a common axis for positioning the receiving chute in a cutting position; and wherein the pressing unit comprises at least one pressing plunger and a pressing counter element for compressing the strand-shaped product; characterized in that the pressing counter element is a sliding element arranged between the base segment and the turret segment of the magazine turret device, and which is reversibly movable between a release position and a closing position for releasing or closing the receiving chute in the cutting position, in a direction at least approximately perpendicular to the axis of rotation of the magazine turret device.