mhurhangee/ep-ind-claims huggingface dataset:
Method for the preparation and purification of a plant extract from the species Solanum glaucophyllum which comprises as components Vitamin D3 metabolites present as 1,25-dihydroxyvitamin D 3 glycosides in a concentration of at least 300 μg/g analytically determined as total 1,25-dihydroxyvitamin D 3 and quercetin glycosides in a concentration of at least 100 mg/g determined as quercetin after acid hydrolysis, wherein the method comprises the following steps: a) extracting leaves from the species Solanum glaucophyllum using an ethanol/water mixture solvent having an ethanol/water ratio (%) of 80/20 to 50/50 or having an ethanol/water ratio (%) of 35/65 to 20/80 (v/v); and b) purifying the extract obtained according to step a), using the steps: b1) applying the extract obtained according to step a) to a column comprising a non-ionic polymer resin selected from polystyrene, styrenedivinylbenzene copolymers, acrylic ester polymers, and polyphenol resins; b2) washing the column with water; b3) eluting the extract from the column; and b4) concentrating and/or drying the extract. a) extracting leaves from the species Solanum glaucophyllum using an ethanol/water mixture solvent having an ethanol/water ratio (%) of 80/20 to 50/50 or having an ethanol/water ratio (%) of 35/65 to 20/80 (v/v); and b) purifying the extract obtained according to step a), using the steps: b1) applying the extract obtained according to step a) to a column comprising a non-ionic polymer resin selected from polystyrene, styrenedivinylbenzene copolymers, acrylic ester polymers, and polyphenol resins; b2) washing the column with water; b3) eluting the extract from the column; and b4) concentrating and/or drying the extract. b1) applying the extract obtained according to step a) to a column comprising a non-ionic polymer resin selected from polystyrene, styrenedivinylbenzene copolymers, acrylic ester polymers, and polyphenol resins; b2) washing the column with water; b3) eluting the extract from the column; and b4) concentrating and/or drying the extract.
A mobile partitioning wall element (61 - 65; 81) having an internal frame (14; 40; 41, 43; 84, 85), two external walls (10, 12; 23; 82, 83) which are, in particular releasably connected to the internal frame (14; 40; 41, 43; 84, 85), at least one extendable pressure shoe which comprises a sound attenuation body and a base body consisting of two halves, wherein the modulus of elasticity of the sound attenuation body differs from the modulus of elasticity of the remaining material or the remaining materials of the at least one extendable pressure shoe, characterised in that the sound attenuation body is arranged for acoustic decoupling between the at least two outer halves of the base body of the extendable pressure shoe which consists of a solid material, wherein the sound attenuation body is fastened between the two outer halves of the extendable pressure shoe such that only muted direct transmission of sound takes place between the two halves of the base body of the extendable pressure shoe.
A radial rotary piston machine comprising a frame, at least one opening for inlet of a medium into the machine and at least one opening for discharge of a medium out of the machine, where the frame comprises end plates between which a rotor is placed, this rotor comprises axial opening for a shaft of the machine and further comprises at least two angularly offset piston chambers transversely to the rotor axis, the shaft of the machine extends through the axial opening in the rotor and is mounted in bearings in the end plates of the frame, circular cams are arranged on the shaft, the shaft being positioned eccentrically to the rotor, where the eccentricity of the axis of rotation of the shaft from the axis of the rotor is equal to the eccentricity of the axis of the circular cam from the axis of rotation of the shaft, each piston is arranged for reciprocal movement in the piston chamber in the rotor and mounted rotatively on the circular cam on the shaft, where the piston chamber ends are closed by heads, the head or the rotor comprise at least one passage for inlet and discharge of a medium from the piston chamber, which are opened and closed by valve means characterized in that the passage for inlet and discharge of a medium to and from the piston chamber is led in axial direction to the end plate of the frame, and is opened at its end by valve means in the form of separate arcuate slots and closed by a solid part, between the separate arcuate slots, of a body in which the separate arcuate slots are provided.
A fuel cell sub-assembly comprising; a gasket comprising a peripheral seal for a fuel cell assembly, the peripheral seal defining a central aperture of the gasket; a gas diffusion layer for providing diffused gases to a proton exchange membrane of a fuel cell, the gas diffusion layer located within the central aperture; wherein at at least one connection point (105, 106), an inside facing surface of the peripheral seal of the gasket is welded to a corresponding outward facing surface of the gas diffusion layer, wherein the gas diffusion layer, except at the or each connection point (105, 106), is uniformly spaced by a predetermined spacing from the inside-facing surface of the gasket for forming a gallery. a gasket comprising a peripheral seal for a fuel cell assembly, the peripheral seal defining a central aperture of the gasket; a gas diffusion layer for providing diffused gases to a proton exchange membrane of a fuel cell, the gas diffusion layer located within the central aperture; wherein at at least one connection point (105, 106), an inside facing surface of the peripheral seal of the gasket is welded to a corresponding outward facing surface of the gas diffusion layer, wherein the gas diffusion layer, except at the or each connection point (105, 106), is uniformly spaced by a predetermined spacing from the inside-facing surface of the gasket for forming a gallery.
Illuminant having a fastening section for fastening a lamp, at least one light source as well as a radiation optics for radiating the light radiated by the light source into a radiation space which comprises a light content radiating into the upper half space and/or a light content radiating into a lower half space when the illuminant is oriented in an upright manner, wherein the radiation optics comprises at least a ring-shaped diminishing region between the upper half space and the lower half space oriented in a horizontal manner if the illuminant is oriented upright, in which diminishing region the light intensity is less than 10 % of the maximum light intensity in the upper and lower half space, wherein the radiation optics includes a radiation body spaced from the light source as well as an elongated light guide part consisting of transparent solid material and arranged between the light source and the radiation body, into which part light radiated by the light source enters at the face side, characterized in that the light guide part is contoured in the shape of a plug as an elongate cylinder body and the radiation body is formed to be rotationally symmetrical with respect to the longitudinal axis of the plug-shaped light guide part, has a diameter larger than the plug-shaped light guide part and forms a bulge on the face end side supported by the light guide part, wherein a driver head surrounding the fastening section is provided, in which electronic control means for controlling the light source are received.
A hydraulic disc coupling for an AWD vehicle, the coupling having means for supplying cooling and lubricating oil to a disc package of the coupling, said means including a shut-off valve for shutting-off said supply at will, characterized in that the shut-off valve comprises an axially movable valve slide, provided with a transverse valve flange for cooperation with a fixed valve seat, the slide being actuatable in a closing direction by spring force and in an opening direction by a hydraulically operated ball, having an actuation end position in a sealing ball seat.
An implantable pulse generator, IPG, for providing a neurostimulation therapy to a patient, comprising: pulse generating circuitry for generating electrical pulses for stimulating neural tissue of the patient; and switching circuitry for outputting the generated electrical pulses from the IPG electrode selection circuitry configured to select one or more electrodes for use during a discharge mode of operation, wherein the IPG controls the pulse generating circuitry and switching circuitry, in an active discharge mode of operation, to provide stimulation pulses followed by respective active discharge pulses wherein electrode polarities of selected two or more electrodes are reversed for a given stimulation pulse and its corresponding active discharge pulse; wherein the stimulation pulses are constant current pulses; characterized in that the pulse generating circuitry is configured to control discharge current for the active discharge pulses to follow a programmed exponentially decreasing current pattern. pulse generating circuitry for generating electrical pulses for stimulating neural tissue of the patient; and switching circuitry for outputting the generated electrical pulses from the IPG electrode selection circuitry configured to select one or more electrodes for use during a discharge mode of operation, wherein the IPG controls the pulse generating circuitry and switching circuitry, in an active discharge mode of operation, to provide stimulation pulses followed by respective active discharge pulses wherein electrode polarities of selected two or more electrodes are reversed for a given stimulation pulse and its corresponding active discharge pulse; wherein the stimulation pulses are constant current pulses; characterized in that the pulse generating circuitry is configured to control discharge current for the active discharge pulses to follow a programmed exponentially decreasing current pattern.
A device for treating obstructive sleep apnea in a patient, comprising: a lower jaw appliance configured to engage the patient's mandibular dental arcade; an upper jaw appliance configured to engage the patient's maxillary dental arcade; and a first connector comprising a first member and a second member, wherein the first member and second member are configured to move in a telescoping manner relative to each other to thereby modulate a length of the first connector, wherein the first member is attached to at least one of the lower jaw appliance or upper jaw appliance, wherein the second member is attached to at least one of the lower jaw appliance or upper jaw appliance and wherein the first member and second member are not both attached to a same one of the lower jaw appliance or the upper jaw appliance characterised in that a first magnet is positioned proximate a first end of the first connector and inside the first member, and wherein a second magnet is positioned proximate a second end of the first connector, opposing the first end, and inside the second member, and wherein the first magnet and second magnet are oriented such that like polarities face each other and thereby generate a repulsive force configured to push the first end away from the second end. a lower jaw appliance configured to engage the patient's mandibular dental arcade; an upper jaw appliance configured to engage the patient's maxillary dental arcade; and a first connector comprising a first member and a second member, wherein the first member and second member are configured to move in a telescoping manner relative to each other to thereby modulate a length of the first connector, wherein the first member is attached to at least one of the lower jaw appliance or upper jaw appliance, wherein the second member is attached to at least one of the lower jaw appliance or upper jaw appliance and wherein the first member and second member are not both attached to a same one of the lower jaw appliance or the upper jaw appliance characterised in that a first magnet is positioned proximate a first end of the first connector and inside the first member, and wherein a second magnet is positioned proximate a second end of the first connector, opposing the first end, and inside the second member, and wherein the first magnet and second magnet are oriented such that like polarities face each other and thereby generate a repulsive force configured to push the first end away from the second end.
A method for generating streams of respective layers representative of respective versions with respective bitrates of an audio-visual content for allowing seamlessly switching from one layer to another in a conditional access system context, a conditional access scrambler being configured to change a control word used to scramble multiplexed segments every crypto-period, characterized in that said method comprises: - concatenating segments of said layers to obtain said multiplexed segments, such that segments representative of a same part of the audio-visual content are grouped together; - modifying timestamp information in said multiplexed segments, such that said modified timestamp information matches the timestamp information of a single stream; - injecting the multiplexed segments with modified timestamp information in the conditional access scrambler such that all segments representative of a same part of the audio-visual content are scrambled by the conditional access scrambler using a same control word; - obtaining, from the conditional access scrambler, a scrambled multiplexed stream; - extracting from said scrambled multiplexed stream one scrambled stream for each layer; - restoring, in each extracted scrambled stream, timestamp information, such that said restored timestamp information matches the timestamp information of a single stream, and in that the crypto-period is greater than or equal to a period between two successive messages encrypting said control word added by the scrambler in the multiplexed segments plus twice the duration of each segment multiplied by the number of layers decremented by one unit. - concatenating segments of said layers to obtain said multiplexed segments, such that segments representative of a same part of the audio-visual content are grouped together; - modifying timestamp information in said multiplexed segments, such that said modified timestamp information matches the timestamp information of a single stream; - injecting the multiplexed segments with modified timestamp information in the conditional access scrambler such that all segments representative of a same part of the audio-visual content are scrambled by the conditional access scrambler using a same control word; - obtaining, from the conditional access scrambler, a scrambled multiplexed stream; - extracting from said scrambled multiplexed stream one scrambled stream for each layer; - restoring, in each extracted scrambled stream, timestamp information, such that said restored timestamp information matches the timestamp information of a single stream,
A tire support device, comprising: a post which includes a guide rail which is provided so as to be continuous on the post in a vertical direction; a first rim support portion which is fixed to the post and supports a first rim arranged to be mounted on a tire; a rim lifting portion which is provided so as to oppose the first rim support portion and supports a second rim arranged to be mounted on the tire, wherein the rim lifting portion is provided so as to be movable along the guide rail in a direction approaching the first rim support portion and in a direction separating from the first rim support portion; an unloader which is provided so as to be movable along the guide rail, and is arranged to perform at least one of extraction of the tire supported by the first rim support portion and attachment of the tire to the first rim support portion; a drive portion which is arranged to move the unloader along the guide rail; an engagement mechanism which is arranged to engage the rim lifting portion with the post at a retreat position at which the rim lifting portion is separated from the first rim support portion; and a supported portion which is arranged to integrally support the rim lifting portion and the unloader so as to be movable along the guide rail in a state where the engagement by the engagement mechanism is released. a post which includes a guide rail which is provided so as to be continuous on the post in a vertical direction; a first rim support portion which is fixed to the post and supports a first rim arranged to be mounted on a tire; a rim lifting portion which is provided so as to oppose the first rim support portion and supports a second rim arranged to be mounted on the tire, wherein the rim lifting portion is provided so as to be movable along the guide rail in a direction approaching the first rim support portion and in a direction separating from the first rim support portion; an unloader which is provided so as to be movable along the guide rail, and is arranged to perform at least one of extraction of the tire supported by the first rim support portion and attachment of the tire to the first rim support portion; a drive portion which is arranged to move the unloader along the guide rail; an engagement mechanism which is arranged to engage the rim lifting portion with the post at a retreat position at which the rim lifting portion is separated from the first rim support portion; and a supported portion which is arranged to integrally support the rim lifting portion and the unloader so as to be movable along the guide rail in a state where the engagement by the engagement mechanism is released.
A vector quantization apparatus comprising: a first selecting section that selects a classification code vector indicating a type of a feature correlated with a quantization target vector, from a plurality of classification code vectors; a second selecting section that selects a first codebook associated with the selected classification code vector from a plurality of first codebooks; a first quantization section that quantizes the quantization target vector using a plurality of first code vectors forming the selected first codebook, to produce a first code; a third selecting section that selects a first additive factor vector associated with the selected classification code vector from a plurality of additive factor vector stored in an additive factor codebook; and a second quantization section that quantizes a vector related to a first residual vector between the first code vector indicated by the first code and the quantization target vector, using a plurality of second code vectors and the selected first additive factor vector, to produce a second code, characterized in that the second quantization section generates a plurality of first addition vectors by adding each of the plurality of second code vectors and the selected first additive factor vector, and quantizes the first residual vector using the plurality of first addition vectors. a first selecting section that selects a classification code vector indicating a type of a feature correlated with a quantization target vector, from a plurality of classification code vectors; a second selecting section that selects a first codebook associated with the selected classification code vector from a plurality of first codebooks; a first quantization section that quantizes the quantization target vector using a plurality of first code vectors forming the selected first codebook, to produce a first code; a third selecting section that selects a first additive factor vector associated with the selected classification code vector from a plurality of additive factor vector stored in an additive factor codebook; and a second quantization section that quantizes a vector related to a first residual vector between the first code vector indicated by the first code and the quantization target vector, using a plurality of second code vectors and the selected first additive factor vector, to produce a second code, characterized in that the second quantization section generates a plurality of first addition vectors by adding each of the plurality of second code vectors and the selected first additive factor vector, and quantizes the first residual vector using the plurality of first addition vectors.
Method for tuning a hearing device having the steps of: - the hearing device being worn by a hearing device wearer, - timestamps, listening situations for which a prescribeable algorithm for signal processing is activated and the activated algorithm being stored in the hearing device, wherein the algorithm - is an algorithm for restricting the maximum output level effective for very loud, short, transient signals or - is an algorithm from a rejection method for impulsive noise, - the hearing device being switched by a hearing device wearer to a learning mode at a later time in relation to the timestamp, - the stored timestamps and listening situations and also the activated algorithm being output and/or displayed by the hearing device and/or by an external unit, - an assessment rating that expresses the hearing device wearer's satisfaction with the activated algorithm being input by the hearing device wearer, and - at least one parameter of the activated algorithm being changed as a function of the assessment rating by the hearing device. - the hearing device being worn by a hearing device wearer, - timestamps, listening situations for which a prescribeable algorithm for signal processing is activated and the activated algorithm being stored in the hearing device, wherein the algorithm - is an algorithm for restricting the maximum output level effective for very loud, short, transient signals or - is an algorithm from a rejection method for impulsive noise, - is an algorithm for restricting the maximum output level effective for very loud, short, transient signals or - is an algorithm from a rejection method for impulsive noise, - the hearing device being switched by a hearing device wearer to a learning mode at a later time in relation to the timestamp, - the stored timestamps and listening situations and also the activated algorithm being output and/or displayed by the hearing device and/or by an external unit, - an assessment rating that expresses the hearing device wearer's satisfaction with the activated algorithm being input by the hearing device wearer, and - at least one parameter of the activated algorithm being changed as a function of the assessment rating by the hearing device.