mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by a radio communication device, for managing a media stream to be received from a media server, wherein the media stream comprises a plurality of segments, wherein the segments are defined by a first set of media rates and by at least one segment time period, the method comprising: transmitting, to the media server, a request for the first set of media rates and the at least one segment time period, wherein the at least one segment time period specifies same or different length of the segments; receiving, from the media server, a response indicating the first set of media rates and the at least one segment time period; the method further characterized by: transmitting a request for a second set of media rates, to a base station device to predict the media stream rate, wherein the request for the second set of media rates comprises the first set of media rates, the length of the at least one segment time period, and the time period during which the requested second set of media rates is to be below the media stream rate for reception at the radio communication device; receiving, from the base station device, a response indicating the second set of media rates, wherein each media rate of the second set is below a predicted media stream rate for the time period; and selecting a media rate out of the second set of media rates. transmitting, to the media server, a request for the first set of media rates and the at least one segment time period, wherein the at least one segment time period specifies same or different length of the segments; receiving, from the media server, a response indicating the first set of media rates and the at least one segment time period; the method further characterized by: transmitting a request for a second set of media rates, to a base station device to predict the media stream rate, wherein the request for the second set of media rates comprises the first set of media rates, the length of the at least one segment time period, and the time period during which the requested second set of media rates is to be below the media stream rate for reception at the radio communication device; receiving, from the base station device, a response indicating the second set of media rates, wherein each media rate of the second set is below a predicted media stream rate for the time period; and selecting a media rate out of the second set of media rates. transmitting a request for a second set of media rates, to a base station device to predict the media stream rate, wherein the request for the second set of media rates comprises the first set of media rates, the length of the at least one segment time period, and the time period during which the requested second set of media rates is to be below the media stream rate for reception at the radio communication device; receiving, from the base station device, a response indicating the second set of media rates, wherein each media rate of the second set is below a predicted media stream rate for the time period; and selecting a media rate out of the second set of media rates.
A catheter apparatus for insertion into vasculature of a patient and to a target area in the vasculature, comprising: a hollow inner shaft with a distal end and a proximal end; a removable non-occluding self-expandable scaffold coupled to the distal end of the inner shaft and disposed at the distal end of the hollow inner shaft, a portion of the distal end of the hollow inner shaft being disposed at least in part inside the self-expandable scaffold; and a hollow outer shaft with a distal end and a proximal end, the hollow outer shaft being slidable over the hollow inner shaft and the scaffold; wherein the outer shaft can be moved relative to the inner shaft and expandable scaffold so as to withdraw the outer shaft and enable the scaffold to assume its expanded state; wherein the scaffold when expanded is approximately cylindrical in shape and wherein the scaffold has a distal end that tapers towards the inner shaft; the scaffold is configured to center the distal end of the inner shaft along the central longitudinal axis of the scaffold when the scaffold is expanded; and the outer shaft is configured to enable the removal of the inner shaft and the scaffold through the proximal end of the outer shaft while the distal end of the outer shaft remains near the target area without the inner shaft and the scaffold being disposed within the outer shaft; characterised in that the hollow outer shaft is configured to cover the scaffold and hold it in a non-expanded state when the outer shaft is disposed around the scaffold such that the scaffold is positioned inside the outer shaft between the outer shaft and the inner shaft. a hollow inner shaft with a distal end and a proximal end; a removable non-occluding self-expandable scaffold coupled to the distal end of the inner shaft and disposed at the distal end of the hollow inner shaft, a portion of the distal end of the hollow inner shaft being disposed at least in part inside the self-expandable scaffold; and a hollow outer shaft with a distal end and a proximal end, the hollow outer shaft being slidable over the hollow inner shaft and the scaffold; wherein the outer shaft can be moved relative to the inner shaft and expandable scaffold so as to withdraw the outer shaft and enable the scaffold to assume its expanded state; wherein the scaffold when expanded is approximately cylindrical in shape and wherein the scaffold has a distal end that tapers towards the inner shaft; the scaffold is configured to center the distal end of the inner shaft along the central longitudinal axis of the scaffold when the scaffold is expanded; and the outer shaft is configured to enable the removal of the inner shaft and the scaffold through the proximal end of the outer shaft while the distal end of the outer shaft remains near the target area without the inner shaft and the scaffold being disposed within the outer shaft; characterised in that the hollow outer shaft is configured to cover the scaffold and hold it in a non-expanded state when the outer shaft is disposed around the scaffold such that the scaffold is positioned inside the outer shaft between the outer shaft and the inner shaft.
A grip device suitable for doors of household appliances, comprising a rail and a guide, which slideably engages onto said rail, adapted to be respectively secured to a door and to a cover panel or vice versa, so as to allow the simultaneous rotation of both the door and the cover panel on respective hinges, characterised in that it comprises at least one magnet for securing said grip device to said door.
An embedded permanent magnet type motor which has one pole configured of two permanent magnets (34a, 34b) and has a plurality of poles of permanent magnets embedded in a rotor, comprising: a rotor whose magnet embedding holes (35a, 35b), which are disposed in an inverted V shape and house the permanent magnets (34a, 34b), communicate with a rotor outer periphery, wherein a region, of an inner peripheral wall of each magnet embedding hole (35a, 35b), which is on the rotor rotation center axis side inclines in a direction away from a rotor rotation center toward a center bridge between the two magnet embedding holes (35a, 35b) with increasing distance from the center between adjacent poles. a rotor whose magnet embedding holes (35a, 35b), which are disposed in an inverted V shape and house the permanent magnets (34a, 34b), communicate with a rotor outer periphery, wherein a region, of an inner peripheral wall of each magnet embedding hole (35a, 35b), which is on the rotor rotation center axis side inclines in a direction away from a rotor rotation center toward a center bridge between the two magnet embedding holes (35a, 35b) with increasing distance from the center between adjacent poles.
A pressure fixing device applied to a shoe, wherein the shoe comprises a shoe body and a bottom part, the shoe body comprises plural eyelets and the bottom part is connected to the shoe body to define a wear space collaboratively, the pressure fixing device comprising: an inflatable shoe tongue connected with the shoe body, wherein the inflatable shoe tongue is an inflatable and expandable structure with an air, an opening is collaboratively defined by the inflatable shoe tongue and the shoe body, and the opening is in communication with the wear space; a first air pump in communication with the inflatable shoe tongue; and a control module electrically connected to the first air pump; wherein the control module drives the air flowing out of the inflatable shoe tongue according to a second enabling signal so that the inflatable shoe tongue shrinks in a first direction toward the wear space to attach to an user's instep, and the control module drives the first air pump to pump the air flowing into the inflatable shoe tongue according to a first enabling signal, so that the inflatable shoe tongue expands and bulges in a second direction away from the wear space to enlarge the opening. an inflatable shoe tongue connected with the shoe body, wherein the inflatable shoe tongue is an inflatable and expandable structure with an air, an opening is collaboratively defined by the inflatable shoe tongue and the shoe body, and the opening is in communication with the wear space; a first air pump in communication with the inflatable shoe tongue; and a control module electrically connected to the first air pump; wherein the control module drives the air flowing out of the inflatable shoe tongue according to a second enabling signal so that the inflatable shoe tongue shrinks in a first direction toward the wear space to attach to an user's instep, and the control module drives the first air pump to pump the air flowing into the inflatable shoe tongue according to a first enabling signal, so that the inflatable shoe tongue expands and bulges in a second direction away from the wear space to enlarge the opening.
A personal care device for modifying a keratinous surface comprising: a. a sensor configured to obtain a visual property of an area of the keratinous surface; b. a treatment element adapted to deposit a personal care composition onto the keratinous surface; c. a feedback element; and d. a processor; wherein the sensor is operatively associated with the processor; wherein the processor is operatively associated with the treatment element and the feedback element; wherein the processor is configured to control the treatment element to deposit the personal care composition onto the keratinous surface based on an analysis of the visual property obtained by the sensor and to intermittently activate the feedback element during deposition of the personal care composition and the feedback element is configured to emit a feedback signal when activated that corresponds to the rate of deposition of the personal care composition and wherein the feedback signal is an auditory signal and the auditory signal is a discontinuous signal like a beep or click; characterized in that intermittently activate means that the feedback element is configured to emit a feedback signal for every 50 to 500 droplets of the personal care composition deposited and/or the feedback element is configured to emit a feedback signal for every 0.005 μl to 0.05 μl of the personal care composition deposited. a. a sensor configured to obtain a visual property of an area of the keratinous surface; b. a treatment element adapted to deposit a personal care composition onto the keratinous surface; c. a feedback element; and d. a processor;
A method for coating a razor blade with a lubricating material, comprising the following steps: - providing a razor blade having a body portion and at least one tip end defined by at least one tip surface (52, 54) and a cutting edge, and - spraying a lubricating material on the tip end of the razor blade, - wherein spraying the lubricating material is performed steam-aided in that the lubricating material is introduced into a superheated water steam directed towards the tip end of the razor blade. - providing a razor blade having a body portion and at least one tip end defined by at least one tip surface (52, 54) and a cutting edge, and - spraying a lubricating material on the tip end of the razor blade, - wherein spraying the lubricating material is performed steam-aided in that the lubricating material is introduced into a superheated water steam directed towards the tip end of the razor blade.
A ground lock apparatus (20, 20a, 20b, 20c, 20d, 20e), planarly disposed on a ground for locking a wheel of a vehicle, characterized by comprising: a rotary body (21, 21a, 21b, 21c, 21d, 21e), having a recess (211, 211a, 211b, 211c) lower than the ground to receive the wheel; a ditch cover unit (22, 22a, 22b, 22c, 22d), connected to the periphery of an opening of the recess (211, 211a, 211b, 211c); and a lock unit (23, 23a, 23b, 23c, 23d, 23e), configured such that a part of the lock unit (23, 23a, 23b, 23c, 23d, 23e) passes through the wheel after the wheel falls into the recess (211, 211a, 211b, 211c) and the rotary unit is rotated,. a rotary body (21, 21a, 21b, 21c, 21d, 21e), having a recess (211, 211a, 211b, 211c) lower than the ground to receive the wheel; a ditch cover unit (22, 22a, 22b, 22c, 22d), connected to the periphery of an opening of the recess (211, 211a, 211b, 211c); and a lock unit (23, 23a, 23b, 23c, 23d, 23e), configured such that a part of the lock unit (23, 23a, 23b, 23c, 23d, 23e) passes through the wheel after the wheel falls into the recess (211, 211a, 211b, 211c) and the rotary unit is rotated,.
A method for transmitting media data, the method comprising: generating(500, 510) a media processing unit, MPU, including media data part, MDAT, and information part(301, 330), MMFU, wherein the media data part including at least one fragment of the media data and the information part(301, 330) including information on the media processing unit and information on the at least one fragment of the media data; and transmitting the media processing unit, wherein the information part includes first information indicating whether the media processing unit comprises all fragments corresponding to a fragment structure of the originally generated MPU and the initially generated fragments. generating(500, 510) a media processing unit, MPU, including media data part, MDAT, and information part(301, 330), MMFU, wherein the media data part including at least one fragment of the media data and the information part(301, 330) including information on the media processing unit and information on the at least one fragment of the media data; and transmitting the media processing unit, wherein the information part includes first information indicating whether the media processing unit comprises all fragments corresponding to a fragment structure of the originally generated MPU and the initially generated fragments.
Electric motor comprising a housing provided with an opening equipped with a membrane forming a barrier to liquid water between the inside and the outside of the said housing but permeable to water vapour, the motor comprising an internal fan to generate a forced circulation of air inside the motor, characterized in that the stator is liquid cooled and in that the membrane is situated in a region in which the forced circulation of air exposes it on the inside to a pressure higher than atmospheric pressure.
A sensor apparatus, comprising: an element substrate; a detecting section disposed on an upper surface of the element substrate, the detecting section comprising a reaction section having an immobilization film to detect an object to be detected, a first IDT electrode configured to generate an acoustic wave which propagates toward the reaction section, and a second IDT electrode configured to receive the acoustic wave which has passed through the reaction section; and a protective film which covers the first IDT electrode and the second IDT electrode, wherein the upper surface of the element substrate is configured so that a region (10a2) where the reaction section is located is at a lower level than a region (10a1) where the first IDT electrode is located and a region (10a1) where the second IDT electrode is located, characterized in that an upper surface of the immobilization film is positioned at a higher level than the region (10a1) where the first IDT electrode is located and the region (10a1) where the second IDT electrode is located. an element substrate; a detecting section disposed on an upper surface of the element substrate, the detecting section comprising a reaction section having an immobilization film to detect an object to be detected, a first IDT electrode configured to generate an acoustic wave which propagates toward the reaction section, and a second IDT electrode configured to receive the acoustic wave which has passed through the reaction section; and a protective film which covers the first IDT electrode and the second IDT electrode, wherein the upper surface of the element substrate is configured so that a region (10a2) where the reaction section is located is at a lower level than a region (10a1) where the first IDT electrode is located and a region (10a1) where the second IDT electrode is located, characterized in that an upper surface of the immobilization film is positioned at a higher level than the region (10a1) where the first IDT electrode is located and the region (10a1) where the second IDT electrode is located.
A piezoelectric device comprising: a layered structure in which at least a first electrode, a plastic layer, an orientation control layer, a piezoelectric layer, and a second electrode are stacked, wherein the orientation control layer is amorphous, and the piezoelectric layer with a thickness of 20 nm to 250 nm is provided over the orientation control layer, the piezoelectric layer having a wurtzite crystal structure, wherein the orientation control layer and the piezoelectric layer are provided between the first electrode and the second electrode, and wherein the orientation control layer is formed of zinc oxide as a basic component to which Al 2 O 3 and SiO x are added. a layered structure in which at least a first electrode, a plastic layer, an orientation control layer, a piezoelectric layer, and a second electrode are stacked, wherein the orientation control layer is amorphous, and the piezoelectric layer with a thickness of 20 nm to 250 nm is provided over the orientation control layer, the piezoelectric layer having a wurtzite crystal structure, wherein the orientation control layer and the piezoelectric layer are provided between the first electrode and the second electrode, and wherein the orientation control layer is formed of zinc oxide as a basic component to which Al 2 O 3 and SiO x are added.
A composition comprising a combination of a component and a component whereby component and component are in respective proportions to provide a synergistic effect against fouling organisms, wherein component is a thiol group modulating enzyme inhibitor selected from dichlofluanid, tolylfluanid, or zineb; and wherein component is a pyrion compound selected from 1-hydroxy-2-pyridinone, pyrion disulfide, and sodium pyrithione, with the proviso that a combination of dichlofluanid or tolylfluanid as component and 1-hydroxy-2-pyridinone or sodium pyrithione as component is excluded.
A method of producing fatty acid esters comprising: (a) providing a microbial biomass; (b) contacting the microbial biomass with a solution containing an alcohol and at least one α-hydroxysulfonic acid thereby producing acid-treated biomass containing at least one fatty acid ester; and (c) recovering said fatty acid ester from the acid-treated biomass.
Method for haptic feedback on a brake pedal of a motor vehicle, whereby a current stability index describing the current driving situation is compared with a stored critical stability index, characterised in that a haptic feedback is imprinted on the brake pedal of the motor vehicle when the ratio derived from current stability index critical stability index exceeds a previously defined limit value, whereby the haptic feedback is continuously boosted as the current stability index comes increasingly close to the stored critical stability index.
A chemically-modified Factor VIII (FVIII) molecule comprising a recombinant FVIII molecule and 1 or 2 polysialic acid moieties per FVIII molecule, wherein the PSA moieties are attached to the FVIII molecule through reductive amination.
Window regulator of a motor vehicle, having a cable or cable roller deflector which is connected to a guide rail of the window regulator by means of a connecting part, - wherein the connecting part engages through a first opening in the cable or cable roller deflector and through a second opening in the guide rail, - wherein a perforated disc having a disc opening is arranged on that side of the guide rail which is opposite to the cable or cable roller deflector, characterized - in that the perforated disc has, on the disc side facing away from the guide rail, a first toothing on the opening periphery of the disc opening, and - in that the connecting part engages through the disc opening of the perforated disc, and a deforming end of the connecting part, said deforming end protruding from the disc opening, is deformed in such a way that material of the connecting part penetrates into the first toothing of the perforated disc. - wherein the connecting part engages through a first opening in the cable or cable roller deflector and through a second opening in the guide rail, - wherein a perforated disc having a disc opening is arranged on that side of the guide rail which is opposite to the cable or cable roller deflector, - in that the perforated disc has, on the disc side facing away from the guide rail, a first toothing on the opening periphery of the disc opening, and - in that the connecting part engages through the disc opening of the perforated disc, and a deforming end of the connecting part, said deforming end protruding from the disc opening, is deformed in such a way that material of the connecting part penetrates into the first toothing of the perforated disc.
A foam manipulation composition comprising: a plurality of surface-modified particles having an average particle size greater than 100 nm up to about 50 μm and a hydrophobicity measured by a contact angle greater than 20°; and at least one surfactant selected from the group consisting of anionic, cationic, nonionic and amphoteric surfactants and combinations thereof, the particles and the at least one surfactant being present in a ratio of particles to surfactant between 1:20 and 20:1, and wherein the surface of the particles are modified to include switchable functional groups, and wherein the switchable functional group may be any functional group that acts as a Brønsted acid or base and is grafted onto the surface of the particles, or may be on compositions, such as polymers, grafted or coated onto the surface of the particles. a plurality of surface-modified particles having an average particle size greater than 100 nm up to about 50 μm and a hydrophobicity measured by a contact angle greater than 20°; and at least one surfactant selected from the group consisting of anionic, cationic, nonionic and amphoteric surfactants and combinations thereof, the particles and the at least one surfactant being present in a ratio of particles to surfactant between 1:20 and 20:1, and wherein the surface of the particles are modified to include switchable functional groups, and wherein the switchable functional group may be any functional group that acts as a Brønsted acid or base and is grafted onto the surface of the particles, or may be on compositions, such as polymers, grafted or coated onto the surface of the particles.
A graphene/organic solvent dispersion liquid comprising graphene dispersed in an organic solvent and having a value of (W2 - W1)/G in the range of 0.005 or more and 0.05 or less, wherein W1 and W2 are the water fractions measured at 130°C and 250°C, respectively, by the Karl Fischer's method and G is the solid fraction of the graphene.