mhurhangee/ep-ind-claims huggingface dataset:
A method in a communication network node of optimizing radio resource utilization at a group communication for members of a specific group in a communication network system, comprising communication network nodes communicating over a radio interface on downlink and uplink radio bearers with a plurality of user equipments each of which is associated with one of said members of the specific group, wherein the method comprises the steps of: - establishing a shared downlink radio bearer; - depending on the priority of the member within the group, the member is, in addition to its default bearer, either assigned a dedicated bearer or is assigned as a listener to the shared downlink radio bearer which is a dedicated bearer shared with a group of other listeners, wherein; - assigning user equipments of low priority members to said shared downlink radio bearer; - assigning dedicated radio bearers to user equipments of high priority members; - wherein the user equipment makes a request on its default bearer when the member wishes to talk or send information, wherein the request is a request to become a new talking member in a group call, if the group communication takes place in the form of a group call; - if the new talking member already has a dedicated radio bearer, being a high priority member, the communication takes place on this dedicated bearer and - if the new talking member is a low priority listener member, assigning a temporary dedicated radio bearer for the communication. - establishing a shared downlink radio bearer; - depending on the priority of the member within the group, the member is, in addition to its default bearer, either assigned a dedicated bearer or is assigned as a listener to the shared downlink radio bearer which is a dedicated bearer shared with a group of other listeners, wherein; - assigning user equipments of low priority members to said shared downlink radio bearer; - assigning dedicated radio bearers to user equipments of high priority members; - wherein the user equipment makes a request on its default bearer when the member wishes to talk or send information, wherein the request is a request to become a new talking member in a group call, if the group communication takes place in the form of a group call; - if the new talking member already has a dedicated radio bearer, being a high priority member, the communication takes place on this dedicated bearer and - if the new talking member is a low priority listener member, assigning a temporary dedicated radio bearer for the communication.
A cell culture vessel comprising a bottom and a side wall, wherein at least one microwell for containing a cell is disposed on the bottom, the microwell has a bottom surface, a side surface, and an opening, and a convex-concave structure is formed on the side surface of the microwell, wherein a height of the convex part with respect to the concave part is 5 μm or more.
A fiber laser assembly (10, 20B, 30) comprising: a light source (11, 21, 31) for emitting signal light having a non-zero spectral width; a length of passive multimode optical fiber between first and second ends thereof (13A, 13B), optically coupled at the first end thereof to the light source (11, 21, 31) for receiving the signal light and propagating the signal light in a zero-order optical mode and a higher-order optical mode in the passive multimode optical fiber towards the second end thereof, wherein upon such propagation, one of the zero-order or higher-order optical mode is delayed with respect to the other optical mode so as to at least partially reduce coherence therebetween at the second end of the passive multimode optical fiber; and a length of active multimode optical fiber between first and second ends thereof (16A, 16B), optically coupled at the first end thereof to the second end of the passive multimode optical fiber, said active multi-mode optical fiber being configured to receive and amplify the zero-order optical mode as the zero-order optical mode propagates towards the second end of the active multimode optical fiber, and said active multi-mode optical fiber being configured to receive and amplify at least one higher-order optical mode. a light source (11, 21, 31) for emitting signal light having a non-zero spectral width; a length of passive multimode optical fiber between first and second ends thereof (13A, 13B), optically coupled at the first end thereof to the light source (11, 21, 31) for receiving the signal light and propagating the signal light in a zero-order optical mode and a higher-order optical mode in the passive multimode optical fiber towards the second end thereof, wherein upon such propagation, one of the zero-order or higher-order optical mode is delayed with respect to the other optical mode so as to at least partially reduce coherence therebetween at the second end of the passive multimode optical fiber; and a length of active multimode optical fiber between first and second ends thereof (16A, 16B), optically coupled at the first end thereof to the second end of the passive multimode optical fiber, said active multi-mode optical fiber being configured to receive and amplify the zero-order optical mode as the zero-order optical mode propagates towards the second end of the active multimode optical fiber, and said active multi-mode optical fiber being configured to receive and amplify at least one higher-order optical mode.
A compact power running board assembly (100; 300) for a motor vehicle, comprising: an actuator assembly (126; 303) operably coupled to a swing arm (108, 110; 308); a running board operably connected to the swing arm (108, 110; 308); a housing assembly (124; 194) including an opening (128; 196); a pivot shaft (130; 198) located within the housing assembly (124; 194), the swing arm (108, 110; 308) extending through the opening (128; 196) of the housing assembly (124; 194) and operably connected to the pivot shaft (130; 198); a pair of bushing bearings (132, 134; 202, 204) coupled to the pivot shaft (130; 198) within the housing assembly (124; 194), and a motor assembly (150; 350) operably coupled to the actuator assembly (126; 303) for driving the actuator assembly (126; 303) to move the running board between at least one stowed position and at least one deployed position, characterized in that the pivot shaft (130; 198) and the bushing bearings (132, 134; 202, 204) are completely contained in the housing assembly (124; 194). an actuator assembly (126; 303) operably coupled to a swing arm (108, 110; 308); a running board operably connected to the swing arm (108, 110; 308); a housing assembly (124; 194) including an opening (128; 196); a pivot shaft (130; 198) located within the housing assembly (124; 194), the swing arm (108, 110; 308) extending through the opening (128; 196) of the housing assembly (124; 194) and operably connected to the pivot shaft (130; 198); a pair of bushing bearings (132, 134; 202, 204) coupled to the pivot shaft (130; 198) within the housing assembly (124; 194), and a motor assembly (150; 350) operably coupled to the actuator assembly (126; 303) for driving the actuator assembly (126; 303) to move the running board between at least one stowed position and at least one deployed position,
A battery pack comprising: a plurality of secondary batteries; a molded body configured to store therein the secondary batteries; a temperature increase suppressing layer provided between the secondary batteries and an inner surface of the molded body to suppress a temperature increase of an outer surface of the molded body; and a block layer provided between the secondary batteries and the temperature increase suppressing layer to block leakage from the secondary battery, wherein the temperature increase suppressing layer is a heat absorbing layer containing a flame-retardant binding agent and a heat absorbing agent, wherein: the heat absorbing agent contains at least one selected from the group consisting of calcium sulfate dihydrate (CaSO 4 ·2H 2 O), sodium hydrogen carbonate (NaHCO 3), aluminum hydroxide (Al 3), magnesium hydroxide (Mg 2), and calcium carbonate (CaCO 3); and the flame-retardant binding agent contains at least one selected from the group consisting of polyvinylidene chloride and polyvinylidene fluoride. a plurality of secondary batteries; a molded body configured to store therein the secondary batteries; a temperature increase suppressing layer provided between the secondary batteries and an inner surface of the molded body to suppress a temperature increase of an outer surface of the molded body; and a block layer provided between the secondary batteries and the temperature increase suppressing layer to block leakage from the secondary battery, wherein the temperature increase suppressing layer is a heat absorbing layer containing a flame-retardant binding agent and a heat absorbing agent, wherein: the heat absorbing agent contains at least one selected from the group consisting of calcium sulfate dihydrate (CaSO 4 ·2H 2 O), sodium hydrogen carbonate (NaHCO 3), aluminum hydroxide (Al 3), magnesium hydroxide (Mg 2), and calcium carbonate (CaCO 3); and the flame-retardant binding agent contains at least one selected from the group consisting of polyvinylidene chloride and polyvinylidene fluoride. the heat absorbing agent contains at least one selected from the group consisting of calcium sulfate dihydrate (CaSO 4 ·2H 2 O), sodium hydrogen carbonate (NaHCO 3), aluminum hydroxide (Al 3), magnesium hydroxide (Mg 2), and calcium carbonate (CaCO 3); and the flame-retardant binding agent contains at least one selected from the group consisting of polyvinylidene chloride and polyvinylidene fluoride.
A method of identifying programming to a user on user equipment, including a display, comprising: storing program listings including program attributes of programs; monitoring programming viewed by the user through the user equipment; determining program attributes of a last-viewed program, wherein one or more of the program attributes of the last-viewed program is information included within a respective program attribute criterion; determining which of the program attributes of the last-viewed program are included within user-selected program attribute criteria, comparing the program attributes of the last-viewed program determined to be included within user-selected program attribute criteria with the program attributes of the stored program listings; and displaying on the display the program listings that best match the program attributes of the last-viewed program determined to be included within user-selected program attribute criteria. storing program listings including program attributes of programs; monitoring programming viewed by the user through the user equipment; determining program attributes of a last-viewed program, wherein one or more of the program attributes of the last-viewed program is information included within a respective program attribute criterion; determining which of the program attributes of the last-viewed program are included within user-selected program attribute criteria, comparing the program attributes of the last-viewed program determined to be included within user-selected program attribute criteria with the program attributes of the stored program listings; and displaying on the display the program listings that best match the program attributes of the last-viewed program determined to be included within user-selected program attribute criteria.
Method for the production of a rotationally symmetrical, notably annular permanent magnet with radially oriented magnetisation through the extrusion of a blank made of magnet material, characterised by extrusion transverse to the axis of the blank by means of transversal male moulds that deform protrusions of the blank so that the material volume forming the protrusions flows in the circumferential direction.
Winding mechanism for charging an energy accumulator for a timepiece or a timepiece movement via an intermediate winding mechanism, said winding mechanism comprising a winding stem and a winding-button arranged to drive said winding stem at least in translation, said stem being able to occupy at least an initial longitudinal position for said energy charging, towards which position said stem is returned by elastic return means, one portion of the length of said stem being ringed or threaded, said portion being arranged to drive in rotation or/and in translation a winding driving means, when said stem is moved in translation as a result of the user pressing or respectively pulling, in a travel which is limited between said initial longitudinal position and an unstable maximum pushed-in or respectively pulled-out position of said stem, characterized in that said winding mechanism includes an uncouplable intermediate winding wheel (6; 41) for driving the driving means of said intermediate winding mechanism, said intermediate wheel (6; 41) being pivotable by said stem and being able to be uncoupled from said driving means, said intermediate winding wheel (6; 41) being movably mounted and able to occupy two positions (P1; P2), a gearing position wherein said winding wheel is arranged to be engaged with said driving means during a translation of said stem in a first winding direction as a result of action of the user against said elastic return means, and the other disengaging position wherein said winding wheel is arranged to be disengaged from said drive means during a translation of said stem in a second return direction opposite to the first winding direction by means of said elastic return means.
A speaker comprising: a chassis internally including a magnet; a diaphragm; a plate attached to a top face of said magnet, and disposed at a position which is below and not in contact with said diaphragm; a suspension fixed to a top face of said diaphragm, and connecting said diaphragm and chassis a voice coil disposed in a magnetic air gap formed in an outer perimeter of said plate, and connected to a bottom face of a periphery of said diaphragm to support said diaphragm such that said diaphragm is vibratable in a vertical direction, wherein said suspension includes a first fixing part fixed to said diaphragm and a second fixing part fixed to said chassis, said second fixing part is positioned above said first fixing part in the vertical direction, and at least one of said first fixing part and said second fixing part is fixed to an inner region which is a region located inward of the periphery of said diaphragm as seen from above in the vertical direction, and said first fixing part is fixed to the top face of said diaphragm. a chassis internally including a magnet; a diaphragm; a plate attached to a top face of said magnet, and disposed at a position which is below and not in contact with said diaphragm; a suspension fixed to a top face of said diaphragm, and connecting said diaphragm and chassis a voice coil disposed in a magnetic air gap formed in an outer perimeter of said plate, and connected to a bottom face of a periphery of said diaphragm to support said diaphragm such that said diaphragm is vibratable in a vertical direction, wherein said suspension includes a first fixing part fixed to said diaphragm and a second fixing part fixed to said chassis, said second fixing part is positioned above said first fixing part in the vertical direction, and at least one of said first fixing part and said second fixing part is fixed to an inner region which is a region located inward of the periphery of said diaphragm as seen from above in the vertical direction, and said first fixing part is fixed to the top face of said diaphragm.
A method for verifying the authenticity of a document using at least one additional information item, wherein the document comprises an information feature which refers to the additional information item, with: acquisition of an image of the document; acquisition of the information feature in the acquired image; determination of the additional information item on the basis of the acquired information feature; and display of the acquired image together with the additional information item in order to verify the authenticity of the document. acquisition of an image of the document; acquisition of the information feature in the acquired image; determination of the additional information item on the basis of the acquired information feature; and display of the acquired image together with the additional information item in order to verify the authenticity of the document.
A composition for topical application comprising: a first discontinuous phase comprising a first oil and tacrolimus; a second discontinuous phase comprising a second oil; and a continuous aqueous phase; wherein the first oil is different from the second oil and the phases are physically and chemically distinct; and wherein the tacrolimus is substantially soluble in the first oil and substantially insoluble in the second oil. a first discontinuous phase comprising a first oil and tacrolimus; a second discontinuous phase comprising a second oil; and a continuous aqueous phase; wherein the first oil is different from the second oil and the phases are physically and chemically distinct; and wherein the tacrolimus is substantially soluble in the first oil and substantially insoluble in the second oil.
An abnormality detection device for a machine tool, the abnormality detection device comprising: a plurality of vibration sensors (11, 12,... 20) adapted to be mounted on a body of the machine tool at a plurality of positions; and a determination portion that determines an operation condition of the machine tool based on vibration information detected by the vibration sensors (11, 12,... 20), wherein the abnormality detection device is configured to detect abnormality of the machine tool according to determination information of the determination portion, and characterised in that the determination portion specifies a predetermined item whose machining accuracy lowers based on the mounted position of the vibration sensor (11, 12,... 20) that has detected abnormal vibration. a plurality of vibration sensors (11, 12,... 20) adapted to be mounted on a body of the machine tool at a plurality of positions; and at a plurality of positions; and a determination portion that determines an operation condition of the machine tool based on vibration information detected by the vibration sensors (11, 12,... 20), wherein the abnormality detection device is configured to detect abnormality of the machine tool according to determination information of the determination portion, and characterised in that the determination portion specifies a predetermined item whose machining accuracy lowers based on the mounted position of the vibration sensor (11, 12,... 20) that has detected abnormal vibration.
A cardiac cell comprising a PIM-1 encoding nucleic acid, wherein the PIM-1 encoding nucleic acid is provided in an expression construct or expression vehicle comprising a plasmid, a recombinant virus or an artificial chromosome, and wherein the cardiac cell is a myocyte or a cardiac stem cell.
A speech coding apparatus adapted to perform layer coding including at least two layers of a lower layer and a higher layer, the speech coding apparatus comprising: a generating section adapted to generate an error signal between a decoded signal of the lower layer and an input signal; an estimation section adapted to calculate a signal-to-noise ratio using the input signal and the error signal and adapted to estimate respective perceptual importance levels of a plurality of spectral coefficients of different frequencies in the error signal, based on the signal-to-noise ratio; a calculating section adapted to calculate respective weighting coefficients of the plurality of spectral coefficients based on the respective estimated importance levels; a weighting section adapted to weight each of the plurality of spectral coefficients using the respective calculated weighting coefficients; and a coding section adapted to encode the plurality of weighted spectral coefficients. a generating section adapted to generate an error signal between a decoded signal of the lower layer and an input signal; an estimation section adapted to calculate a signal-to-noise ratio using the input signal and the error signal and adapted to estimate respective perceptual importance levels of a plurality of spectral coefficients of different frequencies in the error signal, based on the signal-to-noise ratio; a calculating section adapted to calculate respective weighting coefficients of the plurality of spectral coefficients based on the respective estimated importance levels; a weighting section adapted to weight each of the plurality of spectral coefficients using the respective calculated weighting coefficients; and a coding section adapted to encode the plurality of weighted spectral coefficients.
Filter system for filtering a flow, comprising: - a filter housing having a suction opening for inlet of an indrawn flow and an outlet for outlet of a filtered flow; - an electrostatic filter configured for electrostatic filtering of the indrawn flow, with the electrostatic filter comprising a first gaze acting as a first electrode and a second gaze acting as a second electrode that is placed at a distance of the first gaze, and a filing material provided between the first and second gazes; - a plasma filter configured for generating ozone and providing the ozone to the indrawn flow; - a sensor configured for measuring the indrawn airflow and capable of generating measurement input; and - a controller operatively connected to the sensor, wherein the controller comprises an ozone activator configured to activate the plasma filter in response to the measurement input, and wherein the controller is additionally configured to adjust frequencies and/or voltage levels of electrostatic filter and/or plasma filter. - a filter housing having a suction opening for inlet of an indrawn flow and an outlet for outlet of a filtered flow; - an electrostatic filter configured for electrostatic filtering of the indrawn flow, with the electrostatic filter comprising a first gaze acting as a first electrode and a second gaze acting as a second electrode that is placed at a distance of the first gaze, and a filing material provided between the first and second gazes; - a plasma filter configured for generating ozone and providing the ozone to the indrawn flow; - a sensor configured for measuring the indrawn airflow and capable of generating measurement input; and - a controller operatively connected to the sensor, wherein the controller comprises an ozone activator configured to activate the plasma filter in response to the measurement input, and wherein the controller is additionally configured to adjust frequencies and/or voltage levels of electrostatic filter and/or plasma filter.
Titanium diboride granules comprising aggregates of titanium diboride primary particles, wherein the titanium diboride granules have a rounded shape and are fracture-resistant, wherein the compressive strength of the titanium diboride granules, measured as maximum force before rupture of the granules in the compression test, is at least 5 N, and wherein the titanium diboride granules have a mesh size of between 1 and 10 mm.