mhurhangee/patent-ind-claim-en huggingface dataset:
A method of a reception apparatus for accessing content, the method comprising: outputting a distribution schedule for a plurality of content; receiving a selection of one of the plurality of content for which distribution started before or starts after a current time; determining, by at least one processor of the reception apparatus, whether on-demand access is requested for the selected content; executing, by the at least one processor, when on-demand access is determined to be requested for the selected content, a triggered declarative object, TDO, that is associated with the selected content, defines a location of the selected content and a content identifier to identify the selected content, and controls the manner in which on-demand content can be accessed by a user; determining, by control of the TDO, whether capability information of the receiving apparatus should be provided with a request for selected content; sending, when on-demand access is determined to be requested for the selected content, the request for the selected content over a first communication medium based on the TDO including the determined capability information; and receiving the selected content provided via a second communication medium in response to the request for the selected content. outputting a distribution schedule for a plurality of content; receiving a selection of one of the plurality of content for which distribution started before or starts after a current time; determining, by at least one processor of the reception apparatus, whether on-demand access is requested for the selected content; executing, by the at least one processor, when on-demand access is determined to be requested for the selected content, a triggered declarative object, TDO, that is associated with the selected content, defines a location of the selected content and a content identifier to identify the selected content, and controls the manner in which on-demand content can be accessed by a user; determining, by control of the TDO, whether capability information of the receiving apparatus should be provided with a request for selected content; sending, when on-demand access is determined to be requested for the selected content, the request for the selected content over a first communication medium based on the TDO including the determined capability information; and receiving the selected content provided via a second communication medium in response to the request for the selected content.
A refrigerated cabinet for receiving and presenting goods to be cooled, preferably food products, the refrigerated cabinet comprising a receiving space for goods, the refrigerated cabinet comprising at least one door , for example in the form of a sliding or swinging door, for displacing between an open and a closed position, for example by sliding or by swinging, and by means of which the receiving space is accessible from the outside, at least one optical fiber element being disposed in the region below and/or above the at least one door and being operatively connected to at least one light source and being visible from the outside, the optical fiber element comprising a light inlet surface by means of which the light originating from the light source can be coupled in, the optical fiber element comprising a light outlet surface by means of which the light originating from the light source can be coupled out, the light source being formed by LEDs adjacent to each other, and the minimum spacing (A) between the light inlet surface and the light outlet surface being selected such that the light cones of adjacent LEDs intersect within the optical fiber element , characterized in that the light source generates a band of light visible to a customer from the front, the color thereof being selectable, for example depending on the goods presented.
An articulated vehicle, for example a rail vehicle or an articulated bus, formed from a plurality of vehicles or vehicle parts connected to one another in an articulated manner, wherein a passage is arranged between the vehicles or the vehicle parts , wherein the passage has an inner lining and an outer lining at a lateral spacing therefrom, wherein the inner lining and the outer lining are arranged at the front walls of two adjacent vehicles or vehicle parts while forming the spacing (A) from one another, characterized in that a noise-absorbing noise insulation layer is applied to the free surface formed by the spacing (A) on the front wall.
Temperature measuring device for non-invasively measuring a temperature of a medium in a pipe , comprising a sleeve , which has a closure for contacting a wall of the pipe , wherein an outer surface of the closure of the sleeve , which is designed for thermal contacting of the wall of the pipe , is convex, characterised in that the temperature measuring device comprises a first and second temperature sensor , which are accommodated in the sleeve , and the closure of the sleeve has a section with a reduced wall thickness for thermal connection of the first temperature sensor to the wall of the pipe , wherein the reduced wall thickness is less than a wall thickness of the sleeve .
A magnetohydrodynamic (MHD) effect correction system for an electrocardiogram (ECG) signal , the system being characterized by comprising: a camera configured to capture a series of patient images ; and an image processing unit configured to: determine a T-wave correction factor based on the series of patient images ; and generate a corrected ECG signal based on the ECG signal and the T-wave correction factor . a camera configured to capture a series of patient images ; and an image processing unit configured to: determine a T-wave correction factor based on the series of patient images ; and generate a corrected ECG signal based on the ECG signal and the T-wave correction factor . determine a T-wave correction factor based on the series of patient images ; and generate a corrected ECG signal based on the ECG signal and the T-wave correction factor .
An annular barrier for providing zonal isolation in an annulus downhole between a well tubular metal structure and another well tubular metal structure or a wall of a borehole , the annular barrier having an axial extension (L) and comprising: - a tubular metal part with an inner part face and an outer part face and configured to be mounted as part of the well tubular metal structure, and - an expandable metal sleeve surrounding the tubular metal part, forming an expandable space therebetween; the expandable metal sleeve being configured to be expanded in a well downhole from a first outer diameter (D1) to a second outer diameter (D2) in order to abut against the well tubular metal structure or the wall of the borehole, the expandable metal sleeve having a first end part , a second end part and an outer face , and at least one of the end parts comprising at least one circumferential groove facing the outer part face, characterized in that the tubular metal part bulges radially outwards in relation to the axial extension, forming at least one circumferential projection engaging the groove, providing a connection of the expandable metal sleeve to the tubular metal part. - a tubular metal part with an inner part face and an outer part face and configured to be mounted as part of the well tubular metal structure, and - an expandable metal sleeve surrounding the tubular metal part, forming an expandable space therebetween; the expandable metal sleeve being configured to be expanded in a well downhole from a first outer diameter (D1) to a second outer diameter (D2) in order to abut against the well tubular metal structure or the wall of the borehole, the expandable metal sleeve having a first end part , a second end part and an outer face , and at least one of the end parts comprising at least one circumferential groove facing the outer part face, characterized in that the tubular metal part bulges radially outwards in relation to the axial extension, forming at least one circumferential projection engaging the groove, providing a connection of the expandable metal sleeve to the tubular metal part.
Carpet having shiny yarns, comprising a fabric having a series of weft threads, inserted mainly perpendicular into, and intertwined with, a series of mainly parallel warp threads, wherein at least 0.1% of said weft threads is shiny, the shiny yarns having a brilliance of at least 70 gloss units, as measured at an angle of incidence of 45° according to ASTM D2457 Standard and characterised in that 10% to 40% of said weft threads comprise shiny polymers and in that 60% to 90% of said weft threads comprise one or several natural fibres.
A device for processing bone marrow aspirate comprising: a first chamber providing for the fractionation of bone marrow aspirate into layers including an adipose layer ; a second chamber in fluid communication with the first chamber , characterized in that an emulsification system is provided in fluid communication with the second chamber for emulsifying an adipose layer supernatant fraction separated from the bone marrow aspirate received in the first chamber . a first chamber providing for the fractionation of bone marrow aspirate into layers including an adipose layer ; a second chamber in fluid communication with the first chamber , characterized in that an emulsification system is provided in fluid communication with the second chamber for emulsifying an adipose layer supernatant fraction separated from the bone marrow aspirate received in the first chamber .
A motor drive device comprising: an inverter that supplies an alternating-current power to an electric motor (M); a current sensor being operable to measure a direct-current bus current of the inverter ; and a controller adapted to control the inverter based on an output of the current sensor, and the controller is adapted to compare a q-axis current measurement calculated based on the output of the current sensor and an estimated q-axis current value estimated based on a q-axis voltage command value, and to determine that the current sensor is abnormal when a duration of continuous deviation of the q-axis current measurement from the estimated q-axis current value continues for a predetermined time length, wherein the estimated q-axis current value is estimated based on a diagnostic q-axis voltage command value obtained by converting the q-axis voltage command value into an absolute value, and wherein the q-axis current measurement is a diagnostic q-axis current measurement, a sign of which is determined based on whether the q-axis voltage command value is a positive number or a negative number. a current sensor being operable to measure a direct-current bus current of the inverter ; and a controller adapted to control the inverter based on an output of the current sensor, and the controller is adapted to compare a q-axis current measurement calculated based on the output of the current sensor and an estimated q-axis current value estimated based on a q-axis voltage command value, and to determine that the current sensor is abnormal when a duration of continuous deviation of the q-axis current measurement from the estimated q-axis current value continues for a predetermined time length, wherein the estimated q-axis current value is estimated based on a diagnostic q-axis voltage command value obtained by converting the q-axis voltage command value into an absolute value, and wherein the q-axis current measurement is a diagnostic q-axis current measurement, a sign of which is determined based on whether the q-axis voltage command value is a positive number or a negative number.
Device for closing vials by means of caps, comprising: - a transport mechanism for the delivery and removal of vials , having a delivery region and a removal region; - a rotary plate , which is arranged between the delivery region and the removal region; and - a crimping mechanism , by which caps placed on the vials are crimped onto the vials; - wherein the crimping mechanism has at least one crimping roller ; and - wherein the crimping mechanism has a crimping drive for driving the crimping rollers , characterized by - an inclining mechanism for inclining the rotary plate with respect to a vertical direction. - a transport mechanism for the delivery and removal of vials , having a delivery region and a removal region; - a rotary plate , which is arranged between the delivery region and the removal region; and - a crimping mechanism , by which caps placed on the vials are crimped onto the vials; - wherein the crimping mechanism has at least one crimping roller ; and - wherein the crimping mechanism has a crimping drive for driving the crimping rollers , characterized by - an inclining mechanism for inclining the rotary plate with respect to a vertical direction.
A cochlear implant electrode comprising: an electrode carrier having an electrode array with a groove disposed in a longitudinal direction along the electrode carrier; and a stopper positioned around the electrode carrier , the stopper having a protrusion on an inner surface of the stopper , the protrusion configured to be positioned within the groove so that the stopper is movable with respect to the electrode carrier . an electrode carrier having an electrode array with a groove disposed in a longitudinal direction along the electrode carrier; and a stopper positioned around the electrode carrier , the stopper having a protrusion on an inner surface of the stopper , the protrusion configured to be positioned within the groove so that the stopper is movable with respect to the electrode carrier .
A method operational in a device , comprising: performing subscriber authentication with a network entity based on an authentication key agreement, AKA, exchange between the device and the network entity, carried out in Non-Access Stratum, NAS, messages; performing device authentication of the device with the network entity , carried out in the same NAS messages used for the AKA based subscriber authentication, wherein the device is pre-provisioned with a device specific key that is used for the device authentication; generating a security key that binds the subscriber authentication and the device authentication; and using the security key to secure communications between the device and a serving network . performing subscriber authentication with a network entity based on an authentication key agreement, AKA, exchange between the device and the network entity, carried out in Non-Access Stratum, NAS, messages; performing device authentication of the device with the network entity , carried out in the same NAS messages used for the AKA based subscriber authentication, wherein the device is pre-provisioned with a device specific key that is used for the device authentication; generating a security key that binds the subscriber authentication and the device authentication; and using the security key to secure communications between the device and a serving network .
Sports equipment to form a cage adapted to the practice of combat sports, for example for the practice of mixed martial arts, said sports equipment comprising a set of panels , preferably eight in number, intended to be juxtaposed and erected to form a peripheral enclosure for said cage, said panels each comprising a frame closed by a perforated filling , said perforated filling consisting of a wire mesh stretched over the frame , said frame comprising two uprights connected by an upper crosspiece and a lower crosspiece , said frames of two juxtaposed panels being fastened to each other by assembly means , characterized in that the panels comprise feet adapted for said panels to be installed on the ground, in an upright and removable manner, and in that , between at least two juxtaposed panels , said assembly means consist of rotary assembly means that allow said two juxtaposed panels to be rotated about an axis of rotation oriented parallel to the adjoining uprights , so that said set of panels can be moved between two configurations: - an unfolded configuration, advantageously self-supporting, adapted to form said peripheral enclosure of the cage , and - a folded configuration, advantageously self-supporting, adapted for storage. said sports equipment comprising a set of panels , preferably eight in number, intended to be juxtaposed and erected to form a peripheral enclosure for said cage, said panels each comprising a frame closed by a perforated filling , said perforated filling consisting of a wire mesh stretched over the frame , said frame comprising two uprights connected by an upper crosspiece and a lower crosspiece , said frames of two juxtaposed panels being fastened to each other by assembly means , characterized in that the panels comprise feet adapted for said panels to be installed on the ground, in an upright and removable manner, and in that , between at least two juxtaposed panels , said assembly means consist of rotary assembly means that allow said two juxtaposed panels to be rotated about an axis of rotation oriented parallel to the adjoining uprights , so that said set of panels can be moved between two configurations: - an unfolded configuration, advantageously self-supporting, adapted to form said peripheral enclosure of the cage , and - a folded configuration, advantageously self-supporting, adapted for storage. - an unfolded configuration, advantageously self-supporting, adapted to form said peripheral enclosure of the cage , and - a folded configuration, advantageously self-supporting, adapted for storage.
Sensor arrangement for a foreign object detection device for a wireless power transfer system including: a) a current input and a current output , b) a multitude of detection cells (30-41, 144.1-144.4), each comprising a sense coil including a winding spirally wound in a plane and having a multitude of turns, c) wherein the sense coils are arranged in one or more layers and wherein the sense coils of a particular layer are arranged in a matrix-like structure with multiple rows and multiple columns, d) a multitude of input leads (50 - 53, 60 - 62, 127, 148a, 148b, 251 - 258) and one or more output leads , wherein each detection cell (30-41, 144.1-144.4) is connected between one of the input leads and one output lead and wherein each detection cell is connected to a different combination of input and output leads, e) an input selection circuit adapted to selectively establish an electrical connection between the current input and one or more of the input leads, characterized in that the input lead (50 - 53, 60 - 62, 251 - 258) and the output lead of at least one sense coil is routed through the matrix-like structure to which the at least one sense coil belongs close to each other such as to reduce an area parallel to said matrix-like structure and enclosed by said input and output leads. a) a current input and a current output , b) a multitude of detection cells (30-41, 144.1-144.4), each comprising a sense coil including a winding spirally wound in a plane and having a multitude of turns, c) wherein the sense coils are arranged in one or more layers and wherein the sense coils of a particular layer are arranged in a matrix-like structure with multiple rows and multiple columns, d) a multitude of input leads (50 - 53, 60 - 62, 127, 148a, 148b, 251 - 258) and one or more output leads , wherein each detection cell (30-41, 144.1-144.4) is connected between one of the input leads and one output lead and wherein each detection cell is connected to a different combination of input and output leads, e) an input selection circuit adapted to selectively establish an electrical connection between the current input and one or more of the input leads,
A track for traction of a vehicle , the track being mountable around a plurality of wheels that comprises a drive wheel for driving the track , the track being elastomeric to flex around the wheels, the track comprising: - an inner surface for facing the wheels; - a ground-engaging outer surface for engaging the ground; and - a plurality of traction projections (58 1-T ) projecting from the ground-engaging outer surface and distributed in a longitudinal direction of the track , each traction projection (58 1-T ) of the plurality of traction projections comprising: - a first elastomeric material (60 y ); and - a second elastomeric material (60 x ) disposed inwardly of the first elastomeric material (60 y ); characterized in that a blowout resistance of the second elastomeric material (60 x ) is greater than a blowout resistance of the first elastomeric material (60 y ). - an inner surface for facing the wheels; - a ground-engaging outer surface for engaging the ground; and - a plurality of traction projections (58 1-T ) projecting from the ground-engaging outer surface and distributed in a longitudinal direction of the track , each traction projection (58 1-T ) of the plurality of traction projections comprising: - a first elastomeric material (60 y ); and - a second elastomeric material (60 x ) disposed inwardly of the first elastomeric material (60 y ); - a first elastomeric material (60 y ); and - a second elastomeric material (60 x ) disposed inwardly of the first elastomeric material (60 y );
A thermoplastic resin film comprising at least a base layer containing a thermoplastic resin and a heat seal layer containing a thermoplastic resin; the heat seal layer containing the thermoplastic resin having a melting point that is lower than a melting point of the thermoplastic resin of the base layer, the melting point respectively referring to the melting point peak temperature measured by differential scanning calorimetry in accordance with JIS K7121:1987;a core roughness depth Rk of a surface of the heat seal layer measured in accordance with ISO 13565-2:1996 being from 1.2 to 9.0 μm; and a ratio Rzjis/Rk of a ten point height of roughness profile Rzjis to a core roughness depth Rk of the surface of the heat seal layer measured in accordance with JIS B0601:2013 Appendix 1 being from 2.0 to 9.0, wherein the heat seal layer contains: (i) at least two types of thermoplastic resins that are incompatible each other, incompatible each other referring to a combination wherein a melting peak of each of the at least two types of thermoplastic resins is observed isolated in differential scanning calorimetry of the mixture of the thermoplastic resins, or (ii) a fine filler having an aspect ratio of 1 to 1.5 and a fine filler having an aspect ratio of greater than 1.5 but 10 or less. (i) at least two types of thermoplastic resins that are incompatible each other, incompatible each other referring to a combination wherein a melting peak of each of the at least two types of thermoplastic resins is observed isolated in differential scanning calorimetry of the mixture of the thermoplastic resins, or (ii) a fine filler having an aspect ratio of 1 to 1.5 and a fine filler having an aspect ratio of greater than 1.5 but 10 or less.
Holding rail for surface heating pipes , which comprises two longitudinal profiles running parallel to one another at a distance in the longitudinal direction (S) of the rail, which together form a plurality of upwardly open pipe receptacles each extending transversely to the longitudinal direction (S) of the rail, and wherein each pipe receptacle is delimited in the longitudinal direction (S) of the rail by latching lugs projecting inwards into the pipe receptacles , wherein the longitudinal profiles each have on their side opposite the pipe receptacles a profile section with a plurality of corrugations , wherein each of these profile sections extend continuously in a corrugated manner in the longitudinal direction (S) of the rail and form spacers for specifying a distance between the pipe receptacles and a spatial surface, characterized in that each pipe receptacle is delimited in the longitudinal direction (S) of the rail by exactly two transverse profile connectors , each of which has an elastic latching lug projecting inwards into the pipe receptacles .