mhurhangee/ep-ind-claims huggingface dataset:
A multi-panel wraparound stereoscopic display, characterized by comprising a skeleton, a display screen, a mounting panel, and a hanger, wherein at least three display screens are detachably installed on the skeleton through as many hangers as there are screens, multiple display screens are rotatably symmetrically distributed along an axis of symmetry, and the display screens are disposed in parallel with the axis of symmetry; every hanger comprises a fixed plate, a rotating plate, and a connecting plate, wherein a display screen is detachably installed on the connecting plate, the fixed plate is detachably installed on the skeleton, the fixed plate and the connecting plate are respectively hinged to both ends of the rotating plate to form a double rocker mechanism, and the rotating plate rotates relative to the fixed plate and drives a display screen to move to one side horizontally; and the mounting panel is disposed on the skeleton and installed in a region exposed after a display screen is moved, and the mounting panel is provided with an electrical element. at least three display screens are detachably installed on the skeleton through as many hangers as there are screens, multiple display screens are rotatably symmetrically distributed along an axis of symmetry, and the display screens are disposed in parallel with the axis of symmetry; every hanger comprises a fixed plate, a rotating plate, and a connecting plate, wherein a display screen is detachably installed on the connecting plate, the fixed plate is detachably installed on the skeleton, the fixed plate and the connecting plate are respectively hinged to both ends of the rotating plate to form a double rocker mechanism, and the rotating plate rotates relative to the fixed plate and drives a display screen to move to one side horizontally; and the mounting panel is disposed on the skeleton and installed in a region exposed after a display screen is moved, and the mounting panel is provided with an electrical element.
A system for measuring a temperature of an electrical component, comprising: - an electrical conductor having: • a main portion, • an auxiliary portion projecting from the main portion so as to form an electrical branch, - an electrical component electrically connected to the main portion of the electrical conductor, - an electronic circuit electrically connected to the auxiliary portion of the electrical conductor so as to receive an electrical potential from the electrical conductor, - a temperature measuring device designed to provide a temperature measurement representative of a temperature of the electrical component, - a thermal connection between the auxiliary portion of the electrical conductor and the temperature measuring device, this thermal connection being distinct from the main portion of the electrical conductor. - an electrical conductor having: • a main portion, • an auxiliary portion projecting from the main portion so as to form an electrical branch, • a main portion, • an auxiliary portion projecting from the main portion so as to form an electrical branch, - an electrical component electrically connected to the main portion of the electrical conductor, - an electronic circuit electrically connected to the auxiliary portion of the electrical conductor so as to receive an electrical potential from the electrical conductor, - a temperature measuring device designed to provide a temperature measurement representative of a temperature of the electrical component, - a thermal connection between the auxiliary portion of the electrical conductor and the temperature measuring device, this thermal connection being distinct from the main portion of the electrical conductor.
A method, performed by a New Radio, NR, node, for configuring wireless transmit/receive units, WTRUs, comprising: configuring a set of 'K' channel state information interference channel measurement, CSI-ICM resources for a group of WTRUs; indicating, to the WTRUs in the group, the 'K' CSI-ICM resources via radio resource control, RRC, signalling; transmitting downlink control information which signals a number 'N' of the K CSI-ICM resources to at least two WTRUs in the group, the at least two WTRUs in the group having the same interference sources, where N is at least one and is less than K, and wherein N corresponds to a number of the interference sources; receiving, from the at least two WTRUs in the group, feedback of an interference measurement based on the indicated N CSI-ICM resources; scheduling a MU-MIMO transmission for the at least two WTRUs based on the feedback and sending an indication of the scheduled MU-MIMO transmission to the at least two WTRUs; and determining, based on the scheduled MU-MIMO transmission, that a first of the at least two WTRUs in the group has cancelled interference transmitted from the first of the at least two WTRUs to a second of the at least two WTRUs in the group. configuring a set of 'K' channel state information interference channel measurement, CSI-ICM resources for a group of WTRUs; indicating, to the WTRUs in the group, the 'K' CSI-ICM resources via radio resource control, RRC, signalling; transmitting downlink control information which signals a number 'N' of the K CSI-ICM resources to at least two WTRUs in the group, the at least two WTRUs in the group having the same interference sources, where N is at least one and is less than K, and wherein N corresponds to a number of the interference sources; receiving, from the at least two WTRUs in the group, feedback of an interference measurement based on the indicated N CSI-ICM resources; scheduling a MU-MIMO transmission for the at least two WTRUs based on the feedback and sending an indication of the scheduled MU-MIMO transmission to the at least two WTRUs; and determining, based on the scheduled MU-MIMO transmission, that a first of the at least two WTRUs in the group has cancelled interference transmitted from the first of the at least two WTRUs to a second of the at least two WTRUs in the group.
A mobile device comprising: a transparent panel having a thickness and a plurality of microholes formed at a side of the transparent panel; and a speaker module arranged at a side of the transparent panel at a location corresponding to the plurality of microholes, wherein a diameter of each of the microholes is from 50 to 500 μm. a transparent panel having a thickness and a plurality of microholes formed at a side of the transparent panel; and a speaker module arranged at a side of the transparent panel at a location corresponding to the plurality of microholes, wherein a diameter of each of the microholes is from 50 to 500 μm.
A foldable container comprising a lower panel; an upper panel provided in parallel with the lower panel; first and second lateral panels including upper lateral panels of which an upper end is respectively hinge-connected to the upper panel to be rotatable along a longitudinal direction of the upper panel and lower lateral panels of which a lower end is respectively hinge-connected to the lower panel to be rotatable along a longitudinal direction of the lower panel and positioned under the upper lateral panels and which are configured to be folded toward the inside of the foldable container; and front and rear panels (400, 500) connected to the lower panel to be rotatable along a transverse direction of the lower panel, characterized in that the first and second lateral panels further include one or more sliding joints connecting the upper lateral panel and the lower lateral panel such that the upper panel is moved upwards, the upper lateral panels are moved upwards a predetermined distance by the sliding joint and the front panel and the rear panel are folded inward of the foldable container and then the first and second lateral panel are folded, and the sliding joint includes a first fixing unit connected to the upper lateral panel; a second fixing unit connected to the lower lateral panel; and a link unit of which one side is hinge-connected to the first fixing unit and the other side is hinge-connected to the second fixing unit to be slidable.
A power tool comprising: a rotatable tool holder configured to receive a bit; a motor adapted to drive the rotation of the tool holder; a housing containing at least the motor and a handle extending therefrom configured to be gripped to manipulate the tool; a power source detachably coupled to the handle and configured to deliver power to the motor; an actuator configured to be actuated to select powered operation of the tool; an input device (52, 352) configured to receive an input parameter (56, 356); and a control unit configured to store a predetermined value (66, 366) and evaluate whether or not the input parameter (56, 356) matches the predetermined value (66, 366) and to permit powered operation of the tool when the input parameter (66, 366) matches the predetermined value (66, 366) and prohibit powered operation of the tool when the input parameter (66, 366) does not match the predetermined value (66, 366), characterized in that the input device (52, 352) is one of - a series of independently rotatable discs each having a range of numerals on an exterior surface thereof or - an input device comprising a ring-shaped dial and a digital display, the digital display configured within the ring-shaped dial on a rear face of the housing, the dial being adapted to rotate with respect to the digital display, the rotation of the dial being configured to input the input parameter. a rotatable tool holder configured to receive a bit; a motor adapted to drive the rotation of the tool holder; a housing containing at least the motor and a handle extending therefrom configured to be gripped to manipulate the tool; a power source detachably coupled to the handle and configured to deliver power to the motor; an actuator configured to be actuated to select powered operation of the tool; an input device (52, 352) configured to receive an input parameter (56, 356); and a control unit configured to store a predetermined value (66, 366) and evaluate whether or not the input parameter (56, 356) matches the predetermined value (66, 366) and to permit powered operation of the tool when the input parameter (66, 366) matches the predetermined value (66, 366) and prohibit powered operation of the tool when the input parameter (66, 366) does not match the predetermined value (66, 366), characterized in that the input device (52, 352) is one of - a series of independently rotatable discs each having a range of numerals on an exterior surface thereof or - an input device comprising a ring-shaped dial and a digital display, the digital display configured within the ring-shaped dial on a rear face of the housing, the dial being adapted to rotate with respect to the digital display, the rotation of the dial being configured to input the input parameter. - a series of independently rotatable discs each having a range of numerals on an exterior surface thereof or - an input device comprising a ring-shaped dial and a digital display, the digital display configured within the ring-shaped dial on a rear face of the housing, the dial being adapted to rotate with respect to the digital display, the rotation of the dial being configured to input the input parameter.
A method for implementing a broadcast group call in a click to dial service, comprising: sending, by a Click To Dial service WEB Server, CTD WS, a call request to a Click To Dial service Application Server, CTD AS, wherein the call request comprises a caller and a list of callees; calling, by the CTD AS, the caller and conducting a group call on all the callees in the list of callees after the caller goes off-hook; and characterized by: after any one callee in the list of callees goes off-hook, sending, by the CTD AS, an instruction message to a Media Resource Server, MRS, instructing the MRS to perform a two-way mixing on the caller such that the caller is enabled to listen and speak; and sending, by the CTD AS, an instruction message to the MRS, instructing the MRS to perform a one-way mixing on the callee who has currently gone off-hook such that the callee who has currently gone off-hook is enabled to only listen but not speak. sending, by a Click To Dial service WEB Server, CTD WS, a call request to a Click To Dial service Application Server, CTD AS, wherein the call request comprises a caller and a list of callees; calling, by the CTD AS, the caller and conducting a group call on all the callees in the list of callees after the caller goes off-hook; and characterized by: after any one callee in the list of callees goes off-hook, sending, by the CTD AS, an instruction message to a Media Resource Server, MRS, instructing the MRS to perform a two-way mixing on the caller such that the caller is enabled to listen and speak; and sending, by the CTD AS, an instruction message to the MRS, instructing the MRS to perform a one-way mixing on the callee who has currently gone off-hook such that the callee who has currently gone off-hook is enabled to only listen but not speak.
A holder for mounting and aligning a machining unit to a machine, preferably to a rotary transfer machine, comprising: a) a first part with first coupling means (8.1, 8.2, 13), configured as two conical holes (8.1, 8.2) and two cylindrical screw holes with threads, said first part being mountable on a machine or being part of a machine; b) a second part with second coupling means (9.1, 9.2, 10), said second coupling means (9.1, 9.2, 10) being configured to interact with said first coupling means (8.1, 8.2, 13) such as to releasably couple said second part to said first part in a first defined position, said second coupling means being configured as two conical pins (9.1, 9.2), which fit into said conical holes (8.1, 8.2) and screws, which are insertable into the cylindrical screw holes; c) a third part coupled to said second part by means of positioning means (5, 6) located between said second part and said third part, said positioning means (5, 6) being configured such as to move said third part relative to said second part in at least one spatial direction; d) third coupling means arranged on said third part allowing to couple said third part to a machining unit. a) a first part with first coupling means (8.1, 8.2, 13), configured as two conical holes (8.1, 8.2) and two cylindrical screw holes with threads, said first part being mountable on a machine or being part of a machine; b) a second part with second coupling means (9.1, 9.2, 10), said second coupling means (9.1, 9.2, 10) being configured to interact with said first coupling means (8.1, 8.2, 13) such as to releasably couple said second part to said first part in a first defined position, said second coupling means being configured as two conical pins (9.1, 9.2), which fit into said conical holes (8.1, 8.2) and screws, which are insertable into the cylindrical screw holes; c) a third part coupled to said second part by means of positioning means (5, 6) located between said second part and said third part, said positioning means (5, 6) being configured such as to move said third part relative to said second part in at least one spatial direction; d) third coupling means arranged on said third part allowing to couple said third part to a machining unit.
A device for determining an aerosol delivery of an aerosol stream generated by an aerosol generator, the device comprising: - a collecting unit, the collecting unit having a filter designated for collecting aerosol particles carried by an aerosol stream, a first fluid connection point which is connectable to an aerosol generator, and a second fluid connection point which is connectable to a breathing simulator being designated for simulating tidal breathing; and - at least one optical measurement unit which is designed for generating at least one optical measurement signal depending on the interaction of the at least one light beam with the aerosol particles, wherein the optical measurement unit is or comprises a laser measurement system, wherein the laser measurement system is designed for providing the at least one light beam, - at least one measurement volume which is designed for an interaction of at least one light beam with the aerosol particles carried by the aerosol stream and passing through the measurement volume; and - at least one evaluation unit which is designed for determining the aerosol delivery of the aerosol stream from the at least one optical measurement signal, characterized in that the evaluation unit is designed for determining the aerosol delivery of the aerosol stream from the at least one optical measurement signal by using a conversion function between the optical measurement signal and the aerosol delivery, wherein the conversion function is determined by at least one single time collecting the aerosol particles carried by the aerosol stream in the filter, measuring a particle load on the filter, and determining the conversion function from a relationship between the particle load and the at least one optical measurement signal. - a collecting unit, the collecting unit having a filter designated for collecting aerosol particles carried by an aerosol stream, a first fluid connection point which is connectable to an aerosol generator, and a second fluid connection point which is connectable to a breathing simulator being designated for simulating tidal breathing; and - at least one optical measurement unit which is designed for generating at least one optical measurement signal depending on the interaction of the at least one light beam with the aerosol particles, wherein the optical measurement unit is or comprises a laser measurement system, wherein the laser measurement system is designed for providing the at least one light beam, - at least one measurement volume which is designed for an interaction of at least one light beam with the aerosol particles carried by the aerosol stream and passing through the measurement volume; and - at least one evaluation unit which is designed for determining the aerosol delivery of the aerosol stream from the at least one optical measurement signal,
Mixing device for an exhaust system of an internal combustion engine, comprising a mixing section with a mixing section inlet area to be positioned downstream in relation to a reactant introduction device and with a mixing section outlet area to be positioned upstream in relation to a catalytic converter device, wherein the mixing section comprises an inner wall surrounding an inner volume, through which exhaust gas or/and reactant can flow, and an outer wall surrounding the inner wall, wherein an outer volume surrounding the inner volume in a ring-like manner is provided between the inner wall and the outer wall, wherein an electrically energizable heating device is provided at the inner wall, wherein the electrically energizable heating device comprises at least one heating element heatable by electrical energization, wherein the at least one heating element comprises a heating conductor surrounding a central longitudinal axis of the inner wall in a winding manner, characterized in that the at least one heating element is provided on an inner side of the inner wall.
Method for determining a functional magnetic resonance data set of an imaging region of a brain of a patient, wherein blood oxygenation level dependent functional magnetic resonance imaging is used, comprising the steps of - using a plurality of reception coils, acquiring magnetic resonance signals using parallel imaging and a magnetic resonance sequence defining a k-space trajectory, wherein undersampling in at least two k-space directions is performed, - reconstructing the functional magnetic resonance data set from the magnetic resonance signals and sensitivity information regarding the plurality of reception coils using a reconstruction technique for undersampled magnetic resonance data, wherein the k-space trajectory is chosen as a wave-CAIPI EPI trajectory by using sinusoidal gradient pulses with a quarter cycle phase shift in the phase encoding direction and the slice select direction combined with interslice shifts and EPI readout to allow controlled aliasing in all three spatial dimensions including the readout direction, and characterized in that a low rank plus sparse reconstruction technique is used as the reconstruction technique, wherein the dynamic magnetic resonance data as a space-time matrix is assumed as a linear superposition of a highly spatially and temporally correlated image background matrix and a sparse dynamic information matrix. - using a plurality of reception coils, acquiring magnetic resonance signals using parallel imaging and a magnetic resonance sequence defining a k-space trajectory, wherein undersampling in at least two k-space directions is performed, - reconstructing the functional magnetic resonance data set from the magnetic resonance signals and sensitivity information regarding the plurality of reception coils using a reconstruction technique for undersampled magnetic resonance data,
Composition for surfacing roadways or related safety and/or signage elements, comprising at least, by mass with respect to the total mass of said composition: from 4% to 6% hydrocarbon binder and 94% to 96% granular mixture, said granular mixture comprising, by mass with respect to the total mass thereof: 0% to 4% fillers; 15% to 40% sands; 10% to 45% gravel; 0 to 10% reflective glass debris, and characterised in that it comprises from 20% to 40% mineral material comprising one or more feldspars able to reflect light having interlayer distances of 50 nm to 100 nm and having a Los Angeles coefficient measured according to NF EN 1097-2 of less than or equal to 30, a Micro-Deval (MDe) coefficient measured in accordance with NF EN 1097-1 of less than or equal to 25, the sum LA + MDe ≤ 45, and a polishing coefficient measured in accordance with NF EN 1097-8 greater than 44. 0% to 4% fillers; 15% to 40% sands; 10% to 45% gravel; 0 to 10% reflective glass debris, and characterised in that it comprises from 20% to 40% mineral material comprising one or more feldspars able to reflect light having interlayer distances of 50 nm to 100 nm and having a Los Angeles coefficient measured according to NF EN 1097-2 of less than or equal to 30, a Micro-Deval (MDe) coefficient measured in accordance with NF EN 1097-1 of less than or equal to 25, the sum LA + MDe ≤ 45, and a polishing coefficient measured in accordance with NF EN 1097-8 greater than 44.
A composition comprising an active agent selected from the group consisting of antibodies specific to tumor necrosis factor alpha (TNFα) and functional fragments thereof and at least one additive selected from acidifiers, for use in the topical treatment of an inflammatory bowel disease, wherein said treatment results in a decrease of a pH in the large intestinal lumen of a human patient, wherein the large intestinal lumen is the combined and continuous inside of the large intestine and the terminal ileum of the small intestine, wherein said treatment results in a pH in the large intestinal lumen from 5.5 to 6.5, wherein the functional fragment specific to TNFα is a Fab fragment, a F(ab') 2 fragment, a Fab' fragment, an scFv, a dsFv, a VHH, a diabody, a triabody, a tetrabody, an Fc fusion protein or a minibody, wherein said composition reduces the pH of a local microenvironment of the antibody or functional fragment thereof in the large intestinal lumen and the decrease of pH in the large intestinal lumen facilitates the uptake and/or penetration of the active agent into the gastrointestinal wall.