mhurhangee/patent-ind-claim-en huggingface dataset:
A modular lighting system for providing light in a space comprising: a canopy (100; 102; 104; 100E) connectable to a power source; a plurality of horizontal bars (300; 302; 304; 330; 332) each including two parallel bar segments extending in parallel and equidistant from each other; a plurality of hangers , including a first set of hangers supporting bars from said canopy (100; 102; 104; 100E) and a second set of hangers , each said hangers including a first end disposed between and engaging said bar segments ; and a plurality of pendants supported by said second set of hangers from said bars (304; 310; 330; 332); wherein said hangers and bars cooperate to provide electric power to said pendants from said canopy, said bar segments including a first bar segment and a second bar segment arranged in a facing relationship with each other to define a space therebetween, characterized in that said bar segments have respective internal surfaces made of an electrically conductive material, each internal surface being formed with a trench engaging an end of one of said hangers . a canopy (100; 102; 104; 100E) connectable to a power source; a plurality of horizontal bars (300; 302; 304; 330; 332) each including two parallel bar segments extending in parallel and equidistant from each other; a plurality of hangers , including a first set of hangers supporting bars from said canopy (100; 102; 104; 100E) and a second set of hangers , each said hangers including a first end disposed between and engaging said bar segments ; and a plurality of pendants supported by said second set of hangers from said bars (304; 310; 330; 332); wherein said hangers and bars cooperate to provide electric power to said pendants from said canopy, said bar segments including a first bar segment and a second bar segment arranged in a facing relationship with each other to define a space therebetween, characterized in that said bar segments have respective internal surfaces made of an electrically conductive material, each internal surface being formed with a trench engaging an end of one of said hangers .
A cylindrical pressurised refill canister having an axis extending in an axial direction and containing a reservoir of composition including a propellant and a nicotine or a pharmaceutically acceptable derivative or salt thereof, the reservoir being at a pressure of greater than 400kPa at 20°C, and the canister having a refill outlet valve comprising a stem with an axial bore ; characterised in that the axial bore is open at the axial end furthest from the reservoir to provide an outlet which discharges the composition in the axial direction, wherein the stem is displaceable from a closed position to which it is biased by a first resilient member with a spring force of greater than 10N when no external force is applied to a dispensing position against the action of the first resilient member to open a flow path from the reservoir to the outlet ; and the outer diameter of the stem being greater than 3mm.
Method for automatically recognizing a magnetic object, comprising: a) the holding of the magnetic object immobile in front of an array of magnetometers comprising N tri-axial magnetometers (M ij ) linked mechanically to one another with no degree of freedom to maintain a fixed distance between each of these magnetometers, where N is an integer number greater than or equal to five, the fixed distance between two immediately consecutive magnetometers being at least less than the maximum separation between the magnetic parts of the magnetic object furthest away from one another, b) when the magnetic object is held immobile in front of the array of magnetometers, the measurement by each magnetometer of a vector b i,m of which each coordinate represents the value of the magnetic field projected onto a respective measurement axis of the magnetometer, a union of vectors b i,m measured at the same time by the magnetometers of the array forming a measured magnetic signature S m of this object, where the index "i" is an identifier of the magnetometer, characterized by c) the computation of a deviation E between the magnetic signature S m measured in the step b) and a prerecorded magnetic signature S Ref of a known magnetic object, d) the comparison of the deviation E computed in the step c) to a predetermined threshold and the recognition of the magnetic object if the deviation E is less than or equal to this predetermined threshold, and, if not, the absence of recognition of this magnetic object. a) the holding of the magnetic object immobile in front of an array of magnetometers comprising N tri-axial magnetometers (M ij ) linked mechanically to one another with no degree of freedom to maintain a fixed distance between each of these magnetometers, where N is an integer number greater than or equal to five, the fixed distance between two immediately consecutive magnetometers being at least less than the maximum separation between the magnetic parts of the magnetic object furthest away from one another, b) when the magnetic object is held immobile in front of the array of magnetometers, the measurement by each magnetometer of a vector b i,m of which each coordinate represents the value of the magnetic field projected onto a respective measurement axis of the magnetometer, a union of vectors b i,m measured at the same time by the magnetometers of the array forming a measured magnetic signature S m of this object, where the index "i" is an identifier of the magnetometer, characterized by c) the computation of a deviation E between the magnetic signature S m measured in the step b) and a prerecorded magnetic signature S Ref of a known magnetic object, d) the comparison of the deviation E computed in the step c) to a predetermined threshold and the recognition of the magnetic object if the deviation E is less than or equal to this predetermined threshold, and, if not, the absence of recognition of this magnetic object.
A method of wireless communication at a User Equipment UE , comprising: receiving, from a base station , random access configuration information for the base station ; determining a first time duration for a preamble of a first random access message based on the random access configuration information received from the base station and a reference subcarrier spacing, SCS associated with an uplink bandwidth part, BWP configured for the first random access message, wherein the reference SCS is different from an actual SCS received in the random access configuration information; determining a second time duration for a payload of the first random access message based on the random access configuration information received from the base station and the reference SCS; and transmitting the first random access message to the base station to initiate a random access procedure. receiving, from a base station , random access configuration information for the base station ; determining a first time duration for a preamble of a first random access message based on the random access configuration information received from the base station and a reference subcarrier spacing, SCS associated with an uplink bandwidth part, BWP configured for the first random access message, wherein the reference SCS is different from an actual SCS received in the random access configuration information; determining a second time duration for a payload of the first random access message based on the random access configuration information received from the base station and the reference SCS; and transmitting the first random access message to the base station to initiate a random access procedure.
A rotating part of a hydraulic machine which, when it is traversed by a flow (E) of water, rotates around an axis of rotation (Z202) and which comprises runner blades which are distributed around the axis of rotation and each extend between a leading edge and a trailing edge , each runner blade comprising a first part which defines its leading edge and a second part which is attached to the first part and defines its trailing edge at least in part, the second part being elastically deformable (F1) under the action of the flow (E) of water, said second part defining, when the machine operates, the direction (D208, D208 1 , D208 2 ) of the flow (E) of water downstream of the runner blade, the rotating part being characterized in that the second part of the runner blade is formed by: a core (208B1) in a rigid material which is monobloc with the first part and by a covering (208B2) which is realized in an elastically deformable material, the modulus of elasticity of which is less than that of the material making up the first part, or a profile in resin (208B2) which is fixed to the first part and by a shell (208B1, 208B3) in composite material which surrounds the profile in resin.
A detection system , said system comprising: a radar-unit , the radar-unit configured to detect objects proximate a host-vehicle ; and a controller-circuit in communication with the radar-unit, the controller-circuit configured to determine a detection-distribution based on the radar-unit; the detection-distribution having a longitudinal-distribution of zero-range-rate detections associated with a trailer towed by the host-vehicle; the controller-circuit further configured to determine a trailer-classification, characterized in that the trailer-classification is based on a comparison of the detection-distribution and longitudinal-distribution-models stored in the controller-circuit; the trailer-classification is indicative of a dimension of the trailer; and the controller-circuit is configured to determine a trailer-length of the trailer based on the detection-distribution and the trailer-classification. a radar-unit , the radar-unit configured to detect objects proximate a host-vehicle ; and a controller-circuit in communication with the radar-unit, the controller-circuit configured to determine a detection-distribution based on the radar-unit; the detection-distribution having a longitudinal-distribution of zero-range-rate detections associated with a trailer towed by the host-vehicle; the controller-circuit further configured to determine a trailer-classification, characterized in that the trailer-classification is based on a comparison of the detection-distribution and longitudinal-distribution-models stored in the controller-circuit; the trailer-classification is indicative of a dimension of the trailer; and the controller-circuit is configured to determine a trailer-length of the trailer based on the detection-distribution and the trailer-classification.
Fuel injector for injecting gaseous fuels into a combustion chamber of an internal combustion engine, comprising at least one nozzle needle that can be moved in a reciprocating manner to open and close at least one injection opening, wherein the nozzle needle delimits a control chamber which can be charged with a hydraulic pressure medium, preferably with liquid fuel, via an inlet throttle which is formed within an inlet duct , characterized in that a pin , the position of which in relation to a longitudinal axis of the inlet duct is variable, is accommodated in the inlet duct , forming an annular gap serving as an inlet throttle , so that the throttle cross section of the inlet throttle is annular or crescent-shaped.
An operation system for installation in a vehicle , the operation system comprising: a memory ; and a processor coupled to the memory and configured to acquire a first signal indicating whether a seat in the vehicle is facing forward or rearward, and generate a display screen by arranging at least two operation elements or guide elements in a longitudinal direction of the vehicle, the display screen being displayed on a side operation panel installed on an inner side of a door of the vehicle, wherein the processor is configured to reverse the arrangement of the at least two operation elements or guide elements in the longitudinal direction of the vehicle in accordance with the first signal. a memory ; and a processor coupled to the memory and configured to acquire a first signal indicating whether a seat in the vehicle is facing forward or rearward, and generate a display screen by arranging at least two operation elements or guide elements in a longitudinal direction of the vehicle, the display screen being displayed on a side operation panel installed on an inner side of a door of the vehicle, wherein the processor is configured to reverse the arrangement of the at least two operation elements or guide elements in the longitudinal direction of the vehicle in accordance with the first signal.
Textile device having a flexible textile main structure made of textile threads and having a top surface and a bottom surface , wherein the main structure is provided with at least one electrically conductive heating thread connected to a first voltage source and with at least one electrically conductive sensor thread connected to a second voltage source for sensing a temperature or a dampness of the main structure , wherein a control circuit electrically connected to at least one sensor thread is provided in order to control the intensity of a current flow through the at least one heating thread in response to a measured temperature or dampness, in order to input a predetermined setpoint of heat into the main structure for each measured actual value, characterized in that the main structure is provided both with a sensor thread for sensing a temperature of the main structure and with a sensor thread for sensing a dampness of the main structure , wherein the dampness sensor thread contains a hydrophilic conductive material, the conductivity of which changes with the amount of water molecules incorporated.
A block copolymer comprising a block represented by the Formula 4 below: wherein the R is hydrogen or an alkyl group having 1 to 4 carbon atom(s), the X is a carbonyl group, -C(=O)-X 1 - or -X 1 -C(=O)-, where the X 1 is an oxygen atom, or a sulfur atom and the Y is a monovalent substituent comprising an aromatic structure to which a linear chain having 8 to 20 chain-forming atoms is linked or a monovalent substituent comprising an alicyclic structure to which a chain having 8 to 20 chain-forming atoms is linked and wherein the chain forming atom is carbon or oxygen, wherein the aromatic structure comprises 6 to 12 carbon atoms and the alicyclic structure comprises 3 to 12 carbon atoms.
Fluid flow arrangement , comprising a fluid pumping device , a fluid working machine fluidly connected to said fluid pumping device , an electronic controlling device , at least one fluid returning fluid line, fluidly connecting a first fluid port (A) and/or a second fluid port (B) of a fluid working machine to a low pressure fluid receiving device , at least one controllable fluid throttling device that is arranged in said at least one fluid returning fluid line, and a re-circulating loop, fluidly connecting the first fluid port (A) and the second fluid port (B) of said fluid working machine , where said first (A) and said second fluid port (B) are at times at a different pressure level, wherein the re-circulating loop comprises the controllable fluid throttling device and a switchable fluid conduit device , wherein in a motoring mode, in which the fluid pumping device actively propels the fluid working machine , the controllable fluid throttling device in the fluid returning line is actuated so that it generates essentially no fluid flow resistance, wherein said fluid flow arrangement is an open hydraulic fluid flow circuit, and characterized in that said electronic controlling device generates at times a control signal for said at least one controllable fluid throttling device in a way to generate a defined decelerating force for said fluid working machine , wherein the speed of the fluid working machine is controlled by outputting an appropriate control signal to control the pressure at the outlet port of the fluid working machine, while the fluid working machine is driven, at least in part, by the fluid pumping device .
A dual-connection disc brake rotor comprising: a substantially tubular rotor body ; a first annular braking disc directly connected to the rotor body at an inner periphery of the first braking disc; a second annular braking disc directly connected to the rotor body at an inner periphery of the second braking disc and positioned a distance axially from the first braking disc, forming a space between the first braking disc and the second braking disc; and a plurality of vanes disposed within the space and axially interconnecting the first braking disc and the second braking disc, characterized in that the dual-connection disc brake rotor further comprises axial passageways disposed around the inner periphery of the first disc and the inner periphery of the second disc, the axial passageways extending axially through the first disc and the second disc, connecting the space to a first region exterior to the rotor body and adjacent to the inner periphery of the first disc, and connecting the space to a second region exterior to the rotor body and adjacent to the inner periphery of the second disc; and radial passageways aligned with the space and extending radially through the rotor body, connecting the space to a region interior to the rotor body encircled by an inner diameter of the rotor body, the axial passageways being radially aligned with the radial passageways . a substantially tubular rotor body ; a first annular braking disc directly connected to the rotor body at an inner periphery of the first braking disc; a second annular braking disc directly connected to the rotor body at an inner periphery of the second braking disc and positioned a distance axially from the first braking disc, forming a space between the first braking disc and the second braking disc; and a plurality of vanes disposed within the space and axially interconnecting the first braking disc and the second braking disc, characterized in that the dual-connection disc brake rotor further comprises axial passageways disposed around the inner periphery of the first disc and the inner periphery of the second disc, the axial passageways extending axially through the first disc and the second disc, connecting the space to a first region exterior to the rotor body and adjacent to the inner periphery of the first disc, and connecting the space to a second region exterior to the rotor body and adjacent to the inner periphery of the second disc; and radial passageways aligned with the space and extending radially through the rotor body, connecting the space to a region interior to the rotor body encircled by an inner diameter of the rotor body, the axial passageways being radially aligned with the radial passageways .
A clutch half having a plurality of clutch elements , wherein each clutch element comprises a freely axially protruding dog region and a shaft region ; the clutch elements are distributed along a circumference of a circle; characterized in that at least one of the clutch elements is formed from a fiber plastic composite; the clutch element formed from the fiber plastic composite is formed from a plurality of layers of a fiber semi-finished product; and that the number of layers in the shaft region is smaller than the number of layers in the dog region .
Method for selecting a chunk identifier referencing a chunk associated with a content item, on the basis of a manifest file, said content item being provided in one or more representations, each representation comprising a plurality of time-sequential chunks, said manifest file comprising at least a first set of chunk identifiers referencing chunks of a first representation, and a second set of chunk identifiers referencing chunks of a second representation; chunks of said first representation being retrievable by a client device via a first delivery path and chunks of said second representation being retrievable by said client device via a second delivery path, said method comprising: - transmitting by said client device over said first delivery path, on the basis of said manifest file, a first chunk retrieval request for retrieving a first chunk of said first representation, said request comprising a chunk identifier from said first set; - transmitting by said client device, over said second delivery path, on the basis of said manifest file, a further request comprising a chunk identifier from said second set, said further request being a non-retrieving message, not causing the transmission of a chunk; - receiving by said client device delivery path information in response to said further request, said information being associated with said second delivery path and comprising a bandwidth indicator, indicating available bandwidth between said client device and a network element storing a chunk of said second representation; - selecting by said client device, at least on the basis of said received delivery path information, a chunk identifier, from either said first or second set, for including in a second chunk retrieval request for retrieving a second chunk. - transmitting by said client device over said first delivery path, on the basis of said manifest file, a first chunk retrieval request for retrieving a first chunk of said first representation, said request comprising a chunk identifier from said first set; - transmitting by said client device, over said second delivery path, on the basis of said manifest file, a further request comprising a chunk identifier from said second set, said further request being a non-retrieving message, not causing the transmission of a chunk; - receiving by said client device delivery path information in response to said further request, said information being associated with said second delivery path and comprising a bandwidth indicator, indicating available bandwidth between said client device and a network element storing a chunk of said second representation; - selecting by said client device, at least on the basis of said received delivery path information, a chunk identifier, from either said first or second set, for including in a second chunk retrieval request for retrieving a second chunk.