mhurhangee/ep-ind-claims huggingface dataset:
Method for operating an optical display apparatus of a vehicle, in which - a data set is ascertained in dependence on prescribed navigation information, wherein the data set has a prescribed metadata structure having a field for a driving action and a field for a distance, with the driving action and the distance being described in the form of text, - the data set is transmitted via a prescribed communications interface, - image point values for at least one portion of image points of a digital image and/or of a graphical element are ascertained in dependence on the data set received via the communications interface, - a signalling signal is ascertained for signalling the image point values of the image points by means of the optical display apparatus, and characterized by: - ascertaining a three-dimensional model for a prescribed environment of the vehicle in dependence on prescribed distance data and/or prescribed vicinity data, - ascertaining the image point values for the at least one portion of the image points of the digital image and/or the graphical element in dependence on the three-dimensional model. - a data set is ascertained in dependence on prescribed navigation information, wherein the data set has a prescribed metadata structure having a field for a driving action and a field for a distance, with the driving action and the distance being described in the form of text, - the data set is transmitted via a prescribed communications interface, - image point values for at least one portion of image points of a digital image and/or of a graphical element are ascertained in dependence on the data set received via the communications interface, - a signalling signal is ascertained for signalling the image point values of the image points by means of the optical display apparatus, - ascertaining a three-dimensional model for a prescribed environment of the vehicle in dependence on prescribed distance data and/or prescribed vicinity data, - ascertaining the image point values for the at least one portion of the image points of the digital image and/or the graphical element in dependence on the three-dimensional model.
A User Equipment, UE, comprising: a transmission unit, wherein upon Public Land Mobile Network, PLMN, change from an old PLMN to a new PLMN, in a case that a first timer is running for a Data Network Name, DNN, and the old PLMN, but a second timer is not running and is not deactivated for the DNN and the new PLMN, the transmission unit is configured to send a PDU SESSION ESTABLISHMENT REQUEST message for the DNN in the new PLMN without stopping the first timer, wherein the first timer and the second timer are timers that are associated with DNN based congestion control. a transmission unit, wherein upon Public Land Mobile Network, PLMN, change from an old PLMN to a new PLMN, in a case that a first timer is running for a Data Network Name, DNN, and the old PLMN, but a second timer is not running and is not deactivated for the DNN and the new PLMN, the transmission unit is configured to send a PDU SESSION ESTABLISHMENT REQUEST message for the DNN in the new PLMN without stopping the first timer, wherein the first timer and the second timer are timers that are associated with DNN based congestion control.
Key for a lock cylinder, comprising a key bow and a key shank extending away from the key bow, the key shank having a wear indicator (22, 26) for signaling the state of wear of the key, characterized that the wear indicator (22, 26) has an elevation or depression (24, 30) formed on the key shank.
A vane comprising: an airfoil defining a leading edge, a trailing edge, a pressure side, and a suction side, the airfoil including a truss structure having ribs that define there between a plurality of through-cavities from the pressure side to the suction side; and honeycomb cells disposed in the cavities, characterized in that: face sheets defining each of the pressure side and the suction side, each of the face sheets having perforations corresponding in location to the honeycomb cells in a one-for-one relationship. an airfoil defining a leading edge, a trailing edge, a pressure side, and a suction side, the airfoil including a truss structure having ribs that define there between a plurality of through-cavities from the pressure side to the suction side; and honeycomb cells disposed in the cavities, characterized in that: face sheets defining each of the pressure side and the suction side, each of the face sheets having perforations corresponding in location to the honeycomb cells in a one-for-one relationship.
A manufacturing method of a semiconductor light-emitting element, the manufacturing method comprising: setting in a chamber an aluminum nitride substrate in which a semiconductor layer is formed on a first principal plane; and heating an inside of the chamber with a water molecule being introduced in the chamber to form an oxide film including an amorphous oxide film and/or a crystalline oxide film on a second principal plane located on an opposite side to the first principal plane of the aluminum nitride substrate. setting in a chamber an aluminum nitride substrate in which a semiconductor layer is formed on a first principal plane; and heating an inside of the chamber with a water molecule being introduced in the chamber to form an oxide film including an amorphous oxide film and/or a crystalline oxide film on a second principal plane located on an opposite side to the first principal plane of the aluminum nitride substrate.
A cryoablation catheter comprising: a flexible outer tubular member; an expandable chamber defining a proximal end coupled to the outer tubular member; an injection tubular member substantially spanning the length of the outer tubular member and in fluid communication with an interior of the expandable chamber, the injection tubular member having a proximal end adapted to be coupled to a source of cryoablation fluid; a fluid nozzle defined by the distal end of the injection tubular member; a fluid dispersion unit configured to direct the flow path of fluid expelled by the fluid nozzle in a predetermined pattern within the fluid dispersion unit and into an interior surface of the expandable chamber; and characterised in that the cryoablation catheter further comprises: a spring coupled to the fluid dispersion unit the spring being configured to vary the location of the fluid dispersion unit in the expandable chamber. a flexible outer tubular member; an expandable chamber defining a proximal end coupled to the outer tubular member; an injection tubular member substantially spanning the length of the outer tubular member and in fluid communication with an interior of the expandable chamber, the injection tubular member having a proximal end adapted to be coupled to a source of cryoablation fluid; a fluid nozzle defined by the distal end of the injection tubular member; a fluid dispersion unit configured to direct the flow path of fluid expelled by the fluid nozzle in a predetermined pattern within the fluid dispersion unit and into an interior surface of the expandable chamber; and characterised in that the cryoablation catheter further comprises: a spring coupled to the fluid dispersion unit the spring being configured to vary the location of the fluid dispersion unit in the expandable chamber. a spring coupled to the fluid dispersion unit the spring being configured to vary the location of the fluid dispersion unit in the expandable chamber.
A door threshold for arrangement below a door at a doorway, the doorway being located between a first floor or ground surface and a second floor or ground surface, the first floor or ground surface having a height difference to the second floor or ground surface, the door threshold comprising: a bottom member configured to, when in use, be arranged on a horizontal bottom surface of the doorway; a first ramp member configured to, at a first end of the first ramp member, when in use, be in contact with the first floor or ground surface; a second ramp member configured to, when in use, extend towards the second floor or ground surface; a spring member in a first end attached to the bottom member; a link member in a first end rotatably attached to the first ramp member and in a second end connected to a second end of the spring member; wherein the spring member provides, via the link member, a biasing force to the first ramp member towards a resting position; and wherein, when a force is applied on the first ramp member, the first ramp member moves towards a down pressed position by rotating around the first end of the first ramp member. a bottom member configured to, when in use, be arranged on a horizontal bottom surface of the doorway; a first ramp member configured to, at a first end of the first ramp member, when in use, be in contact with the first floor or ground surface; a second ramp member configured to, when in use, extend towards the second floor or ground surface; a spring member in a first end attached to the bottom member; a link member in a first end rotatably attached to the first ramp member and in a second end connected to a second end of the spring member; wherein the spring member provides, via the link member, a biasing force to the first ramp member towards a resting position; and wherein, when a force is applied on the first ramp member, the first ramp member moves towards a down pressed position by rotating around the first end of the first ramp member.
A computer-implemented method for transmitting notifications to a driver of a vehicle, the method comprising: determining a first mental load (530; 630) on the driver based on sensor data; determining a second mental load on the driver associated with a first notification (542, 544; 642, 644); determining, based on the first mental load (530; 630) and the second mental load, that a mental load threshold (240; 522; 622) will be exceeded; modifying (712; 716) at least one characteristic of the first notification to generate a modified notification; and transmitting the modified notification to one or more output devices, wherein the one or more output devices output the modified notification within the vehicle. determining a first mental load (530; 630) on the driver based on sensor data; determining a second mental load on the driver associated with a first notification (542, 544; 642, 644); determining, based on the first mental load (530; 630) and the second mental load, that a mental load threshold (240; 522; 622) will be exceeded; modifying (712; 716) at least one characteristic of the first notification to generate a modified notification; and transmitting the modified notification to one or more output devices, wherein the one or more output devices output the modified notification within the vehicle.
A wind turbine generator system comprising: a hub; a main shaft which is coupled to the hub; a generator which is synchronized with a grid; a hydraulic pump of variable displacement type which is driven by the main shaft; a hydraulic motor of variable displacement type which is connected to the generator; a high pressure oil line which is arranged between a discharge side of the hydraulic pump and an intake side of the hydraulic motor; a low pressure oil line which is arranged between an intake side of the hydraulic pump and a discharge side of the hydraulic motor; an accumulator which is connected to the high pressure oil line via an accumulator valve; and a control unit which controls the hydraulic pump, the hydraulic motor and the opening and closing of the accumulator valve; wherein, the accumulator is connected to the high pressure oil line via the accumulator valve so that when the accumulator valve is opened, the accumulator is in communication with the high pressure oil line, and when the accumulator valve is closed, communication between the accumulator and the high pressure oil line is disconnected and the pressure in the accumulator is independent of the pressure in the high pressure oil line. a hub; a main shaft which is coupled to the hub; a generator which is synchronized with a grid; a hydraulic pump of variable displacement type which is driven by the main shaft; a hydraulic motor of variable displacement type which is connected to the generator; a high pressure oil line which is arranged between a discharge side of the hydraulic pump and an intake side of the hydraulic motor; a low pressure oil line which is arranged between an intake side of the hydraulic pump and a discharge side of the hydraulic motor; an accumulator which is connected to the high pressure oil line via an accumulator valve; and a control unit which controls the hydraulic pump, the hydraulic motor and the opening and closing of the accumulator valve; wherein, the accumulator is connected to the high pressure oil line via the accumulator valve so that when the accumulator valve is opened, the accumulator is in communication with the high pressure oil line, and when the accumulator valve is closed, communication between the accumulator and the high pressure oil line is disconnected and the pressure in the accumulator is independent of the pressure in the high pressure oil line.
Sanitary device for applying at least one active ingredient inside a human or animal natural cavity, said device comprising at least one biodegradable film containing at least one active ingredient and an applicator including: - a main tubular member having a first aperture at its proximal end and a second aperture at its distal end; and - an ejector member comprising a distal portion, at least one part of the surface of which forms a support for the at least one biodegradable film, and the end of which is rounded, said ejector member being slidingly mobile within said main member between at least one position in which said distal portion of said ejector member is situated inside said main member and an application position in which said distal portion is situated outside in the axial extension of said main member. - a main tubular member having a first aperture at its proximal end and a second aperture at its distal end; and - an ejector member comprising a distal portion, at least one part of the surface of which forms a support for the at least one biodegradable film, and the end of which is rounded,
A coffee machine having a housing comprising a housing side part and a housing front part, a water tank, a pump, a brewing unit, a heater, a steam relief unit, a drip tray and a drainage channel for draining water from a water compartment to the drip tray characterized in that the drainage channel is formed by a main profile of the housing front part and a covering profile of the housing side part.
Method for producing a solid steel clothing for carding machines, wherein the method comprises the following steps: provision of a wire with a foot portion and a wall portion which extends away from the foot portion and has a smaller thickness than this, production of cut-outs in the wall portion of the raw material wire to form teeth, heating of the foot portion of the wire, in a continuous pass, to a first temperature by means of at least one first inductor with a first frequency of maximum 5 MHz, induction heating of at least portions of the wall portion of the wire preheated at the foot portion, in a continuous pass, to a second temperature by means of at least one second inductor with a second frequency, wherein the second temperature is higher than the first temperature, and wherein the second frequency is at least five times the first frequency and at least 10 MHz, quenching of the wall portion of the wire, in a continuous pass, with a cooling medium. provision of a wire with a foot portion and a wall portion which extends away from the foot portion and has a smaller thickness than this, production of cut-outs in the wall portion of the raw material wire to form teeth, heating of the foot portion of the wire, in a continuous pass, to a first temperature by means of at least one first inductor with a first frequency of maximum 5 MHz, induction heating of at least portions of the wall portion of the wire preheated at the foot portion, in a continuous pass, to a second temperature by means of at least one second inductor with a second frequency, wherein the second temperature is higher than the first temperature, and wherein the second frequency is at least five times the first frequency and at least 10 MHz, quenching of the wall portion of the wire, in a continuous pass, with a cooling medium.
A roller bearing comprising an inner ring, and outer ring and a row of rollers arranged therebetween, wherein adjacent rollers are separated from each other by individual cage segments (10, 50, 70), each segment comprising a crosspiece that extends in an axial direction (a) of the bearing, and first and second guide surfaces (15, 17), which extend from the crosspiece in a radial direction (r) and which are curved towards adjacent rollers, wherein - each segment is made from a single piece of sheet metal; - characterized in that the crosspiece comprises at least one radial cut that creates first (14a, 14b) and second (16a, 16b) radial extensions; - the first and second guide surfaces are respectively formed by bending the first and second radial extensions in opposite transverse directions (z); and - each segment further comprises first and second arms (21, 22) that extend and are bended in transverse (circumferential) direction from the crosspiece via first and second bends (23, 24), respectively, provided at opposite axial ends of the crosspiece. - each segment is made from a single piece of sheet metal; - characterized in that the crosspiece comprises at least one radial cut that creates first (14a, 14b) and second (16a, 16b) radial extensions; - the first and second guide surfaces are respectively formed by bending the first and second radial extensions in opposite transverse directions (z); and - each segment further comprises first and second arms (21, 22) that extend and are bended in transverse (circumferential) direction from the crosspiece via first and second bends (23, 24), respectively, provided at opposite axial ends of the crosspiece.
Polymer composition comprising: - at least one poly(aryl ether ketone), - at least one poly(biphenyl ether sulfone), and - at least one fibrous carbon nanofiller characterized in that the fibrous carbon nanofiller is chosen from carbon nanohorns. - at least one poly(aryl ether ketone), - at least one poly(biphenyl ether sulfone), and - at least one fibrous carbon nanofiller
A post cure tire inflator for use with a tire press to inflate and cure vulcanized tires, comprising: a frame a pair of inflator stations (22, 24) arranged in a vertically separated formation with each inflator station comprising a pair of axially aligned, vertically separable tire inflating chuck rings (30A, 30B, 32A, 32B); a first movable beam that is linearly movable relative to the frame; and a second movable beam that is linearly movable relative to both of the frame and the first movable beam, wherein one of the tire inflating chuck rings (30B, 32A) from each pair of inflator stations (22, 24) is secured to the frame, and the other tire inflating chuck ring (30A, 32B) from each pair of inflator stations is secured to one of the first and second movable beams (40, 42), characterized in that the frame is non-rotatably fixed between a pair of outer support columns. a frame a pair of inflator stations (22, 24) arranged in a vertically separated formation with each inflator station comprising a pair of axially aligned, vertically separable tire inflating chuck rings (30A, 30B, 32A, 32B); a first movable beam that is linearly movable relative to the frame; and a second movable beam that is linearly movable relative to both of the frame and the first movable beam, wherein one of the tire inflating chuck rings (30B, 32A) from each pair of inflator stations (22, 24) is secured to the frame, and the other tire inflating chuck ring (30A, 32B) from each pair of inflator stations is secured to one of the first and second movable beams (40, 42), characterized in that the frame is non-rotatably fixed between a pair of outer support columns.
A positioning system (100, 200) for tracking a position of a vehicle, comprising: a receiver, included in the vehicle, configured to receive phase measurements of satellite signals (204, 206, 208, 210, 212, 214, 228, 230) received at multiple instances of time from multiple satellites (216, 218, 220, 222); a memory configured to store a recurrent neural network trained to determine a position of the vehicle from a set of phase measurements in a presence of noise caused by a multipath transmission of at least some of the satellite signals (204, 206, 208, 210, 212, 214, 228, 230) at some instances of time; and a processor configured to track the position of the vehicle over different instances of time by processing the set of phase measurements received at each instance of time with the recurrent neural network to produce the position of the vehicle at each instance of time. a receiver, included in the vehicle, configured to receive phase measurements of satellite signals (204, 206, 208, 210, 212, 214, 228, 230) received at multiple instances of time from multiple satellites (216, 218, 220, 222); a memory configured to store a recurrent neural network trained to determine a position of the vehicle from a set of phase measurements in a presence of noise caused by a multipath transmission of at least some of the satellite signals (204, 206, 208, 210, 212, 214, 228, 230) at some instances of time; and a processor configured to track the position of the vehicle over different instances of time by processing the set of phase measurements received at each instance of time with the recurrent neural network to produce the position of the vehicle at each instance of time.
Multilayer film made of recyclable thermoplastic material comprising at least three layers, characterized by the fact that at least one layer of said three layers consists essentially of unoriented amorphous PET and is combined with at least a barrier layer comprising unoriented amorphous PET, a salt of a transition metal and an oxidizable polyester-ether, wherein: i) said unoriented amorphous PET layer forms each of the external layers of said three-layers film and the central layer is formed by said barrier layer (structure A/B/A); or ii) said unoriented amorphous PET layer forms the central layer of said three-layers film and each of said external layers is formed by said barrier layer B (structure B/A/B); the weight ratio between said central layer and the sum of said external layers being > 1, said multilayer film comprising at least 95% by wt. of unoriented amorphous PET and having a permeability to oxygen ( Oxygen Transmission Rate "OTR") of less than 5 cc/m 2 /24h/atm. i) said unoriented amorphous PET layer forms each of the external layers of said three-layers film and the central layer is formed by said barrier layer (structure A/B/A); or ii) said unoriented amorphous PET layer forms the central layer of said three-layers film and each of said external layers is formed by said barrier layer B (structure B/A/B);