mhurhangee/ep-ind-claims huggingface dataset:
Auxiliary drive device for a wheelchair, comprising: at least one electrically driven drive wheel, a handle for carrying the auxiliary drive device and a coupling mechanism for coupling the auxiliary drive device to a wheelchair, wherein the coupling mechanism is designed such that it enables the auxiliary drive device to pivot around an axis extending between the rear wheels (502L, 502R) of the wheelchair but not to pivot within a plane in which the axis lies, characterized in that the electrically driven drive wheel of the auxiliary drive device is supported freely pivotable at a steering shaft, wherein the steering shaft is arranged such that, when the auxiliary drive device is coupled to a wheelchair ready to be operated, a castor is provided for the electrically driven drive wheel. at least one electrically driven drive wheel, a handle for carrying the auxiliary drive device and a coupling mechanism for coupling the auxiliary drive device to a wheelchair, wherein the coupling mechanism is designed such that it enables the auxiliary drive device to pivot around an axis extending between the rear wheels (502L, 502R) of the wheelchair but not to pivot within a plane in which the axis lies, characterized in that the electrically driven drive wheel of the auxiliary drive device is supported freely pivotable at a steering shaft, wherein the steering shaft is arranged such that, when the auxiliary drive device is coupled to a wheelchair ready to be operated, a castor is provided for the electrically driven drive wheel.
A hearing aid having a signal processor comprising: • means for splitting an input signal into a first frequency band and a second frequency band, • a first frequency detector capable of detecting a first characteristic frequency in the first frequency band, • a second frequency detector capable of detecting a second characteristic frequency in the second frequency band, • at least one oscillator controlled by the first and second frequency detectors (31, 32), • means (23, 24; 70) for shifting the signal from the first frequency band by multiplying said signal with the output signal from the oscillator for creating the frequency-shifted signal falling within the second frequency band, • means for superimposing the frequency-shifted signal onto the second frequency band, and • means for presenting the combined signal of the frequency-shifted signal and the second frequency band to an output transducer, characterized in • means for determining the presence of a fixed relationship between the first characteristic frequency and the second characteristic frequency in order to verify that the first characteristic frequency and the second characteristic frequency are both harmonics of the same fundamental frequency, and • said means (23, 24;70) for shifting the signal of the first frequency band being controlled by the means for determining the fixed relationship between the first frequency and the second frequency. • means for splitting an input signal into a first frequency band and a second frequency band, • a first frequency detector capable of detecting a first characteristic frequency in the first frequency band, • a second frequency detector capable of detecting a second characteristic frequency in the second frequency band, • at least one oscillator controlled by the first and second frequency detectors (31, 32), • means (23, 24; 70) for shifting the signal from the first frequency band by multiplying said signal with the output signal from the oscillator for creating the frequency-shifted signal falling within the second frequency band, • means for superimposing the frequency-shifted signal onto the second frequency band, and • means for presenting the combined signal of the frequency-shifted signal and the second frequency band to an output transducer, • means for determining the presence of a fixed relationship between the first characteristic frequency and the second characteristic frequency in order to verify that the first characteristic frequency and the second characteristic frequency are both harmonics of the same fundamental frequency, and • said means (23, 24;70) for shifting the signal of the first frequency band being controlled by the means for determining the fixed relationship between the first frequency and the second frequency.
A computer-implemented method, comprising: a. receiving (10, 11) a 5D seismic dataset acquired in a seismic survey and representative of a subsurface volume of interest and a 3D velocity model; b. preparing (12, 13, 14, 16) a subset of the 5D seismic dataset and a subset of the 3D velocity model to generate a training dataset; c. training a model using the training dataset to generate a trained model; and d. storing the trained model in computer memory or a non-transitory computer readable storage medium; the method characterised in that: the subset of the 5D seismic dataset comprises the seismic traces of a cluster of shots; the subset of the 3D velocity model is a 3D block of the 3D velocity model; and the training dataset comprises the seismic traces of the cluster of shots as training features and the 3D block of the 3D velocity model as the corresponding training label. a. receiving (10, 11) a 5D seismic dataset acquired in a seismic survey and representative of a subsurface volume of interest and a 3D velocity model; b. preparing (12, 13, 14, 16) a subset of the 5D seismic dataset and a subset of the 3D velocity model to generate a training dataset; c. training a model using the training dataset to generate a trained model; and d. storing the trained model in computer memory or a non-transitory computer readable storage medium; the method characterised in that: the subset of the 5D seismic dataset comprises the seismic traces of a cluster of shots; the subset of the 3D velocity model is a 3D block of the 3D velocity model; and the training dataset comprises the seismic traces of the cluster of shots as training features and the 3D block of the 3D velocity model as the corresponding training label.
A peptide compound having anti-cell proliferative activity comprising (d-Bpa)(d-Ser)(d-Trp)(d-Ser)(d-Phe-2,3,4,5,6-F)(d-Cha) (SEQ ID NO:1), wherein the peptide compound further comprises a cell penetrating peptide attached or conjugated thereto, or a pharmaceutically acceptable salt of the peptide compound, for use in the prophylaxis or treatment of a cell proliferative disorder in a mammal, wherein the mammal has a white blood cell count of less than 11,000 white blood cells per microliter (wbc/μl) of blood.
A magnetic core coil having a coil wound around a core formed of a magnetic material, and having two terminal members (51, 52) formed of a conductive material, wherein the two terminal members (51, 52) are fixed to the core in a state in which the two terminal members (51, 52) extend from one end, in an axial direction orthogonal to a coil winding cross section, of the core in the axial direction, and a winding starting end and a winding ending end of the coil are electrically connected to those portions of the two terminal members (51, 52) which protrude in the axial direction from the one end of the core, characterized in that an outside surface along the axial direction of the core is formed with two grooves (68, 69) in a direction along the axial direction, and the two terminal members are fitted in the two grooves (68, 69).
A seismic device for isolating buildings, comprising: - a group of at least three plates (1, 2, 3) overlapping each other and having respective faces facing each other shaped to define, between each pair (1, 2; 2, 3) of facing plates, at least one pair of channels, each of said channels housing at least one roller (5, 6) adapted to allow relative sliding in a horizontal plane of said plates (1, 2, 3) for the absorption of horizontal oscillations produced by an earthquake, the channels between the lower plate and the intermediate plate having a development direction orthogonal with respect to the channels defined between said intermediate plate and top plate of said group; - elastic damping means arranged below said group of plates (1, 2, 3) to isolate it from the vertical oscillations caused by an earthquake; characterized in that said elastic damping means comprise a plurality of cushions inflated to a predetermined controlled pressure and arranged below said lower plate to raise said group from the ground and absorb the load and the vertical oscillations produced by the earthquake. - a group of at least three plates (1, 2, 3) overlapping each other and having respective faces facing each other shaped to define, between each pair (1, 2; 2, 3) of facing plates, at least one pair of channels, each of said channels housing at least one roller (5, 6) adapted to allow relative sliding in a horizontal plane of said plates (1, 2, 3) for the absorption of horizontal oscillations produced by an earthquake, the channels between the lower plate and the intermediate plate having a development direction orthogonal with respect to the channels defined between said intermediate plate and top plate of said group; - elastic damping means arranged below said group of plates (1, 2, 3) to isolate it from the vertical oscillations caused by an earthquake;
Packaging for a microwavable food item comprising: a first package member configured to be microwaved; a second package member associated with the first member and configured to be dissociated from the first package member prior to microwaving the first package member; and an RFID tag comprising a reactive strap associated with the first package member, and a far-field antenna associated with the second package member and separate from the reactive strap, wherein the reactive strap is configured to be coupled to the far-field antenna when the second package member is associated with the first package member, the reactive strap is configured to be decoupled from the far-field antenna when the second package member is dissociated from the first package member, the RFID tag is capable of far-field communication when the reactive strap is coupled to the far-field antenna, and the reactive strap is capable of only near-field communication when the reactive strap is decoupled from the far-field antenna. a first package member configured to be microwaved; a second package member associated with the first member and configured to be dissociated from the first package member prior to microwaving the first package member; and an RFID tag comprising a reactive strap associated with the first package member, and a far-field antenna associated with the second package member and separate from the reactive strap, wherein the reactive strap is configured to be coupled to the far-field antenna when the second package member is associated with the first package member, the reactive strap is configured to be decoupled from the far-field antenna when the second package member is dissociated from the first package member, the RFID tag is capable of far-field communication when the reactive strap is coupled to the far-field antenna, and the reactive strap is capable of only near-field communication when the reactive strap is decoupled from the far-field antenna. a reactive strap associated with the first package member, and a far-field antenna associated with the second package member and separate from the reactive strap, wherein the reactive strap is configured to be coupled to the far-field antenna when the second package member is associated with the first package member, the reactive strap is configured to be decoupled from the far-field antenna when the second package member is dissociated from the first package member, the RFID tag is capable of far-field communication when the reactive strap is coupled to the far-field antenna, and the reactive strap is capable of only near-field communication when the reactive strap is decoupled from the far-field antenna.
A system for monitoring a status of an electric grill, having at least one heating element connectable to a voltage line and a neutral line; a ground fault detection unit configured to detect a ground fault error between the voltage line and the neutral line; and a wireless controller; the system comprising: a Hall Effect sensor configured to measure current passing to said at least one heating element, at least one user input device for selecting an operating mode of the at least one heating element; a microprocessor having a self-check pin, the microprocessor being in electronic communication with the at least one user input device, the at least one heating element, the Hall Effect sensor, the ground fault detection unit, and the wireless controller; wherein the microprocessor is adapted and configured to access, from a memory, an expected current associated with the selected operating mode; to detect a current mismatch by comparing the expected current to a current sensed by the Hall Effect sensor; and to disable the at least one heating element in response to detecting a current mismatch; wherein the microprocessor is further adapted and configured to respond to an error condition by creating and storing an error log in the memory, and wherein the error log includes at least a first error code associated with the error condition; and wherein the microprocessor is adapted and configured to wirelessly transmit the error log to a remote device via the wireless controller. a Hall Effect sensor configured to measure current passing to said at least one heating element, at least one user input device for selecting an operating mode of the at least one heating element; a microprocessor having a self-check pin, the microprocessor being in electronic communication with the at least one user input device, the at least one heating element, the Hall Effect sensor, the ground fault detection unit, and the wireless controller; wherein the microprocessor is adapted and configured to access, from a memory, an expected current associated with the selected operating mode; to detect a current mismatch by comparing the expected current to a current sensed by the Hall Effect sensor; and to disable the at least one heating element in response to detecting a current mismatch; wherein the microprocessor is further adapted and configured to respond to an error condition by creating and storing an error log in the memory, and wherein the error log includes at least a first error code associated with the error condition; and wherein the microprocessor is adapted and configured to wirelessly transmit the error log to a remote device via the wireless controller.
A system for detecting specular surfaces, the system comprising: an image sensor configured to capture image data from an area; a first light emitter configured to emit a first light into the area from a first position; a second light emitter configured to emit a second light into the area from a second position; control circuitry configured to: acquire first image data from the image sensor while the first light emitter is active and the second light emitter is inactive; acquire second image data from the image sensor while the second light emitter is active and the first light emitter is inactive; process the first image data with the second image data to identify non-overlapping image data between the first image data and the second image data as a specular surface; identify a location of the non-overlapping image data within the area; and, activate a special effect based on the location. an image sensor configured to capture image data from an area; a first light emitter configured to emit a first light into the area from a first position; a second light emitter configured to emit a second light into the area from a second position; control circuitry configured to: acquire first image data from the image sensor while the first light emitter is active and the second light emitter is inactive; acquire second image data from the image sensor while the second light emitter is active and the first light emitter is inactive; process the first image data with the second image data to identify non-overlapping image data between the first image data and the second image data as a specular surface; identify a location of the non-overlapping image data within the area; and, activate a special effect based on the location. acquire first image data from the image sensor while the first light emitter is active and the second light emitter is inactive; acquire second image data from the image sensor while the second light emitter is active and the first light emitter is inactive; process the first image data with the second image data to identify non-overlapping image data between the first image data and the second image data as a specular surface; identify a location of the non-overlapping image data within the area; and, activate a special effect based on the location.
A burner for burning a combustible mixture in a furnace to produce a flame, wherein the combustible mixture comprises fuel and air, and wherein the furnace has a furnace wall, the burner comprising: a burner tile having an outer surface and an inner surface (14, 30), the outer surface is arranged to extend along the furnace wall of the furnace, and the inner surface (14, 30) defines a passageway extending normal to the outer surface, wherein the passageway terminates in a distal end at the outer surface; a fuel duct extending at least partially through the passageway and terminating in at least one fuel nozzle; a burner head positioned at the distal end of the passageway and forming a coanda-curved surface, wherein the nozzle directs fuel onto the coanda-curved surface such that the fuel flows along the coanda-curved surface to the outer surface of the burner tile; and an air channel defined by an outside edge of the coanda-curved surface and in fluid flow communication with the passageway such that air flows from the passageway through the channel to mix with the fuel so as to produce the combustible mixture and such that the flame is produced at the outer surface of the burner tile such that flame spreads along the furnace wall surrounding the burner tile; characterized in that the burner comprises a plurality of stabilizers extending from the outside edge of the coanda-curved surface into the air channel. a burner tile having an outer surface and an inner surface (14, 30), the outer surface is arranged to extend along the furnace wall of the furnace, and the inner surface (14, 30) defines a passageway extending normal to the outer surface, wherein the passageway terminates in a distal end at the outer surface; a fuel duct extending at least partially through the passageway and terminating in at least one fuel nozzle; a burner head positioned at the distal end of the passageway and forming a coanda-curved surface, wherein the nozzle directs fuel onto the coanda-curved surface such that the fuel flows along the coanda-curved surface to the outer surface of the burner tile; and an air channel defined by an outside edge of the coanda-curved surface and in fluid flow communication with the passageway such that air flows from the passageway through the channel to mix with the fuel so as to produce the combustible mixture and such that the flame is produced at the outer surface of the burner tile such that flame spreads along the furnace wall surrounding the burner tile; characterized in that the burner comprises a plurality of stabilizers extending from the outside edge of the coanda-curved surface into the air channel.
A portable, handheld breath-actuated aerosol generator comprising a body (1,3) to receive a canister of pressured fluid to be inhaled in an aerosol by a user, a mouthpiece configured to deliver an amount of the aerosol to the user, a trigger mechanism operable to be cocked into a configuration ready for releasing pressurized fluid from the canister, and a pressure sensitive member operable to release the cocked trigger in response to the user sucking on the body so as to deliver the fluid to the mouthpiece wherein the body includes first and second body portions (1, 3) with generally cylindrical walls on a common longitudinal axis and moveable axially relative to one another to cock the trigger mechanism, and an inlet opening in one of the cylindrical walls of the body portions to allow air to be drawn therein in response to sucking on the mouthpiece, to be mixed with the fluid delivered from the canister into the mouthpiece, a spring is configured to store energy upon relative movement of the first and second portions by the user to cock the trigger mechanism, and wherein the pressure sensitive member includes a puff lever including a plate within the body to be disposed between the canister and the body and biased to at least partially close the inlet opening, and an arm extending transversely of the plate and rotatably mounted in the body, the puff lever being configured to be rotated by a pressure differential across the plate when air is drawn into the body when the user sucks on the mouthpiece, thereby releasing the cocked trigger.
An automatic analyzer comprising: a magazine for storing a plurality of tips for dispensing; a probe for dispensing; a buffer that is a mounting base for mounting the tip on a tip of the probe, and has a first hole through which the tip passes so as to hold the tip; an imaging unit for imaging the tip; and a controller for controlling the tip such that the tip is mounted on the probe by pressing the probe against the tip while the tip passing through the first hole is held by the buffer, characterized in that the imaging unit is disposed such as to image the tip from an upper side to a lower side in the gravity direction, the automatic analyzer further comprises a correcting unit for correcting a deviation between the tip and a sample dispensing position based on a correction value obtained from a deviation amount between a center position of the probe and a center position of the tip hole; and a deviation amount between an outer circumference of an upper end portion of the tip and a tip hole of the tip, determined from an image obtained by the imaging unit, is taken as the deviation amount between the center position of the probe and the center position of the tip hole. a magazine for storing a plurality of tips for dispensing; a probe for dispensing; a buffer that is a mounting base for mounting the tip on a tip of the probe, and has a first hole through which the tip passes so as to hold the tip; an imaging unit for imaging the tip; and a controller for controlling the tip such that the tip is mounted on the probe by pressing the probe against the tip while the tip passing through the first hole is held by the buffer, characterized in that the imaging unit is disposed such as to image the tip from an upper side to a lower side in the gravity direction, the automatic analyzer further comprises a correcting unit for correcting a deviation between the tip and a sample dispensing position based on a correction value obtained from a deviation amount between a center position of the probe and a center position of the tip hole; and a deviation amount between an outer circumference of an upper end portion of the tip and a tip hole of the tip, determined from an image obtained by the imaging unit, is taken as the deviation amount between the center position of the probe and the center position of the tip hole.