mhurhangee/ep-ind-claims huggingface dataset:
(Currently Amended) An apparatus, comprising: an audio source identifier configured to locate an audio source based on multimodal sensor data from an audio sensor and at least two other different types of sensors, wherein said at least two other different types of sensors include at least one type of sensor that is not a video sensor, and the at least one type of sensor is selected from the group consisting of a thermal sensor, an ultrasonic sensor, a range finder, and a distance sensor; a base including servos configured to rotate and tilt the apparatus to locate and track said audio source based on said multimodal sensor data; and an image selector configured using the base including servos to automatically direct a camera to view said audio source. an audio source identifier configured to locate an audio source based on multimodal sensor data from an audio sensor and at least two other different types of sensors, wherein said at least two other different types of sensors include at least one type of sensor that is not a video sensor, and the at least one type of sensor is selected from the group consisting of a thermal sensor, an ultrasonic sensor, a range finder, and a distance sensor; a base including servos configured to rotate and tilt the apparatus to locate and track said audio source based on said multimodal sensor data; and an image selector configured using the base including servos to automatically direct a camera to view said audio source.
Gas cooker (1, 1', 1") comprising a cooktop with at least one burner having a burner crown, a support (5, 5', 5") arranged to receive a cooking recipient above the burner, a sensor for detecting the temperature of the cooking recipient placed on the support (5, 5', 5"), a control unit for controlling the burner on the basis of sensor output values of the sensor, and first means of a detachable connection, wherein the sensor is provided outside the burner crown by the first means of a detachable connection, so that the sensor can be removed when cleaning the gas cooker (1, 1', 1"), and wherein a shielding element is provided for shielding the sensor, and wherein said shielding element is arranged on top of the cooktop by second means of a detachable connection, characterized in that the first means of a detachable connection comprises a plug connection for electrically connecting the sensor, wherein the shielding element and the cooktop comprise magnetic holding means, and wherein the shielding element is provided as a hollow circular cylinder made of ferromagnetic steel to be placed around the temperature sensor, and wherein a magnet is provided below the cooktop, which holds the shielding element by means of a magnetic force between the magnet and the shielding element in order to connect said shielding element to the cooktop.
A system comprising: a router configured to receive information from a packet-switching communication network and detect a voice signal in the received information; a radio broadcasting base station configured to broadcast the detected voice signal from the router, the base station normally in a receive state for receiving incoming signals; and a voice activated relay configured to switch the base station to a broadcast state when a voice signal is received from the router, wherein: the router is operable to provide the voice signal to a microphone input of the voice-activated relay through an ear-and-mouth port of the router; and an output of the voice-activated relay is operable, when the voice-activated relay is activated by the voice signal, to transmit the voice signal to the radio broadcasting base station. a router configured to receive information from a packet-switching communication network and detect a voice signal in the received information; a radio broadcasting base station configured to broadcast the detected voice signal from the router, the base station normally in a receive state for receiving incoming signals; and a voice activated relay configured to switch the base station to a broadcast state when a voice signal is received from the router, wherein: the router is operable to provide the voice signal to a microphone input of the voice-activated relay through an ear-and-mouth port of the router; and an output of the voice-activated relay is operable, when the voice-activated relay is activated by the voice signal, to transmit the voice signal to the radio broadcasting base station. the router is operable to provide the voice signal to a microphone input of the voice-activated relay through an ear-and-mouth port of the router; and an output of the voice-activated relay is operable, when the voice-activated relay is activated by the voice signal, to transmit the voice signal to the radio broadcasting base station.
A powder core comprising: a compact including a soft magnetic powder and a binding component; and an outer coating of the compact, wherein the binding component is composed of a pyrolysis residue of a binder component containing a resin-based material; wherein the compact comprises voids, wherein a material constituting the outer coating contains polyethersulfone and is located so as to fill at least part of the voids, and wherein the outer coating is obtained by drying a liquid composition containing polyethersulfone and a solvent, a concentration of polyehtersulfone being 1 mass% or more and 40 mass% or less. a compact including a soft magnetic powder and a binding component; and an outer coating of the compact, wherein the binding component is composed of a pyrolysis residue of a binder component containing a resin-based material; wherein the compact comprises voids, wherein a material constituting the outer coating contains polyethersulfone and is located so as to fill at least part of the voids, and wherein the outer coating is obtained by drying a liquid composition containing polyethersulfone and a solvent, a concentration of polyehtersulfone being 1 mass% or more and 40 mass% or less.
A heteroconjugate comprising at least a first binding arm and a second binding arm, wherein said first binding arm comprises an anti-CD20 monoclonal antibody or an antigen-binding fragment thereof, wherein said second binding arm comprises an anti-CD22 monoclonal antibody or an antigen-binding fragment thereof, and wherein said heteroconjugate is capable of inducing apoptosis in a Daudi cell when said heteroconjugate is contacted with the Daudi cell for 24 hours, for use in a method for treatment of a B-cell related lymphoma, chronic lymphocytic leukemia or acute lymphocytic leukemia. wherein said first binding arm comprises an anti-CD20 monoclonal antibody or an antigen-binding fragment thereof, wherein said second binding arm comprises an anti-CD22 monoclonal antibody or an antigen-binding fragment thereof, and wherein said heteroconjugate is capable of inducing apoptosis in a Daudi cell when said heteroconjugate is contacted with the Daudi cell for 24 hours,
An electronic device, comprising a rear cover, a front-facing camera, and a rear-facing camera, wherein the electronic device further comprises a light reflective apparatus; the light reflective apparatus is connected to the rear cover, and may be switched between a usage state and an idle state; and when the light reflective apparatus is in the usage state, the light reflective apparatus is located on an object-facing side of the rear-facing camera and is configured to reflect a picture in the direction of the front-facing camera, so that the rear-facing camera captures the picture reflected by the light reflective apparatus, wherein the object-facing side indicates a side on which the rear-facing camera faces a photographed object. wherein the light reflective apparatus is a light reflective film made of a flexible material, the electronic device further comprises a drive component disposed in the rear cover, the light reflective apparatus is connected to the rear cover through rotation by using the drive component, and the drive component is configured to drive the light reflective apparatus to move, so that the light reflective apparatus is switched between the usage state and the idle state. the light reflective apparatus is connected to the rear cover, and may be switched between a usage state and an idle state; and when the light reflective apparatus is in the usage state, the light reflective apparatus is located on an object-facing side of the rear-facing camera and is configured to reflect a picture in the direction of the front-facing camera, so that the rear-facing camera captures the picture reflected by the light reflective apparatus, wherein the object-facing side indicates a side on which the rear-facing camera faces a photographed object. wherein the light reflective apparatus is a light reflective film made of a flexible material, the electronic device further comprises a drive component disposed in the rear cover, the light reflective apparatus is connected to the rear cover through rotation by using the drive component, and the drive component is configured to drive the light reflective apparatus to move, so that the light reflective apparatus is switched between the usage state and the idle state.
A curable white silicone composition for use in making a reflective material for optical semiconductor device, comprising at least an organopolysiloxane having at least 2 alkenyl groups per molecule, a cerium-containing organopolysiloxane, a white pigment, and a curing catalyst. an organopolysiloxane having at least 2 alkenyl groups per molecule, a cerium-containing organopolysiloxane, a white pigment, and a curing catalyst.
A masked chimeric antigen receptor (mCAR), comprising: a. a masking peptide; b. antigen-specific targeting domain (ASTD); c. a transmembrane domain; d. at least one co-stimulatory domain; and e. an intracellular signaling domain, wherein the antigen-specific targeting domain comprises an antigen-specific single chain Fv (scFv) fragment, wherein the masking peptide comprises a mask, wherein the mask is a peptide that specifically binds the antigen-specific targeting domain, and a cleavage site, wherein the masking peptide is linked to a chimeric antigen receptor by a linker, said CAR comprises the ASTD, the transmembrane domain, the at least one co-stimulatory domain, and the intracellular signaling domain, wherein the masking peptide can be cleaved, and wherein the mCAR in an uncleaved state comprises the structural arrangement from N-terminus to C-terminus as follows: mask-linker-cleavage site-linker-antigen specific targeting domain-transmembrane domain-costimulatory domain-intracellular signaling domain. a. a masking peptide; b. antigen-specific targeting domain (ASTD); c. a transmembrane domain; d. at least one co-stimulatory domain; and e. an intracellular signaling domain,
A scroll fluid machine comprising: a fixed scroll having a fixed wrap and a first support hole; an orbiting scroll having a second support hole and an orbiting wrap which engages with the fixed wrap to form a compression chamber; and a self-rotation-preventing device disposed in the first support hole of the fixed scroll and the second support hole of the orbiting scroll to prevent the orbiting scroll from rotating on its own axis, said self-rotation-preventing device comprising a bearing in the second support hole of the orbiting scroll, a crank pin in which one axial portion is rotatably supported by the bearing and the other axial portion is rotatably supported by the first support hole of the fixed scroll, and an adjusting member interposed between an inner circumferential surface of the second support hole and an outer circumferential surface of the bearing to correct an error in orbiting motion between the fixed scroll and the orbiting scroll, said adjusting member being made of metal ring that pressingly fits in the second support hole of the orbiting scroll, said ring having a plurality of elastic protrusions that axially project on each side of the ring to elastically support the bearing. a fixed scroll having a fixed wrap and a first support hole; an orbiting scroll having a second support hole and an orbiting wrap which engages with the fixed wrap to form a compression chamber; and a self-rotation-preventing device disposed in the first support hole of the fixed scroll and the second support hole of the orbiting scroll to prevent the orbiting scroll from rotating on its own axis, said self-rotation-preventing device comprising a bearing in the second support hole of the orbiting scroll, a crank pin in which one axial portion is rotatably supported by the bearing and the other axial portion is rotatably supported by the first support hole of the fixed scroll, and an adjusting member interposed between an inner circumferential surface of the second support hole and an outer circumferential surface of the bearing to correct an error in orbiting motion between the fixed scroll and the orbiting scroll, said adjusting member being made of metal ring that pressingly fits in the second support hole of the orbiting scroll, said ring having a plurality of elastic protrusions that axially project on each side of the ring to elastically support the bearing.
A method for enhancing numerically controlled oscillators, the method comprising: receiving a desired numerically controlled oscillator rate; characterised by selecting a quantized numerically controlled oscillator rate from two neighboring quantized numerically controlled oscillator rates that are closest to the desired numerically controlled oscillator rate based on a magnitude of an accumulated quantization error; and transmitting the quantized numerically controlled oscillator rate to a numerically controlled oscillator. receiving a desired numerically controlled oscillator rate; characterised by selecting a quantized numerically controlled oscillator rate from two neighboring quantized numerically controlled oscillator rates that are closest to the desired numerically controlled oscillator rate based on a magnitude of an accumulated quantization error; and transmitting the quantized numerically controlled oscillator rate to a numerically controlled oscillator.
An optical fiber cable comprising: a centered tension member; a cable core including a plurality of loose tubes, stranded on the outer periphery of the centered tension member, each loose tube housing at least one optical fiber; and a sheath disposed on the outer periphery of the cable core, characterized by the sheath having a first sheath portion in which a part of the sheath is embedded in between the loose tubes, and a second sheath portion in which the sheath is circumscribed around the cable core to be thereby formed in a pipe shape; wherein the first sheath portion and the second sheath portion are alternately positioned over the entire length of the cable core. a centered tension member; a cable core including a plurality of loose tubes, stranded on the outer periphery of the centered tension member, each loose tube housing at least one optical fiber; and a sheath disposed on the outer periphery of the cable core, characterized by the sheath having a first sheath portion in which a part of the sheath is embedded in between the loose tubes, and a second sheath portion in which the sheath is circumscribed around the cable core to be thereby formed in a pipe shape; wherein the first sheath portion and the second sheath portion are alternately positioned over the entire length of the cable core.
Safety valve for controlling a gas flow, constructed as a double safety valve with a magnetic armature which can be moved by a voltage applied to a coil, a first valve with a first valve body, a first valve spring, and a first valve seat, and a second valve with a second valve body, a second valve spring and a second valve seat, wherein a movement of the armature acts from a closed position of the safety valve at first against a spring force of the first valve spring and loosens the first valve body from the first valve seat and the movement of the armature subsequently acts against a spring force of the second valve spring and loosens the second valve body from the second valve seat and therefore frees a valve opening for flow-through of the gas flow, characterized in that a spring constant of the second valve spring is greater than a spring constant of the first valve spring, and a flow-through amount of the gas flow through the valve opening can be continuously controlled as a function of the voltage applied to the coil between a closed position and a completely open position, even in partially open positions, wherein the first valve spring has a spring constant which is formed in such a manner that the movement of the armature takes place after a first critical voltage value and moves the first valve body suddenly and completely from the first valve seat into a completely opened open position.
A system for an aircraft wing (14, 16) including a power drive unit, a first actuator (104A, 104B) for actuating a first aerodynamic device, a second actuator (104C, 104D) for actuating a second aerodynamic device, a first drive path operably connecting the power drive unit and the first actuator, a second drive path configured to operate between the first drive path and the second actuator, the second drive path including a lost motion device, the lost motion device being configured to selectively operably connect the first drive path to the second actuator and selectively operably disconnect the first drive path from the second actuator.
A lifting device, in particular a mobile crane or a cable-operated excavator, having an apparatus for monitoring the raising and lowering procedures, in particular of a boom system of the lifting device, comprising a device for detecting the loads increasing the overturning moment of the lifting device; a device for detecting the loads stabilizing or reducing the overturning moment of the lifting device; a control unit that is configured to calculate a limit holding force (FGrenz) for a holding line of the boom system of the lifting device from the detected loads; and a device for detecting the actual holding force of the holding line, wherein the control/regulation is configured to compare the limit holding force (FGrenz) and the actual holding force and, if the actual holding force approaches the limit holding force (FGrenz), to give a warning or to stop the raising and lowering procedures, characterized in that the control unit is configured to calculate the loads increasing the overturning moment simultaneously for a wide range of positions of the boom system in addition to the current position of the boom system; and wherein the control unit is configured not to stop a movement or a direction of movement of the lifting device as long as the limit holding force (FGrenz) is not exceeded or to selectively release it again after a stop due to an exceeding of the limit load when the maximum permitted load at the hook increases with this the direction of movement.
A device for judging a degree of awakening, the device comprising: signal acquiring means configured to acquire a biological signal of a person in action, wherein the biological signal is a heartbeat signal; index acquiring means configured to acquire a physiological index indicating a strength of a state of acting against sleepiness from the biological signal acquired by the signal acquiring means, wherein the physiological index comprises respective amplitude spectral powers of a heartbeat fluctuation high and low frequency components acquired from the heartbeat signal; judging means configured to judge the degree of awakening of the person according to the physiological index acquired by the index acquiring means, wherein the judging means performs the judgement whether or not the degree of awakening is lowered only when the amplitude spectral power of the heartbeat fluctuation low frequency component is greater than the amplitude spectral power of the heartbeat fluctuation high frequency component; stimulus providing means configured to impart a stimulus for raising the degree of awakening to the person; and timing setting means configured to set a timing for providing the stimulus; wherein when the judging means makes the judgement that the degree of awakening is lowered, the timing setting means is operable to set the timing for providing the stimulus before a predetermined time passes after the amplitude spectral power of the heartbeat fluctuation low frequency component exceeds a predetermined value. signal acquiring means configured to acquire a biological signal of a person in action, wherein the biological signal is a heartbeat signal; index acquiring means configured to acquire a physiological index indicating a strength of a state of acting against sleepiness from the biological signal acquired by the signal acquiring means, wherein the physiological index comprises respective amplitude spectral powers of a heartbeat fluctuation high and low frequency components acquired from the heartbeat signal; judging means configured to judge the degree of awakening of the person according to the physiological index acquired by the index acquiring means, wherein the judging means performs the judgement whether or not the degree of awakening is lowered only when the amplitude spectral power of the heartbeat fluctuation low frequency component is greater than the amplitude spectral power of the heartbeat fluctuation high frequency component; stimulus providing means configured to impart a stimulus for raising the degree of awakening to the person; and timing setting means configured to set a timing for providing the stimulus; wherein when the judging means makes the judgement that the degree of awakening is lowered, the timing setting means is operable to set the timing for providing the stimulus before a predetermined time passes after the amplitude spectral power of the heartbeat fluctuation low frequency component exceeds a predetermined value.
Cryosurgical instrument having a feed line for supplying fluid, in particular gas, into an expansion chamber, having a return system connected to the expansion chamber for returning gas out of the expansion chamber, wherein the feed line has at least one first section (30n-2, 30n-1) and one second section (30n-1, 30n) with different-size inside cross-sections, wherein the inside cross-sectional area of the feed line tapers in the form of a funnel in a transition section (32n-2, 32n-1) from the first section (30n-2, 30n-1) to the second section (30n-1, 30n) in the direction of flow of the fluid toward the expansion chamber, wherein viewed in the direction of flow of the gas flowing away from the expansion chamber following expansion, the outside cross-section of the feed line in the funnel-shaped transition section does not increase abruptly but continuously and/or step-by-step, characterized in that the feed line has a capillary line section that terminates in the expansion chamber and that has an aperture for the fluid to form the Joule-Thomson effect on the fluid during the expansion of the fluid in the expansion chamber. having a feed line for supplying fluid, in particular gas, into an expansion chamber, having a return system connected to the expansion chamber for returning gas out of the expansion chamber, wherein the feed line has at least one first section (30n-2, 30n-1) and one second section (30n-1, 30n) with different-size inside cross-sections, wherein the inside cross-sectional area of the feed line tapers in the form of a funnel in a transition section (32n-2, 32n-1) from the first section (30n-2, 30n-1) to the second section (30n-1, 30n) in the direction of flow of the fluid toward the expansion chamber, wherein viewed in the direction of flow of the gas flowing away from the expansion chamber following expansion, the outside cross-section of the feed line in the funnel-shaped transition section does not increase abruptly but continuously and/or step-by-step, characterized in that the feed line has a capillary line section that terminates in the expansion chamber and that has an aperture for the fluid to form the Joule-Thomson effect on the fluid during the expansion of the fluid in the expansion chamber.