mhurhangee/ep-ind-claims huggingface dataset:
A method to be performed by a wireless communication device comprising a Multiple MAC Station Management Entity 'MM-SME', the method comprising: transmitting a frame comprising a Multiple Media Access Control 'MAC' element, the Multiple MAC element comprising a plurality of MAC addresses (208, 210) corresponding to a plurality of MAC entities to be coordinated by said MM-SME, the Multiple MAC element comprising a control field (206, 300), the control field (206, 300) comprising an element owner field, a Single Association-Identifier 'AID' field, a power mode bit, and a beamlink cluster field, the Single AID field to indicate whether or not a single AID is to be allocated to the plurality of MAC addresses, said element owner field identifying an owner of the Multiple MAC element, the power mode bit to indicate that, when a MAC entity advertised in the Multiple MAC element moves to a power state, the power state being an awake state or a doze state, then all other MAC entities advertised by said Multiple MAC element move to said power state, the beamlink cluster field to indicate whether or not a same beamformed link is to be maintained for all links within a Multiple MAC link cluster.
A method for reliable and power-efficient discovery of a preferred node, the method being executed by an apparatus and comprising: employing a processor executing computer executable instructions stored on a computer readable storage medium to implement following acts: measuring signal quality of a wireless channel transmitted by a serving node; determining the signal quality to be above a threshold, wherein being below the threshold indicates a need to prepare for cell reselection to a neighboring node; periodically performing measurements for neighboring nodes; and periodically performing measurements for a preferred node at a slower repetition rate than the measurements for neighboring nodes in response to the signal quality being above the threshold, wherein the preferred node is a femtocell, home base node, or a closed subscriber node. measuring signal quality of a wireless channel transmitted by a serving node; determining the signal quality to be above a threshold, wherein being below the threshold indicates a need to prepare for cell reselection to a neighboring node; periodically performing measurements for neighboring nodes; and periodically performing measurements for a preferred node at a slower repetition rate than the measurements for neighboring nodes in response to the signal quality being above the threshold, wherein the preferred node is a femtocell, home base node, or a closed subscriber node.
A surface acoustic wave resonator type vibration sensor, comprising a first antenna, a matching network, a reflection grating, and an interdigital transducer, with at least said reflection grating and said interdigital transducer assembled on a piezoelectric substrate, characterized in that the surface acoustic wave resonator type vibration sensor comprises an acceleration detection circuit and wherein said matching network comprises an optimal matching network which is composed of at least one capacitor and at least one inductor, said optimal matching network connecting the acceleration detection circuit in parallel, said acceleration detection circuit comprising multiple branch circuits connected in parallel, and when a measured acceleration in one direction reaches a threshold, the acceleration detection circuit connects the branch circuit corresponding to this particular acceleration, whereby a different number of said multiple branch circuits are connected to said optimal matching network under different acceleration conditions; wherein each branch circuit comprises an elastic switch component (K1, K2, K3) and a capacitor (C2, C3) and/or an inductor (L2, L3) connected in series.
Lighting device for an automotive vehicle, said device comprising a casing and at least one lighting and signalling module (6; 106), the casing comprising a protective glass through which the module performs its functions, said module comprising: - a moving part (16; 116) intended to receive at least one light source; - rotating means (14; 114) of the moving part about an axis; the moving part (16; 116) comprising a plurality of faces (8, 10, 12; 108, 110, 112) distributed along its periphery, the faces of the moving part comprise a first face (8; 108) with a night-time-lighting function and a second face (12; 112) with a daytime-running-light function; characterized in that: - the rotating means (14; 114) are configured to rotate the moving part (16; 116) so as to selectively present each of said faces (8, 10, 12; 108, 110, 112) to in front of the vehicle, said rotating means comprising a rotation axle that is vertical or that makes to the vertical an angle of less than 20° when the module is in its normal operating position in the vehicle; - the first face (8; 108) has a first night-time-lighting function of the low-beam type and a second night-time-lighting function of the high-beam type, said functions being selectively activatable. - a moving part (16; 116) intended to receive at least one light source; - rotating means (14; 114) of the moving part about an axis; - the rotating means (14; 114) are configured to rotate the moving part (16; 116) so as to selectively present each of said faces (8, 10, 12; 108, 110, 112) to in front of the vehicle, said rotating means comprising a rotation axle that is vertical or that makes to the vertical an angle of less than 20° when the module is in its normal operating position in the vehicle; - the first face (8; 108) has a first night-time-lighting function of the low-beam type and a second night-time-lighting function of the high-beam type, said functions being selectively activatable.
A semiconductor device comprising: a package formed from a first member and a second member, wherein a concave portion is formed on an inner surface of at least one member of the first member and the second member; a sensor mounted on an inner surface of the first member; a circuit element mounted on an inner surface of the second member; and electrical connection means configured to electrically connect the sensor and the circuit element through a joining portion of the first member and the second member, wherein the at least one member of the first member and the second member comprising the concave portion, is configured by adhering together a main member and an auxiliary member, the main member includes a concave part, and a conductive layer for electromagnetic shielding on a surface for adhering to the auxiliary member, the auxiliary member includes an opening, and is adhered to the main member by being stacked on the conductive layer for electromagnetic shielding, and the concave portion is formed from the concave part and the opening, and the conductive layer for electromagnetic shielding is provided near a part of the joining portion of the first member and the second member through which the electrical connection means is passed. a package formed from a first member and a second member, wherein a concave portion is formed on an inner surface of at least one member of the first member and the second member; a sensor mounted on an inner surface of the first member; a circuit element mounted on an inner surface of the second member; and electrical connection means configured to electrically connect the sensor and the circuit element through a joining portion of the first member and the second member, wherein the at least one member of the first member and the second member comprising the concave portion, is configured by adhering together a main member and an auxiliary member, the main member includes a concave part, and a conductive layer for electromagnetic shielding on a surface for adhering to the auxiliary member, the auxiliary member includes an opening, and is adhered to the main member by being stacked on the conductive layer for electromagnetic shielding, and the concave portion is formed from the concave part and the opening, and the conductive layer for electromagnetic shielding is provided near a part of the joining portion of the first member and the second member through which the electrical connection means is passed.
A device for recovering water from an exhaust system of an internal combustion engine, with a silencer and a condenser, especially for a water injection system for the internal combustion engine, wherein the condenser is arranged in the silencer of the exhaust system, wherein the condenser for condensing steam contained in an exhaust of the internal combustion engine into liquid water is arranged in the exhaust system, and wherein the water can be collected in a collecting container of the water injection system for reinjecting into a combustion process of the internal combustion engine, characterised in that a bypass for the exhaust to circumvent the condenser is provided in the silencer.
An antibody molecule capable of binding to hemagglutinin, comprising: (a) a heavy chain immunoglobulin variable region segment comprising: a CDR1 comprising the sequence S-Y-A-M-H (SEQ ID NO:68); a CDR2 comprising the sequence V-V-S-Y-D-G-N-Y-K-Y-Y-A-D-S-V-Q-G (SEQ ID NO:69); and a CDR3 comprising the sequence D-S-R-L-R-S-L-L-Y-F-E-W-L-S-Q-G-Y-F-N-P (SEQ ID NO:70); and (b) a light chain immunoglobulin variable region segment comprising: a CDR1 comprising the sequence Q-S-I-T-F-D-Y-K-N-Y-L-A (SEQ ID NO:145); a CDR2 comprising the sequence W-G-S-Y-L-E-S (SEQ ID NO:72); and a CDR3 comprising the sequence Q-Q-H-Y-R-T-P-P-S (SEQ ID NO:73). (a) a heavy chain immunoglobulin variable region segment comprising: a CDR1 comprising the sequence S-Y-A-M-H (SEQ ID NO:68); a CDR2 comprising the sequence V-V-S-Y-D-G-N-Y-K-Y-Y-A-D-S-V-Q-G (SEQ ID NO:69); and a CDR3 comprising the sequence D-S-R-L-R-S-L-L-Y-F-E-W-L-S-Q-G-Y-F-N-P (SEQ ID NO:70); and a CDR1 comprising the sequence S-Y-A-M-H (SEQ ID NO:68); a CDR2 comprising the sequence V-V-S-Y-D-G-N-Y-K-Y-Y-A-D-S-V-Q-G (SEQ ID NO:69); and a CDR3 comprising the sequence D-S-R-L-R-S-L-L-Y-F-E-W-L-S-Q-G-Y-F-N-P (SEQ ID NO:70); and (b) a light chain immunoglobulin variable region segment comprising: a CDR1 comprising the sequence Q-S-I-T-F-D-Y-K-N-Y-L-A (SEQ ID NO:145); a CDR2 comprising the sequence W-G-S-Y-L-E-S (SEQ ID NO:72); and a CDR3 comprising the sequence Q-Q-H-Y-R-T-P-P-S (SEQ ID NO:73). a CDR1 comprising the sequence Q-S-I-T-F-D-Y-K-N-Y-L-A (SEQ ID NO:145); a CDR2 comprising the sequence W-G-S-Y-L-E-S (SEQ ID NO:72); and a CDR3 comprising the sequence Q-Q-H-Y-R-T-P-P-S (SEQ ID NO:73).
A medical system, comprising: a medical device; and an external computing component; wherein the medical device comprises: a probe disposed on a distal end portion of the device and configured to be inserted into a body along a trajectory path; a sensor mounted on a displacement tracker portion of the device and disposed on a proximal end portion of the device, the sensor configured to measure a distance parallel to the probe between the displacement tracker portion and a tissue surface such that a position of the probe is determinable relative to the tissue surface upon advance or retraction of the probe along the trajectory path; and a communications module configured to communicate with the external computing component such that a position of the probe is monitored relative to a medical treatment plan; and wherein the external computing component is configured to provide distance values for translating the probe along the trajectory path in accordance with the treatment plan. a medical device; and an external computing component; wherein the medical device comprises: a probe disposed on a distal end portion of the device and configured to be inserted into a body along a trajectory path; a sensor mounted on a displacement tracker portion of the device and disposed on a proximal end portion of the device, the sensor configured to measure a distance parallel to the probe between the displacement tracker portion and a tissue surface such that a position of the probe is determinable relative to the tissue surface upon advance or retraction of the probe along the trajectory path; and a communications module configured to communicate with the external computing component such that a position of the probe is monitored relative to a medical treatment plan; and a probe disposed on a distal end portion of the device and configured to be inserted into a body along a trajectory path; a sensor mounted on a displacement tracker portion of the device and disposed on a proximal end portion of the device, the sensor configured to measure a distance parallel to the probe between the displacement tracker portion and a tissue surface such that a position of the probe is determinable relative to the tissue surface upon advance or retraction of the probe along the trajectory path; and a communications module configured to communicate with the external computing component such that a position of the probe is monitored relative to a medical treatment plan; and wherein the external computing component is configured to provide distance values for translating the probe along the trajectory path in accordance with the treatment plan.
A pixel circuit, comprising: a photoelectric conversion device, configured to respond to incident light and generate a charge according to a photoelectric effect; a charge memory, wherein the charge memory is connected to the photoelectric conversion device, and the charge memory is configured to store the charge generated by the photoelectric conversion device; a first transmission transistor, connected to the photoelectric conversion device and the charge memory, wherein the first transmission transistor is configured to transfer the charge to the charge memory; a second transmission transistor, connected to the photoelectric conversion device, wherein the second transmission transistor is configured to transfer the charge to a preset node, so as to destroy the charge; and an exposure control signal memory, connected to the first transmission transistor and the second transmission transistor, wherein the exposure control signal memory is configured to generate a charge control signal according to an exposure control signal, so as to control conduction states of the first transmission transistor and the second transmission transistor, characterized in that the exposure control signal memory is a unit bit static random access memory or a unit bit dynamic random access memory a photoelectric conversion device, configured to respond to incident light and generate a charge according to a photoelectric effect; a charge memory, wherein the charge memory is connected to the photoelectric conversion device, and the charge memory is configured to store the charge generated by the photoelectric conversion device; a first transmission transistor, connected to the photoelectric conversion device and the charge memory, wherein the first transmission transistor is configured to transfer the charge to the charge memory; a second transmission transistor, connected to the photoelectric conversion device, wherein the second transmission transistor is configured to transfer the charge to a preset node, so as to destroy the charge; and an exposure control signal memory, connected to the first transmission transistor and the second transmission transistor, wherein the exposure control signal memory is configured to generate a charge control signal according to an exposure control signal, so as to control conduction states of the first transmission transistor and the second transmission transistor, characterized in that the exposure control signal memory is a unit bit static random access memory or a unit bit dynamic random access memory
A method for forming a cigarette filter element, the method comprising: providing a first fiber; providing a second fiber, wherein the first fiber and the second fiber exhibit a difference in a finish of the first and second fiber, a difference in material composition of the first and second fiber, a difference in total denier or denier per filament of the first and second fiber, or a difference in size or shape of the first fiber and second fiber, and wherein the first fiber and the second fiber respectively comprise a plurality of filaments; combining the first fiber and the second fiber in a texturing apparatus by directing a flow of air at the first fiber and the second fiber such that the first fiber is at least partially entangled with the second fiber to form a mixed fiber product without conducting a separate separation operation in which the filaments of the first fiber or the filaments of the second fiber are at least partially separated from one another prior to the first fiber and the second fiber being combined in the texturing apparatus; and at least partially enclosing the mixed fiber product in a plug wrap. providing a first fiber; providing a second fiber, wherein the first fiber and the second fiber exhibit a difference in a finish of the first and second fiber, a difference in material composition of the first and second fiber, a difference in total denier or denier per filament of the first and second fiber, or a difference in size or shape of the first fiber and second fiber, and wherein the first fiber and the second fiber respectively comprise a plurality of filaments; wherein the first fiber and the second fiber exhibit a difference in a finish of the first and second fiber, a difference in material composition of the first and second fiber, a difference in total denier or denier per filament of the first and second fiber, or a difference in size or shape of the first fiber and second fiber, and wherein the first fiber and the second fiber respectively comprise a plurality of filaments; combining the first fiber and the second fiber in a texturing apparatus by directing a flow of air at the first fiber and the second fiber such that the first fiber is at least partially entangled with the second fiber to form a mixed fiber product without conducting a separate separation operation in which the filaments of the first fiber or the filaments of the second fiber are at least partially separated from one another prior to the first fiber and the second fiber being combined in the texturing apparatus; and at least partially enclosing the mixed fiber product in a plug wrap.
A method of regulating a temperature of a cooking liquid during sous vide cooking in a sous vide cooking vessel on a burner of a cooktop, comprising: setting a desired cooking temperature; measuring the temperature of the cooking liquid inside the sous vide cooking vessel at a plurality of predetermined time intervals with a first temperature sensor mounted on an interior surface of a wall of the sous vide cooking vessel; comparing the temperature of the cooking liquid to the desired cooking temperature at each of the predetermined time intervals; and controlling an energy output of the burner based on the difference between the temperature of the cooking liquid 16 and the desired cooking temperature, characterized in that the method further comprises the steps of: notifying the user when the temperature of the cooking liquid reaches the desired cooking temperature; monitoring the temperature of the cooking liquid for a period of time after the user is notified that the cooking liquid has reached the desired cooking temperature; and starting or restarting a cooking timer if the temperature of the cooking liquid is reduced by a predetermined threshold value during the period of time after the user is notified. setting a desired cooking temperature; measuring the temperature of the cooking liquid inside the sous vide cooking vessel at a plurality of predetermined time intervals with a first temperature sensor mounted on an interior surface of a wall of the sous vide cooking vessel; comparing the temperature of the cooking liquid to the desired cooking temperature at each of the predetermined time intervals; and controlling an energy output of the burner based on the difference between the temperature of the cooking liquid 16 and the desired cooking temperature, characterized in that the method further comprises the steps of: notifying the user when the temperature of the cooking liquid reaches the desired cooking temperature; monitoring the temperature of the cooking liquid for a period of time after the user is notified that the cooking liquid has reached the desired cooking temperature; and starting or restarting a cooking timer if the temperature of the cooking liquid is reduced by a predetermined threshold value during the period of time after the user is notified. notifying the user when the temperature of the cooking liquid reaches the desired cooking temperature; monitoring the temperature of the cooking liquid for a period of time after the user is notified that the cooking liquid has reached the desired cooking temperature; and starting or restarting a cooking timer if the temperature of the cooking liquid is reduced by a predetermined threshold value during the period of time after the user is notified.
A wireless communication method, comprising: determining, by a terminal device, a target resource pool from at least two resource pools according to a condition parameter of each resource pool in the at least two resource pools, wherein the condition parameter is used for indicating a resource usage condition of the resource pool; and communicating, by the terminal device, with a network device by using a resource of the target resource pool; characterized in that when the condition parameter comprises at least two condition parameters, the determining the target resource pool from the at least two resource pools comprises: converting the at least two condition parameters corresponding to each resource pool in the at least two resource pools to a same dimension; performing a weighted processing on the converted at least two condition parameters corresponding to each resource pool; and determining the target resource pool from the at least two resource pools according to a value obtained by the weighted processing corresponding to each resource pool. determining, by a terminal device, a target resource pool from at least two resource pools according to a condition parameter of each resource pool in the at least two resource pools, wherein the condition parameter is used for indicating a resource usage condition of the resource pool; and communicating, by the terminal device, with a network device by using a resource of the target resource pool; characterized in that when the condition parameter comprises at least two condition parameters, the determining the target resource pool from the at least two resource pools comprises: converting the at least two condition parameters corresponding to each resource pool in the at least two resource pools to a same dimension; performing a weighted processing on the converted at least two condition parameters corresponding to each resource pool; and determining the target resource pool from the at least two resource pools according to a value obtained by the weighted processing corresponding to each resource pool.