mhurhangee/ep-ind-claims huggingface dataset:
A punching apparatus comprising: a punching tool which, during a punching stroke, is movable along a stroke axis toward a workpiece to be punched and, during a return stroke, is movable away from the punched workpiece, wherein the punching tool has a first component and a second component which are able to be coupled hydraulically for joint movement along the stroke axis, and a punching drive for moving the first component along the stroke axis, wherein the punching apparatus is configured to move the second component at a first transmission ratio relative to the first component during the punching stroke and, provided that a threshold value of an opposing force, which the workpiece to be punched exerts on the punching tool, is exceeded during the punching stroke, to move the second component at a second transmission ratio, different from the first, relative to the first component, characterized in that the punching apparatus is configured to maintain a relative position (ΔP'), taken up immediately after the workpiece has been punched through, of the two components (6, 7) with respect to one another at least along a section of the return stroke of the punching tool along the stroke axis. a punching tool which, during a punching stroke, is movable along a stroke axis toward a workpiece to be punched and, during a return stroke, is movable away from the punched workpiece, wherein the punching tool has a first component and a second component which are able to be coupled hydraulically for joint movement along the stroke axis, and a punching drive for moving the first component along the stroke axis, wherein the punching apparatus is configured to move the second component at a first transmission ratio relative to the first component during the punching stroke and, provided that a threshold value of an opposing force, which the workpiece to be punched exerts on the punching tool, is exceeded during the punching stroke, to move the second component at a second transmission ratio, different from the first, relative to the first component, characterized in that the punching apparatus is configured to maintain a relative position (ΔP'), taken up immediately after the workpiece has been punched through, of the two components (6, 7) with respect to one another at least along a section of the return stroke of the punching tool along the stroke axis.
A method performed by a first base station in a wireless communication system supporting a dual connectivity, the method comprising: receiving, from a second base station, a request for updating a first security key associated with the second base station, generated in case that a packet data convergence protocol, PDCP, count is about to wrap around; generating the first security key based on a counter value associated with the second base station and a base security key of the first base station, data between a terminal and the first base station being encrypted based on the base security key; and transmitting, to the second base station, the first security key as a response to the request, wherein the first security key is used to generate a second security key, which is used for encrypting data between the terminal and the second base station. receiving, from a second base station, a request for updating a first security key associated with the second base station, generated in case that a packet data convergence protocol, PDCP, count is about to wrap around; generating the first security key based on a counter value associated with the second base station and a base security key of the first base station, data between a terminal and the first base station being encrypted based on the base security key; and transmitting, to the second base station, the first security key as a response to the request, wherein the first security key is used to generate a second security key, which is used for encrypting data between the terminal and the second base station.
A method of supplying charges of moist smokeless tobacco comprising: loading a charge of moist smokeless tobacco into a cavity in a rotatable metering disk; applying a first vacuum to the cavity using a first vacuum housing so as to substantially fill the cavity and applying a second vacuum to the cavity using a second vacuum housing after cessation of the first vacuum, as the cavity rotates to a discharge station, wherein adjacent ends of the first and second vacuum housings are separated by two gaps (62, 76) such that vacuum pressure is not applied to the cavity when it is positioned adjacent to the gaps (62, 76); and removing the MST from the cavity at the discharge station. loading a charge of moist smokeless tobacco into a cavity in a rotatable metering disk; applying a first vacuum to the cavity using a first vacuum housing so as to substantially fill the cavity and applying a second vacuum to the cavity using a second vacuum housing after cessation of the first vacuum, as the cavity rotates to a discharge station, wherein adjacent ends of the first and second vacuum housings are separated by two gaps (62, 76) such that vacuum pressure is not applied to the cavity when it is positioned adjacent to the gaps (62, 76); and removing the MST from the cavity at the discharge station.
A DNA polymerase III subunits gamma and tau variant consisting of the amino acid sequence of SEQ ID NO: 1, wherein proline, which is the amino acid corresponding to position 43 of SEQ ID NO: 3, is substituted with leucine.
A system configured to monitor and treat respiratory depression comprising: a patient monitoring unit for monitoring patient conditions, the patient conditions comprising at least one of respiratory rate, carbon dioxide content, blood pressure, and heart rate; an interface unit including a microprocessor and a user interface adapted to provide an interface with a user, wherein the interface unit is in communication with the patient monitoring unit; a first device for delivery of a narcotic, wherein the first device is a patient-controlled analgesia pump; and a second device configured to automatically dispense at least one dosage of a narcotic reversal agent, the second device being in communication with the interface unit, wherein the second device is adapted to receive a signal from the interface unit for indicating at least one patient condition, and if the condition is outside a preset condition value, to recognize a respiratory depression condition caused by narcotic over-dosage, and to subsequently provide the patient with the narcotic reversal agent. a patient monitoring unit for monitoring patient conditions, the patient conditions comprising at least one of respiratory rate, carbon dioxide content, blood pressure, and heart rate; an interface unit including a microprocessor and a user interface adapted to provide an interface with a user, wherein the interface unit is in communication with the patient monitoring unit; a first device for delivery of a narcotic, wherein the first device is a patient-controlled analgesia pump; and a second device configured to automatically dispense at least one dosage of a narcotic reversal agent, the second device being in communication with the interface unit, wherein the second device is adapted to receive a signal from the interface unit for indicating at least one patient condition, and if the condition is outside a preset condition value, to recognize a respiratory depression condition caused by narcotic over-dosage, and to subsequently provide the patient with the narcotic reversal agent.
A method for reporting channel state information, CSI, by a user equipment, UE,, in a wireless communication system, the method comprising: receiving a reference signal from a base station, BS,; and reporting the CSI generated using the reference signal to the BS, wherein the CSI is a CSI for a 2D antenna structure defined by a first domain and a second domain, the first and second domain being horizontal and vertical, respectively, and the CSI includes a channel quality indicator, CQI, for the 2D antenna structure, wherein in a case that the reference signal is a channel status information-reference signal, CSI-RS, the CSI includes a precoding matrix indicator, PMI, and the CQI is calculated based on the PMI, and wherein in a case that the reference signal is a cell-specific reference signal, CRS, in a TDD system, the CSI does not include the PMI and the CQI is calculated based on tilting in the second domain. receiving a reference signal from a base station, BS,; and reporting the CSI generated using the reference signal to the BS, wherein the CSI is a CSI for a 2D antenna structure defined by a first domain and a second domain, the first and second domain being horizontal and vertical, respectively, and the CSI includes a channel quality indicator, CQI, for the 2D antenna structure, wherein in a case that the reference signal is a channel status information-reference signal, CSI-RS, the CSI includes a precoding matrix indicator, PMI, and the CQI is calculated based on the PMI, and wherein in a case that the reference signal is a cell-specific reference signal, CRS, in a TDD system, the CSI does not include the PMI and the CQI is calculated based on tilting in the second domain.
A radio base station comprising: a decision section configured to decide whether or not to non-orthogonal-multiplex uplink signals of a plurality of user terminals having different received Signal to Interference plus Noise Ratios, SINRs, by superposing the uplink signals on each other; a transmission section configured to transmit, to a user terminal, switching information to command a switch to one of a first transmission power control method which is used when non-orthogonal-multiplexing the uplink signals and differentiating the received SINRs of the uplink signals and a second transmission power control method which is used when the uplink signals are not non-orthogonal-multiplexed, based on the decision in the decision section, and transmission power determining information which is used to determine transmission power of an uplink signal; and a receiving section configured to receive the uplink signal transmitted from the user terminal with the transmission power determined based on the switching information and the transmission power determining information. a decision section configured to decide whether or not to non-orthogonal-multiplex uplink signals of a plurality of user terminals having different received Signal to Interference plus Noise Ratios, SINRs, by superposing the uplink signals on each other; a transmission section configured to transmit, to a user terminal, switching information to command a switch to one of a first transmission power control method which is used when non-orthogonal-multiplexing the uplink signals and differentiating the received SINRs of the uplink signals and a second transmission power control method which is used when the uplink signals are not non-orthogonal-multiplexed, based on the decision in the decision section, and transmission power determining information which is used to determine transmission power of an uplink signal; and a receiving section configured to receive the uplink signal transmitted from the user terminal with the transmission power determined based on the switching information and the transmission power determining information.
An antibody comprising: (i) an antibody variable region that is capable of binding to a first antigen and a second antigen different from the first antigen, but does not bind to the first antigen and the second antigen at the same time, wherein any one of the first antigen and the second antigen is CD3, and the other antigen is FcyR, TLR, lectin, IgA, an immune checkpoint molecule, a TNF superfamily molecule, TNFR superfamily molecule or an NK receptor molecule; and (ii) an antibody variable region binding to a third antigen, wherein the third antigen is a tumor-cell specific antigen which is different from the first antigen and the second antigen, wherein the antibody variable regions comprise an antibody light chain variable domain and an antibody heavy chain variable domain; wherein the antibody variable region capable of binding to the first antigen and the second antigen is a variable region comprising an alteration of at least one amino acid in a CDR1, CDR2, CDR3, or FR3 of the variable region, wherein the alteration is an insertion of an amino acid sequence binding to the second antigen into the amino acid sequence of a variable region binding to the first antigen, wherein the number of amino acids to be inserted is 1 to 25; and wherein said antibody does not bind to the first antigen and the second antigen at the same time. (i) an antibody variable region that is capable of binding to a first antigen and a second antigen different from the first antigen, but does not bind to the first antigen and the second antigen at the same time, wherein any one of the first antigen and the second antigen is CD3, and the other antigen is FcyR, TLR, lectin, IgA, an immune checkpoint molecule, a TNF superfamily molecule, TNFR superfamily molecule or an NK receptor molecule; and (ii) an antibody variable region binding to a third antigen, wherein the third antigen is a tumor-cell specific antigen which is different from the first antigen and the second antigen, wherein the antibody variable regions comprise an antibody light chain variable domain and an antibody heavy chain variable domain; wherein the antibody variable region capable of binding to the first antigen and the second antigen is a variable region comprising an alteration of at least one amino acid in a CDR1, CDR2, CDR3, or FR3 of the variable region, wherein the alteration is an insertion of an amino acid sequence binding to the second antigen into the amino acid sequence of a variable region binding to the first antigen, wherein the number of amino acids to be inserted is 1 to 25; and wherein said antibody does not bind to the first antigen and the second antigen at the same time.
A tissue paper supply case comprising: a case body for containing tissue paper, a lid having a slot-like take-out hole for taking out said tissue paper therethrough a platform member mounted within said case body for placing said tissue paper thereon, and means for energizing said platform member from the bottom of said case body toward said lid, wherein said lid is provided on its inner surface with a plurality of lid projections formed in parallel rows to said take-out hole on both sides of said take-out hole, said lid projections being tapered each having a protrusion height becoming larger with increasing distance from said take-out hole, and characterized in that said platform member is provided on its upper surface with a plurality of platform projections formed in parallel rows to said take-out hole on both sides of the position facing said take-out hole, said platform projections being tapered each having a protrusion height becoming larger with increasing distance from the position facing said take-out hole, and wherein said plurality of lid projections formed on said lid and said plurality of platform projections formed on said platform member are placed oppositely alternating with each other. a case body for containing tissue paper, a lid having a slot-like take-out hole for taking out said tissue paper therethrough a platform member mounted within said case body for placing said tissue paper thereon, and means for energizing said platform member from the bottom of said case body toward said lid, wherein said lid is provided on its inner surface with a plurality of lid projections formed in parallel rows to said take-out hole on both sides of said take-out hole, said lid projections being tapered each having a protrusion height becoming larger with increasing distance from said take-out hole, and characterized in that said platform member is provided on its upper surface with a plurality of platform projections formed in parallel rows to said take-out hole on both sides of the position facing said take-out hole, said platform projections being tapered each having a protrusion height becoming larger with increasing distance from the position facing said take-out hole, and wherein said plurality of lid projections formed on said lid and said plurality of platform projections formed on said platform member are placed oppositely alternating with each other.
Frost-proof outlet fitting comprising a valve housing which forms a valve seat, an outlet housing, an intermediate spindle which positions a valve body relative to the valve seat and is accommodated in an intermediate pipe which connects the outlet housing to the valve housing, and an electronic control unit which controls the position of the valve body, characterised by means for checking access authorisation and activating the electronic control unit by means of a positive result of the verification of the access authorisation, the frost-proof outlet fitting being suitable for determining a quantity of fluid tapped during a tapping process and for logging the quantity of fluid tapped and an associated authorised person.
Device for mounting a vehicle pedal, comprising a mount on which the pedal is mounted via a pivot pin, shearing means connected to a fixed bodywork element of said vehicle, said shearing means being able to shear said pivot pin radially if said mount moves in relation to said bodywork element, so as to detach said pedal from said mount, characterized in that it comprises catching means positioned near to the pivot pin of the pedal in its normal position and intended to catch said pivot pin once it has been sheared so as to allow said pedal to occupy a second position close to the position it usually occupies, this second position still allowing it to be actuated so that it can at least partially perform its initial function.
A refrigerator, comprising a cabinet in which a cooling chamber located at the lower part and at least one storage compartment located above the cooling chamber are defined; and an evaporator arranged in the cooling chamber and configured to cool an airflow entering the cooling chamber to form a cooling airflow, wherein a water pan is formed on a bottom wall of the cooling chamber below the evaporator, and used for receiving defrosted water generated by the evaporator, a slope structure is formed on an upper surface of the water pan, and the evaporator is obliquely arranged on the water pan, wherein a water outlet is formed in a tail end of a lower part of the slope structure of the water pan, wherein the water pan is formed by the bottom wall, inclining downwards from front to rear, of the cooling chamber, and the water outlet is close to a compressor chamber of the refrigerator, characterized in that at least one air supply fan configured to cause an airflow to flow within the cooling chamber and located downstream of the evaporator on an airflow flowing path, wherein an inclined section is formed on the bottom wall of the cooling chamber below the air supply fan; and the water outlet is formed in the joint of the inclined section and the water pan. a cabinet in which a cooling chamber located at the lower part and at least one storage compartment located above the cooling chamber are defined; and an evaporator arranged in the cooling chamber and configured to cool an airflow entering the cooling chamber to form a cooling airflow, wherein a water pan is formed on a bottom wall of the cooling chamber below the evaporator, and used for receiving defrosted water generated by the evaporator, a slope structure is formed on an upper surface of the water pan, and the evaporator is obliquely arranged on the water pan, wherein a water outlet is formed in a tail end of a lower part of the slope structure of the water pan, wherein the water pan is formed by the bottom wall, inclining downwards from front to rear, of the cooling chamber, and the water outlet is close to a compressor chamber of the refrigerator, characterized in that at least one air supply fan configured to cause an airflow to flow within the cooling chamber and located downstream of the evaporator on an airflow flowing path, wherein an inclined section is formed on the bottom wall of the cooling chamber below the air supply fan; and the water outlet is formed in the joint of the inclined section and the water pan.
A heart pump system comprising: a catheter (106, 206, 306); a motor (108, 208, 308); a rotor operatively coupled to the motor (108, 208, 308); and a pump housing at least partially surrounding the rotor so that actuating the motor (108, 208, 308) drives the rotor and pumps blood through the pump housing; a sensor (112, 212a, 212b, 212c, 312) configured to detect a hemodynamic parameter over time; and a controller configured to: detect over time a motor parameter associated with the motor (108, 208, 308), receive an input from the sensor (112, 212a, 212b, 212c, 312) of the detected hemodynamic parameter over time, determine a relationship between the detected hemodynamic parameter and the detected motor parameter, characterize the relationship between the hemodynamic parameter and the motor parameter using a polynomial best fit algorithm, and store the determined relationship in a memory. a catheter (106, 206, 306); a motor (108, 208, 308); a rotor operatively coupled to the motor (108, 208, 308); and a pump housing at least partially surrounding the rotor so that actuating the motor (108, 208, 308) drives the rotor and pumps blood through the pump housing; a sensor (112, 212a, 212b, 212c, 312) configured to detect a hemodynamic parameter over time; and a controller configured to: detect over time a motor parameter associated with the motor (108, 208, 308), receive an input from the sensor (112, 212a, 212b, 212c, 312) of the detected hemodynamic parameter over time, determine a relationship between the detected hemodynamic parameter and the detected motor parameter, characterize the relationship between the hemodynamic parameter and the motor parameter using a polynomial best fit algorithm, and store the determined relationship in a memory. detect over time a motor parameter associated with the motor (108, 208, 308), receive an input from the sensor (112, 212a, 212b, 212c, 312) of the detected hemodynamic parameter over time, determine a relationship between the detected hemodynamic parameter and the detected motor parameter, characterize the relationship between the hemodynamic parameter and the motor parameter using a polynomial best fit algorithm, and store the determined relationship in a memory.