mhurhangee/patent-ind-claim-en huggingface dataset:
A method of audio processing, the method comprising: receiving one or more audio objects, wherein each of the one or more audio objects respectively includes position information; for a given audio object of the one or more audio objects: selecting , based on the position information of the given audio object, at least two renderers of a plurality of renderers; characterised by determining , based on the position information of the given audio object, at least two weights; rendering , based on the position information, the given audio object using the at least two renderers weighted according to the at least two weights, to generate a plurality of rendered signals; and combining the plurality of rendered signals to generate a plurality of loudspeaker signals; and outputting , from a plurality of loudspeakers, the plurality of loudspeaker signals. receiving one or more audio objects, wherein each of the one or more audio objects respectively includes position information; for a given audio object of the one or more audio objects: selecting , based on the position information of the given audio object, at least two renderers of a plurality of renderers; characterised by determining , based on the position information of the given audio object, at least two weights; rendering , based on the position information, the given audio object using the at least two renderers weighted according to the at least two weights, to generate a plurality of rendered signals; and combining the plurality of rendered signals to generate a plurality of loudspeaker signals; and selecting , based on the position information of the given audio object, at least two renderers of a plurality of renderers; characterised by determining , based on the position information of the given audio object, at least two weights; rendering , based on the position information, the given audio object using the at least two renderers weighted according to the at least two weights, to generate a plurality of rendered signals; and combining the plurality of rendered signals to generate a plurality of loudspeaker signals; and outputting , from a plurality of loudspeakers, the plurality of loudspeaker signals.
A home appliance comprising: a main body having an opening ; a door disposed on one side of the main body , the door being configured to open or close the opening ; and a damping assembly configured to be operated by the door , wherein the damping assembly comprises: a first lever installed in the main body , the first lever being configured to be movable when the door is pressed, a second lever connected to the first lever , and a cylinder connected to the second lever and configured to be movable in a direction that is linear to a movement path of the first lever , wherein the first lever comprises: a contact portion formed at a front end of the first lever and configured to be pressed by the door , and a second lever connecting portion having at least a portion protruding upward to be connected to the second lever , characterized in that the cylinder is disposed to be parallel to the movement path of the first lever . a main body having an opening ; a door disposed on one side of the main body , the door being configured to open or close the opening ; and a damping assembly configured to be operated by the door , wherein the damping assembly comprises: a first lever installed in the main body , the first lever being configured to be movable when the door is pressed, a second lever connected to the first lever , and a cylinder connected to the second lever and configured to be movable in a direction that is linear to a movement path of the first lever , wherein the first lever comprises: a contact portion formed at a front end of the first lever and configured to be pressed by the door , and a second lever connecting portion having at least a portion protruding upward to be connected to the second lever , a first lever installed in the main body , the first lever being configured to be movable when the door is pressed, a second lever connected to the first lever , and a cylinder connected to the second lever and configured to be movable in a direction that is linear to a movement path of the first lever , wherein the first lever comprises: a contact portion formed at a front end of the first lever and configured to be pressed by the door , and a second lever connecting portion having at least a portion protruding upward to be connected to the second lever , a contact portion formed at a front end of the first lever and configured to be pressed by the door , and a second lever connecting portion having at least a portion protruding upward to be connected to the second lever ,
An apparatus for generating aerosol from an aerosolisable medium, the apparatus comprising: a housing ; a chamber for receiving an article comprising aerosolisable medium and including a marker ; a controller configured to receive: a first input indicative of a rate of movement of the article within the chamber and relative to the apparatus, received in use, in the chamber; and a second input indicative of a parameter of said article, wherein at least the second input is determined based on the marker. a housing ; a chamber for receiving an article comprising aerosolisable medium and including a marker ; a controller configured to receive: a first input indicative of a rate of movement of the article within the chamber and relative to the apparatus, received in use, in the chamber; and a second input indicative of a parameter of said article, a first input indicative of a rate of movement of the article within the chamber and relative to the apparatus, received in use, in the chamber; and a second input indicative of a parameter of said article, wherein at least the second input is determined based on the marker.
An envelope tracking power supply arranged to generate a modulated supply voltage in dependence on a reference signal, comprising: a first path for tracking low frequency variations in the reference signal; and a second path for tracking high frequency variations in the reference signal, the second path comprising: a current source and a current sink connected to the high frequency output, a further voltage supply to generate a second supply voltage to generate an offset current provided at the high frequency output, and sensing the power difference between the power dissipated in the current source and the current sink, and integrating the sensed power difference to control the further voltage supply. a first path for tracking low frequency variations in the reference signal; and a second path for tracking high frequency variations in the reference signal, the second path comprising: a current source and a current sink connected to the high frequency output, a further voltage supply to generate a second supply voltage to generate an offset current provided at the high frequency output, and sensing the power difference between the power dissipated in the current source and the current sink, and integrating the sensed power difference to control the further voltage supply. a current source and a current sink connected to the high frequency output, a further voltage supply to generate a second supply voltage to generate an offset current provided at the high frequency output, and sensing the power difference between the power dissipated in the current source and the current sink, and integrating the sensed power difference to control the further voltage supply.
An automatic gas intake and exhaust valve device comprising: a main body part provided at one side thereof with an orifice hole and provided at an opposite side thereof with an intake and exhaust hole ; an opening/closing member movably inserted into the main body part in a non-constrained state to open/close the intake and exhaust hole , wherein a specific gravity of the opening/closing member is 1.0 to 9.0 times greater than a specific gravity of a liquid introduced into the main body part ; and a coupling member extending along the one side of the main body part to couple the main body part with a pipe so that the main body part communicates with the pipe , characterized in that the liquid introduced into the main body part is water, the coupling member has a tube shape, the orifice hole has a width narrower than a diameter (D) of the coupling member , and the opening/closing member rises, since the pressure on the top of the opening/closing member is lower than the pressure on the bottom of the opening/closing member due to the dynamic pressure of the liquid introduced into the main body part through the orifice hole after being introduced into the coupling member from the pipe and discharged out of the main body part through the intake and exhaust hole , to close the intake and exhaust hole , and wherein the opening/closing member drops down to a bottom of the main body part by a weight of the opening/closing member to open the intake and exhaust hole if a level of the liquid introduced into the main body part is lowered. a main body part provided at one side thereof with an orifice hole and provided at an opposite side thereof with an intake and exhaust hole ; an opening/closing member movably inserted into the main body part in a non-constrained state to open/close the intake and exhaust hole , wherein a specific gravity of the opening/closing member is 1.0 to 9.0 times greater than a specific gravity of a liquid introduced into the main body part ; and a coupling member extending along the one side of the main body part to couple the main body part with a pipe so that the main body part communicates with the pipe , characterized in that the liquid introduced into the main body part is water, the coupling member has a tube shape, the orifice hole has a width narrower than a diameter (D) of the coupling member , and the opening/closing member rises, since the pressure on the top of the opening/closing member is lower than the pressure on the bottom of the opening/closing member due to the dynamic pressure of the liquid introduced into the main body part through the orifice hole after being introduced into the coupling member from the pipe and discharged out of the main body part through the intake and exhaust hole , to close the intake and exhaust hole , and wherein the opening/closing member drops down to a bottom of the main body part by a weight of the opening/closing member to open the intake and exhaust hole if a level of the liquid introduced into the main body part is lowered.
A massage device for massage by means of pressure waves, comprising a housing having a grip section and a massage section , at least one first chamber having an opening leading towards the outside in the massage section, and a drive means arranged in the housing for changing the volume (V1) of the first chamber , wherein the drive means has at least one coil element and at least one magnetic core arranged parallel to the coil element and movably guided parallel to a central axis (A) of the coil element for acting on the first chamber , wherein the magnetic core has at least one permanent magnet , and wherein a ratio of the mass of the magnetic core (m1) to the mass of the entire massage device (m2) is in a range between 1:6 and 1:250. at least one first chamber having an opening leading towards the outside in the massage section, and a drive means arranged in the housing for changing the volume (V1) of the first chamber , wherein the drive means has at least one coil element and at least one magnetic core arranged parallel to the coil element and movably guided parallel to a central axis (A) of the coil element for acting on the first chamber , wherein the magnetic core has at least one permanent magnet , and wherein a ratio of the mass of the magnetic core (m1) to the mass of the entire massage device (m2) is in a range between 1:6 and 1:250.
A pharmaceutical composition comprising: (i) a VEGF Trap comprising VEGFR1R2-FcΔC1(a) encoded by the nucleic acid sequence of SEQ ID NO:1; (ii) an anti-CTLA-4 antibody is ipilimumab; and (iii) a pharmaceutically acceptable carrier or diluent. (i) a VEGF Trap comprising VEGFR1R2-FcΔC1(a) encoded by the nucleic acid sequence of SEQ ID NO:1; (ii) an anti-CTLA-4 antibody is ipilimumab; and (iii) a pharmaceutically acceptable carrier or diluent.
A position sensor for detecting a laser reference plane relative to the position sensor , characterised in that the position sensor has at least one rotor and at least one photo sensor, wherein the rotor is set in rotation by a motor, the rotor having, spaced apart from its rotational axis, - either an immission surface , from which impinging light of the laser reference plane arrives at the photo sensor, - or the photo sensor itself such that it directly detects the light of the laser reference plane, wherein said photo sensor or said immission surface moves on a circular path upon rotation of the rotor , wherein the motor which sets the rotor in rotation is a stepper motor or a servomotor or a rotary encoder is present in addition to the motor such that the orientation of the rotor is always known based on the known angle of rotation. - either an immission surface , from which impinging light of the laser reference plane arrives at the photo sensor, - or the photo sensor itself such that it directly detects the light of the laser reference plane,
A screw vacuum pump comprising a housing ; two screw rotors which are arranged in the housing , which are in engagement with one another and which, for the conveying of a process gas, repeatedly form closed conveying volumes of the process gas in cooperation with the housing and convey them in the direction of an outlet , wherein the screw rotors each have at least two sections which are adjacent along the screw axis ; wherein the screw rotors each have an at least substantially constant pitch in a first section disposed closer to an inlet and have a lower pitch in a second section than in the first section ; and wherein the first section is longer with respect to the screw axis than a closed conveying volume in the first section , characterized in that a termination surface for the screw rotors is formed in a suction region of the pump and is adapted with respect to its shape to the screw rotors such that a respective conveying volume can be opened for suction and closed for conveying.
A device for delivering a fluid comprising: a housing defining an interior space and having a bottom surface configured for contacting a patient, the bottom surface defining a needle opening ; a reservoir disposed within the interior space of the housing for containing a fluid therein; a needle carrier disposed within the housing; an injection needle supported by the needle carrier and defining a lumen, the lumen of the injection needle configured to be placed in fluid communication with the reservoir, wherein the injection needle is transitionable from an initial position in which the injection needle is disposed within the housing, to a use position in which the injection needle extends through the needle opening, and a substantially shielded position in which the injection needle is disposed within the housing; and a needle actuator controlling positioning of the needle carrier and the injection needle, and closing the needle opening when the injection needle is in the shielded position; characterized in that the device further comprises: an indicator for separately indicating when the injection needle is in the initial position, the use position, and the shielded position, wherein the indicator comprises an indicator tab disposed on and movable with the needle actuator. a housing defining an interior space and having a bottom surface configured for contacting a patient, the bottom surface defining a needle opening ; a reservoir disposed within the interior space of the housing for containing a fluid therein; a needle carrier disposed within the housing; an injection needle supported by the needle carrier and defining a lumen, the lumen of the injection needle configured to be placed in fluid communication with the reservoir, wherein the injection needle is transitionable from an initial position in which the injection needle is disposed within the housing, to a use position in which the injection needle extends through the needle opening, and a substantially shielded position in which the injection needle is disposed within the housing; and a needle actuator controlling positioning of the needle carrier and the injection needle, and closing the needle opening when the injection needle is in the shielded position; characterized in that the device further comprises: an indicator for separately indicating when the injection needle is in the initial position, the use position, and the shielded position, wherein the indicator comprises an indicator tab disposed on and movable with the needle actuator. an indicator for separately indicating when the injection needle is in the initial position, the use position, and the shielded position, wherein the indicator comprises an indicator tab disposed on and movable with the needle actuator.
A grease composition for rolling bearings, comprising a base oil, a urea thickener and a metal deactivator, wherein; the urea thickener is at least one selected from the group consisting of diurea compounds represented by formula : R 1 - NHCONH - R 2 - NHCONH - R 3 wherein R 1 and R 3 which may be the same or different from each other represent a C 6-30 alkyl group, a C 5-8 cycloalkyl group or a C 6-10 aryl group, and R 2 represents a bivalent aromatic hydrocarbon group having 6 to 15 carbon atoms, characterized in that the metal deactivator is at least one selected from the group consisting of a benzotriazole compound, a thiadiazole compound, and a benzimidazole compound, and is contained in an amount of 0.1 to 10 mass% of the total mass of the grease composition, and the base oil has an aniline point as defined in JIS K2256 of 110°C or more.
A computer-implemented method comprising: executing , by a first multi-party computation, MPC, computer , a secure MPC protocol in a first trusted execution environment, TEE, of the first MPC computer; generating , by the first MPC computer, a request to a second MPC computer executing the secure MPC protocol in a second TEE of the second MPC computer; determining , by the first TEE, that one or more attestation conditions are met by the first MPC computer executing the secure MPC protocol in the first TEE; in response to determining that the one or more attestation conditions are met, generating , by the first TEE, an attestation token comprising one or more digital signatures for the secure MPC protocol executing in the first TEE; and sending , by the first MPC computer, the attestation token with the request to the second MPC computer. executing , by a first multi-party computation, MPC, computer , a secure MPC protocol in a first trusted execution environment, TEE, of the first MPC computer; generating , by the first MPC computer, a request to a second MPC computer executing the secure MPC protocol in a second TEE of the second MPC computer; determining , by the first TEE, that one or more attestation conditions are met by the first MPC computer executing the secure MPC protocol in the first TEE; in response to determining that the one or more attestation conditions are met, generating , by the first TEE, an attestation token comprising one or more digital signatures for the secure MPC protocol executing in the first TEE; and sending , by the first MPC computer, the attestation token with the request to the second MPC computer.
An acetabular cup extractor system comprising: a handle including an elongated shaft and a blade , the handle including a transverse handle extending substantially transverse to a longitudinal axis (A) of the elongated shaft; an extractor attachable to a distal end of the elongated shaft ; wherein the elongated shaft includes a fastener about the distal end for connecting to the extractor , wherein the extractor includes a mount for engaging the fastener of the elongated shaft, wherein the blade extends from the mount ; characterised in that a concave shell-like guide extends from the mount in a direction opposite the blade , the acetabular cup extraction system further comprising a dome guide assembly that includes: a hemi-spherical dome for matingly engaging the concave shell-like guide, and a centering body extending distally from the hemi-spherical dome for engaging an acetabular implant . a handle including an elongated shaft and a blade , the handle including a transverse handle extending substantially transverse to a longitudinal axis (A) of the elongated shaft; an extractor attachable to a distal end of the elongated shaft ; wherein the elongated shaft includes a fastener about the distal end for connecting to the extractor , wherein the extractor includes a mount for engaging the fastener of the elongated shaft, wherein the blade extends from the mount ; characterised in that a concave shell-like guide extends from the mount in a direction opposite the blade , the acetabular cup extraction system further comprising a dome guide assembly that includes: a hemi-spherical dome for matingly engaging the concave shell-like guide, and a centering body extending distally from the hemi-spherical dome for engaging an acetabular implant . a hemi-spherical dome for matingly engaging the concave shell-like guide, and a centering body extending distally from the hemi-spherical dome for engaging an acetabular implant .
A method for determining a fast charging current limit of a battery cell, the method comprising: dividing a process of charging the battery cell into n charging stages based on electric quantity; characterized in that , the method further comprising: determining a rebound potential value and a polarization potential value of each charging stage and a difference value between allowable lowest negative electrode potentials of adjacent charging stages in an order from larger to smaller values of n; calculating one or more charging current values of each charging stage based on the rebound potential value and the polarization potential value of the charging stage and the difference value between the allowable lowest negative electrode potentials of adjacent charging stages; and determining target fast charging current limits corresponding to different charging stages that satisfy a preset condition based on the one or more charging current values of each of the n charging stages. dividing a process of charging the battery cell into n charging stages based on electric quantity; characterized in that , the method further comprising: determining a rebound potential value and a polarization potential value of each charging stage and a difference value between allowable lowest negative electrode potentials of adjacent charging stages in an order from larger to smaller values of n; calculating one or more charging current values of each charging stage based on the rebound potential value and the polarization potential value of the charging stage and the difference value between the allowable lowest negative electrode potentials of adjacent charging stages; and determining target fast charging current limits corresponding to different charging stages that satisfy a preset condition based on the one or more charging current values of each of the n charging stages. determining a rebound potential value and a polarization potential value of each charging stage and a difference value between allowable lowest negative electrode potentials of adjacent charging stages in an order from larger to smaller values of n; calculating one or more charging current values of each charging stage based on the rebound potential value and the polarization potential value of the charging stage and the difference value between the allowable lowest negative electrode potentials of adjacent charging stages; and determining target fast charging current limits corresponding to different charging stages that satisfy a preset condition based on the one or more charging current values of each of the n charging stages.