mhurhangee/patent-ind-claim-en huggingface dataset:
A method (110; 210) of controlling a vehicle climate system having a plurality of zones, wherein the plurality of zones includes a primary zone for a driver of the vehicle and one or more secondary zones (2Z1, 2Z2, 2Z3) for one or more passengers of the vehicle , the method comprising: determining (112; 212) whether one or more of the plurality of zones is occupied by a person, wherein said determining (112; 212) comprises determining if one or more of the secondary zones (2Z1, 2Z2, 2Z3) is occupied by a person; receiving (114; 214b) data indicative of a target temperature (T2) of one or more of the occupied zones; receiving data indicative of a target temperature (T1) in the primary zone ; determining (116; 216) when one or more of the occupied zones becomes unoccupied; and adjusting (118; 218b) the target temperature (T2) of one or more of the unoccupied zones to an adjusted target temperature (TT), wherein the adjusted target temperature (TT) is a function of the target temperature in the primary zone , wherein the adjusted target temperature (TT) is either substantially equal to the target temperature (T1) in the primary zone plus or minus a predetermined constant or substantially equal to the target temperature (T1) in the primary zone multiplied by a predetermined factor, the method being characterised by determining (111; 211d) whether an auto-sync function has been activated, and only adjusting the target temperature (T2) of one or more of the unoccupied zones to the adjusted target temperature (TT) if the auto-sync function is activated. determining (112; 212) whether one or more of the plurality of zones is occupied by a person, wherein said determining (112; 212) comprises determining if one or more of the secondary zones (2Z1, 2Z2, 2Z3) is occupied by a person; receiving (114; 214b) data indicative of a target temperature (T2) of one or more of the occupied zones; receiving data indicative of a target temperature (T1) in the primary zone ; determining (116; 216) when one or more of the occupied zones becomes unoccupied; and adjusting (118; 218b) the target temperature (T2) of one or more of the unoccupied zones to an adjusted target temperature (TT), wherein the adjusted target temperature (TT) is a function of the target temperature in the primary zone , wherein the adjusted target temperature (TT) is either substantially equal to the target temperature (T1) in the primary zone plus or minus a predetermined constant or substantially equal to the target temperature (T1) in the primary zone multiplied by a predetermined factor, the method being characterised by determining (111; 211d) whether an auto-sync function has been activated, and only adjusting the target temperature (T2) of one or more of the unoccupied zones to the adjusted target temperature (TT) if the auto-sync function is activated.
A method comprising: detecting, with a processor, peaks in time intervals of a sensed media signal ; generating, with the processor, interval sums for respective ones of the time intervals based on absolute values of the detected peaks in corresponding ones of the time intervals, a first one of the interval sums for a first one of the time intervals based on a sum of the absolute values of ones of the peaks that occur between zero crossings of the sensed media signal, the zero crossings corresponding to the first one of the time intervals; generating, with the processor, a curve based on the interval sums; identifying, with the processor, peaks in the generated curve; generating, with the processor, normalized curve features at respective temporal locations of the identified peaks in the curve; and outputting, with the processor, a signature corresponding to the sensed media signal, the signature including the normalized curve features, characterised in that each of the normalized curve features is having a shape with a peak at the respective temporal location of a corresponding one of the peaks in the curve. detecting, with a processor, peaks in time intervals of a sensed media signal ; generating, with the processor, interval sums for respective ones of the time intervals based on absolute values of the detected peaks in corresponding ones of the time intervals, a first one of the interval sums for a first one of the time intervals based on a sum of the absolute values of ones of the peaks that occur between zero crossings of the sensed media signal, the zero crossings corresponding to the first one of the time intervals; generating, with the processor, a curve based on the interval sums; identifying, with the processor, peaks in the generated curve; generating, with the processor, normalized curve features at respective temporal locations of the identified peaks in the curve; and outputting, with the processor, a signature corresponding to the sensed media signal, the signature including the normalized curve features, characterised in that each of the normalized curve features is having a shape with a peak at the respective temporal location of a corresponding one of the peaks in the curve.
A robotic lawnmower system comprising a robotic lawnmower configured to operate in a work area, and a beacon marker , said robotic lawnmower comprising a beacon sensor configured to sense a signal being transmitted by the beacon marker , wherein the robotic lawnmower system is characterized in that said beacon marker marks an area around a temporary obstacle in the work area in which said robotic lawnmower is arranged to operate, wherein said robotic lawnmower is configured to: determine a proximity to the beacon marker and to adapt its operation accordingly, wherein the robotic lawnmower is configured to determine the proximity to the beacon marker by sending a signal to the beacon marker and measuring a two-way response time. determine a proximity to the beacon marker and to adapt its operation accordingly, wherein the robotic lawnmower is configured to determine the proximity to the beacon marker by sending a signal to the beacon marker and measuring a two-way response time.
A multiway switch , applicable to an electronic device being operable in a single-frequency single-transmit mode and the electronic device comprising the multiway switch , a radio frequency circuit , and an antenna system ; the multiway switch comprising four T ports and 2 n P ports, the four T ports being configured to be coupled with the radio frequency circuit , the 2 n P ports being configured to be coupled with the antenna system , and the four T ports comprising one first T port coupled with all of the 2 n P ports; n being an integer and n≥2; and the multiway switch being configured to be coupled, through said T ports, with the radio frequency circuit and, through said P ports, with the antenna system to implement a preset function of the electronic device, the antenna system comprising 2 n antennas; characterized in that the four T ports further comprise three second T ports; each of the three second T ports is coupled with only one corresponding P port of the 2 n P ports; the first T port supports at least a transmission function; the preset function is a function of transmitting a sounding reference signal, SRS, through the 2 n antennas corresponding to the 2 n P ports in turn; and the three second T ports support only a reception function.
A vacuum cleaner comprising: a cleaner body having a suction motor assembly for generating a suction force; and a suction part configured to be in communication with the cleaner body , and to suction air and dust, wherein the suction motor assembly comprises: a suction motor ; a motor housing having a motor chamber which accommodates the suction motor ; a housing cover configured to cover the suction motor comprising an air inlet ; a circuit board disposed outside of the motor chamber and having one or more circuit board components installed thereon; and a heat radiating member located in the motor chamber and in contact with the one or more circuit board components , wherein an installation part for installing the circuit board is provided on the motor housing , wherein the motor housing comprises the installation part and a partition wall delimiting the motor chamber , wherein the partition wall comprises an opening , and one of the one or more circuit board components passes through the opening . a cleaner body having a suction motor assembly for generating a suction force; and a suction part configured to be in communication with the cleaner body , and to suction air and dust, wherein the suction motor assembly comprises: a suction motor ; a motor housing having a motor chamber which accommodates the suction motor ; a housing cover configured to cover the suction motor comprising an air inlet ; a circuit board disposed outside of the motor chamber and having one or more circuit board components installed thereon; and a heat radiating member located in the motor chamber and in contact with the one or more circuit board components , wherein an installation part for installing the circuit board is provided on the motor housing , wherein the motor housing comprises the installation part and a partition wall delimiting the motor chamber , wherein the partition wall comprises an opening , and one of the one or more circuit board components passes through the opening . a suction motor ; a motor housing having a motor chamber which accommodates the suction motor ; a housing cover configured to cover the suction motor comprising an air inlet ; a circuit board disposed outside of the motor chamber and having one or more circuit board components installed thereon; and a heat radiating member located in the motor chamber and in contact with the one or more circuit board components , wherein an installation part for installing the circuit board is provided on the motor housing , wherein the motor housing comprises the installation part and a partition wall delimiting the motor chamber , wherein the partition wall comprises an opening , and one of the one or more circuit board components passes through the opening .
A catheter, comprising: an elongated shaft having a proximal portion and a distal portion , wherein the elongated shaft comprises an inner polymer structure and an outer polymer structure disposed around the inner polymer structure; a first braid positioned around at least a portion of the inner polymer structure and extending along at least a portion of the shaft; a coil wound around at least a portion of the inner polymer structure and extending along at least a portion of the shaft, wherein at least a portion of one of the first braid or the coil overlaps at least a portion of the other of the first braid or coil; and a second braid extending along at least a portion of the shaft, wherein the outer polymer structure is disposed in and around the first braid and the coil;, wherein the outer polymer structure has a stiffness that decreases in a distal direction, wherein the first braid extends distally from the proximal portion of the shaft to a first position along the shaft, wherein the second braid extends distally from the proximal portion of the shaft to a second position along the shaft that is proximal of the first position, wherein the coil extends distally from a first location to a second location, wherein the first location is proximal to the first position, and wherein the second location is distal to the first position. an elongated shaft having a proximal portion and a distal portion , wherein the elongated shaft comprises an inner polymer structure and an outer polymer structure disposed around the inner polymer structure; a first braid positioned around at least a portion of the inner polymer structure and extending along at least a portion of the shaft; a coil wound around at least a portion of the inner polymer structure and extending along at least a portion of the shaft, wherein at least a portion of one of the first braid or the coil overlaps at least a portion of the other of the first braid or coil; and a second braid extending along at least a portion of the shaft, wherein the outer polymer structure is disposed in and around the first braid and the coil;, wherein the outer polymer structure has a stiffness that decreases in a distal direction, wherein the first braid extends distally from the proximal portion of the shaft to a first position along the shaft, wherein the second braid extends distally from the proximal portion of the shaft to a second position along the shaft that is proximal of the first position, wherein the coil extends distally from a first location to a second location, wherein the first location is proximal to the first position, and wherein the second location is distal to the first position.
A pharmaceutically acceptable salt of the peptide consisting of the amino acid sequence of SEQ ID NO: 253.
Optical roughness sensor (10, 10', 10", 10'", 40) for a coordinate measuring machine , comprising - a beam coupling unit for coupling in optical useful radiation, - a local reference oscillator element designed to provide a reference path and an interferometric reference signal by means of a reference radiation component of the useful radiation, and - a first decoupling path comprising a first beam passage window configured for bidirectional transmission of a measuring radiation component of the useful radiation such that - the measuring radiation component can be aligned onto an object to be measured and a reflection of the measuring radiation component can be acquired and - a surface signal with respect to an object surface can be provided by the reflected measuring radiation component , wherein the reference path and the decoupling path are arranged and interact such that the reference signal and the surface signal interfere and a roughness signal is derivable based on the interference of reference signal and surface signal. characterized in that the optical roughness sensor (10, 10', 10", 10'", 40) has a drive unit for moving the first decoupling path , wherein the drive unit is coupled to the first decoupling path such that the first decoupling path is movable in a controlled manner in parallel or coaxially along a scanning axis (S) in relation to the beam coupling unit . - a beam coupling unit for coupling in optical useful radiation, - a local reference oscillator element designed to provide a reference path and an interferometric reference signal by means of a reference radiation component of the useful radiation, and - a first decoupling path comprising a first beam passage window configured for bidirectional transmission of a measuring radiation component of the useful radiation such that - the measuring radiation component can be aligned onto an object to be measured and a reflection of the measuring radiation component can be acquired and - a surface signal with respect to an object surface can be provided by the reflected measuring radiation component , - the measuring radiation component can be aligned onto an object to be measured and a reflection of the measuring radiation component can be acquired and - a surface signal with respect to an object surface can be provided by the reflected measuring radiation component ,
Toilet paper , comprising: at least two sheets on which embossments are formed, the embossments including embossed protrusions , each embossed protrusion having a shape of a truncated quadrangular pyramid, and the sheets being joined together in a nested manner such that the embossed protrusion formed on one of the sheets faces a non-embossed part of another one of the sheets where no embossment is formed, wherein an area of a top part of the embossed protrusion of each of the embossments is between 0.8 mm 2 and 1.5 mm 2 ; and an area percentage of top parts of the embossed protrusions of the embossments is between 5% and 10%. at least two sheets on which embossments are formed, the embossments including embossed protrusions , each embossed protrusion having a shape of a truncated quadrangular pyramid, and the sheets being joined together in a nested manner such that the embossed protrusion formed on one of the sheets faces a non-embossed part of another one of the sheets where no embossment is formed, wherein an area of a top part of the embossed protrusion of each of the embossments is between 0.8 mm 2 and 1.5 mm 2 ; and an area percentage of top parts of the embossed protrusions of the embossments is between 5% and 10%.
Method performed by a network node in a Radio Access Network, RAN, for initiating a steering of a communication device from the RAN to a target Radio Access Network, target RAN, wherein the RAN is initially serving the communication device through a first connection, the method comprises: - instructing (S10) the communication device to request a second connection to the target RAN; and the method is characterized in that it further comprises - instructing (S20) the communication device to provide to the target RAN the reasons for requesting the second connection. - instructing (S10) the communication device to request a second connection to the target RAN; and the method is characterized in that it further comprises - instructing (S20) the communication device to provide to the target RAN the reasons for requesting the second connection.
A method for rendering three dimensional graphical data, the method comprising: intercepting a three dimensional graphics stream comprising three dimensional graphics commands generated by an application executing on a first computing machine; analyzing characteristics of a remoting system to determine a location for rendering three dimensional data from the three dimensional graphics commands, the remoting system comprising at least the first computing machine having a graphics rendering component, a second computing machine having a graphics rendering component and a network; determining a rendering location based on the remoting system analysis; inducing the application to reinitialize a context for determining where to render three dimensional data; and rendering three dimensional data from the three dimensional graphics commands at the rendering location, responsive to the inducement. intercepting a three dimensional graphics stream comprising three dimensional graphics commands generated by an application executing on a first computing machine; analyzing characteristics of a remoting system to determine a location for rendering three dimensional data from the three dimensional graphics commands, the remoting system comprising at least the first computing machine having a graphics rendering component, a second computing machine having a graphics rendering component and a network; determining a rendering location based on the remoting system analysis; inducing the application to reinitialize a context for determining where to render three dimensional data; and rendering three dimensional data from the three dimensional graphics commands at the rendering location, responsive to the inducement.
A medical imaging device comprising: processing logic ; an emitter for emitting infrared light within a frequency band; a display pixel array including a plurality of pixels, each pixel in the plurality of pixels is individually configurable to modulate an amplitude of the infrared light received from the emitter to generate an infrared holographic imaging signal according to a holographic pattern driven onto the display pixel array by the processing logic ; and an image pixel array including a plurality of imaging pixels configured to receive filtered incident light within the frequency band and substantially no light outside of the frequency band, the processing logic coupled to the image pixel array to initiate a capture of an infrared image, wherein the processing logic is further coupled to receive the captured infrared image from the image pixel array . processing logic ; an emitter for emitting infrared light within a frequency band; a display pixel array including a plurality of pixels, each pixel in the plurality of pixels is individually configurable to modulate an amplitude of the infrared light received from the emitter to generate an infrared holographic imaging signal according to a holographic pattern driven onto the display pixel array by the processing logic ; and an image pixel array including a plurality of imaging pixels configured to receive filtered incident light within the frequency band and substantially no light outside of the frequency band, the processing logic coupled to the image pixel array to initiate a capture of an infrared image, wherein the processing logic is further coupled to receive the captured infrared image from the image pixel array .
An article , comprising: a first side comprising a central cavity portion ; Z and a platform portion that projects from the first side and that is not coplanar with the central cavity portion; a second side opposite the first side; and at least three hollow microneedles extending from the platform portion in a first direction (A); wherein the platform portion substantially surrounds the central cavity portion; wherein the platform portion comprises an inner perimeter proximate the central cavity portion and an outer perimeter distal the central cavity portion; wherein the at least three hollow microneedles each comprise a body that comprises: an outer surface ; a base segment having a base and a first shape that is defined by a first section of the outer surface; a tip segment having a tip and a second shape that is defined by a second section of the outer surface, wherein the second shape is distinct from the first shape; a transition plane that delineates the base segment and the tip segment; and a central axis ; wherein a first angle, defined by the central axis of each of the at least three hollow microneedles and a shortest line extending from the outer perimeter of the platform and through the transition plane of the microneedle, is greater than 50° and less than or equal to about 85°. a first side comprising a central cavity portion ; Z and a platform portion that projects from the first side and that is not coplanar with the central cavity portion; a second side opposite the first side; and at least three hollow microneedles extending from the platform portion in a first direction (A); wherein the platform portion substantially surrounds the central cavity portion; wherein the platform portion comprises an inner perimeter proximate the central cavity portion and an outer perimeter distal the central cavity portion; wherein the at least three hollow microneedles each comprise a body that comprises: an outer surface ; a base segment having a base and a first shape that is defined by a first section of the outer surface; a tip segment having a tip and a second shape that is defined by a second section of the outer surface, wherein the second shape is distinct from the first shape; a transition plane that delineates the base segment and the tip segment; and a central axis ; an outer surface ; a base segment having a base and a first shape that is defined by a first section of the outer surface; a tip segment having a tip and a second shape that is defined by a second section of the outer surface, wherein the second shape is distinct from the first shape; a transition plane that delineates the base segment and the tip segment; and a central axis ; wherein a first angle, defined by the central axis of each of the at least three hollow microneedles and a shortest line extending from the outer perimeter of the platform and through the transition plane of the microneedle, is greater than 50° and less than or equal to about 85°.
A nucleic acid encoding an AAV capsid, the nucleic acid comprising an AAV capsid coding sequence that is at least 96% identical to: (a) the nucleotide sequence of SEQ ID NO:1; or (b) a nucleotide sequence encoding one of SEQ ID NOS:2-4; wherein the capsid exhibits a dominant tropism for oligodendrocytes. (a) the nucleotide sequence of SEQ ID NO:1; or (b) a nucleotide sequence encoding one of SEQ ID NOS:2-4;