mhurhangee/patent-ind-claim-en huggingface dataset:
A transmission device for Single-Input, Single-Output, SISO, Multiple-Input, Single-Output, MISO, and Multiple-Input, Multiple-Output, MIMO, the transmission device comprising: a frame configurator configuring at least one SISO frame by exclusively gathering PLP data for SISO from target data, the target data including a plurality of pieces of PLP data to be transmitted via physical layer pipes, PLPs, and configuring at least one MISO/MIMO frame by exclusively gathering either or both of PLP data for MISO and PLP data for MIMO from the target data; a pilot symbol inserter for inserting pilot symbols into the at least one SISO frame and pilot symbols into the at least one MISO/MIMO frame such that a first pattern of the pilot symbols for the PLP data for MISO is same as a second pattern of the pilot symbols for the PLP data for MIMO; and a transmitter for transmitting the at least one SISO frame using the PLPs and transmitting the at least one MISO/MIMO frame using the PLPs, by time-division multiplexing, TDM. a frame configurator configuring at least one SISO frame by exclusively gathering PLP data for SISO from target data, the target data including a plurality of pieces of PLP data to be transmitted via physical layer pipes, PLPs, and configuring at least one MISO/MIMO frame by exclusively gathering either or both of PLP data for MISO and PLP data for MIMO from the target data; a pilot symbol inserter for inserting pilot symbols into the at least one SISO frame and pilot symbols into the at least one MISO/MIMO frame such that a first pattern of the pilot symbols for the PLP data for MISO is same as a second pattern of the pilot symbols for the PLP data for MIMO; and a transmitter for transmitting the at least one SISO frame using the PLPs and transmitting the at least one MISO/MIMO frame using the PLPs, by time-division multiplexing, TDM.
A method , comprising: receiving into a computer system one or more drilling reports comprising text data representing one or more observations recorded during a drilling activity; storing the text data in a database ; identifying one or more drilling events, drilling activities, or both from the text data using a computer model ; obtaining feedback based at least in part on the one or more drilling events, drilling activities, or both that were identified; training the computer model based on the feedback; and operating a computer-based well planning system to generate or analyse a well plan containing the path of an intended well for drilling at an intended drilling location wherein the well planning system implements the trained computer model to identify one or more drilling events, drilling activities, or both from the stored text data and the generating or analysing of the well plan takes account of one or more identified drilling events, drilling activities, or both in one or more reports relating to drilling one or more wells offset from the intended drilling location. receiving into a computer system one or more drilling reports comprising text data representing one or more observations recorded during a drilling activity; storing the text data in a database ; identifying one or more drilling events, drilling activities, or both from the text data using a computer model ; obtaining feedback based at least in part on the one or more drilling events, drilling activities, or both that were identified; training the computer model based on the feedback; and operating a computer-based well planning system to generate or analyse a well plan containing the path of an intended well for drilling at an intended drilling location wherein the well planning system implements the trained computer model to identify one or more drilling events, drilling activities, or both from the stored text data and the generating or analysing of the well plan takes account of one or more identified drilling events, drilling activities, or both in one or more reports relating to drilling one or more wells offset from the intended drilling location.
A polymer containing a carboxyl group, wherein the polymer is prepared by polymerizing the following monomers with molar percentage: 50%∼99% of a monomer A; 0.5%∼25% of a monomer B; 0.5%∼25% of a monomer C; wherein the monomer A has a structure shown in formula (I): in the monomer A, R is phenyl or COOR', and R' is C1∼C10 alkyl; the monomer B has one of structures shown in formula (II-2), (II-3) and (II-5) to (II-8): the monomer C has one of structures shown in formula (III-1) to (III-7): 50%∼99% of a monomer A; 0.5%∼25% of a monomer B; 0.5%∼25% of a monomer C; in the monomer A, R is phenyl or COOR', and R' is C1∼C10 alkyl; the monomer B has one of structures shown in formula (II-2), (II-3) and (II-5) to (II-8): the monomer C has one of structures shown in formula (III-1) to (III-7):
A method of analyzing at least one protein in a sample, said method comprising: mixing a protease enzyme with said sample to form a final sample; contacting the final sample to an electrospray emitter; and analyzing the final sample using a tandem mass spectrometry, wherein digestion of the at least one protein by the protease enzyme occurs on the electrospray emitter. mixing a protease enzyme with said sample to form a final sample; contacting the final sample to an electrospray emitter; and
A method for deploying an extendable reflector structure comprising a feed structure , the method comprising transitioning the extendable reflector structure from a stored configuration to a deployed configuration; and causing expansion of a pantograph coupling structure while the extendable reflector structure is being transitioned from the stored configuration to the deployed configuration, where the pantograph coupling structure indirectly couples the extendable reflector structure to a boom via the pantograph coupling structure coupled between the boom and the extendable reflector structure such that a beam produced by the extendable reflector structure during the deployed configuration is offset from a focal axis of the extendable reflector structure by a certain amount. transitioning the extendable reflector structure from a stored configuration to a deployed configuration; and causing expansion of a pantograph coupling structure while the extendable reflector structure is being transitioned from the stored configuration to the deployed configuration, where the pantograph coupling structure indirectly couples the extendable reflector structure to a boom via the pantograph coupling structure coupled between the boom and the extendable reflector structure such that a beam produced by the extendable reflector structure during the deployed configuration is offset from a focal axis of the extendable reflector structure by a certain amount.
A rotor assembly, said rotor assembly comprising a motor , a propeller and a connection assembly coupling the propeller to the motor , said motor comprising a stator and a rotator rotatable with respect to the stator , wherein the connection assembly comprises a locking member provided between the propeller and the rotator , characterized by : the locking member being rotatable with respect to the rotator and the propeller , and wherein a rotation of the locking member relative to the propeller locks the propeller to the motor .
Device comprising a housing and a battery , wherein the housing has a base and side walls , wherein the battery has a cover plate with a retainer , and the retainer of the cover plate is connected to the housing in such a way that the battery is secured in a suspended position in the housing , wherein a base of the battery is at a distance from the base of the housing , and side walls of the battery are at a distance from the side walls of the housing , wherein the housing is closed with a lid which lies on the side walls of the housing , and the lid has a circumferential lid frame which is divided into two separate lid regions in such a way that the first lid region is provided to receive at least one electrical component and the second lid region is provided to receive at least one cooling element , characterized in that the first lid region has a circumferential seal which is arranged between the cover plate of the battery and a circumferential edge region of the first lid region .
Apparatus, comprising configuring means adapted to configure a first internet protocol address and a second internet protocol address for a connection between the apparatus and a packet data network; assigning means adapted to assign the first internet protocol address to a first data path for the connection and to assign the second internet protocol address to a second data path for the connection, distributing means adapted to distribute a traffic between the apparatus and the packet data network according to MPTCP over the first data path and the second data path; wherein at least a part of the first data path belongs to a 3GPP radio access technology; at least a part of the second data path belongs to the 3GPP radio access technology; the apparatus is a first end-node of the part of the first data path and an end-node of the first data path; the apparatus is a first end-node of the part of the second data path and an end-node of the second data path; the first internet protocol address is different from the second internet protocol address; a master base station of a 3GPP dual connectivity architecture is a second endpoint of the part of the first data path; and a secondary base station of the 3GPP dual connectivity architecture is a second endpoint of the part of the second data path. configuring means adapted to configure a first internet protocol address and a second internet protocol address for a connection between the apparatus and a packet data network; assigning means adapted to assign the first internet protocol address to a first data path for the connection and to assign the second internet protocol address to a second data path for the connection, distributing means adapted to distribute a traffic between the apparatus and the packet data network according to MPTCP over the first data path and the second data path; at least a part of the first data path belongs to a 3GPP radio access technology; at least a part of the second data path belongs to the 3GPP radio access technology; the apparatus is a first end-node of the part of the first data path and an end-node of the first data path; the apparatus is a first end-node of the part of the second data path and an end-node of the second data path; the first internet protocol address is different from the second internet protocol address; a master base station of a 3GPP dual connectivity architecture is a second endpoint of the part of the first data path; and a secondary base station of the 3GPP dual connectivity architecture is a second endpoint of the part of the second data path.
A manufacturing method of a glass panel for a glass panel unit including a pair of glass panels facing each other with a prescribed distance therebetween, a frame member disposed between the pair of glass panels to hermetically bind the pair of glass panels together, an inside space surrounded by the pair of glass panels and the frame member, and a spacer being in the inside space and being in contact with the pair of glass panels, the manufacturing method comprising: a melting step of melting a raw material of glass to produce melted glass; a spreading step of spreading the melted glass onto melted metal to produce a glass sheet; an annealing step of pulling out and annealing the glass sheet; a cutting step of cutting the glass sheet annealed; and a spacer disposition step of disposing the spacer onto the glass sheet, the spacer disposition step being performed prior to the cutting step. a melting step of melting a raw material of glass to produce melted glass; a spreading step of spreading the melted glass onto melted metal to produce a glass sheet; an annealing step of pulling out and annealing the glass sheet; a cutting step of cutting the glass sheet annealed; and a spacer disposition step of disposing the spacer onto the glass sheet, the spacer disposition step being performed prior to the cutting step.
A control method of an apparatus for measuring coordinates of an input by an input means , the control method comprising: receiving a user input from the input means ; detecting a distance between the input means and the apparatus for measuring the coordinates, and recognizing that a hover event occurs while the distance between the input means and the apparatus for measuring the coordinates is equal to or less than a preset length ; determining whether further user input is received before a preset time period expires; determining the hover event to be completed if: the distance between the input means and the apparatus for measuring the coordinates exceeds the preset length , or the further user input is not entered before the preset time period expires; and displaying a result of recognizing the received user input as text when the hover event is completed wherein the apparatus for measuring the coordinates is configured to distinguish between a hover event and a touch event. receiving a user input from the input means ; detecting a distance between the input means and the apparatus for measuring the coordinates, and recognizing that a hover event occurs while the distance between the input means and the apparatus for measuring the coordinates is equal to or less than a preset length ; determining whether further user input is received before a preset time period expires; determining the hover event to be completed if: the distance between the input means and the apparatus for measuring the coordinates exceeds the preset length , or the further user input is not entered before the preset time period expires; and the distance between the input means and the apparatus for measuring the coordinates exceeds the preset length , or the further user input is not entered before the preset time period expires; and displaying a result of recognizing the received user input as text when the hover event is completed wherein the apparatus for measuring the coordinates is configured to distinguish between a hover event and a touch event.
Luminous module for lighting a passenger compartment of a vehicle , the luminous module comprising at least one light source configured to emit light rays and a trim element for the passenger compartment, arranged on the path of the light rays emitted by the at least one light source , the Luminous module comprising at least one first light source configured to emit light rays on a first face of the trim element and at least one second light source configured to emit light rays on a second face of the trim element , opposite said first face , characterized in that the first light source and the second light source are arranged on a flexible electronic strip which has a bend zone between the first light source and the second light source .
A combination washer/dryer , for washing and drying laundry, comprising: a cabinet defining a cabinet interior with at least one exterior wall at least partially enclosing the interior; a tub located within the cabinet interior and defining a tub interior with a first access opening ; a rotatable drum located within the tub interior for rotation about a rotation axis and defining a treating chamber with a second access opening , which is aligned with the first access opening ; a closure moveably mounted to the cabinet and selectively movable between open/closed positions to open/close at least one of the first and second access openings; an air recirculation conduit having an inlet fluidly coupled to a first portion of the treating chamber and an outlet fluidly coupled to a second portion of the treating chamber , which is different than the first portion ; and a condenser fluidly coupled to the recirculation conduit and having a condensing chamber , characterized in that the condenser includes one or more walls at least partially formed by an exterior wall of the cabinet . a cabinet defining a cabinet interior with at least one exterior wall at least partially enclosing the interior; a tub located within the cabinet interior and defining a tub interior with a first access opening ; a rotatable drum located within the tub interior for rotation about a rotation axis and defining a treating chamber with a second access opening , which is aligned with the first access opening ; a closure moveably mounted to the cabinet and selectively movable between open/closed positions to open/close at least one of the first and second access openings; an air recirculation conduit having an inlet fluidly coupled to a first portion of the treating chamber and an outlet fluidly coupled to a second portion of the treating chamber , which is different than the first portion ; and a condenser fluidly coupled to the recirculation conduit and having a condensing chamber ,
A state detection device for use in an audio interface , comprising: an audio jack socket ; and a first voltage detection circuit , coupled to a first contact and a second contact of the audio jack socket , and configured to detect a voltage across the first contact and the second contact to generate a first detection value (DET1); and a second voltage detection circuit , coupled to a third contact of the audio jack socket , and configured to detect a voltage on the third contact to generate a second detection value (DET2); and a state determination circuit , coupled to the first voltage detection circuit and the second voltage detection circuit , configured to determine a water ingress state of the audio jack socket according to the first detection value (DET1) and a first threshold (TH1), and determine a connector type of an audio plug that is inserted into the audio jack socket according to the second detection value (DET2); characterized in that when the first detection value (DET1) is higher than the first threshold (TH1), the state determination circuit determines that ingress of water occurs in the audio jack socket , and when the first detection value (DET1) is lower than the first threshold (TH1), the state determination circuit determines that no ingress of water occurs in the audio jack socket , and determines that the audio plug is inserted into the audio jack socket ; and the second voltage detection circuit is activated only when the state determination circuit determines that no ingress of water occurs in the audio jack socket . an audio jack socket ; and a first voltage detection circuit , coupled to a first contact and a second contact of the audio jack socket , and configured to detect a voltage across the first contact and the second contact to generate a first detection value (DET1); and a second voltage detection circuit , coupled to a third contact of the audio jack socket , and configured to detect a voltage on the third contact to generate a second detection value (DET2); and a state determination circuit , coupled to the first voltage detection circuit and the second voltage detection circuit , configured to determine a water ingress state of the audio jack socket according to the first detection value (DET1) and a first threshold (TH1), and determine a connector type of an audio plug that is inserted into the audio jack socket according to the second detection value (DET2); characterized in that when the first detection value (DET1) is higher than the first threshold (TH1), the state determination circuit determines that ingress of water occurs in the audio jack socket , and when the first detection value (DET1) is lower than the first threshold (TH1), the state determination circuit determines that no ingress of water occurs in the audio jack socket , and determines that the audio plug is inserted into the audio jack socket ; and the second voltage detection circuit is activated only when the state determination circuit determines that no ingress of water occurs in the audio jack socket .
A sensing-enabled automatically foldable scooter frame , comprising a support frame , a seat disposed on the support frame , and an electric pushrod arranged on the support frame for driving the support frame to fold or unfold; characterized in that the scooter frame further comprises a sensor , a controller , and an operation device electrically connected to the controller , the sensor is provided at a surface of the seat for detecting pressure on the surface of the seat , and the controller is arranged to receive a signal from the sensor so as to control extension or retraction of the electric pushrod ; the operation device is a remote operation device comprising a remote control transmitter and a remote control receiver electrically connected to the controller , and the remote control receiver receives an instruction from the remote control transmitter and controls the electric pushrod to start and stop; and the operation device is disabled when the sensor detects pressure on the surface of the seat, and the controller controls the electric pushrod to always keep in a retracted state, thereby keeping the scooter frame in an unfolded state; and the operation device is enabled when no pressure on the surface of the seat is detected by the sensor , and the controller drives the electric pushrod to extend or retract by the operation device , thereby driving folding or unfolding of the scooter frame. the scooter frame further comprises a sensor , a controller , and an operation device electrically connected to the controller , the sensor is provided at a surface of the seat for detecting pressure on the surface of the seat , and the controller is arranged to receive a signal from the sensor so as to control extension or retraction of the electric pushrod ; the operation device is a remote operation device comprising a remote control transmitter and a remote control receiver electrically connected to the controller , and the remote control receiver receives an instruction from the remote control transmitter and controls the electric pushrod to start and stop; and the operation device is disabled when the sensor detects pressure on the surface of the seat, and the controller controls the electric pushrod to always keep in a retracted state, thereby keeping the scooter frame in an unfolded state; and the operation device is enabled when no pressure on the surface of the seat is detected by the sensor , and the controller drives the electric pushrod to extend or retract by the operation device , thereby driving folding or unfolding of the scooter frame.