mhurhangee/patent-ind-claim-en huggingface dataset:
A display device comprising: a display panel (DPN) to display an image; and a blood pressure measuring module (BPM) comprising a pressure sensor (PRS) and a pulse wave sensor part (PWMP), wherein the pressure sensor (PRS) overlaps the display panel (DPN) in a first direction and is configured to sense a pressure that is applied to the display panel (DPN), wherein the pulse wave sensor part (PWMP) is configured to generate a pulse wave signal using light that is emitted from a pixel (PX) of the display panel (DPN), and wherein the pulse wave sensor part (PWMP) comprises an optical sensor (OPS) overlapping the display panel (DPN) in the first direction wherein the first direction is normal to a display plane of the display panel (DPN). a display panel (DPN) to display an image; and a blood pressure measuring module (BPM) comprising a pressure sensor (PRS) and a pulse wave sensor part (PWMP), wherein the pressure sensor (PRS) overlaps the display panel (DPN) in a first direction and is configured to sense a pressure that is applied to the display panel (DPN), wherein the pulse wave sensor part (PWMP) is configured to generate a pulse wave signal using light that is emitted from a pixel (PX) of the display panel (DPN), and wherein the pulse wave sensor part (PWMP) comprises an optical sensor (OPS) overlapping the display panel (DPN) in the first direction wherein the first direction is normal to a display plane of the display panel (DPN).
Nozzle arrangement configured to face a surface to be cleaned, comprising - a first suction body and a second suction body located at a distance relative to each other, wherein both the first suction body and the second suction body are configured to be operated to suck dust and dirt from the surface to be cleaned, and wherein both the first suction body and the second suction body are connectable to a vacuum mechanism configured to create underpressure at the position of the first suction body and the second suction body ; and characterized in that , - a level setting mechanism configured to put the first suction body and the second suction body at different overall levels relative to the surface to be cleaned in a normal, operational orientation of the nozzle arrangement on the surface . - a first suction body and a second suction body located at a distance relative to each other, wherein both the first suction body and the second suction body are configured to be operated to suck dust and dirt from the surface to be cleaned, and wherein both the first suction body and the second suction body are connectable to a vacuum mechanism configured to create underpressure at the position of the first suction body and the second suction body ; and characterized in that , - a level setting mechanism configured to put the first suction body and the second suction body at different overall levels relative to the surface to be cleaned in a normal, operational orientation of the nozzle arrangement on the surface .
Electromotive furniture drive for adjusting movable furniture parts of an item of functional furniture , having a control unit , at least one adjustment drive with an electric motor, and at least one analysis circuit with an input which is connectable in an electrically conductive manner together with a sensor attached to the item of functional furniture and forms a proximity and/or touch detector, wherein at least two proximity and/or touch detectors are each formed by a sensor or a group of sensors with the at least one analysis circuit , which can be associated with different movable furniture parts of the item of functional furniture , wherein an analysis circuit that has at least two inputs is present, wherein each of the inputs is coupled to a sensor or a group of sensors, characterized in that the analysis circuit has a multiplexer, via which the at least two inputs are sequentially connectable to a detector circuit of the analysis circuit .
An unauthorized activity detection method for detecting that an unauthorized state has occurred in an onboard network system having a plurality of electronic control units (200a - 200d, 3200a - 3200d) that perform communication via a bus , the unauthorized activity detection method comprising: a receiving step of a monitoring electronic control unit connected to the bus sequentially receiving data frames transmitted onto the bus ; a storing step of storing a frame reception history, which includes information relating to the contents of data frames that the monitoring electronic control unit has successively received; determining (S1102, S2102), using unauthorized activity detection rule information indicating a first condition that is a condition regarding a relation in content between a data frame having a first identifier and a data frame having an identifier that differs from the first identifier, whether or not a set of data frames received from the bus satisfies the first condition by referencing the frame reception history; and detecting (S1104) that an unauthorized state has occurred in a case where the first condition is not satisfied. a receiving step of a monitoring electronic control unit connected to the bus sequentially receiving data frames transmitted onto the bus ; a storing step of storing a frame reception history, which includes information relating to the contents of data frames that the monitoring electronic control unit has successively received; determining (S1102, S2102), using unauthorized activity detection rule information indicating a first condition that is a condition regarding a relation in content between a data frame having a first identifier and a data frame having an identifier that differs from the first identifier, whether or not a set of data frames received from the bus satisfies the first condition by referencing the frame reception history; and detecting (S1104) that an unauthorized state has occurred in a case where the first condition is not satisfied.
An insertion device , comprising: a hollow handle ; a shaft extending distally of the hollow handle ; and a cap coupled to a distal end of the shaft , the cap including a camera and an LED coupled thereto, wherein the hollow handle includes a rounded ball-head and a grip depending therefrom, wherein the shaft extends from a location within the ball-head and through a side of the ball-head of the hollow handle , and wherein a port extends from a side of the ball-head of the hollow handle opposite the side from which the shaft extends. a hollow handle ; a shaft extending distally of the hollow handle ; and a cap coupled to a distal end of the shaft , the cap including a camera and an LED coupled thereto, wherein the hollow handle includes a rounded ball-head and a grip depending therefrom, wherein the shaft extends from a location within the ball-head and through a side of the ball-head of the hollow handle , and wherein a port extends from a side of the ball-head of the hollow handle opposite the side from which the shaft extends.
A method for wireless communications performed by a user equipment, UE, comprising: receiving scheduling to transmit on a physical uplink shared channel, PUSCH, in a first two or more slots associated with a first number of repetitions and scheduling to transmit on a physical uplink control channel, PUCCH, in a second one or more slots associated with a second number of repetitions, wherein the scheduled PUSCH and PUCCH transmissions partially overlap in at least one slot; determining based, at least in part, on priority levels of the type of information associated with uplink control information, UCI, to transmit the UCI on the PUSCH and drop the scheduled PUCCH transmission in only the at least one overlapping slot, wherein the priority levels comprise, in descending order of priority, ACK/NACK information, scheduling requests, a first type of channel state information, CSI, and a second type of CSI; and transmitting the UCI in the second one or more slots in accordance with the determination. receiving scheduling to transmit on a physical uplink shared channel, PUSCH, in a first two or more slots associated with a first number of repetitions and scheduling to transmit on a physical uplink control channel, PUCCH, in a second one or more slots associated with a second number of repetitions, wherein the scheduled PUSCH and PUCCH transmissions partially overlap in at least one slot; determining based, at least in part, on priority levels of the type of information associated with uplink control information, UCI, to transmit the UCI on the PUSCH and drop the scheduled PUCCH transmission in only the at least one overlapping slot, wherein the priority levels comprise, in descending order of priority, ACK/NACK information, scheduling requests, a first type of channel state information, CSI, and a second type of CSI; and transmitting the UCI in the second one or more slots in accordance with the determination.
A closure cap for a container, the closure cap comprising a base and a flip-top lid and a disk , wherein: the base comprises an outer skirt and an inner skirt connected by a planar section , a dome-shaped central portion having an opening disposed therein, the opening being generally aligned with an internal shaft extending from the dome-shaped surface and terminating at a non-planar end surface , and an internal annular attachment skirt depending from the dome-shaped central portion ; the inner skirt includes threads disposed on an internal surface of the inner skirt ; the flip-top lid comprises an interior projection disposed on an inner surface of the flip top lid , the flip-top lid being moveable between a first position in which the interior projection blocks the opening and a second position where the interior projection is not positioned in the opening ; the disk comprises an exterior annular wall , partial annular slots and internal flanges ; a mixing chamber is formed by the disk , the dome-shaped central portion , the internal annular attachment skirt and the internal shaft ; one or more fluid channels are formed by the non-planar end surface of the internal shaft , the disk and the partial annular slots ; and wherein the base comprises a first angled tip and/or the disk comprises a second angled tip. the base comprises an outer skirt and an inner skirt connected by a planar section , a dome-shaped central portion having an opening disposed therein, the opening being generally aligned with an internal shaft extending from the dome-shaped surface and terminating at a non-planar end surface , and an internal annular attachment skirt depending from the dome-shaped central portion ; the inner skirt includes threads disposed on an internal surface of the inner skirt ; the flip-top lid comprises an interior projection disposed on an inner surface of the flip top lid , the flip-top lid being moveable between a first position in which the interior projection blocks the opening and a second position where the interior projection is not positioned in the opening ; the disk comprises an exterior annular wall , partial annular slots and internal flanges ; a mixing chamber is formed by the disk , the dome-shaped central portion , the internal annular attachment skirt and the internal shaft ; one or more fluid channels are formed by the non-planar end surface of the internal shaft , the disk and the partial annular slots ; and wherein the base comprises a first angled tip and/or the disk comprises a second angled tip.
A method for evaluating and controlling the cardio respiratory fitness of an individual living organism in connection with an activity or exercise comprising: (i) measuring in real-time one or more heart rate parameters of the individual using a first sensor and an intensity of the activity or exercise of said individual using a second sensor; (ii) communicating said one or more heart rate parameters and the intensity of the activity or exercise from the first sensor and the second sensor to a processing unit; (iii) determining or predicting the lactate threshold of said individual in the processing unit by using a mathematical model to model an individual response of heart rate to activity or exercise intensity; characterized in that step (iii) comprises dynamically updating the mathematical model by using a dynamic data base modelling technique to model in real time a dynamic, individual and time variant response of the heart rate to activity or exercise intensity; and wherein the dynamically updating the mathematical model comprises changing characteristics of the mathematical model; and wherein the mathematical model comprises an autoregressive model or an output error model. (i) measuring in real-time one or more heart rate parameters of the individual using a first sensor and an intensity of the activity or exercise of said individual using a second sensor; (ii) communicating said one or more heart rate parameters and the intensity of the activity or exercise from the first sensor and the second sensor to a processing unit; (iii) determining or predicting the lactate threshold of said individual in the processing unit by using a mathematical model to model an individual response of heart rate to activity or exercise intensity; characterized in that step (iii) comprises dynamically updating the mathematical model by using a dynamic data base modelling technique to model in real time a dynamic, individual and time variant response of the heart rate to activity or exercise intensity; and wherein the dynamically updating the mathematical model comprises changing characteristics of the mathematical model; and wherein the mathematical model comprises an autoregressive model or an output error model.
A method of generating an optimized influenza virus polypeptide sequence, comprising: (i) obtaining the amino acid sequences of an influenza polypeptide from a group of influenza virus isolates; (ii) organizing the amino acid sequences of the polypeptide from the group of influenza virus isolates by clade or sub-clade and then by geographic region within each clade or sub-clade; (iii) aligning the amino acid sequences within each geographical region to generate primary consensus sequences, wherein each geographic region is represented by a primary consensus sequence; (iv) aligning the primary consensus sequences to generate secondary consensus sequences, wherein each clade or sub-clade is represented by a secondary consensus sequence; and (v) producing the optimized influenza virus polypeptide from an optimized influenza virus polypeptide generated by aligning the secondary consensus sequences. (i) obtaining the amino acid sequences of an influenza polypeptide from a group of influenza virus isolates; (ii) organizing the amino acid sequences of the polypeptide from the group of influenza virus isolates by clade or sub-clade and then by geographic region within each clade or sub-clade; (iii) aligning the amino acid sequences within each geographical region to generate primary consensus sequences, wherein each geographic region is represented by a primary consensus sequence; (iv) aligning the primary consensus sequences to generate secondary consensus sequences, wherein each clade or sub-clade is represented by a secondary consensus sequence; and (v) producing the optimized influenza virus polypeptide from an optimized influenza virus polypeptide generated by aligning the secondary consensus sequences.
An actuator , comprising: a motor assembly having a motor and a motor shaft , the motor configured to supply a first torque to the motor shaft ; a gear assembly having: a drive belt coupled to receive the first torque from the motor shaft and coupled to supply a second torque to a sprocket fixed along an axis of a worm screw shaft , and a drive gear fixed along an axis of a drive shaft , the drive gear is engaged along the outer surface of a worm screw portion to receive the second torque from the worm screw shaft and operable, in response thereto, to supply a drive torque to the drive shaft ; characterized in that ; the drive shaft having a sensor end , and by a position sensor having a first receiving port into which the sensor end of the drive shaft is inserted, and wherein the position sensor is configured to determine a rotational characteristic of the drive shaft , the position sensor having a Hall effect sensor and a magnet. a motor assembly having a motor and a motor shaft , the motor configured to supply a first torque to the motor shaft ; a gear assembly having: a drive belt coupled to receive the first torque from the motor shaft and coupled to supply a second torque to a sprocket fixed along an axis of a worm screw shaft , and a drive gear fixed along an axis of a drive shaft , the drive gear is engaged along the outer surface of a worm screw portion to receive the second torque from the worm screw shaft and operable, in response thereto, to supply a drive torque to the drive shaft ; a drive belt coupled to receive the first torque from the motor shaft and coupled to supply a second torque to a sprocket fixed along an axis of a worm screw shaft , and a drive gear fixed along an axis of a drive shaft , the drive gear is engaged along the outer surface of a worm screw portion to receive the second torque from the worm screw shaft and operable, in response thereto, to supply a drive torque to the drive shaft ; the drive shaft having a sensor end , and by a position sensor having a first receiving port into which the sensor end of the drive shaft is inserted, and wherein the position sensor is configured to determine a rotational characteristic of the drive shaft , the position sensor having a Hall effect sensor and a magnet.
A connecting member , comprising: a fastening portion configured to be fastened to an object by means of an adhesive, wherein the fastening portion comprises a fastening area (FA) configured to come into contact with the object to be fastened; at least one supply opening for supplying the adhesive and at least one discharge opening for discharging a part of the adhesive, wherein the at least one supply opening and the at least one discharge opening are arranged outside of the fastening portion or at least outside of the fastening area (FA); and a channel connecting the at least one supply opening and the at least one discharge opening and configured to direct a flow of the adhesive, wherein the channel comprises an open channel portion that at least partly extends on a surface of the fastening portion and that comprises at least one redirecting portion configured to redirect the flow of adhesive between the at least one supply opening and the at least one discharge opening , wherein the at least one open channel portion comprises at least one helical portion , wherein a first helical portion is connected to the at least one redirecting portion and configured to direct the flow of adhesive coming from the at least one supply opening to the at least one redirecting portion , wherein a second helical portion is connected to the at least one redirecting portion and configured to direct the flow of adhesive coming from the redirecting portion in direction of the at least one discharge opening . a fastening portion configured to be fastened to an object by means of an adhesive, wherein the fastening portion comprises a fastening area (FA) configured to come into contact with the object to be fastened; at least one supply opening for supplying the adhesive and at least one discharge opening for discharging a part of the adhesive, wherein the at least one supply opening and the at least one discharge opening are arranged outside of the fastening portion or at least outside of the fastening area (FA); and a channel connecting the at least one supply opening and the at least one discharge opening and configured to direct a flow of the adhesive, wherein the channel comprises an open channel portion that at least partly extends on a surface of the fastening portion and that comprises at least one redirecting portion configured to redirect the flow of adhesive between the at least one supply opening and the at least one discharge opening , wherein the at least one open channel portion comprises at least one helical portion , wherein a first helical portion is connected to the at least one redirecting portion and configured to direct the flow of adhesive coming from the at least one supply opening to the at least one redirecting portion , wherein a second helical portion is connected to the at least one redirecting portion and configured to direct the flow of adhesive coming from the redirecting portion in direction of the at least one discharge opening .
Storage device for storing at least one splice and receiving an excess length of an optical fiber cable (30-32) with at least two elements fixed relative to each other, wherein a first one of said elements is a first container with a storage means for the splice in an interior space of said first container , a second one of the elements is a receiving device for the excess cable length, the interior space of the first element is separated from the second element by a partition wall , and the partition wall has feed-through devices for feeding through fiber-optic cables (30-32), characterized in that the feed-through devices include plug-in connection locations and/or predetermined break-out locations for receptacles for plug-in connection locations, and that the storage device doesn't exceed overall external dimensions of 150 mm x 350 mm x 50 mm. at least two elements fixed relative to each other, wherein a first one of said elements is a first container with a storage means for the splice in an interior space of said first container , a second one of the elements is a receiving device for the excess cable length, the interior space of the first element is separated from the second element by a partition wall , and the partition wall has feed-through devices for feeding through fiber-optic cables (30-32), characterized in that the feed-through devices include plug-in connection locations and/or predetermined break-out locations for receptacles for plug-in connection locations, and that the storage device doesn't exceed overall external dimensions of 150 mm x 350 mm x 50 mm.
A fast detachable placement seat structure for a display, comprising: a flat panel PC/ Display , disposed in an electronic device ; and a placement seat , disposed below and connected to the flat panel PC/ Display , the placement seat includes: a support plate , a bottom base , connected to the support plate to form an angle with the support plate , and is used for receiving circuits, and a cable inlet end is disposed on one side of the bottom base , a cable placement portion , disposed between the support plate and the bottom base , and a fast detachable mechanism , disposed on the support plate , and is located between the support plate and a back side of the flat panel PC/ Display , the fast detachable mechanism includes: at least a fastening portion , formed by at least a recess on the support plate , and at least a pillar on the back side of the flat panel PC/ Display , and at least a locking portion , formed by at least a through hole on the support plate , and at least a screw hole piece on the back side of the flat panel PC/ Display , for a screw bolt to insert through the through hole and the screw hole piece , to be locked and fixed in the screw hole piece .
A casting core for a Blade Outer Air Seal, comprising: a first plenum-forming section ; a second plenum-forming section ; and a heat exchange cavity-forming section in communication with said first plenum-forming section and said second plenum-forming section ; characterized in that said first plenum-forming section and said second plenum-forming section are each of a radial thickness greater than a radial thickness of said heat exchange cavity-forming section . a first plenum-forming section ; a second plenum-forming section ; and a heat exchange cavity-forming section in communication with said first plenum-forming section and said second plenum-forming section ; characterized in that said first plenum-forming section and said second plenum-forming section are each of a radial thickness greater than a radial thickness of said heat exchange cavity-forming section .