mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, system information including random access configuration information through a broadcast channel; transmitting (S13 10), to the base station, a random access preamble selected based on the random access configuration information, on a subset of random access channel, RACH, resources, the subset of RACH resources being determined based on a resource on which a downlink synchronization signal is received; receiving (S1320), from the base station, a random access response message as a response to the random access preamble; and decoding the random access response message scrambled based on a random access-radio network temporary identifier, RA-RNTI, said method characterized in that the RA-RNTI is generated based on RA-RNTI = 1 + t_id + f_id + index of subframe, t_id indicating a time index of the subset of RACH resources and f_id indicating a frequency index of the subset of the RACH resources. receiving, from a base station, system information including random access configuration information through a broadcast channel; transmitting (S13 10), to the base station, a random access preamble selected based on the random access configuration information, on a subset of random access channel, RACH, resources, the subset of RACH resources being determined based on a resource on which a downlink synchronization signal is received; receiving (S1320), from the base station, a random access response message as a response to the random access preamble; and decoding the random access response message scrambled based on a random access-radio network temporary identifier, RA-RNTI, said method characterized in that the RA-RNTI is generated based on RA-RNTI = 1 + t_id + f_id + index of subframe, t_id indicating a time index of the subset of RACH resources and f_id indicating a frequency index of the subset of the RACH resources.
A medical device having: a first battery unit ; a second battery unit ; and a battery charge monitor configured to determine the remaining charge of the first battery unit and the second battery unit; wherein power to the medical device is drawn from one of the first battery unit and the second battery unit during a second operating mode of the medical device; wherein power is drawn from both the first battery unit and the second battery unit during the first operating of the medical device; and wherein the one of the first battery unit and the second battery unit having a lower remaining charge provides power to the medical device during the second operating mode. a first battery unit ; a second battery unit ; and a battery charge monitor configured to determine the remaining charge of the first battery unit and the second battery unit; wherein power to the medical device is drawn from one of the first battery unit and the second battery unit during a second operating mode of the medical device; wherein power is drawn from both the first battery unit and the second battery unit during the first operating of the medical device; and wherein the one of the first battery unit and the second battery unit having a lower remaining charge provides power to the medical device during the second operating mode.
A system for treating a food fluid containing solid parts comprising: - the food fluid containing said solid parts; - a pumping apparatus for pumping the food fluid containing solid parts in turn comprising: i) a pumping assembly comprising a jacket and a piston that is movable alternately in the jacket in order to suction and pump the fluid; ii) an electric motor driving said pumping assembly ; iii) a speed adaptor operatively interposed between the electric motor and said pumping assembly ; said pumping assembly comprising: - a drive shaft actuated by said adaptor and comprising a groove extending spirally; - a driven actuator slidable forwards and backwards and comprising a recess extending spirally about at least one section of said actuator ; - a plurality of rolling elements that engage both in said groove and in said recess in order to transfer a rotary motion of said drive shaft into a forward or return stroke of said driven actuator ; said driven actuator being constrained to said piston ; - a pumping chamber positioned in said jacket and in which the fluid is suctioned and pumped by said piston ; - an intake valve which, in an open configuration, permits the entry of said fluid into the pumping chamber and a delivery valve which, in an open configuration, permits the pumping of the fluid present in the pumping chamber ; characterised in that the intake valve and the delivery valve are actuated by a remotely controlled actuator. - the food fluid containing said solid parts; - a pumping apparatus for pumping the food fluid containing solid parts in turn comprising: i) a pumping assembly comprising a jacket and a piston that is movable alternately in the jacket in order to suction and pump the fluid; ii) an electric motor driving said pumping assembly ; iii) a speed adaptor operatively interposed between the electric motor and said pumping assembly ; i) a pumping assembly comprising a jacket and a piston that is movable alternately in the jacket in order to suction and pump the fluid; ii) an electric motor driving said pumping assembly ; iii) a speed adaptor operatively interposed between the electric motor and said pumping assembly ; - a drive shaft actuated by said adaptor and comprising a groove extending spirally; - a driven actuator slidable forwards and backwards and comprising a recess extending spirally about at least one section of said actuator ; - a plurality of rolling elements that engage both in said groove and in said recess in order to transfer a rotary motion of said drive shaft into a forward or return stroke of said driven actuator ; said driven actuator being constrained to said piston ; - a pumping chamber positioned in said jacket and in which the fluid is suctioned and pumped by said piston ; - an intake valve which, in an open configuration, permits the entry of said fluid into the pumping chamber and a delivery valve which, in an open configuration, permits the pumping of the fluid present in the pumping chamber ; characterised in that the intake valve and the delivery valve are actuated by a remotely controlled actuator.
A C-terminal CDNF fragment with a length of 43-53 amino acids comprising at least the consecutive amino acid residues at positions 38-70 or 25-57 of the sequence as set forth in SEQ ID NO:1: or a sequence which has at least 80 % sequence identity with the sequence of positions 38-70 or 25-57 in SEQ ID NO:1, wherein said fragment is a cell membrane penetrating peptide, preferably capable of penetrating human blood-brain barrier, and has a protective effect on neuronal cells, for use as a medicine.
Mixing apparatus for mixing highly viscous media, in particular for a biogas plant, having a large-volume outer container and an agitator arranged therein, wherein the container has a supply of medium and a discharge line for discharging the mixed medium, wherein the agitator is formed as a vertical screw mixer , having an agitator screw and a sleeve encasing the agitator screw , characterised in that means are provided on the agitator screw and/or an inner surface of the sleeve which increase the coefficient of friction of the surface at least in surface sections, so that the highly viscous medium is comminuted, broken and/or defibrated as it passes the means and/or in that the turns of the agitator screw are interrupted in length sections.
A back-surface electrode type solar cell comprising: a semiconductor substrate ; and a first semiconductor having a first conductivity type and a second semiconductor layer having a different conductivity type from the first semiconductor layer that are disposed on a back surface of the semiconductor substrate, wherein the first conductive layer and the second conductive layer are formed in the same plane, a first electrode is disposed on the first conductive layer, and a second electrode is disposed on the second conductive layer, the first electrode and the second electrode are not in direct contact with each other and electrically separated from each other, characterized in that an island-shaped conductive layer is disposed between the first electrode and the second electrode on the first and/or second semiconductor layers, and the island-shaped conductive layer does not bridge the first electrode and the second electrode. a semiconductor substrate ; and a first semiconductor having a first conductivity type and a second semiconductor layer having a different conductivity type from the first semiconductor layer that are disposed on a back surface of the semiconductor substrate, wherein the first conductive layer and the second conductive layer are formed in the same plane, a first electrode is disposed on the first conductive layer, and a second electrode is disposed on the second conductive layer, the first electrode and the second electrode are not in direct contact with each other and electrically separated from each other, characterized in that an island-shaped conductive layer is disposed between the first electrode and the second electrode on the first and/or second semiconductor layers, and the island-shaped conductive layer does not bridge the first electrode and the second electrode.
A system for detecting the place of leakage in an umbilical hose , said system comprising: an internal device capable of being inserted into the leaking hose and movable along the hose; and external detecting equipment for mounting externally of the hose and being capable of identifying the position of the internal device inside the umbilical; wherein said internal device is constructed and arranged to move along the umbilical hose under the action of fluid pressure applied at one end of the hose; characterised in that : the external detecting equipment is constructed and arranged to surround the umbilical hose in use and is movable along the outside of the umbilical hose; and the internal device is a metal device and wherein the external detecting equipment is arranged to detect the metal internal device using an electromagnetic or magnetic field. an internal device capable of being inserted into the leaking hose and movable along the hose; and external detecting equipment for mounting externally of the hose and being capable of identifying the position of the internal device inside the umbilical; wherein said internal device is constructed and arranged to move along the umbilical hose under the action of fluid pressure applied at one end of the hose; characterised in that : the external detecting equipment is constructed and arranged to surround the umbilical hose in use and is movable along the outside of the umbilical hose; and the internal device is a metal device and wherein the external detecting equipment is arranged to detect the metal internal device using an electromagnetic or magnetic field. the external detecting equipment is constructed and arranged to surround the umbilical hose in use and is movable along the outside of the umbilical hose; and the internal device is a metal device and wherein the external detecting equipment is arranged to detect the metal internal device using an electromagnetic or magnetic field.
A blade for a wind turbine , the blade extending in a lengthwise direction between a root end and a tip end of the blade, the blade comprising: a leeward shell portion and a windward shell portion , each of the shell portions defining respective inner and outer surfaces extending in a chordwise direction between a leading edge of the blade and a trailing edge of the blade, wherein the blade extends in a thickness direction between the leeward shell portion and the windward shell portion; a main reinforcement structure internally within the blade, the main reinforcement structure comprising a first windward reinforcement structure engaging the windward shell portion and extending in the lengthwise direction of the blade and a first leeward reinforcement structure engaging the leeward shell portion and extending in the lengthwise direction of the blade; a rear reinforcement structure internally within the blade, the rear reinforcement structure comprising a second windward reinforcement structure engaging the windward shell portion and extending in the lengthwise direction of the blade and a second leeward reinforcement structure engaging the leeward shell portion and extending in the lengthwise direction of the blade, wherein the rear reinforcement structure is arranged closer to the trailing edge than the main reinforcement structure ; and characterized in that the second windward reinforcement structure is longer than the second leeward reinforcement structure in the lengthwise direction. a leeward shell portion and a windward shell portion , each of the shell portions defining respective inner and outer surfaces extending in a chordwise direction between a leading edge of the blade and a trailing edge of the blade, wherein the blade extends in a thickness direction between the leeward shell portion and the windward shell portion; a main reinforcement structure internally within the blade, the main reinforcement structure comprising a first windward reinforcement structure engaging the windward shell portion and extending in the lengthwise direction of the blade and a first leeward reinforcement structure engaging the leeward shell portion and extending in the lengthwise direction of the blade; a rear reinforcement structure internally within the blade, the rear reinforcement structure comprising a second windward reinforcement structure engaging the windward shell portion and extending in the lengthwise direction of the blade and a second leeward reinforcement structure engaging the leeward shell portion and extending in the lengthwise direction of the blade, wherein the rear reinforcement structure is arranged closer to the trailing edge than the main reinforcement structure ; and characterized in that the second windward reinforcement structure is longer than the second leeward reinforcement structure in the lengthwise direction.
A power tool comprising: a power tool housing ; a motor within the power tool housing ; a power tool controller configured to control power provided to the motor ; and a sensor attachment configured to be physically coupled to the power tool housing , the sensor attachment including an ultrasonic distance sensor housing having an emitter that sends ultrasonic pulses, a non-contact sensor , a second non-contact sensor , and a third non-contact sensor that receive reflections and are positioned in a triangular pattern around the emitter , and a sensor controller , the sensor controller configured to receive a signal from the non-contact sensor related to a distance to a work surface, determine a depth of a fastener based on the signal received from the non-contact sensor , and generate a control signal if the depth of the fastener is greater than or equal to a desired fastener depth, and wherein the control signal is operable to cause power to the motor to be turned off. a power tool housing ; a motor within the power tool housing ; a power tool controller configured to control power provided to the motor ; and a sensor attachment configured to be physically coupled to the power tool housing , the sensor attachment including an ultrasonic distance sensor housing having an emitter that sends ultrasonic pulses, a non-contact sensor , a second non-contact sensor , and a third non-contact sensor that receive reflections and are positioned in a triangular pattern around the emitter , and a sensor controller , the sensor controller configured to receive a signal from the non-contact sensor related to a distance to a work surface, determine a depth of a fastener based on the signal received from the non-contact sensor , and generate a control signal if the depth of the fastener is greater than or equal to a desired fastener depth, and receive a signal from the non-contact sensor related to a distance to a work surface, determine a depth of a fastener based on the signal received from the non-contact sensor , and generate a control signal if the depth of the fastener is greater than or equal to a desired fastener depth, and wherein the control signal is operable to cause power to the motor to be turned off.
System for wheel monitoring in a vehicle , the system comprising: at least one sensor , which is arranged in the vehicle for generating at least one wheel related measurement, wherein the at least one sensor comprises a rotational speed sensor for each wheel; at least one vehicle processing device , which is included in the vehicle ; and a remote processing arrangement , which is separate from the vehicle ; wherein the at least one vehicle processing device is arranged to receive at least one wheel related measurement from the at least one sensor , and based on this perform a basic wheel monitoring functionality, determining whether there is a problem with one or more of the wheels, and the remote processing arrangement is arranged to receive at least one wheel related parameter, determined based on said at least one wheel related measurement, and perform an enhanced wheel monitoring functionality, providing further information regarding the determined problem with one or more of the wheels, by performing calculations based on said at least one wheel related parameter. at least one sensor , which is arranged in the vehicle for generating at least one wheel related measurement, wherein the at least one sensor comprises a rotational speed sensor for each wheel; at least one vehicle processing device , which is included in the vehicle ; and a remote processing arrangement , which is separate from the vehicle ; wherein the at least one vehicle processing device is arranged to receive at least one wheel related measurement from the at least one sensor , and based on this perform a basic wheel monitoring functionality, determining whether there is a problem with one or more of the wheels, and the remote processing arrangement is arranged to receive at least one wheel related parameter, determined based on said at least one wheel related measurement, and perform an enhanced wheel monitoring functionality, providing further information regarding the determined problem with one or more of the wheels, by performing calculations based on said at least one wheel related parameter.
A heat exchange unit arranged to recover heat from hot gas, the unit comprising a heat exchange duct and a bypass duct which are selectively closable, and the heat exchange duct has a plurality of fluid intakes thereinto characterised in that each intake is arranged such that when the heat exchange duct is substantially closed and fluid flows through the bypass duct fluid is drawn through the intake and into the heat exchange duct by a negative pressure created within the heat exchange duct and wherein the intakes are provided around a perimeter of the unit and are supplied with cooling fluid by a conduit .
Method (METH) for calculating a position (AcPos) of an object of interest (OI) in an environment (ENV), the method comprising the steps of: - predicting (Et_Pd) a position (PdPos) and an orientation (PdOri) of the object of interest (OI) in the environment (ENV), the method being characterized by - selecting (Et_Sel) a subset of base stations (BS2-BS6) among a set of base stations (BS1-BS12) located within the environment (ENV), by using the predicted position (PdPos) and orientation (PdOri), and a radiation pattern (RdP) of a system (OI/MT) comprising the object of interest (OI) and a mobile transponder (MT) attached to the object of interest (OI), the step of selecting (Et_Sel) comprising determining (Et_Sel_Det) whether the base stations of the set (BS1-BS12) could receive line-of-sight signals from the mobile transponder (MT) if the object of interest (OI) had the predicted position (PdPos) and orientation (PdOri) in the environment (ENV), - calculating (Et_Cal) an actual position (AcPos) of the object of interest (OI), using time of arrival or time difference of arrival measurements between the base stations of the subset (BS1-BS12) and the mobile transponder (MT). - predicting (Et_Pd) a position (PdPos) and an orientation (PdOri) of the object of interest (OI) in the environment (ENV), the method being characterized by - selecting (Et_Sel) a subset of base stations (BS2-BS6) among a set of base stations (BS1-BS12) located within the environment (ENV), by using the predicted position (PdPos) and orientation (PdOri), and a radiation pattern (RdP) of a system (OI/MT) comprising the object of interest (OI) and a mobile transponder (MT) attached to the object of interest (OI), the step of selecting (Et_Sel) comprising determining (Et_Sel_Det) whether the base stations of the set (BS1-BS12) could receive line-of-sight signals from the mobile transponder (MT) if the object of interest (OI) had the predicted position (PdPos) and orientation (PdOri) in the environment (ENV), - calculating (Et_Cal) an actual position (AcPos) of the object of interest (OI), using time of arrival or time difference of arrival measurements between the base stations of the subset (BS1-BS12) and the mobile transponder (MT).
A bathing system , comprising a bathing aid , comprising a bathing enclosure , a telescopic element arranged at least partially within the bathing enclosure, wherein the telescopic element is extendable and retractable along a horizontal axis, x, a seat for supporting a person, the seat being arranged on the telescopic element, an actuation system coupled to the telescopic element and the seat, wherein the actuation system is configured to move the seat on the telescopic element along the horizontal axis between a retracted position of the seat within the bathing enclosure and an extended position of the seat outside the bathing enclosure, and a water supply system for a supply of water to the bathing enclosure, wherein the bathing system further comprises a control system configured for communicative coupling to the actuation system and to the water supply system, and wherein the control system is configured to control a movement of the seat and configured to control a supply of water to the bathing enclosure. a bathing aid , comprising a bathing enclosure , a telescopic element arranged at least partially within the bathing enclosure, wherein the telescopic element is extendable and retractable along a horizontal axis, x, a seat for supporting a person, the seat being arranged on the telescopic element, an actuation system coupled to the telescopic element and the seat, wherein the actuation system is configured to move the seat on the telescopic element along the horizontal axis between a retracted position of the seat within the bathing enclosure and an extended position of the seat outside the bathing enclosure, and a water supply system for a supply of water to the bathing enclosure, a bathing enclosure , a telescopic element arranged at least partially within the bathing enclosure, wherein the telescopic element is extendable and retractable along a horizontal axis, x, a seat for supporting a person, the seat being arranged on the telescopic element, an actuation system coupled to the telescopic element and the seat, wherein the actuation system is configured to move the seat on the telescopic element along the horizontal axis between a retracted position of the seat within the bathing enclosure and an extended position of the seat outside the bathing enclosure, and a water supply system for a supply of water to the bathing enclosure, wherein the bathing system further comprises a control system configured for communicative coupling to the actuation system and to the water supply system, and wherein the control system is configured to control a movement of the seat and configured to control a supply of water to the bathing enclosure.