mhurhangee/patent-ind-claim-en huggingface dataset:
A steerable catheter device , comprising: a shaft comprising a proximal portion , a distal portion , and a pull-wire lumen that extends at least partially through the proximal and distal portions ; a pull wire extending through the pull-wire lumen and having a proximal end portion and a distal end portion , wherein the distal end portion of the pull wire is fixed to the distal portion of the shaft ; an adjustment mechanism operatively connected to the proximal end portion of the pull wire and configured to increase and decrease tension in the pull wire to adjust the curvature of the distal portion of the shaft ; and an axially non-compressible pull-wire sleeve extending co-axially through the pull-wire lumen and over the pull wire , wherein the pull-wire sleeve comprises a proximal end portion that extends outside of and alongside the shaft and the pull wire extends proximally past the proximal end portion of the pull-wire sleeve . a shaft comprising a proximal portion , a distal portion , and a pull-wire lumen that extends at least partially through the proximal and distal portions ; a pull wire extending through the pull-wire lumen and having a proximal end portion and a distal end portion , wherein the distal end portion of the pull wire is fixed to the distal portion of the shaft ; an adjustment mechanism operatively connected to the proximal end portion of the pull wire and configured to increase and decrease tension in the pull wire to adjust the curvature of the distal portion of the shaft ; and an axially non-compressible pull-wire sleeve extending co-axially through the pull-wire lumen and over the pull wire , wherein the pull-wire sleeve comprises a proximal end portion that extends outside of and alongside the shaft and the pull wire extends proximally past the proximal end portion of the pull-wire sleeve .
A method for a dependent station to operate within available channels not used by a licensed device in a Wireless Local Area Network, WLAN, the method comprising: transmitting, by the dependent station operating as a non-access point station to an enabling station, a first frame comprising an information element whose element ID indicates a specific protocol related to a registered location query, wherein the information element comprises information on a geographical location of the dependent station, wherein a resolution of the geographical location information is set to a range from -50m to 50m for an access point operation; receiving, by the dependent station operating as the non-access point station from the enabling station, a second frame comprising a result of the registered location query and White Space Map, WSM, information, wherein the WSM information indicates the available channels based on the information on the geographical location of the dependent station; and performing, by the dependent station , the access point operation based on the available channels after obtaining the WSM information. transmitting, by the dependent station operating as a non-access point station to an enabling station, a first frame comprising an information element whose element ID indicates a specific protocol related to a registered location query, wherein the information element comprises information on a geographical location of the dependent station, wherein a resolution of the geographical location information is set to a range from -50m to 50m for an access point operation; receiving, by the dependent station operating as the non-access point station from the enabling station, a second frame comprising a result of the registered location query and White Space Map, WSM, information, wherein the WSM information indicates the available channels based on the information on the geographical location of the dependent station; and performing, by the dependent station , the access point operation based on the available channels after obtaining the WSM information.
A method of diagnosis comprising: analysing a sample that previously has been isolated from a subject for presence or amount of a peptide comprising the amino acid sequence N-terminal-SGPTH where the serine residue has the NH 2 group of said peptide
A rotary tablet press which comprises a rotor, at least one filling station and at least one pressing station as well as lower punch and upper punch guides, wherein the rotary tablet press has a modular design, wherein individual modules are arranged in such a manner that they can be removed and/or relocated within the rotary tablet press , for converting the rotary tablet press from two-layer operation to single-layer operation or vice versa, characterized in that the rotor can be pivoted out of a press interior of the rotary tablet press , a first filling device and a second filling device are provided, wherein the second filling device can be removed, and the upper punch guide and/or lower punch guide comprises multiple segments which can be replaced at least partially with at least one other segment with another curve characteristic.
An actuating device , including a first actuating unit - having a first elongated, tubular coil body , - a first actuator coil wound around the first coil body , - a first actuator that can be electromagnetically actuated using the first actuator coil , which first actuator is guided in the first coil body and is movable relative to said first actuator coil , as well as a second actuating unit that is disposed adjacent to the first actuating unit , - having a second elongated, tubular coil body , - a second actuator coil wound around the second coil body , - a second actuator that can be electromagnetically actuated using the second actuator coil , which second actuator is guided in the second coil body and is movable relative to the second actuator coil , characterised in that the first coil body includes, along at least a section of its longitudinal axis, a closed circumferential line which is outer if viewed in transverse section perpendicular to its longitudinal axis and has a circular arc-shaped route section and a straight route section in the form of a circular chord. a first actuating unit - having a first elongated, tubular coil body , - a first actuator coil wound around the first coil body , - a first actuator that can be electromagnetically actuated using the first actuator coil , which first actuator is guided in the first coil body and is movable relative to said first actuator coil , - having a first elongated, tubular coil body , - a first actuator coil wound around the first coil body , - a first actuator that can be electromagnetically actuated using the first actuator coil , which first actuator is guided in the first coil body and is movable relative to said first actuator coil , as well as a second actuating unit that is disposed adjacent to the first actuating unit , - having a second elongated, tubular coil body , - a second actuator coil wound around the second coil body , - a second actuator that can be electromagnetically actuated using the second actuator coil , which second actuator is guided in the second coil body and is movable relative to the second actuator coil , - having a second elongated, tubular coil body , - a second actuator coil wound around the second coil body , - a second actuator that can be electromagnetically actuated using the second actuator coil , which second actuator is guided in the second coil body and is movable relative to the second actuator coil , characterised in that the first coil body includes, along at least a section of its longitudinal axis, a closed circumferential line which is outer if viewed in transverse section perpendicular to its longitudinal axis and has a circular arc-shaped route section and a straight route section in the form of a circular chord.
A remote controller comprising: a speaker configured to send an ultrasonic signal that controls an action of an in-vehicle device; an information receiver configured to detect information related to noise sound inside the vehicle; a controller configured to calculate a propagability index of the ultrasonic signal from the information related to noise sound; and a display configured to display the propagability index as communication quality level of the ultrasonic signal. a speaker configured to send an ultrasonic signal that controls an action of an in-vehicle device; an information receiver configured to detect information related to noise sound inside the vehicle; a controller configured to calculate a propagability index of the ultrasonic signal from the information related to noise sound; and a display configured to display the propagability index as communication quality level of the ultrasonic signal.
A peptide with between 8 and 30 amino acids, having growth factor receptor-binding capability: wherein said peptide has an amino acid sequence consisting of a sequence selected from SEQ ID NO: 1 to 10.
A method of transmitting data by a terminal, the method comprising: determining a first sequence index; obtaining one of a set of first orthogonal time domain sequences for a first slot based on the first sequence index; multiplying, by the terminal, each of first data symbols of ACK/NACK information by the obtained first orthogonal time domain sequence and a first scrambling sequence; generating, by the terminal, a subframe comprising the first data symbols that have been multiplied by the obtained first orthogonal time domain sequence and the first scrambling sequence; and transmitting, by the terminal, the subframe to a base station, wherein: the subframe comprises the first slot; the first slot comprises the first data symbols that have been multiplied by the obtained first orthogonal time domain sequence and the first scrambling sequence; and the first scrambling sequence is S(i) = exp(j2πn i / N) , N being an integer and n i denoting an integer satisfying 0 ≤ n i < N ; wherein the n i is obtained by generating a pseudo-random sequence and sequentially substituting corresponding values of the pseudo-random sequence, and has a different value depending on a slot number and DFT-s-OFDM symbol number. determining a first sequence index; obtaining one of a set of first orthogonal time domain sequences for a first slot based on the first sequence index; multiplying, by the terminal, each of first data symbols of ACK/NACK information by the obtained first orthogonal time domain sequence and a first scrambling sequence; generating, by the terminal, a subframe comprising the first data symbols that have been multiplied by the obtained first orthogonal time domain sequence and the first scrambling sequence; and transmitting, by the terminal, the subframe to a base station, wherein: the subframe comprises the first slot; the first slot comprises the first data symbols that have been multiplied by the obtained first orthogonal time domain sequence and the first scrambling sequence; and the first scrambling sequence is S(i) = exp(j2πn i / N) , N being an integer and n i denoting an integer satisfying 0 ≤ n i < N ; wherein the n i is obtained by generating a pseudo-random sequence and sequentially substituting corresponding values of the pseudo-random sequence, and has a different value depending on a slot number and DFT-s-OFDM symbol number. the subframe comprises the first slot; the first slot comprises the first data symbols that have been multiplied by the obtained first orthogonal time domain sequence and the first scrambling sequence; and the first scrambling sequence is S(i) = exp(j2πn i / N) , N being an integer and n i denoting an integer satisfying 0 ≤ n i < N ; wherein the n i is obtained by generating a pseudo-random sequence and sequentially substituting corresponding values of the pseudo-random sequence, and has a different value depending on a slot number and DFT-s-OFDM symbol number.
A method for determining a reference signal sequence, comprising: receiving (S110) first indication information from a network device, wherein the first indication information indicates a target resource; receiving second indication information from the network device, wherein the second indication information indicates a frequency domain start position of a maximum system bandwidth; receiving third indication information from the network device, wherein the third indication information indicates a frequency domain start position of a bandwidth part; determining (S130) a reference signal sequence based on an offset between the frequency domain start position of the bandwidth part and the frequency domain start position of the maximum system bandwidth; and sending (S140) the reference signal sequence by using the target resource. receiving (S110) first indication information from a network device, wherein the first indication information indicates a target resource; receiving second indication information from the network device, wherein the second indication information indicates a frequency domain start position of a maximum system bandwidth; receiving third indication information from the network device, wherein the third indication information indicates a frequency domain start position of a bandwidth part; determining (S130) a reference signal sequence based on an offset between the frequency domain start position of the bandwidth part and the frequency domain start position of the maximum system bandwidth; and sending (S140) the reference signal sequence by using the target resource.
A method of controlling a wind turbine connected to an electrical grid , the method comprising: generating a turbine control reference signal comprising a primary static power level signal and one or more secondary control system signals (403-405), the secondary control system signals include damping signals to dampen oscillations in the turbine, and wherein the turbine control reference signal is the sum of the primary static power level signal and the one or more secondary control system signals, and wherein a time-dependent difference between the turbine control reference signal and the grid control reference signal averages to zero within a predetermined time window; generating a grid control reference signal as the primary static power level signal; providing the turbine control reference signal to a machine side unit of a power or torque control system of the turbine; controlling, using the machine side unit , the amount of energy generated by the turbine based on the turbine control reference signal ; providing the grid control reference signal to a line side unit of the power or torque control system; and controlling, using the line side unit , the amount of energy transferred to the electrical grid based on the grid control reference signal. generating a turbine control reference signal comprising a primary static power level signal and one or more secondary control system signals (403-405), the secondary control system signals include damping signals to dampen oscillations in the turbine, and wherein the turbine control reference signal is the sum of the primary static power level signal and the one or more secondary control system signals, and wherein a time-dependent difference between the turbine control reference signal and the grid control reference signal averages to zero within a predetermined time window; generating a grid control reference signal as the primary static power level signal; providing the turbine control reference signal to a machine side unit of a power or torque control system of the turbine; controlling, using the machine side unit , the amount of energy generated by the turbine based on the turbine control reference signal ; providing the grid control reference signal to a line side unit of the power or torque control system; and controlling, using the line side unit , the amount of energy transferred to the electrical grid based on the grid control reference signal.
A kit of pharmaceutical preparations for use in the treatment of Parkinson's Disease or Restless Legs Syndrome, containing a) an AADC-inhibitor selected from benserazide or carbidopa, wherein the AADC-inhibitor is applied in a daily dose of 300-1200mg wherein said AADC-inhibitor is provided as an oral Modified Release formulation, wherein the oral Modified Release formulation of the AADC-inhibitor is constantly releasing the AADC-inhibitor in the gastrointestinal tract in an amount of 12.5-50 mg/h over at least 6 hours, and wherein the oral Modified Release formulation of the AADC-inhibitor is applied 2-4 times a day b) a liquid formulation of levodopa or levodopa ester, wherein the liquid formulation contains levodopa or levodopa ester in a molarity of 100-500 mmol/l wherein the liquid formulation is subcutaneously infused wherein the daily dose of levodopa or levodopa equivalent is 100-900mg c) optionally, a pharmaceutical preparation of a COMT-inhibitor in which the COMT-inhibitor is 25-75 mg Opicapone. a) an AADC-inhibitor selected from benserazide or carbidopa, wherein the AADC-inhibitor is applied in a daily dose of 300-1200mg wherein said AADC-inhibitor is provided as an oral Modified Release formulation, wherein the oral Modified Release formulation of the AADC-inhibitor is constantly releasing the AADC-inhibitor in the gastrointestinal tract in an amount of 12.5-50 mg/h over at least 6 hours, and wherein the oral Modified Release formulation of the AADC-inhibitor is applied 2-4 times a day wherein the AADC-inhibitor is applied in a daily dose of 300-1200mg wherein said AADC-inhibitor is provided as an oral Modified Release formulation, wherein the oral Modified Release formulation of the AADC-inhibitor is constantly releasing the AADC-inhibitor in the gastrointestinal tract in an amount of 12.5-50 mg/h over at least 6 hours, and wherein the oral Modified Release formulation of the AADC-inhibitor is applied 2-4 times a day b) a liquid formulation of levodopa or levodopa ester, wherein the liquid formulation contains levodopa or levodopa ester in a molarity of 100-500 mmol/l wherein the liquid formulation is subcutaneously infused wherein the daily dose of levodopa or levodopa equivalent is 100-900mg wherein the liquid formulation contains levodopa or levodopa ester in a molarity of 100-500 mmol/l wherein the liquid formulation is subcutaneously infused wherein the daily dose of levodopa or levodopa equivalent is 100-900mg c) optionally, a pharmaceutical preparation of a COMT-inhibitor in which the COMT-inhibitor is 25-75 mg Opicapone.
A cooking appliance , in particular a cooking hob, especially an induction hob, comprising a control unit, the control unit comprising - at least one input/output device (UI) for the entry of control commands and for the visualisation of information, particularly status information, at least a part of the input/output device being touch-sensitive and/or formed as a touch screen, and - at least one control element (S1, S2, S3, S4) comprising a plurality of touch-sensitive switching elements positioned in a straight-lined arrangement, the control element being adapted to assign a power level to an electrical load depending on the activated switching element, the control element (S1, S2, S3, S4) preferably being a slide bar, characterized in that at least one first special function, in particular a first special operating program, which is a cooking program for the cooking appliance , is assignable to at least a first one of the plurality of switching elements, wherein the input/output device (UI) further comprises at least one selection button , which is adapted to provide the selection of the at least one first special function, wherein a first indicating element , in particular a first symbol element indicating the at least one first special function, is allocated to the at least one first switching element, and wherein the first indicating element is arranged next to the at least one first switching element. - at least one input/output device (UI) for the entry of control commands and for the visualisation of information, particularly status information, at least a part of the input/output device being touch-sensitive and/or formed as a touch screen, and - at least one control element (S1, S2, S3, S4) comprising a plurality of touch-sensitive switching elements positioned in a straight-lined arrangement, the control element being adapted to assign a power level to an electrical load depending on the activated switching element, the control element (S1, S2, S3, S4) preferably being a slide bar,
A light emitting diode (LED) module (10, 1 10), comprising: a base , the base being thermally and electrically conductive and having a light emitting region and a connecting flange ; an insulative layer selectively provided on the base , characterized in that the insulative layer is a powder coat, the insulative layer being positioned on the connecting flange , wherein the base has a reflective area , a first trace and a second trace are provided on the insulative layer , the first and second traces extending from pads on the connecting flange to a corresponding connecting region adjacent the light emitting region ; and LED chips are mounted in the light emitting region in a pattern, the set of LED chips being electrically connected to the first and second traces such that the first and second traces provide an anode and a cathode for the LED chips , wherein the LED chips are positioned in the reflective area and the reflective area is free of the insulative layer , and wherein the base is curved and the light emitting region is positioned in the base such that the base (1 15) is configured to shape emitted light in a focused manner. a base , the base being thermally and electrically conductive and having a light emitting region and a connecting flange ; an insulative layer selectively provided on the base , characterized in that the insulative layer is a powder coat, the insulative layer being positioned on the connecting flange , wherein the base has a reflective area , a first trace and a second trace are provided on the insulative layer , the first and second traces extending from pads on the connecting flange to a corresponding connecting region adjacent the light emitting region ; and LED chips are mounted in the light emitting region in a pattern, the set of LED chips being electrically connected to the first and second traces such that the first and second traces provide an anode and a cathode for the LED chips , wherein the LED chips are positioned in the reflective area and the reflective area is free of the insulative layer , and wherein the base is curved and the light emitting region is positioned in the base such that the base (1 15) is configured to shape emitted light in a focused manner.
Method for providing information to a user of a means of transport , comprising the steps of: - determining a point of interest ('POI') and - issuing to the user , by means of a display device of the means of transport a notification positioned virtually on one level of the road surface that indicates that the POI is nearby. - determining a point of interest ('POI') and - issuing to the user , by means of a display device of the means of transport a notification positioned virtually on one level of the road surface that indicates that the POI is nearby.
A surgical device comprising: a handle body extending along a handle axis, the handle body being releasably engaged to a tunneling shaft extending along a shaft axis transverse to the handle axis; characterised by at least one tool mounted to the handle body, each said tool having a working end adapted to actuate an element of an implantable device; and by the tunneling shaft having at least one hole transverse to the shaft axis. a handle body extending along a handle axis, the handle body being releasably engaged to a tunneling shaft extending along a shaft axis transverse to the handle axis; characterised by at least one tool mounted to the handle body, each said tool having a working end adapted to actuate an element of an implantable device; and by the tunneling shaft having at least one hole transverse to the shaft axis.