mhurhangee/patent-ind-claim-en huggingface dataset:
A braking force control device for a fishing reel , said braking force control device comprising: a spool pivotally supported by a reel body , the spool on which a fishing line may be wound; a rotational speed detection unit configured to detect a rotational speed of the spool ; a braking unit configured to generate a braking force to the spool ; and a braking force control unit configured to control the braking force of the braking unit, wherein the braking force control unit is configured to adjust the braking force according to elapsed time from when casting starts or detection information of the rotational speed detection unit; characterized in that the braking force control unit is configured to control the braking force on a basis of a brake set value defined for each time during a first time of casting, and is configured to control the braking force on a basis of a brake set value defined on a basis of the rotational speed of the spool during a second time of the casting, the first time of casting corresponding to an acceleration region of the casting, the second time of casting corresponding to a cruise region of the casting and the brake set value being defined by the relationship that a braking torque acting on the spool increases in proportion to the spool rotational speed and the brake set value. a spool pivotally supported by a reel body , the spool on which a fishing line may be wound; a rotational speed detection unit configured to detect a rotational speed of the spool ; a braking unit configured to generate a braking force to the spool ; and a braking force control unit configured to control the braking force of the braking unit, wherein the braking force control unit is configured to adjust the braking force according to elapsed time from when casting starts or detection information of the rotational speed detection unit; characterized in that the braking force control unit is configured to control the braking force on a basis of a brake set value defined for each time during a first time of casting, and is configured to control the braking force on a basis of a brake set value defined on a basis of the rotational speed of the spool during a second time of the casting, the first time of casting corresponding to an acceleration region of the casting, the second time of casting corresponding to a cruise region of the casting and the brake set value being defined by the relationship that a braking torque acting on the spool increases in proportion to the spool rotational speed and the brake set value.
A data-receiving circuit comprising a pattern detection unit, the pattern detection unit comprising: a shift register configured to over-sample a multi-bit input signal such that each bit of the input signal is represented by a plurality of samples in the shift register; and a correlator configured to compare a target pattern with two or more sample-sets, each sample-set comprising a corresponding sample from each of the plurality of samples of each bit, and classify each compared sample-set as one of: an exact match; an inexact match; or a non-match to the target pattern in order to determine whether or not the input signal matches the target pattern, wherein the input signal is determined to match the target pattern when any of the following conditions are satisfied within a predetermined number of sample-sets: two or more of the sample-sets are an exact match to the target pattern; or one sample-set is an exact match to the target pattern and one or more sample-sets are an inexact match to the target pattern; wherein the correlator is configured to compare the target pattern with one of the sample-sets and, subsequently, to compare the target pattern to another of the sample-sets in order to compare the target pattern to the two or more sample-sets. a shift register configured to over-sample a multi-bit input signal such that each bit of the input signal is represented by a plurality of samples in the shift register; and a correlator configured to compare a target pattern with two or more sample-sets, each sample-set comprising a corresponding sample from each of the plurality of samples of each bit, and classify each compared sample-set as one of: an exact match; an inexact match; or a non-match to the target pattern in order to determine whether or not the input signal matches the target pattern, wherein the input signal is determined to match the target pattern when any of the following conditions are satisfied within a predetermined number of sample-sets: an exact match; an inexact match; or a non-match two or more of the sample-sets are an exact match to the target pattern; or one sample-set is an exact match to the target pattern and one or more sample-sets are an inexact match to the target pattern; wherein the correlator is configured to compare the target pattern with one of the sample-sets and, subsequently, to compare the target pattern to another of the sample-sets in order to compare the target pattern to the two or more sample-sets.
A medical system for collection and re-use of a fluid medium, said fluid medium derived from diverting a portion of the fluid medium of an injection of fluid medium to a selected site within a patient's body from an injection syringe , the system comprising: a sterile medium container and a fluid medium flow path between the injection syringe and a delivery catheter , characterised in that : a flow diverter assembly fluidly coupled to and disposed in the fluid medium flow path, wherein the flow diverter assembly diverts the portion of the fluid medium of the injection from the fluid medium flow path during injection for use ; a diversion reservoir fluidly coupled to the flow diverter assembly for receiving the portion of the fluid medium diverted by the flow diverter assembly ; and a connection fluidly coupled the sterile medium container and the diversion reservoir , wherein the diversion reservoir is configured to preferentially allow the portion of the fluid medium diverted by the flow diverter assembly to re-enter the fluid medium flow path for re-use prior to allowing use of a medium in the sterile medium container entering the fluid medium flow path. a flow diverter assembly fluidly coupled to and disposed in the fluid medium flow path, wherein the flow diverter assembly diverts the portion of the fluid medium of the injection from the fluid medium flow path during injection for use ; a diversion reservoir fluidly coupled to the flow diverter assembly for receiving the portion of the fluid medium diverted by the flow diverter assembly ; and a connection fluidly coupled the sterile medium container and the diversion reservoir , wherein the diversion reservoir is configured to preferentially allow the portion of the fluid medium diverted by the flow diverter assembly to re-enter the fluid medium flow path for re-use prior to allowing use of a medium in the sterile medium container entering the fluid medium flow path.
A method for manufacturing a composite material, the method comprising: forming a composite precursor material comprising a nonwoven layer comprising a plurality of fibers, and a polymer film layer; forming a plurality of extended cells in the polymer film layer, each of the extended cells having a continuous sidewall extending away from the nonwoven layer; pushing at least one of the fibers into at least one of the extended cells, while forming the extended cells, with a fluid, and wherein the composite precursor is formed by passing a nonwoven web through low pressure nip rolls while a molten polymer film is simultaneously extruded into the nip to form the polymer film layer on the nonwoven web. forming a composite precursor material comprising a nonwoven layer comprising a plurality of fibers, and a polymer film layer; forming a plurality of extended cells in the polymer film layer, each of the extended cells having a continuous sidewall extending away from the nonwoven layer; pushing at least one of the fibers into at least one of the extended cells, while forming the extended cells, with a fluid, and wherein the composite precursor is formed by passing a nonwoven web through low pressure nip rolls while a molten polymer film is simultaneously extruded into the nip to form the polymer film layer on the nonwoven web.
A device for generating a plurality of clock signals or high-frequency signals, a) having a reference frequency generator , which is connected to an oscillator and generates at its output a reference signal with a reference frequency fx, and b) having at least a first, a second and a further signal processing component (10-14), in particular DDS, which is connected to the reference frequency generator via a first signal line and to which the reference signal with the reference frequency fx is supplied, and which are configured, in each case to generate an output signal having a frequency < fx, wherein c) the first signal processing component is designed to generate an output signal having a frequency and phase defined by software from the reference frequency fx, and d) having a power generator which has the second signal processing component , wherein the output of the second signal processing component is connected to a power amplifier which is set up to generate a high-frequency power signal from the output signal of the second signal processing component , and e) having a digital measuring apparatus which is connected to a sensor at the output of the power generator , wherein the output of the further signal processing component is connected to a clock input of the measuring apparatus in order to enable the measuring apparatus to supply a sampling frequency, wherein f) the measuring apparatus has an A/D converter to which the sampling frequency is supplied and which is connected to the sensor . a) having a reference frequency generator , which is connected to an oscillator and generates at its output a reference signal with a reference frequency fx, and b) having at least a first, a second and a further signal processing component (10-14), in particular DDS, which is connected to the reference frequency generator via a first signal line and to which the reference signal with the reference frequency fx is supplied, and which are configured, in each case to generate an output signal having a frequency < fx, wherein c) the first signal processing component is designed to generate an output signal having a frequency and phase defined by software from the reference frequency fx, and d) having a power generator which has the second signal processing component , wherein the output of the second signal processing component is connected to a power amplifier which is set up to generate a high-frequency power signal from the output signal of the second signal processing component , and e) having a digital measuring apparatus which is connected to a sensor at the output of the power generator , wherein the output of the further signal processing component is connected to a clock input of the measuring apparatus in order to enable the measuring apparatus to supply a sampling frequency, wherein f) the measuring apparatus has an A/D converter to which the sampling frequency is supplied and which is connected to the sensor .
A pharmaceutical composition for use in preventing or treating blood cancer, the composition comprising at least one of the following 1,2-naphtoquinone derivative compounds or pharmaceutically acceptable salts thereof, wherein the blood cancer is acute myeloid leukemia or acute lymphoblastic leukemia:
An aircraft, comprising: a cabin galley having a plurality of touch surfaces ; characterised in that at least one of the touch surfaces includes a copper material; wherein the at least one touch surface is connected to a touch screen interface forming a substrate not including copper material; and wherein the copper material overlays the substrate. a cabin galley having a plurality of touch surfaces ; characterised in that at least one of the touch surfaces includes a copper material; wherein the at least one touch surface is connected to a touch screen interface forming a substrate not including copper material; and wherein the copper material overlays the substrate.
A joining device for carrying out a joining movement for joining together propellant charge modules to form a propellant charge with a temperature ascertaining device for a propellant charge and with a sensor head which is variable in a relative position in relation to the propellant charge and which is at least temporarily arranged in a cavity of the propellant charge for ascertaining the temperature during the joining movement.
A separating toilet comprising a shell having a pipe section , connected in the output area , with side walls which are at least sectionally vertical, as well as a main discharge connected downstream of the pipe section , wherein between the pipe section and the main discharge an odour trap is provided, and wherein at least one separate secondary discharge for separating of urine is provided, wherein the input port of the secondary discharge is arranged on one side of the vertical side wall of the pipe section and thus below the shell and above the odour trap, characterised in that the transition area at the upper edge of the input port of the secondary discharge is formed rounded towards the vertical side wall of the pipe section .
A method of operating a wireless device in a communication network, the method comprising: obtaining a list of time domain resource allocations, TDRAs, from a network node of the communication network; receiving downlink control information, DCI, scheduling a physical downlink shared channel, PDSCH, for reception by the wireless device, the received DCI indicating one or more transmission configuration indicator, TCI, states and one or more code domain multiplexed, CDM, groups associated with one or more demodulation reference signal, DMRS, ports; selecting a TDRA from the list of TDRAs based on the received DCI; and characterized by : determining a PDSCH transmission scheme including one or more transmission points, TRPs, based jointly on a number of PDSCH transmission repetitions configured for the selected TDRA, number of indicated TCI states and number of indicated CDM groups. obtaining a list of time domain resource allocations, TDRAs, from a network node of the communication network; receiving downlink control information, DCI, scheduling a physical downlink shared channel, PDSCH, for reception by the wireless device, the received DCI indicating one or more transmission configuration indicator, TCI, states and one or more code domain multiplexed, CDM, groups associated with one or more demodulation reference signal, DMRS, ports; selecting a TDRA from the list of TDRAs based on the received DCI; and characterized by : determining a PDSCH transmission scheme including one or more transmission points, TRPs, based jointly on a number of PDSCH transmission repetitions configured for the selected TDRA, number of indicated TCI states and number of indicated CDM groups.
A vehicle, in particular a vehicle used in public passenger transportation, having a converter arrangement for converting signals and having a carriage shell which carriage shell defines a vehicle light space profile in the direction of travel of the vehicle, wherein the converter arrangement is pointed toward a target area located at a distance from the converter arrangement outside the carriage shell , wherein the vehicle has an extending mechanism for displacing the converter arrangement between a retracted and an extended state, and wherein the converter arrangement has a sensor arrangement for detecting objects in the target area , wherein the vehicle has a door arrangement with a displaceable door panel (10a, b) for alternatively opening and closing the door opening, wherein the sensor arrangement is set up for detecting a user movement in the target area , wherein the converter arrangement has a light-emitting diode arrangement for emitting colored light into the target area , characterized in that the light-emitting diode arrangement is set up to determine a colour or a target area of the emitted light based on a locking state of the door arrangement, that the vehicle has a processing device for triggering an actuation based on the detected user movement, and that the processing device is set up to displace the door panel (10a, b) based on the detected user movement.
A method for decoding a high dynamic range - HDR - image in JPEG format, the method comprising: receiving base layer data, wherein the base layer data includes a tone-mapped low dynamic range version of the HDR image; receiving an encoder alteration parameter indicative of an alteration of the base layer data after encoding, wherein the encoder alteration parameter is a checksum of the encoded base layer data; receiving residual ratio data in one or more APP11 marker segments of the HDR image, wherein the residual ratio data includes information describing ratios of luminance values of the HDR image and corresponding luminance values of the base layer data; computing a decoder alteration parameter for the base layer data, wherein the decoder alteration parameter is a checksum of the received base layer data; and comparing the encoder alteration parameter to the decoder alteration parameter to determine whether the received base layer data has been altered after encoding. receiving base layer data, wherein the base layer data includes a tone-mapped low dynamic range version of the HDR image; receiving an encoder alteration parameter indicative of an alteration of the base layer data after encoding, wherein the encoder alteration parameter is a checksum of the encoded base layer data; receiving residual ratio data in one or more APP11 marker segments of the HDR image, wherein the residual ratio data includes information describing ratios of luminance values of the HDR image and corresponding luminance values of the base layer data; computing a decoder alteration parameter for the base layer data, wherein the decoder alteration parameter is a checksum of the received base layer data; and comparing the encoder alteration parameter to the decoder alteration parameter to determine whether the received base layer data has been altered after encoding.
A method of operating a cable handling system of a longwall mining machine having a shearer movable along a pan line to mine material along a mine face, the cable handling system including: i) a service line configured to carry one or more supply lines to the shearer for facilitating shearer operation, ii) a plurality of interconnected trays to accommodate the service line , iii) a plurality of sensor nodes distributed along a length of the service line , iv) a plurality of transceivers distributed along a length of the pan line , and v) a controller ; the method comprising: a) sensing and transmitting orientation, acceleration and/or position data of the service line using the plurality of sensor nodes , b) using the plurality of transceivers to receive the orientation, acceleration and/or position data from the plurality of sensor nodes and to transmit the orientation, acceleration and/or position data to the controller , and c) detecting, by the controller , an actual or imminent failure mode of the service line using analysis of the orientation, acceleration and/or position data from the plurality of the sensor nodes . i) a service line configured to carry one or more supply lines to the shearer for facilitating shearer operation, ii) a plurality of interconnected trays to accommodate the service line , iii) a plurality of sensor nodes distributed along a length of the service line , iv) a plurality of transceivers distributed along a length of the pan line , and v) a controller ; a) sensing and transmitting orientation, acceleration and/or position data of the service line using the plurality of sensor nodes , b) using the plurality of transceivers to receive the orientation, acceleration and/or position data from the plurality of sensor nodes and to transmit the orientation, acceleration and/or position data to the controller , and c) detecting, by the controller , an actual or imminent failure mode of the service line using analysis of the orientation, acceleration and/or position data from the plurality of the sensor nodes .
A rotational intravascular ultrasound IVUS device , comprising: a drive cable configured to rotate about an axis of rotation associated with the IVUS device ; and a transducer coupled to a distal end of the drive cable such that the transducer rotates with the drive cable ; wherein the drive cable is formed of a radiopaque material and defines a plurality of radiopaque markers in the form of an alternating series of tightly wound sections and loosely wound sections of the drive cable adjacent the distal end of the drive cable , the tightly wound sections being tightly wound areas of the drive cable that form blocks of greater radiopacity with respect to the loosely wound sections for accurately placing the transducer within a body of a patient. a drive cable configured to rotate about an axis of rotation associated with the IVUS device ; and a transducer coupled to a distal end of the drive cable such that the transducer rotates with the drive cable ; wherein the drive cable is formed of a radiopaque material and defines a plurality of radiopaque markers in the form of an alternating series of tightly wound sections and loosely wound sections of the drive cable adjacent the distal end of the drive cable , the tightly wound sections being tightly wound areas of the drive cable that form blocks of greater radiopacity with respect to the loosely wound sections for accurately placing the transducer within a body of a patient.
A method for control of transmission time interval, TTI, combinations in multicarrier High Speed Uplink Packet Access, HSUPA, the method being performed in a serving node of a communication network and comprising: sending a single High Speed Signalling Control Channel, HS-SCCH, order for TTI switching of a primary uplink, UL, frequency and for TTI switching of a secondary uplink frequency to a User Equipment , wherein the HS-SCCH order is sent indicating a TTI switch order to 2 ms + 10 ms, 10 ms + 2 ms, 2 × 2 ms, or 2 × 10 ms.
Portable massage device , comprising - a housing having a deformable contact segment for placement on an area of the body to be massaged, - a rotating massage head , and - a tapping massage head , wherein the rotating massage head and the tapping massage head are arranged within the housing and configured to cause deformation of the contact segment during operation, wherein the rotating massage head and the tapping massage head are distinct massage heads, wherein the portable massage device has a weight of less than 10 kg. - a housing having a deformable contact segment for placement on an area of the body to be massaged, - a rotating massage head , and - a tapping massage head , wherein the rotating massage head and the tapping massage head are arranged within the housing and configured to cause deformation of the contact segment during operation, wherein the rotating massage head and the tapping massage head are distinct massage heads, wherein the portable massage device has a weight of less than 10 kg.