mhurhangee/ep-ind-claims huggingface dataset:
A device for the interactive practice of gymnastics in association with a digital processing unit executing a gymnastics program to be followed by an user, comprising a platform provided with a sensor system adapted to sense the position of obstacles and/or of the feet of the user around said platform, the sensor system being a rangefinder system, and means for transmitting the signals from the sensors to the digital processing unit, wherein the platform is provided with removable feet, so as to be able to be used in a first state with the feet, wherein the platform is supported by the feet, and in a second state without the feet, wherein the lower portion of the platform rests on the ground, the lower portion of the platform being convex, and wherein the rangefinder system is capable of indicating the inclination of the platform without the feet by evaluation of the distance from the platform to the ground.
A method for broadcasting audiovisual information to mobile and stationary devices in a wireless manner, the method comprising: generating a first plurality of packets, wherein the first plurality of packets comprise first audiovisual information, wherein the first plurality of packets comprise a first stream usable by the stationary devices; generating a second plurality of packets, wherein the second plurality of packets comprise first error correction coding information for the first audiovisual information; generating control information, wherein the control information comprises commands for associating the first error correction coding information with at least a portion of the first audiovisual information; transmitting packets to the mobile and stationary devices in a wireless manner, wherein the packets comprise the first plurality of packets, the second plurality of packets, and the control information; wherein the control information informs the mobile devices of the association of the first error correction coding information with the at least a portion of the first audiovisual information wherein the second plurality of packets and the control information are not used by the stationary devices, characterised in that: the first plurality of packets and the second plurality of packets are transmitted in different streams and separately in frequency, wherein the control information indicates that the first plurality of packets and the second plurality of packets are transmitted separately in frequency. generating a first plurality of packets, wherein the first plurality of packets comprise first audiovisual information, wherein the first plurality of packets comprise a first stream usable by the stationary devices; generating a second plurality of packets, wherein the second plurality of packets comprise first error correction coding information for the first audiovisual information; generating control information, wherein the control information comprises commands for associating the first error correction coding information with at least a portion of the first audiovisual information; transmitting packets to the mobile and stationary devices in a wireless manner, wherein the packets comprise the first plurality of packets, the second plurality of packets, and the control information; wherein the control information informs the mobile devices of the association of the first error correction coding information with the at least a portion of the first audiovisual information wherein the second plurality of packets and the control information are not used by the stationary devices, characterised in that: the first plurality of packets and the second plurality of packets are transmitted in different streams and separately in frequency, wherein the control information indicates that the first plurality of packets and the second plurality of packets are transmitted separately in frequency.
A rotary-spindle syringe, comprising a rotary element with a thread which is in threaded engagement with a correspondingly shaped external thread of a driver, characterized in that the driver acts on a piston and is mounted in a translationally moveable manner relative to the piston, and in that the rotary-spindle syringe dispenses material both upon actuation of the rotary element as well as upon application of pressure to a hand support of the piston or a plunger of the piston.
A method for diagnosis of ovarian cancer, comprising the steps of (i) determining the level of antibodies against vascular endothelial growth factor receptor 1 (VEGFR-1) in a sample from a subject to be diagnosed, (ii) comparing the determined level in the sample to a control level of VEGFR-1 antibodies derived from subjects without cancer; wherein a decreased level in the sample from the subject to be diagnosed as compared to the control level is indicative of ovarian cancer in the subject. (i) determining the level of antibodies against vascular endothelial growth factor receptor 1 (VEGFR-1) in a sample from a subject to be diagnosed, (ii) comparing the determined level in the sample to a control level of VEGFR-1 antibodies derived from subjects without cancer;
A rubber track (10, 30, 40, 50, 60) comprising: a track main body formed of a rubber material in an endless belt shape, in which a plurality of lug sections (14, 15, 51) protrude from an outer circumferential surface of the track main body in a track circumferential direction at an interval, engaging sections for engaging with a vehicle wheel of a track-type vehicle are disposed at a portion of the track main body disposed between the lug sections (14, 15, 51) neighboring in the track circumferential direction, and a through-groove section (24, 25) passing through a lug section (14, 15, 51) in the track circumferential direction is formed in a lug section (14, 15, 51), wherein areas of ground surfaces formed by top surfaces (14a, 14b) of the plurality of lug sections (14, 15, 51) are different from each other at both sides in a track widthwise direction with respect to an imaginary line which extends in the track circumferential direction throughout the entire circumference and passes over the plurality of engaging sections, wherein an area of a portion of the ground surface disposed at the one side from the imaginary line is larger than an area of a portion disposed at the other side, characterised in that the through-groove sections include a first through-groove section formed in a portion of a first lug section deviated from the imaginary line in the track widthwise direction, and a second through-groove section formed in a portion of a second lug section disposed on the imaginary line. a track main body formed of a rubber material in an endless belt shape, in which a plurality of lug sections (14, 15, 51) protrude from an outer circumferential surface of the track main body in a track circumferential direction at an interval, engaging sections for engaging with a vehicle wheel of a track-type vehicle are disposed at a portion of the track main body disposed between the lug sections (14, 15, 51) neighboring in the track circumferential direction, and a through-groove section (24, 25) passing through a lug section (14, 15, 51) in the track circumferential direction is formed in a lug section (14, 15, 51), wherein areas of ground surfaces formed by top surfaces (14a, 14b) of the plurality of lug sections (14, 15, 51) are different from each other at both sides in a track widthwise direction with respect to an imaginary line which extends in the track circumferential direction throughout the entire circumference and passes over the plurality of engaging sections, wherein an area of a portion of the ground surface disposed at the one side from the imaginary line is larger than an area of a portion disposed at the other side, characterised in that the through-groove sections include a first through-groove section formed in a portion of a first lug section deviated from the imaginary line in the track widthwise direction, and a second through-groove section formed in a portion of a second lug section disposed on the imaginary line.
A method for session binding, comprising: a Policy and Charging Rules Function, PCRF, or a Broadband Policy Control Function, BPCF, receiving a first session from a fixed network, wherein the first session carries an IP address and a port number set; the PCRF or BPCF receiving a second session from an Application Function, AF, or a Traffic Detection Function, TDF, wherein the second session carries an IP address and port number information; and the PCRF or BPCF binding the first session to the second session according to the IP addresses and the port number information; wherein the PCRF or the BPCF binding the first session to the second session according to the IP addresses and the port number information comprises: the PCRF or BPCF binding the first session to the second session when determining that the first session and the second session satisfy the following two conditions: 1) the IP address of the first session and the IP address of the second session are the same; and 2) a port number in the port number information of the second session is an element in the port number set of the first session. a Policy and Charging Rules Function, PCRF, or a Broadband Policy Control Function, BPCF, receiving a first session from a fixed network, wherein the first session carries an IP address and a port number set; the PCRF or BPCF receiving a second session from an Application Function, AF, or a Traffic Detection Function, TDF, wherein the second session carries an IP address and port number information; and the PCRF or BPCF binding the first session to the second session according to the IP addresses and the port number information; wherein the PCRF or the BPCF binding the first session to the second session according to the IP addresses and the port number information comprises: the PCRF or BPCF binding the first session to the second session when determining that the first session and the second session satisfy the following two conditions: 1) the IP address of the first session and the IP address of the second session are the same; and 2) a port number in the port number information of the second session is an element in the port number set of the first session.
A method comprising: receiving or transmitting, in a Digital Subscriber Line multicarrier communications environment, a plurality of multicarrier symbols in a first data communication state, wherein the first data communication state is a data transmission state, a Showtime state or steady state transmission; determining a SymbolCount, wherein the SymbolCount is a number that indicates a count of multicarrier symbols received or transmitted over a communication line after entering the first data communication state; one or more of determining, storing, measuring and detecting, prior to exiting the first data communication state, the following diagnostic data: a SymbolCount of a last Discrete Multitone Modulation symbol received or transmitted prior to exiting the Showtime state, and a SymbolCount of at least one change of a loss of signal defect state, wherein a change of the LOS defect state occurs when an LOS defect detection changes from false to true or vice-versa, exiting the first data communication state and entering a second data communication state; and transmitting a message, wherein the message contains information indicating the diagnostic data. receiving or transmitting, in a Digital Subscriber Line multicarrier communications environment, a plurality of multicarrier symbols in a first data communication state, wherein the first data communication state is a data transmission state, a Showtime state or steady state transmission; determining a SymbolCount, wherein the SymbolCount is a number that indicates a count of multicarrier symbols received or transmitted over a communication line after entering the first data communication state; one or more of determining, storing, measuring and detecting, prior to exiting the first data communication state, the following diagnostic data: a SymbolCount of a last Discrete Multitone Modulation symbol received or transmitted prior to exiting the Showtime state, and a SymbolCount of at least one change of a loss of signal defect state, wherein a change of the LOS defect state occurs when an LOS defect detection changes from false to true or vice-versa, exiting the first data communication state and entering a second data communication state; and a SymbolCount of a last Discrete Multitone Modulation symbol received or transmitted prior to exiting the Showtime state, and a SymbolCount of at least one change of a loss of signal defect state, wherein a change of the LOS defect state occurs when an LOS defect detection changes from false to true or vice-versa, exiting the first data communication state and entering a second data communication state; and transmitting a message, wherein the message contains information indicating the diagnostic data.
A method for producing a three-dimensional object, comprising: - providing a powder material; - providing a radiation absorbent material at least on a region to be sintered of said powder material, wherein the method comprises providing, as said radiation absorbent material, optically resonant particles; and - sintering said region to be sintered of the powder material, by exposing said radiation absorbent material to radiation that causes the optically resonant particles to optically resonate to heat up and transfer heat to the powder material, wherein said radiation is light; characterised in that the method comprises providing said optically resonant particles, according to the following parameters: distribution and proportion of the optically resonant particles with respect to the powder material included in said region to be sintered, wherein the method comprises selecting said parameters: - to disperse the optically resonant particles within the powder material included in said region, and - to avoid an agglomeration and self-sintering of the optically resonant particles, even during sintering of the powder material, which would cause a change in the absorption spectra of the optically resonant particles in the form of at least one shift in one or more optical resonance peaks above or equal to five times the full-width at half maximum (FWHM) and/or at least a broadening of one or more optical resonance peaks above or equal to five times the FWHM; wherein the method further comprises providing an anti-agglomeration coating on said optically resonant particles, wherein said anti-agglomeration coating is configured to cooperate in said avoiding of said agglomeration and self-sintering of the optically resonant particles, before being provided on said region to be sintered, while being provided and once already provided, at least by tailoring the surface chemistry of the optically resonant particles. - providing a powder material; - providing a radiation absorbent material at least on a region to be sintered of said powder material, wherein the method comprises providing, as said radiation absorbent material, optically resonant particles; and - sintering said region to be sintered of the powder material, by exposing said radiation absorbent material to radiation that causes the optically resonant particles to optically resonate to heat up and transfer heat to the powder material, wherein said radiation is light; - to disperse the optically resonant particles within the powder material included in said region, and - to avoid an agglomeration and self-sintering of the optically resonant particles, even during sintering of the powder material, which would cause a change in the absorption spectra of the optically resonant particles in the form of at least one shift in one or more optical resonance peaks above or equal to five times the full-width at half maximum (FWHM) and/or at least a broadening of one or more optical resonance peaks above or equal to five times the FWHM;
A power supply system for cold crank functionality for providing power to components of a battery system of a vehicle, comprising: - a microprocessor; - a first power supply; - the first power supply electrically connected to the microprocessor to electrically supply the microprocessor in a normal mode; - a second power supply; characterized in, - a relay control unit for controlling a relay to switch an external load; - a switching unit configured to: electrically disconnect the first power supply from the microprocessor in a cold crank mode, whereas a cold crank mode occurs when the voltage of the first power supply drops below a threshold voltage; electrically connect the second power supply to the microprocessor in the cold crank mode, the second power supply configured to electrically supply the microprocessor in the cold crank mode; and - the first power supply is electrically connected to the relay control unit to supply the relay control unit in the normal mode and in the cold crank mode, whereas the relay control unit is operable with voltages below the threshold voltage. - a microprocessor; - a first power supply; - the first power supply electrically connected to the microprocessor to electrically supply the microprocessor in a normal mode; - a second power supply; characterized in, - a relay control unit for controlling a relay to switch an external load; - a switching unit configured to: electrically disconnect the first power supply from the microprocessor in a cold crank mode, whereas a cold crank mode occurs when the voltage of the first power supply drops below a threshold voltage; electrically connect the second power supply to the microprocessor in the cold crank mode, the second power supply configured to electrically supply the microprocessor in the cold crank mode; and electrically disconnect the first power supply from the microprocessor in a cold crank mode, whereas a cold crank mode occurs when the voltage of the first power supply drops below a threshold voltage; electrically connect the second power supply to the microprocessor in the cold crank mode, the second power supply configured to electrically supply the microprocessor in the cold crank mode; and - the first power supply is electrically connected to the relay control unit to supply the relay control unit in the normal mode and in the cold crank mode, whereas the relay control unit is operable with voltages below the threshold voltage.
Road construction machine, in particular slipform paver or curing machine for freshly manufactured concrete layers, comprising a machine frame supported by running gears (3A, 3B; 4A, 4B), on which machine frame a working device is provided, which has a working means that can be moved in the direction running transversely to the working direction, which working means is fastened to a carriage which is guided on a linear guide running transversely to the working direction, characterised in that the carriage is connected to a cable that is deflected on one longitudinal side of the machine frame, the free ends of which are fastened to the cable drum of a cable winch on the other longitudinal side of the machine frame in such a way that the carriage can be moved in the transverse direction by rotating the cable drum, the cable drum having a first and a second drum half (20, 21), one end of the cable being fastened to one drum half and the other end of the cable being fastened to the other drum half, and in that the cable winch is designed in such a way that the cable winch can assume a first operating mode in which the first and second drum halves (20, 21) are connected to one another in such a way that rotating the first and/or second drum halves in one direction or the other causes the carriage to move in one direction or in the other direction, and the cable winch can assume a second operating mode, in which the first and second drum halves (20, 21) can be rotated in opposite directions at least in one direction of rotation, so that the cable tension of the cable can be adjusted by rotating one drum half relative to the other drum half. the carriage is connected to a cable that is deflected on one longitudinal side of the machine frame, the free ends of which are fastened to the cable drum of a cable winch on the other longitudinal side of the machine frame in such a way that the carriage can be moved in the transverse direction by rotating the cable drum, the cable drum having a first and a second drum half (20, 21), one end of the cable being fastened to one drum half and the other end of the cable being fastened to the other drum half, and in that the cable winch is designed in such a way that the cable winch can assume a first operating mode in which the first and second drum halves (20, 21) are connected to one another in such a way that rotating the first and/or second drum halves in one direction or the other causes the carriage to move in one direction or in the other direction, and the cable winch can assume a second operating mode, in which the first and second drum halves (20, 21) can be rotated in opposite directions at least in one direction of rotation, so that the cable tension of the cable can be adjusted by rotating one drum half relative to the other drum half.
A payload coupling apparatus for coupling a payload to an unmanned aerial vehicle, UAV, the payload coupling apparatus comprising: a housing having an upper portion, a lower portion, and a side wall positioned between the upper and lower portions; an attachment point on the housing adapted for attachment to a first end of a tether; a slot in the housing that extends downwardly towards a center of the housing thereby forming a hook or lip on the lower portion of the housing beneath the slot; characterised in that it also comprises a plurality of holes (935, 936, 931, 932, 939, 940, 943, 944, 934, 949, 933, 938, 941, 938 937, 942, 966, 967, 960, 961, 964, 965, 962, 963) in the upper portion of the housing; and a plurality of holes (818, 819, 801, 811, 803, 813) in the lower portion of the housing, wherein the housing is hollow, and air is allowed to flow through the plurality of holes in the upper portion of the housing, through the housing, and exit the plurality holes in the lower portion of the housing. a housing having an upper portion, a lower portion, and a side wall positioned between the upper and lower portions; an attachment point on the housing adapted for attachment to a first end of a tether; a slot in the housing that extends downwardly towards a center of the housing thereby forming a hook or lip on the lower portion of the housing beneath the slot; characterised in that it also comprises a plurality of holes (935, 936, 931, 932, 939, 940, 943, 944, 934, 949, 933, 938, 941, 938 937, 942, 966, 967, 960, 961, 964, 965, 962, 963) in the upper portion of the housing; and a plurality of holes (818, 819, 801, 811, 803, 813) in the lower portion of the housing, wherein the housing is hollow, and air is allowed to flow through the plurality of holes in the upper portion of the housing, through the housing, and exit the plurality holes in the lower portion of the housing.
A mobile device having location determining means and a processor, located within a housing, and having a port for connection to a data cable (USB D-/D+) for communicating data and a radio receiver for receiving travel information, the device further comprising a switch arranged to control the device to either communicate data via a data cable connected to the port or to receive travel information from a radio antenna connected to the port.