mhurhangee/ep-ind-claims huggingface dataset:
A wireless station comprising: a synchronization unit configured to synchronize with a transmission suspension period of a transmitting station of a wireless system; a measurement unit configured: to measure a reception level of a wireless signal transmitted using a frequency band available for said transmitting station in a transmission period; and to measure a reception level of a wireless signal transmitted using the frequency band in the transmission suspension period synchronized by the synchronization unit; and an interference estimation unit configured to estimate an amount of interference to another wireless system according to the measured reception level in the transmission suspension period synchronized by the synchronization unit and the measured reception level in the transmission period in order to control the transmission of said transmitting station. a synchronization unit configured to synchronize with a transmission suspension period of a transmitting station of a wireless system; a measurement unit configured: to measure a reception level of a wireless signal transmitted using a frequency band available for said transmitting station in a transmission period; and to measure a reception level of a wireless signal transmitted using the frequency band in the transmission suspension period synchronized by the synchronization unit; and an interference estimation unit configured to estimate an amount of interference to another wireless system according to the measured reception level in the transmission suspension period synchronized by the synchronization unit and the measured reception level in the transmission period in order to control the transmission of said transmitting station. to measure a reception level of a wireless signal transmitted using a frequency band available for said transmitting station in a transmission period; and to measure a reception level of a wireless signal transmitted using the frequency band in the transmission suspension period synchronized by the synchronization unit; and an interference estimation unit configured to estimate an amount of interference to another wireless system according to the measured reception level in the transmission suspension period synchronized by the synchronization unit and the measured reception level in the transmission period in order to control the transmission of said transmitting station.
Device for realizing a cooling effect in a space, for instance an accommodation area, an office space, a living room or a cab in a means of transport such as a car, a boat or an aircraft or the like, said device comprising: a housing (3, 4) with a heat-conducting wall, which housing bounds a chamber through which air can flow; an air inlet which connects to the chamber and to said space; an air outlet connecting to the chamber; air transport means, for instance fan means, for transporting air from the air inlet via the chamber to the air outlet; and moistening means (5, 6) for moistening the inner surface of said wall with water; this such that air transported by the air transport means is introduced into the chamber via the air inlet, passes along the moistened inner surface of said wall in the chamber and is discharged from the chamber via the air outlet, characterized in that water present on the heat-conductive inner surface evaporates and is entrained by the air flowing by, and said wall is cooled by making use only of the high heat of evaporation of water. a housing (3, 4) with a heat-conducting wall, which housing bounds a chamber through which air can flow; an air inlet which connects to the chamber and to said space; an air outlet connecting to the chamber; air transport means, for instance fan means, for transporting air from the air inlet via the chamber to the air outlet; and moistening means (5, 6) for moistening the inner surface of said wall with water; this such that air transported by the air transport means is introduced into the chamber via the air inlet, passes along the moistened inner surface of said wall in the chamber and is discharged from the chamber via the air outlet, characterized in that water present on the heat-conductive inner surface evaporates and is entrained by the air flowing by, and said wall is cooled by making use only of the high heat of evaporation of water.
Heating multilayer textile article (10, 10-1; 10-2; 10-3; 10-4) comprising at least one heating layer consisting of a fabric which incorporates in its textile structure (TR, CT), as electrical resistance adapted to be fed with an electric current to warm up and generate heat, an electrically conductive yarn or thread, in particular comprising carbon fibers, wherein the fabric, forming said heating layer, is a special warp knitted fabric (TES, TES '; TES") of the "crochet" type, that is a fabric manufactured with a warp knitting machine or loom of the "crochet" type, characterized in that, in the manufacture of the fabric (TES, TES'; TES") by means of said warp knitting machine, the same conductive yarn, in particular of carbon, is used as effect yarn to realize the design of said electrical resistance according to a continuous serpentine form or a similar form in which the conductive yarn runs and extends both in the warp direction and in the weft direction of the knitted fabric.
Combing machine comprising: - at least one pair of tearing rollers (14,16) suitable to rotate in alternating motion; - a nipper suitable to perform a back and forth movement from the pair of tearing rollers (14,16), between a forward position in which it is close to said rollers and positioned in an area of engagement with these, and a rearward position in which it is distanced from said rollers; - a circular comb moved in rotation in a synchronised manner with the movement of the nipper; - a transmission device having in input a motor shaft movable in rotation with angular input speed (Win) and in output a rotatable driven shaft with angular output speed (Wout) and kinematically engaged with the circular comb; wherein, the ratio between the angular output speed (Wout) and the angular input speed (Win) being defined, said ratio is variable depending on the angular position (α) of the circular comb and is characterised by a value between 1.55 and 0.45. - at least one pair of tearing rollers (14,16) suitable to rotate in alternating motion; - a nipper suitable to perform a back and forth movement from the pair of tearing rollers (14,16), between a forward position in which it is close to said rollers and positioned in an area of engagement with these, and a rearward position in which it is distanced from said rollers; - a circular comb moved in rotation in a synchronised manner with the movement of the nipper; - a transmission device having in input a motor shaft movable in rotation with angular input speed (Win) and in output a rotatable driven shaft with angular output speed (Wout) and kinematically engaged with the circular comb;
A method of reporting Channel Status Information, CSI, to a base station by a user equipment in a wireless communication system, the method comprising: receiving a plurality of Non-Zero-Power, NZP, Channel Status Information-Reference Signals, CSI-RSs, from the base station; selecting one of the plurality of NZP CSI-RSs based on reception power of the plurality of the NZP CSI-RSs; measuring interference by removing the selected NZP CSI-RS from a channel estimated using the selected NZP CSI-RS; and reporting the CSI including an indicator indicating the selected NZP CSI-RS and information about the measured interference to the base station, the method being characterized in that wherein if a number of antenna ports of the selected NZP CSI-RS is equal to or smaller than a threshold, measuring the interference comprises measuring the interference by removing both the selected NZP CSI-RS and a Z designated by the base station NZP CSI-RS, wherein the designated by the base station NZP CSI-RS is received with the selected NZP CSI-RS at a same timing. receiving a plurality of Non-Zero-Power, NZP, Channel Status Information-Reference Signals, CSI-RSs, from the base station; selecting one of the plurality of NZP CSI-RSs based on reception power of the plurality of the NZP CSI-RSs; measuring interference by removing the selected NZP CSI-RS from a channel estimated using the selected NZP CSI-RS; and reporting the CSI including an indicator indicating the selected NZP CSI-RS and information about the measured interference to the base station, the method being characterized in that wherein if a number of antenna ports of the selected NZP CSI-RS is equal to or smaller than a threshold, measuring the interference comprises measuring the interference by removing both the selected NZP CSI-RS and a Z designated by the base station NZP CSI-RS, wherein the designated by the base station NZP CSI-RS is received with the selected NZP CSI-RS at a same timing.
An apparatus, preferably for a motor vehicle, in particular a utility vehicle, with an internal combustion engine, an expansion machine and a generator, it being possible for the expansion machine and the generator to be operatively connected both among one another and in each case to the internal combustion engine via a transmission, in order to make a selectively electric use and mechanical use of the energy of the expansion machine possible; the generator being connected to a system, and the system having an energy store which can be charged by means of the generator for the storage of electric energy, at least one electric consumer of a motor vehicle, a DC/DC converter for the supply of an on-board electric system of a motor vehicle, and a control device for controlling the generator; and in a generator mode, the generator acting as a generator, and, despite a missing or low heat input from the internal combustion engine, the expansion machine still generating utilizable energy on account of the thermal inertia of the waste heat recovery system, the generator generating electric energy from the utilizable energy of the expansion machine and from the mechanical energy of the internal combustion engine, and the electric energy being made available to the system; and, in an expander mode, the waste heat recovery system converting waste heat of the internal combustion engine into utilizable energy, the expansion machine generating mechanical energy from the utilizable energy, and the mechanical energy being made available to the internal combustion engine via the transmission, and the generator generating electric energy from the utilizable energy, and the electric energy being made available to the system; and in a motor mode, the generator acting as a motor or an electric motor of the system acting as a motor, and converting electric energy which comes from the energy store into mechanical energy, and making it available to the internal combustion engine via the transmission.
Device for supplying edge bands, comprising a storage unit with individual storage spaces which are designed to be fitted at least indirectly with edge bands each forming in particular at least in sections an edgeband reel, wherein the storage unit is arranged linearly displaceable in or on a base frame so that a selected edgeband reel can be moved into a working position in which the edge band situated on the edgeband reel can be taken up by an edgeband feed of an edge-banding machine characterised by at least one cutting arrangement (14; 14'; 14") by means of which a section of an edge band, in particular unwound from an edgeband reel, can be cut off at a cutting position (P1, P2) in the region of the working position, and by a brake unit via which an edge band arranged in particular at least in part inside a cassette can be fixed and/or braked in terms of its mobility.
At a computing device, a method for transforming output of a control stick, the method comprising: receiving a dead zone inflection point defining a boundary of a dead zone region and a playspace region within a first normalized unit-area movement space of the control stick; mapping the first normalized unit-area movement space to a second normalized unit-area movement space; using a scaling function comprising the dead zone inflection point, scaling each axis of the second normalized unit-area movement space to generate a scaled second normalized unit-area movement space; transforming the scaled second normalized unit-area movement space to a scaled first normalized unit-area movement space; receiving position data representing a current position of the control stick; and transforming the current position to a transformed position in the scaled first normalized unit-area movement space. receiving a dead zone inflection point defining a boundary of a dead zone region and a playspace region within a first normalized unit-area movement space of the control stick; mapping the first normalized unit-area movement space to a second normalized unit-area movement space; using a scaling function comprising the dead zone inflection point, scaling each axis of the second normalized unit-area movement space to generate a scaled second normalized unit-area movement space; transforming the scaled second normalized unit-area movement space to a scaled first normalized unit-area movement space; receiving position data representing a current position of the control stick; and transforming the current position to a transformed position in the scaled first normalized unit-area movement space.
A lighting control analyzer for determining occupancy behavior in an area (110, 200) arranged to be at least partly illuminated by at least one lighting device (120a-c) controllable by a lighting controller, the lighting control analyzer being adapted to: receive light settings (d) for control of the at least one lighting device, the light settings being determined by the lighting controller using a lighting control strategy for said area, wherein the lighting control strategy represents a desired illumination of at least part of said area, based on presence information associated with at least one location in said area; and determine the occupancy behavior, based on the light settings and the lighting control strategy, characterised in that said determination is based on said light settings for a plurality of time instants, in that said light settings correspond to dimming levels from at least one dimmer associated with said at least one lighting device, and in that occupancy behavior comprises normal/common locations of occupants in the area, how often different locations in the area are occupied and/or locations at which occupants normally enter/exit the area. receive light settings (d) for control of the at least one lighting device, the light settings being determined by the lighting controller using a lighting control strategy for said area, wherein the lighting control strategy represents a desired illumination of at least part of said area, based on presence information associated with at least one location in said area; and determine the occupancy behavior, based on the light settings and the lighting control strategy,
Method for operating at least one ultrasonic sensor (4, 6) of a driver assistance system in a motor vehicle, wherein an output sound signal (S A) of an ultrasonic sensor (4, 6) is modulated in accordance with a type of modulation and by means of this modulation, a specific codeword is impressed on the output sound signal (S A), characterized in that for at least mutually different functionalities (8 to 12) of the driver assistance system, different types of modulation are in each case used for the modulation of the output sound signal (S A) and/or in each case different lengths of the codeword.
A pharmaceutical formulation comprising a crystalline hydrochloride monohydrate salt of (5S,8S)-8-[{ -1-(3,5-Bis-trifluoromethyl)phenyl]-ethoxy}-methyl]-8-phenyl-1,7-diazaspiro[4.5]decan-2-one, lactose, microcrystalline cellulose, croscarmellose sodium, pregelatinized starch, and magnesium stearate.
Motor vehicle crash box with a working direction in a vehicle's longitudinal axis, wherein the component is manufactured out of a tube that is made of an austenitic steel which has a homogeneous austenitic microstructure with a strain hardening effect even after forming which is expanded by a forming process into an expanded tube having at least two zones (1, 2, 3) having different material strength and different geometry, characterized in that the center in longitudinal direction works as a mirror axis and the zones (1, 2, 3) are formed in a way that starting from the outer sides to the center, the diameter (d 1, d 2, d 3) of the zone (1, 2, 3) decreases towards the center.
An electricity meter arranged to measure the consumption of energy supplied to an installation by a distribution network comprising a phase line and a neutral line, the electricity meter comprising: · a phase conductor and a neutral conductor arranged to be connected respectively to the phase line and to the neutral line; · a test circuit comprising a test component (Rt) and a connection component arranged to place the test component selectively in a connected configuration, in which the test component is connected to the phase conductor and to the neutral conductor in parallel with the installation so as to form an additional load, and a disconnected configuration in which the test component is disconnected from the phase conductor and/or from the neutral conductor; · a processor component arranged to control the connection component in such a manner that it places the test component in the connected configuration during a predetermined test duration, characterized in that the processor component is arranged to measure surplus energy consumed during the predetermined test duration and due to the additional load, and to estimate measurement error of the electricity meter from the surplus energy. · a phase conductor and a neutral conductor arranged to be connected respectively to the phase line and to the neutral line; · a test circuit comprising a test component (Rt) and a connection component arranged to place the test component selectively in a connected configuration, in which the test component is connected to the phase conductor and to the neutral conductor in parallel with the installation so as to form an additional load, and a disconnected configuration in which the test component is disconnected from the phase conductor and/or from the neutral conductor; · a processor component arranged to control the connection component in such a manner that it places the test component in the connected configuration during a predetermined test duration, characterized in that the processor component is arranged to measure surplus energy consumed during the predetermined test duration and due to the additional load, and to estimate measurement error of the electricity meter from the surplus energy.
A method of determining whether an individual with cancer is suitable for a treatment with an NQO1 bioactivatable drug or predicting responsiveness of an individual with cancer to a treatment with an NQO1 bioactivatable drug, wherein: (i) the method is for determining whether an individual with cancer is suitable for a treatment with an NQO1 bioactivatable drug and comprises measuring the protein level of the NQO1 expression and the catalase expression in the cancer cells in a sample from the individual, wherein a ratio of the NQO1 level over the catalase level in the cancer cells from the individual being at least about 50-fold of the ratio of a normal tissue indicates that the individual is suitable for the treatment; or (ii) the method is for predicting responsiveness of an individual with cancer to a treatment with an NQO1 bioactivatable drug and comprises measuring the protein level of the NQO1 expression and the catalase expression in the cancer cells in a sample from the individual, wherein a ratio of the NQO1 level over the catalase level in the cancer cells from the individual being at least about 50-fold of the ratio of a normal tissue indicates that the individual is more likely to be responsive to the treatment. (i) the method is for determining whether an individual with cancer is suitable for a treatment with an NQO1 bioactivatable drug and comprises measuring the protein level of the NQO1 expression and the catalase expression in the cancer cells in a sample from the individual, wherein a ratio of the NQO1 level over the catalase level in the cancer cells from the individual being at least about 50-fold of the ratio of a normal tissue indicates that the individual is suitable for the treatment; or (ii) the method is for predicting responsiveness of an individual with cancer to a treatment with an NQO1 bioactivatable drug and comprises measuring the protein level of the NQO1 expression and the catalase expression in the cancer cells in a sample from the individual, wherein a ratio of the NQO1 level over the catalase level in the cancer cells from the individual being at least about 50-fold of the ratio of a normal tissue indicates that the individual is more likely to be responsive to the treatment.
A mobile communication device comprising a mobile terminal, a subscriber identity module connected to the mobile terminal, and comprising NFC components for near field communication including a radio module and a secure element for storing data used in near field communication services, the radio module communicating with the secure element, an adapter module being connectable to the mobile terminal and to the subscriber identity module, the adapter module in combination with the mobile terminal or the subscriber identity module forming a unit of the mobile communication device including at least one NFC component, characterized in that the radio module is included in the mobile terminal and the secure element is included in the subscriber identity module, wherein the radio module and the adapter module are adapted to communicate using a first communication protocol, the subscriber identity module being adapted to communicate with the mobile terminal using a second communication protocol, and in that the adapter module is adapted to convert data messages transmitted from the radio module to the secure element from the first to the second protocol and to convert data messages transmitted from the secure element to the radio module element from the second to the first protocol.