mhurhangee/ep-ind-claims huggingface dataset:
A diffuser of a volatile liquid substance of the type including a container of the volatile liquid substance, closed by at least one permeable membrane which is permeable to the vapours of said volatile liquid substance and in direct contact with the external environment, wherein said container is at least partly flexible and contains a plurality of capsules filled with said volatile liquid substance and made of a pressure-breakable plastic material impermeable to liquids and vapours, wherein said container includes an annular edge portion and a cup-shaped central portion containing said capsules, characterized in that the angle formed between said annular edge portion and said cup-shaped central portion of the container is between 30° and 45° and in that the diffuser further includes a flat ring stably fixed to said annular edge portion of the container.
A method in a base station in a communication network, the method comprising the steps of: determining a CSI report set consisting of a plurality of CSI processes for a UE, wherein the CSI report set comprises multiple CSI feedback modes; sending RRC signaling indicative of the CSI report set to the UE; and sending signaling indicative of a restriction of a precoding codebook subset for each CSI process in the CSI report set and/or rank for each CSI process in the CSI report set wherein said RRC signaling further indicates precoding codebook subset restrictions of each CSI feedback mode included in said CSI report set by means of bitmap parameters.
A kit of parts comprising: an electric lamp, and a dummy starter to replace a starter in a switch-start circuit fixture for connecting the electric lamp to mains voltage, wherein the electric lamp comprises: a lighting module with at least two terminals (4a, 4b); and four external connection pins (5aa, 5ab, 5ba, 5bb) arranged in pairs, wherein each pair of connection pins is associated with an automatic switch (6a, 6b) operable to connect a first connection pin in the pair to a terminal, wherein each automatic switch (6a, 6b) is operatively connected to a voltage sensor (7a, 7b), wherein each voltage sensor (7a, 7b) is arranged to measure a voltage across the pins in the pair of connection pins associated with the automatic switch to which the voltage sensor is operatively connected, and wherein each automatic switch (6a, 6b) is adapted to close in response to a non-zero voltage (V a, V b) determined by the voltage sensor (7a, 7b) to which it is operatively connected. an electric lamp, and a dummy starter to replace a starter in a switch-start circuit fixture for connecting the electric lamp to mains voltage, wherein the electric lamp comprises: a lighting module with at least two terminals (4a, 4b); and four external connection pins (5aa, 5ab, 5ba, 5bb) arranged in pairs, a lighting module with at least two terminals (4a, 4b); and four external connection pins (5aa, 5ab, 5ba, 5bb) arranged in pairs, wherein each pair of connection pins is associated with an automatic switch (6a, 6b) operable to connect a first connection pin in the pair to a terminal, wherein each automatic switch (6a, 6b) is operatively connected to a voltage sensor (7a, 7b), wherein each voltage sensor (7a, 7b) is arranged to measure a voltage across the pins in the pair of connection pins associated with the automatic switch to which the voltage sensor is operatively connected, and wherein each automatic switch (6a, 6b) is adapted to close in response to a non-zero voltage (V a, V b) determined by the voltage sensor (7a, 7b) to which it is operatively connected.
A computer implemented system for managing a process, comprising: a processor that is configured to access and execute instructions in a memory to: implement an input/output interface that is configured to accept commands; implement a process that includes a set of states that describe a status of the process; generate a token that identifies the process; at the interface, present an indicia that represents the token to thereby permit the indicia to be inspected by another computer device such that the token can be transferred towards the another computer device; receive a message at the computer system to indicate that a current state of the process has been provided to the another computer device; and discontinue accepting commands by the input/output interface for the process characterized by: wherein the processor is further configured to display the indicia on a display of the computer implemented system and wherein the processor is further configured to receive a prompt to initiate presentation of the indicia. implement an input/output interface that is configured to accept commands; implement a process that includes a set of states that describe a status of the process; generate a token that identifies the process; at the interface, present an indicia that represents the token to thereby permit the indicia to be inspected by another computer device such that the token can be transferred towards the another computer device; receive a message at the computer system to indicate that a current state of the process has been provided to the another computer device; and discontinue accepting commands by the input/output interface for the process characterized by: wherein the processor is further configured to display the indicia on a display of the computer implemented system and wherein the processor is further configured to receive a prompt to initiate presentation of the indicia. wherein the processor is further configured to display the indicia on a display of the computer implemented system and wherein the processor is further configured to receive a prompt to initiate presentation of the indicia.
A solenoid switch for use in a vehicle starter motor, comprising: a) a housing; b) a cover carrying a pair of contact posts, one end of the cover being fixed to the housing; and c) a magnetic core fitted in the housing opposite to the end of the cover; d) wherein an engaging structure between the magnetic core and the housing is independent of the cover such that a force acting on the magnetic core in a direction toward the end of the cover can be absorbed by the engaging structure, wherein e) an inner wall of the housing is provided with a locking groove, the periphery of the magnetic core is provided with a locking portion, and the locking portion is locked in the locking groove by rotating the magnetic core so as to fix the magnetic core to the housing; and f) the locking portion abuts against a first side of the locking groove away from the end of the cover, and an elastic element is provided between the locking portion and an opposite second side of the locking groove. a) a housing; b) a cover carrying a pair of contact posts, one end of the cover being fixed to the housing; and c) a magnetic core fitted in the housing opposite to the end of the cover; d) wherein an engaging structure between the magnetic core and the housing is independent of the cover such that a force acting on the magnetic core in a direction toward the end of the cover can be absorbed by the engaging structure, wherein e) an inner wall of the housing is provided with a locking groove, the periphery of the magnetic core is provided with a locking portion, and the locking portion is locked in the locking groove by rotating the magnetic core so as to fix the magnetic core to the housing; and f) the locking portion abuts against a first side of the locking groove away from the end of the cover, and an elastic element is provided between the locking portion and an opposite second side of the locking groove.
A prilling method to prill a shear-thinnable mixture comprising the steps of: a) providing a molten first component; b) mixing at least a second component with said molten first component; c) reacting said components to form a shear-thinnable mixture; and d) prilling said shear-thinnable mixture wherein said prilling comprises mechanically agitating in a prill head to shear thin said shear-thinnable mixture sufficiently to permit prilling, wherein said first component is ammonium nitrate and said second component is ammonium sulfate; and wherein step c) is performed at a temperature of between 180°C and 200°C. a) providing a molten first component; b) mixing at least a second component with said molten first component; c) reacting said components to form a shear-thinnable mixture; and d) prilling said shear-thinnable mixture wherein said prilling comprises mechanically agitating in a prill head to shear thin said shear-thinnable mixture sufficiently to permit prilling,
A data determination apparatus comprising: a state transition model storage unit to store a state transition model representing a state transition between respective operating states of a plurality of operating states, wherein state transitions between respective operating states of the plurality of operating states stored in the state transition model are made using communication data; a state management unit to hold an operating state of the data determination apparatus based on the state transition model; a communication permission list storage unit to store, as a communication permission list defining communication data to be permitted for the respective operating states of the plurality of operating states, communication permitted data; a communication unit to obtain the communication data as communication determination data; and a determination unit to obtain the communication determination data obtained by the communication unit, obtain the operating state of the data determination apparatus held by the state management unit as a current operating state, and determine whether or not the communication determination data is communication permitted data whose communication has been permitted in the current operating state, using the current operating state and the communication permission list. a state transition model storage unit to store a state transition model representing a state transition between respective operating states of a plurality of operating states, wherein state transitions between respective operating states of the plurality of operating states stored in the state transition model are made using communication data; a state management unit to hold an operating state of the data determination apparatus based on the state transition model; a communication permission list storage unit to store, as a communication permission list defining communication data to be permitted for the respective operating states of the plurality of operating states, communication permitted data; a communication unit to obtain the communication data as communication determination data; and a determination unit to obtain the communication determination data obtained by the communication unit, obtain the operating state of the data determination apparatus held by the state management unit as a current operating state, and determine whether or not the communication determination data is communication permitted data whose communication has been permitted in the current operating state, using the current operating state and the communication permission list.
A method for controlling a measurement device, the method comprises the steps of: displaying a measurement trace on a display of the measurement device, analyzing a subset of measurement data represented by the measurement trace on the basis of at least one target measurement parameter, and searching for the at least one target measurement parameter, determining the subset of measurement data on the basis of at least one user measurement parameter set by at least one user input, executing a calculation, in parallel while measurement settings are adjusted, and determining whether certain criteria are fulfilled by the current measurement settings, snapping the measurement settings when the criteria are fulfilled, automatically setting the at least one target measurement parameter in the display of the measurement device, running a synchronization routine on the measurement settings, wherein the synchronization routine attempts to lock on the target measurement parameter via correlation with a reference waveform or recovery of a modulated signal symbol rate or a combination thereof in the case that a spectrum is displayed, or via correlation with a reference waveform or a burst detection algorithm or a combination thereof in the case that a magnitude display is given, characterized in that the method further comprises the steps of: finding possible snap positions in advance, when analyzing over an available time and/or bandwidth, and graphically displaying the snap positions. displaying a measurement trace on a display of the measurement device, analyzing a subset of measurement data represented by the measurement trace on the basis of at least one target measurement parameter, and searching for the at least one target measurement parameter, determining the subset of measurement data on the basis of at least one user measurement parameter set by at least one user input, executing a calculation, in parallel while measurement settings are adjusted, and determining whether certain criteria are fulfilled by the current measurement settings, snapping the measurement settings when the criteria are fulfilled, automatically setting the at least one target measurement parameter in the display of the measurement device, running a synchronization routine on the measurement settings, wherein the synchronization routine attempts to lock on the target measurement parameter via correlation with a reference waveform or recovery of a modulated signal symbol rate or a combination thereof in the case that a spectrum is displayed, or via correlation with a reference waveform or a burst detection algorithm or a combination thereof in the case that a magnitude display is given, characterized in that the method further comprises the steps of: finding possible snap positions in advance, when analyzing over an available time and/or bandwidth, and graphically displaying the snap positions.
A method in a user equipment of transmitting data in a radio frame configured for Time Division Duplex, TDD, communication, wherein the radio frame comprises a special subframe, wherein the special subframe comprises at least one uplink part, said method comprising: in case of a data transmission without repetition, determining a number of symbols in the uplink part of the special subframe; characterized in that if the number of symbols in the uplink part of the special subframe is greater than a threshold, counting the special subframe as part of a resource unit containing at least one normal uplink subframe and performing rate matching for the resource unit using the symbols in the uplink part of the special subframe. in case of a data transmission without repetition, determining a number of symbols in the uplink part of the special subframe; characterized in that if the number of symbols in the uplink part of the special subframe is greater than a threshold, counting the special subframe as part of a resource unit containing at least one normal uplink subframe and performing rate matching for the resource unit using the symbols in the uplink part of the special subframe.
An alarm system, comprising: at least one radio-frequency transceiver configured to: receive a first disarm RF signal from an alarm control device; during a predetermined delay time after receiving said first disarm RF signal, transmit at least one deception RF signal during one or more transmission time slots selected from a plurality of consecutive time slots of said predetermined delay time, and determine whether one or more receive RF signals are received during one or more receiving time slots selected from said plurality of consecutive time slots, said one or more receiving time slots interleaved with said one or more transmission time slots; and at least one signal processor, electrically connected to said at least one RF transceiver, configured to: determine an alarm system operation according to analysis of said one or more receive RF signals. at least one radio-frequency transceiver configured to: receive a first disarm RF signal from an alarm control device; during a predetermined delay time after receiving said first disarm RF signal, transmit at least one deception RF signal during one or more transmission time slots selected from a plurality of consecutive time slots of said predetermined delay time, and determine whether one or more receive RF signals are received during one or more receiving time slots selected from said plurality of consecutive time slots, said one or more receiving time slots interleaved with said one or more transmission time slots; and receive a first disarm RF signal from an alarm control device; during a predetermined delay time after receiving said first disarm RF signal, transmit at least one deception RF signal during one or more transmission time slots selected from a plurality of consecutive time slots of said predetermined delay time, and determine whether one or more receive RF signals are received during one or more receiving time slots selected from said plurality of consecutive time slots, said one or more receiving time slots interleaved with said one or more transmission time slots; and at least one signal processor, electrically connected to said at least one RF transceiver, configured to: determine an alarm system operation according to analysis of said one or more receive RF signals.
A method for estimating a state of health of a battery pack, comprising: detecting changes of health indicators of a battery unit in the battery pack during charging or discharging processes, wherein the health indicators comprise a voltage between two terminals of the battery unit, a charging current or a discharging current of the battery unit, and a temperature of the battery unit; characterized by: determining whether the battery unit has a correction opportunity for a state of charge thereof during a predetermined period of time for estimating the state of health of the battery pack based on the detected changes of the health indicators, wherein the correction opportunity for the battery unit is when the battery unit is sat quietly for a long period of time or when the battery unit is fully charged; selecting, from the battery pack, a battery unit having two or more correction opportunities as a first battery unit and calculating corrected states of charge at any two of the correction opportunities of the first battery unit and a cumulative change in capacity between the two correction opportunities of the first battery unit; and obtaining a first estimated state of health of the first battery unit based on the cumulative change in capacity between the two correction opportunities and the corrected states of charge at the two correction opportunities, and estimating the state of health of the battery pack based on the first estimated state of health of the first battery unit. determining whether the battery unit has a correction opportunity for a state of charge thereof during a predetermined period of time for estimating the state of health of the battery pack based on the detected changes of the health indicators, wherein the correction opportunity for the battery unit is when the battery unit is sat quietly for a long period of time or when the battery unit is fully charged; selecting, from the battery pack, a battery unit having two or more correction opportunities as a first battery unit and calculating corrected states of charge at any two of the correction opportunities of the first battery unit and a cumulative change in capacity between the two correction opportunities of the first battery unit; and obtaining a first estimated state of health of the first battery unit based on the cumulative change in capacity between the two correction opportunities and the corrected states of charge at the two correction opportunities, and estimating the state of health of the battery pack based on the first estimated state of health of the first battery unit.
An antenna system comprising: a ground plane; an antenna radiator separated from and overlapping the ground plane; a first conductive element extending the antenna radiator towards the ground plane; a feed element configured to provide a radio-frequency feed for the antenna radiator, wherein the feed element is spatially separated from the first conductive element and the antenna radiator; a second conductive element extending the ground plane towards the antenna radiator, wherein the second conductive element is spatially separated from the first conductive element; and wherein the first conductive element circumscribes a first portion of a length of the feed element and the second conductive element circumscribes a different, second portion of the length of the feed element. a ground plane; an antenna radiator separated from and overlapping the ground plane; a first conductive element extending the antenna radiator towards the ground plane; a feed element configured to provide a radio-frequency feed for the antenna radiator, wherein the feed element is spatially separated from the first conductive element and the antenna radiator; a second conductive element extending the ground plane towards the antenna radiator, wherein the second conductive element is spatially separated from the first conductive element; and wherein the first conductive element circumscribes a first portion of a length of the feed element and the second conductive element circumscribes a different, second portion of the length of the feed element.
Arm rest frame comprising a plurality of frame components (7, 8, 9, 11), characterized in that - the plurality of frame components (8, 9, 11) are formed from a one-piece organosheet, - wherein the organosheet comprises a thermoplastic matrix, a woven fabric made of glass fibers, carbon fibers and/or aramid fibers or a mixed form thereof being introduced therein such that said fibers are completely coated and enclosed by thermoplastic material, - wherein a rib structure (RS1 to RS4) is formed on the organosheet, - wherein a material connection is formed between the organosheet and the rib structure (RS1 to RS4) and the thermoplastic matrix and the rib structure (RS1 to RS4) are formed from the same material so that an integral frame component is formed, - wherein the integral frame component comprises a region forming a storage compartment, - wherein a rear face of the integral frame component, apart from the region forming the storage compartment, is entirely provided with the rib structures (RS3, RS4). - the plurality of frame components (8, 9, 11) are formed from a one-piece organosheet, - wherein the organosheet comprises a thermoplastic matrix, a woven fabric made of glass fibers, carbon fibers and/or aramid fibers or a mixed form thereof being introduced therein such that said fibers are completely coated and enclosed by thermoplastic material, - wherein a rib structure (RS1 to RS4) is formed on the organosheet, - wherein a material connection is formed between the organosheet and the rib structure (RS1 to RS4) and the thermoplastic matrix and the rib structure (RS1 to RS4) are formed from the same material so that an integral frame component is formed, - wherein the integral frame component comprises a region forming a storage compartment, - wherein a rear face of the integral frame component, apart from the region forming the storage compartment, is entirely provided with the rib structures (RS3, RS4).