mhurhangee/ep-ind-claims huggingface dataset:
A method for communicating by a user equipment, UE, in a wireless communication system, the method comprising: starting repeatedly transmission of a physical uplink shared channel, PUSCH; obtaining hybrid automatic repeat request-acknowledgment, HARQ-ACK, information for the PUSCH before the repeatedly transmission of the PUSCH is ended; and determining whether to stop the repeatedly transmission of the PUSCH based on the HARQ-ACK information, characterized in that obtaining the HARQ-ACK information comprises: based on a repetition number of the repeatedly transmission of the PUSCH being identical to or larger than a predetermined value, configuring a search space for monitoring HARQ-ACK information; and obtaining the HARQ-ACK information, after the PUSCH is transmitted as many times as or more times than a predetermined ratio of the repetition number. starting repeatedly transmission of a physical uplink shared channel, PUSCH; obtaining hybrid automatic repeat request-acknowledgment, HARQ-ACK, information for the PUSCH before the repeatedly transmission of the PUSCH is ended; and determining whether to stop the repeatedly transmission of the PUSCH based on the HARQ-ACK information, characterized in that obtaining the HARQ-ACK information comprises: based on a repetition number of the repeatedly transmission of the PUSCH being identical to or larger than a predetermined value, configuring a search space for monitoring HARQ-ACK information; and obtaining the HARQ-ACK information, after the PUSCH is transmitted as many times as or more times than a predetermined ratio of the repetition number.
A method of manufacturing a combined sensor having an angular rate detector (12, 22) adapted to detect an angular rate by using a vibration device, an acceleration detector (11, 21) adapted to detect an acceleration by using a mass, and an adsorbent adapted to be activated to adsorb a specified gas, comprising the steps of: hermetically sealing, in an ambience of said specified gas mixed with a noble gas or an inactive gas at a predetermined ratio, said vibration device and said adsorbent in a first chamber and said mass in a second chamber; and activating thereafter said adsorbent, wherein said adsorbent is activated wholly or partly so that the pressure in said first chamber may amount to a desired level; wherein said adsorbent is divided into a plurality of divisional portions; characterized in that it comprises the step of selecting one or more divisional portions from said plurality of divisional portions to be activated so as to set up a desired pressure in said first chamber. hermetically sealing, in an ambience of said specified gas mixed with a noble gas or an inactive gas at a predetermined ratio, said vibration device and said adsorbent in a first chamber and said mass in a second chamber; and activating thereafter said adsorbent, wherein said adsorbent is activated wholly or partly so that the pressure in said first chamber may amount to a desired level; wherein said adsorbent is divided into a plurality of divisional portions;
BENZYL ARALKYL ETHERS COMPOUNDS, CHARACTERIZED BY BEING OF FORMULA: its salts, solvates, esters, enantiomers and/or pharmaceutically acceptable diastereoisomers, wherein: Ar is imidazolyl; R 1, R 2, R 4, and R 5 are independently hydrogen; R 3 is a halogen; R 6 is trifluoromethyl or trichloromethyl; n is an integer from 0 to 2; m is 1. Ar is imidazolyl; R 1, R 2, R 4, and R 5 are independently hydrogen; R 3 is a halogen; R 6 is trifluoromethyl or trichloromethyl; n is an integer from 0 to 2; m is 1.
A computer-implemented method of geological grid analysis, for hydrocarbon production, based on values of a geological attribute in a subsoil, the method comprising: - providing one or more geological grids each representing the subsoil, each geological grid comprising respective cells, each cell representing a respective portion of the subsoil; and - for each geological grid: • providing a first distribution, the first distribution comprising geological attribute values each on a respective cell, each geological attribute value representing a value of the geological attribute in the respective portion; and • determining a second distribution based on the first distribution, the second distribution comprising flux values each on a respective cell, each flux value representing a flux of the geological attribute in the respective portion, wherein the determining of the second distribution comprises: - providing, among respective cells, one or more seed cells; - performing a front propagation algorithm from the one or more seed cells, the front propagation algorithm resulting in visited cells; and - back propagating each cell of at least a part of the visited cells to a seed cell, the back propagating comprising computing, for each respective cell, the flux value on the cell, the flux value corresponding to a number of cells which are back propagated through the cell. - providing one or more geological grids each representing the subsoil, each geological grid comprising respective cells, each cell representing a respective portion of the subsoil; and - for each geological grid: • providing a first distribution, the first distribution comprising geological attribute values each on a respective cell, each geological attribute value representing a value of the geological attribute in the respective portion; and • determining a second distribution based on the first distribution, the second distribution comprising flux values each on a respective cell, each flux value representing a flux of the geological attribute in the respective portion, • providing a first distribution, the first distribution comprising geological attribute values each on a respective cell, each geological attribute value representing a value of the geological attribute in the respective portion; and • determining a second distribution based on the first distribution, the second distribution comprising flux values each on a respective cell, each flux value representing a flux of the geological attribute in the respective portion, - providing, among respective cells, one or more seed cells; - performing a front propagation algorithm from the one or more seed cells, the front propagation algorithm resulting in visited cells; and - back propagating each cell of at least a part of the visited cells to a seed cell, the back propagating comprising computing, for each respective cell, the flux value on the cell, the flux value corresponding to a number of cells which are back propagated through the cell.
Apparatus for lysing cellulite, the apparatus comprising: a focused ultrasonic energy director, directing focused ultrasonic energy at a target volume in a region of a body containing cellulite, the focused ultrasonic energy director comprising a plurality of Langevin ultrasonic transducers; and a modulator arranged to cooperate with said energy director to produce focused ultrasonic energy comprising a series of relatively high amplitude portions separated in time by a series of relatively low amplitude portions at a duty cycle of between 1:2 to 1:50, each high amplitude portion corresponding to a cavitation period, so as to selectively lyse said cellulite in said target volume and generally not lyse non-cellulite tissue (67,68,69,70) in said target volume. a focused ultrasonic energy director, directing focused ultrasonic energy at a target volume in a region of a body containing cellulite, the focused ultrasonic energy director comprising a plurality of Langevin ultrasonic transducers; and a modulator arranged to cooperate with said energy director to produce focused ultrasonic energy comprising a series of relatively high amplitude portions separated in time by a series of relatively low amplitude portions at a duty cycle of between 1:2 to 1:50, each high amplitude portion corresponding to a cavitation period, so as to selectively lyse said cellulite in said target volume and generally not lyse non-cellulite tissue (67,68,69,70) in said target volume.
Bar for a for an incinerator furnace hearth grate roll, comprising: - a plate of arcuate shape in the longitudinal direction of the bar and whose upper surface is intended to receive waste to be incinerated, said plate extending at two respectively rear and front ends (4, 5), - a longitudinal core formed integrally with the plate, located under this plate and extending on the one hand perpendicularly from the lower surface of the plate to a lower edge, and on the other hand at least partially between the rear and front ends (4, 5) of the plate, - a first and a second group of several fins (7, 8), arranged under the plate respectively on each side of the longitudinal core, each fin (7, 8) extending on the one hand from the longitudinal core and on the other hand from the lower surface of the plate, characterized in that each fin (7, 8) extends from the longitudinal core so as to present a portion which protrudes from the plate, and in that each fin of the first group has a overall shape substantially identical and parallel to the overall shape of a determined fin of the second group and is arranged offset relative to this determined fin of the second group according to a given offset, so that, when the bar is placed on a roll of an incinerator furnace grate juxtaposed with a neighbouring bar (10, 11), the portion of each fin of the first group of the bar protruding from the plate defines, with the portion of the fin determined from the second group of the neighbouring bar (10, 11) protruding from the plate of this neighbouring bar (10, 11), a channel of calibrated air circulation. - a plate of arcuate shape in the longitudinal direction of the bar and whose upper surface is intended to receive waste to be incinerated, said plate extending at two respectively rear and front ends (4, 5), - a longitudinal core formed integrally with the plate, located under this plate and extending on the one hand perpendicularly from the lower surface of the plate to a lower edge, and on the other hand at least partially between the rear and front ends (4, 5) of the plate, - a first and a second group of several fins (7, 8), arranged under the plate respectively on each side of the longitudinal core, each fin (7, 8) extending on the one hand from the longitudinal core and on the other hand from the lower surface of the plate,
A three-dimensional object printing method using a head, an energy emitter, and a moving mechanism, the head having an ejection face in which a nozzle for ejecting liquid is provided, the energy emitter having an emission face from which energy for curing or solidifying the liquid ejected from the head is emitted, the moving mechanism changing relative position of the head and the energy emitter with respect to a three-dimensional workpiece, the three-dimensional object printing method comprising: first operation of concurrently performing ejection of liquid toward the workpiece by the head, of energy toward the workpiece by the energy emitter, and relative movement of the head and the energy emitter with respect to the workpiece by the moving mechanism; characterised in that the three-dimensional object printing method further comprises: second operation, subsequent to the first operation, of concurrently performing emission of energy toward the workpiece by the energy emitter and relative movement of the head and the energy emitter with respect to the workpiece by the moving mechanism, without performing ejection of liquid toward the workpiece by the head, wherein a first irradiation distance, which is a distance between the workpiece and the emission face in a direction of a line normal to the emission face during execution of the first operation, and a second irradiation distance, which is a distance between the workpiece and the emission face in a direction of a line normal to the emission face during execution of the second operation, are different from each other. first operation of concurrently performing ejection of liquid toward the workpiece by the head, of energy toward the workpiece by the energy emitter, and relative movement of the head and the energy emitter with respect to the workpiece by the moving mechanism; characterised in that the three-dimensional object printing method further comprises: second operation, subsequent to the first operation, of concurrently performing emission of energy toward the workpiece by the energy emitter and relative movement of the head and the energy emitter with respect to the workpiece by the moving mechanism, without performing ejection of liquid toward the workpiece by the head, wherein a first irradiation distance, which is a distance between the workpiece and the emission face in a direction of a line normal to the emission face during execution of the first operation, and a second irradiation distance, which is a distance between the workpiece and the emission face in a direction of a line normal to the emission face during execution of the second operation, are different from each other.
A monitoring system for a vehicle, adapted to providing shell protection for the vehicle such that attempts at intrusion are detected and alarms are generated via one or more alarm units, which system comprises a control unit with a memory unit and is adapted to communicating with a plurality of sensor units disposed on the vehicle adapted to detecting predetermined objects and changes in the surroundings which define at least two monitoring zones, wherein the system is adapted to implementing detection strategies and warning strategies for the monitoring zones, a detection strategy being a set of rules which control detection in a monitoring zone, and a warning strategy being a set of rules which control how alarms are generated by the system and are stored in the memory unit, that the control unit is adapted to allocating to each of the monitoring zones a detection strategy and a warning strategy, c h a r a c t e r i s e d in that the at least two monitoring zones are zones related to different points on the vehicle and that the control unit is adapted to receiving one or more input signals which contain one or more strategy parameters, the detection and/or warning strategies being adapted to being changed dynamically, continuously and adaptively according to said strategy parameters and wherein said one or more input signals are in the form of input signals available in the vehicle's general bus system received from other operating systems in or outside the vehicle, whereby the intrusion sensitivity of each vehicle related monitoring zone is set automatically and altered continuously according to detection strategy and warning strategy.
Housing arrangement for an active part of an electric machine with a first and a second housing element (14, 16), by means of the connection of which a hermetically sealed housing is provided, wherein the second housing element is a motor can, wherein the active part can be arranged in an interior space of the housing, and wherein the interior space of the housing can be filled with an oil, characterised in that the housing arrangement comprises a vacuum facility which is embodied to generate a lower inner pressure, compared with a predetermined outer pressure which acts externally on the housing, in the interior space of the housing so that the vacuum facility has an air-filled cavity, which is connected fluidically with the interior space of the housing so that for this purpose the first housing element has a corresponding opening on its lateral area, which leads into the air-filled cavity and that the vacuum facility has a connection facility which can be connected to a pump facility, wherein the pump facility is embodied to generate the inner pressure in the air-filled cavity.
An apparatus configured to monitor a connectivity service among different connectivity services using a service connection comprising a plurality of Measurement Points, MPs, in a transport network, the connectivity service providing data communication via the transport network, wherein each connectivity service has a Service Level Agreement, SLA, comprising: - an interface adapted to receive a request to monitor the connectivity service; - an obtaining unit, adapted to request and obtain, dependent on the type(s) of the transport network(s) over which the connectivity service is provided the type(s) of the transport network(s), for said connectivity service, a Service Definition and Measurement Points, MPs, from a Service Database (150, 151, 152, 153), said Service Definition comprising a set of measurable parameters wherein a measurable parameter is a performance parameter associated with the SLA for the connectivity service to be monitored, said obtaining unit being further adapted to request and obtain a mapping of each of said measurable parameter(s) to Operation Administration and Maintenance function(s), OAM function(s), of the connectivity service from a Function Database (150, 151, 152, 153), the OAM function(s) corresponding to a protocol which is dependent on the type(s) of the transport network(s), said obtaining unit being further adapted to request and obtain a mapping of said measurable parameter(s) and OAM-function(s) to which tool(s) to use for measuring said measurable parameter(s) of said connectivity service, from a Tool Database (150, 151, 152, 153). and - a measuring unit, adapted to perform measurement of said measurable parameter(s) between said Measurement Points using said tool(s). - an interface adapted to receive a request to monitor the connectivity service; - an obtaining unit, adapted to request and obtain, dependent on the type(s) of the transport network(s) over which the connectivity service is provided the type(s) of the transport network(s), for said connectivity service, a Service Definition and Measurement Points, MPs, from a Service Database (150, 151, 152, 153), said Service Definition comprising a set of measurable parameters wherein a measurable parameter is a performance parameter associated with the SLA for the connectivity service to be monitored, said obtaining unit being further adapted to request and obtain a mapping of each of said measurable parameter(s) to Operation Administration and Maintenance function(s), OAM function(s), of the connectivity service from a Function Database (150, 151, 152, 153), the OAM function(s) corresponding to a protocol which is dependent on the type(s) of the transport network(s), said obtaining unit being further adapted to request and obtain a mapping of said measurable parameter(s) and OAM-function(s) to which tool(s) to use for measuring said measurable parameter(s) of said connectivity service, from a Tool Database (150, 151, 152, 153). and - a measuring unit, adapted to perform measurement of said measurable parameter(s) between said Measurement Points using said tool(s).
A method for controlling a percussion mechanism of a percussion device adapted for rock drilling, the percussion device comprising a controller, the percussion mechanism, percussion means and a drill bit, where the percussion mechanism is adapted to provide the percussion means with a motion and where the controller is arranged to control the percussion mechanism such that it imparts the percussion means with a force causing the motion, whereby the percussion means during drilling impacts the drill bit, or a drill string connected to the drill bit, with an impact force having a specific magnitude; characterized in that the method comprises, continuously during drilling: - determining a desired magnitude of the impact force of the percussion means by determining a desired impact force pattern for a number of consecutive impacts and determining the desired magnitude of the impact force according to the desired impact force pattern for each impact of the percussion means; and - controlling the percussion mechanism such that the impact force of the percussion means is changed during drilling according to the desired impact force pattern and the desired magnitude of the impact force. - determining a desired magnitude of the impact force of the percussion means by determining a desired impact force pattern for a number of consecutive impacts and determining the desired magnitude of the impact force according to the desired impact force pattern for each impact of the percussion means; and - controlling the percussion mechanism such that the impact force of the percussion means is changed during drilling according to the desired impact force pattern and the desired magnitude of the impact force.
A piece of furniture having at least one drawer or the like pullable out from the body of the piece of furniture, the piece of furniture comprising: - a first and a second wall (11, 12) laterally arranged to the drawer, respectively provided with a first and a second pull-out guide (14, 15) for said drawer, and - ejecting means (16; 42) conformed and arranged for generating a thrust in an opening direction on the drawer, and - releasable locking means (21, 22; 44, 46) for locking said ejecting means (16; 42) in a closing position of the drawer, said ejecting means (16; 42) with the relevant locking means (21, 22; 44, 46) being provided at only one of said walls (11, 12) of the piece of furniture laterally arranged to the drawer, characterized in that retaining means (17; 34) are provided at the other one of said walls (11, 12) of the piece of furniture laterally arranged to the drawer, said retaining means (17; 34) being conformed and arranged for retaining said drawer in the closing position. - a first and a second wall (11, 12) laterally arranged to the drawer, respectively provided with a first and a second pull-out guide (14, 15) for said drawer, and - ejecting means (16; 42) conformed and arranged for generating a thrust in an opening direction on the drawer, and - releasable locking means (21, 22; 44, 46) for locking said ejecting means (16; 42) in a closing position of the drawer,