mhurhangee/ep-ind-claims huggingface dataset:
A method for determining time and frequency resources from amongst time and frequency resources of a wireless communications network to be used for performing transmissions in said wireless communications network, the transmissions being performed via time and frequency resources of the wireless communications network according to an initial grid representation of time and frequency resources that may be used for performing said transmissions, wherein time resources are divided into timeslots, wherein a first device (100; 110; 111) in charge of time and frequency resources allocation performs: - obtaining (S301; S401) groups of time and frequency resources of the initial grid representation, so as to form a redrawn grid representation; - allocating (S302; S403) time and frequency resources according to the redrawn grid representation and according to a frequency hopping criteria; and - providing (S303; S404) signalling information representative of the time and frequency resources that have been allocated according to the redrawn grid representation; and wherein, in order to determine which time and frequency resources of the initial grid to be used for performing said transmissions, a second device (100;110; 111) performs: - obtaining (S310, S311; S410, S411, S412) the signalling information provided by the first device so as to determine the time and frequency resources that have been allocated according to the redrawn grid representation; and - applying (S312; S413) a predetermined pattern mask onto the determined time and frequency resources that have been allocated according to the redrawn grid representation, the pattern mask being such that only one time and frequency resource of the initial grid is effectively allocated per time slot in each allocated time and frequency resource of the redrawn grid. - obtaining (S301; S401) groups of time and frequency resources of the initial grid representation, so as to form a redrawn grid representation; - allocating (S302; S403) time and frequency resources according to the redrawn grid representation and according to a frequency hopping criteria; and - providing (S303; S404) signalling information representative of the time and frequency resources that have been allocated according to the redrawn grid representation; - obtaining (S310, S311; S410, S411, S412) the signalling information provided by the first device so as to determine the time and frequency resources that have been allocated according to the redrawn grid representation; and - applying (S312; S413) a predetermined pattern mask onto the determined time and frequency resources that have been allocated according to the redrawn grid representation, the pattern mask being such that only one time and frequency resource of the initial grid is effectively allocated per time slot in each allocated time and frequency resource of the redrawn grid.
A method for determining a positioning interval of a mobile terminal (1005, 1405), comprising: acquiring (S301a, S401a), by the mobile terminal, current location information, the current location information comprising a current location; transmitting (S301a, S401a), by the mobile terminal, the current location information to a server; receiving (S302a, S402a), by the mobile terminal from the server, a distance between the current location of the mobile terminal and a geo-fence closest to the current location within a query region corresponding to location information of the mobile terminal; acquiring (S303a, S404a), by the mobile terminal from the server, an active time of a user associated with the mobile terminal; calculating, by the mobile terminal, an active coefficient of likelihood based on the active time and a current time, the active coefficient of likelihood representing the likelihood of the user being active at the current time; and determining (S304a, S305, S405a), by the mobile terminal, time interval information of a next positioning according to the received distance, whether a current time is within the active time of the user and the active coefficient of likelihood. acquiring (S301a, S401a), by the mobile terminal, current location information, the current location information comprising a current location; transmitting (S301a, S401a), by the mobile terminal, the current location information to a server; receiving (S302a, S402a), by the mobile terminal from the server, a distance between the current location of the mobile terminal and a geo-fence closest to the current location within a query region corresponding to location information of the mobile terminal; acquiring (S303a, S404a), by the mobile terminal from the server, an active time of a user associated with the mobile terminal; calculating, by the mobile terminal, an active coefficient of likelihood based on the active time and a current time, the active coefficient of likelihood representing the likelihood of the user being active at the current time; and determining (S304a, S305, S405a), by the mobile terminal, time interval information of a next positioning according to the received distance, whether a current time is within the active time of the user and the active coefficient of likelihood.
A biomass gasification system comprising: a combustor for heating a fluidized particulate material; and a gasifier disposed to receive (i) a biomass feedstock comprising carbon and (ii) the heated fluidized particulate material from the combustor such that the heated fluidized material heats the biomass feedstock to produce a product gas; characterized in that the gasifier has a height of at least 12.192 m (40 feet) and an inside diameter of at least 91.44 cm (36 inches), whereby the heated fluidized particulate material transfers heat to the biomass feedstock at a rate sufficient to convert at least 50% of the carbon in the biomass feedstock into the product gas at a temperature lower than 704.4 °C (1300 °F). a combustor for heating a fluidized particulate material; and a gasifier disposed to receive (i) a biomass feedstock comprising carbon and (ii) the heated fluidized particulate material from the combustor such that the heated fluidized material heats the biomass feedstock to produce a product gas; characterized in that the gasifier has a height of at least 12.192 m (40 feet) and an inside diameter of at least 91.44 cm (36 inches), whereby the heated fluidized particulate material transfers heat to the biomass feedstock at a rate sufficient to convert at least 50% of the carbon in the biomass feedstock into the product gas at a temperature lower than 704.4 °C (1300 °F).
Cup support for, in particular pivotable, arrangement on a dish rack of a dishwasher, comprising a longitudinal edge which is used as a supporting edge for washware in the use position, wherein the longitudinal edge has a wave-shaped contour and has portions which extend in a straight line and are used to support stemless washware, and in an alternating manner portions which each provide a recess and are used to receive stems of stemmed glasses in a positionally secure manner, wherein the cup support has a main body, a mounting strip arranged thereon and a damping strip which is arranged between the main body and the mounting strip and is made of a soft-elastic plastics material, wherein the damping strip, on the supporting edge side, projects beyond the main body and the mounting strip substantially along the entire longitudinal extension of the cup support.
A steering column, comprising: - a base; - a lower section, hinged to the base; - an intermediate section, hinged to the lower section; - an actuation lever operable between a locked position, in which the actuation lever is in stable equilibrium and constrains the mutual rotation of the lower section relative to the base and the mutual rotation of the intermediate section relative to the lower section, and a first unlocked position or a second unlocked position, distinct from each other, in each of which it respectively releases one of the mutual rotation of the lower section relative to the base and the mutual rotation of the intermediate section relative to the lower section, characterized in that in the first unlocked position and in the second unlocked position, the actuation lever can be positioned in two distinct respective stable equilibrium positions. - a base; - a lower section, hinged to the base; - an intermediate section, hinged to the lower section; - an actuation lever operable between a locked position, in which the actuation lever is in stable equilibrium and constrains the mutual rotation of the lower section relative to the base and the mutual rotation of the intermediate section relative to the lower section, and a first unlocked position or a second unlocked position, distinct from each other, in each of which it respectively releases one of the mutual rotation of the lower section relative to the base and the mutual rotation of the intermediate section relative to the lower section, characterized in that in the first unlocked position and in the second unlocked position, the actuation lever can be positioned in two distinct respective stable equilibrium positions.
A method for performing communication with a network by a user equipment, UE, based on speed information of the UE in the network including at least one micro cell overlapping at least one macro cell, the method comprising: measuring, by the UE, a speed of the UE prior to connecting to a base station to be accessed; determining, by the UE, the base station to be accessed based on the measured speed; transmitting control information including information about the measured speed to the determined base station when the UE accesses the determined base station; and performing a random access procedure with the determined base station based on the information about the measured speed. measuring, by the UE, a speed of the UE prior to connecting to a base station to be accessed; determining, by the UE, the base station to be accessed based on the measured speed; transmitting control information including information about the measured speed to the determined base station when the UE accesses the determined base station; and performing a random access procedure with the determined base station based on the information about the measured speed.
A method, comprising: maintaining an online grammar model used by an online voice-based query processor to parse online voice-based queries, the online grammar model mapping a plurality of queries to one or more actions; analyzing query usage data for at least a subset of the plurality of queries to identify a subset of popular queries from among the plurality of queries mapped by the online grammar model, wherein the query usage data includes query usage data collected for queries issued by a plurality of users; and building an offline grammar model that maps the subset of popular queries to actions among the one or more actions for use by a resource-constrained offline device, wherein the offline grammar model has reduced resource requirements relative to the online grammar model and omits mappings for one or more queries among the plurality of queries. maintaining an online grammar model used by an online voice-based query processor to parse online voice-based queries, the online grammar model mapping a plurality of queries to one or more actions; analyzing query usage data for at least a subset of the plurality of queries to identify a subset of popular queries from among the plurality of queries mapped by the online grammar model, wherein the query usage data includes query usage data collected for queries issued by a plurality of users; and building an offline grammar model that maps the subset of popular queries to actions among the one or more actions for use by a resource-constrained offline device, wherein the offline grammar model has reduced resource requirements relative to the online grammar model and omits mappings for one or more queries among the plurality of queries.
A vacuum pump comprising a vacuum pumping mechanism comprising a rotor supported for rotation by a drive shaft, a first bearing assembly for controlling movement of the rotor during rotation of the drive shaft, a back-up bearing assembly for limiting said movement and a sensor comprising an accelerometer fixed relative to a pump housing for sensing acceleration forces of the pump housing resulting from a force applied to the pump housing sufficient to cause said movement to be limited by the back-up bearing assembly and a processor configured to process the signal output from the sensor; characterized in that the sensor is arranged to sense a magnitude of a force imparted to the vacuum pump sufficient to cause said movement to be limited by the back-up bearing assembly and the processor is configured to associate the damage caused to the back-up bearing assembly dependent on the sensed magnitude.
Method of separating at least one portion of a metallic part glued to a composite material part of the carbon-epoxy type, comprising a step to degrade the glued interface between the metallic part and the composite material part, in which the metallic part and the composite material part are electrically connected to a dc electrical voltage generator so that an electrical potential difference can be applied to them to generate partial discharges in the glued interface to degrade the interface.
A bearing retaining element for bicycle headset bearings, comprising a basic element which, in the mounted state, at least partly surrounds a steerer tube, a clamping element retained by said basic element, which clamping element, in the mounted state, at least partly surrounds said steerer tube, and a clamping means connected with said basic element, which clamping means acts upon said clamping element for clampingly fixing said clamping element to said steerer tube.
A method of controlling an optoelectronic device (10; 40; 50; 60; 70) comprising display pixels (Pix) arranged in rows and in columns, each display pixel comprising an electronic circuit (20; CM) and at least one first optoelectronic circuit (26; 42; CR, CG, CB) coupled to the electronic circuit and comprising at least one first light-emitting diode, the optoelectronic device further comprising first electrodes extending along the rows, each first electrode being connected to the electronic circuits of display pixels of at least one of the rows, second electrodes extending along the columns, each second electrode being connected to the electronic circuits of display pixels of at least one of the columns, and a circuit for controlling the first and second electrodes, the method being characterized in that it comprises, in a first phase, activating the electronic circuits connected to one of the first electrodes and to one of the second electrodes by the following steps, carried out simultaneously: taking one of the first electrodes to a first potential, the other first electrodes being maintained at a second potential smaller than the first potential; and taking one of the second electrodes to a third potential smaller than the second potential, the other second electrodes being maintained at a fourth potential greater than the third potential and smaller than the second potential. taking one of the first electrodes to a first potential, the other first electrodes being maintained at a second potential smaller than the first potential; and taking one of the second electrodes to a third potential smaller than the second potential, the other second electrodes being maintained at a fourth potential greater than the third potential and smaller than the second potential.
Method for detecting intrusions in a space closed by a closure device, notably in order to trigger a warning measure and/or appropriate protection, using an intrusion detection device comprising at least one capacitive sensor (7; 11; 12), reacting to the introduction of an object and/or to the contact of a person or of an object with a part of the closure device and/or to the proximity of a person, and an acquisition and analysis system, method wherein the acquisition and analysis system: - compares the change in the response of the sensor (7; 11; 12), upon the introduction of an object and/or the contact of a person and/or of an object and/or the proximity of a person, to reference data concerning the change, as a function of time, in the response of the sensor (7; 11; 12) as a function of various actions on or in proximity to the closure device, according to the introduction of a key corresponding to the closure device, or the introduction or the contact of another object of which the aim is to force the opening of the closure device, and - determines, as a function at least of the result of this comparison, whether or not there is intrusion. - compares the change in the response of the sensor (7; 11; 12), upon the introduction of an object and/or the contact of a person and/or of an object and/or the proximity of a person, to reference data concerning the change, as a function of time, in the response of the sensor (7; 11; 12) as a function of various actions on or in proximity to the closure device, according to the introduction of a key corresponding to the closure device, or the introduction or the contact of another object of which the aim is to force the opening of the closure device, and - determines, as a function at least of the result of this comparison, whether or not there is intrusion.
A method comprising: Identifying, by a computing system, a portion of a layout design describing an integrated circuit includes a victim transistor (504, 604) having a gate connected to an aggressor transistor (502, 602), wherein the victim transistor (504, 604) and the aggressor transistor (502, 602) have wells; Extracting, by the computing system, a resistive network for connections between the victim transistor (504, 604) and the aggressor transistor (502, 602); and Simulating, by the computing system, the resistive network to determine connectivity between the wells of the victim transistor (504, 604) and the aggressor transistor (502, 602) occurs prior to the victim transistor (504, 604) having the gate connected to the aggressor transistor (502, 602) to ascertain whether manufacture of the portion of the layout avoids plasma induced damages. Identifying, by a computing system, a portion of a layout design describing an integrated circuit includes a victim transistor (504, 604) having a gate connected to an aggressor transistor (502, 602), wherein the victim transistor (504, 604) and the aggressor transistor (502, 602) have wells; Extracting, by the computing system, a resistive network for connections between the victim transistor (504, 604) and the aggressor transistor (502, 602); and Simulating, by the computing system, the resistive network to determine connectivity between the wells of the victim transistor (504, 604) and the aggressor transistor (502, 602) occurs prior to the victim transistor (504, 604) having the gate connected to the aggressor transistor (502, 602) to ascertain whether manufacture of the portion of the layout avoids plasma induced damages.
A clamping mechanism, comprising: an upper clamping portion, a lower clamping portion opposite to the upper clamping portion, a clamping arm connected to the upper clamping portion and the lower clamping portion, a connecting arm rotably connected with the clamping arm, and a locking component; wherein the locking component is disposed at a rotational connection of the clamping arm and the connecting arm, and the locking component manually limits relative rotation of the clamping arm and the connecting arm, characterized in that the clamping mechanism further comprises a gimbal motor for electrically driving the clamping arm to rotate, wherein the gimbal motor comprises a permanent magnet pole, a winding coil, and a rotating shaft; a first end of the rotating shaft is fixedly connected with the connecting arm; the permanent magnet pole is fixedly disposed on the connecting arm and is coaxial with the rotating shaft; a sleeve is disposed on the clamping arm; the clamping arm protrudes toward the connecting arm; a second end of the rotating shaft is inserted into the sleeve and the second end of the rotating shaft is rotably connected to the sleeve; the winding coil is disposed on the sleeve and is located inside the permanent magnet pole. an upper clamping portion, a lower clamping portion opposite to the upper clamping portion, a clamping arm connected to the upper clamping portion and the lower clamping portion, a connecting arm rotably connected with the clamping arm, and a locking component; wherein the locking component is disposed at a rotational connection of the clamping arm and the connecting arm, and the locking component manually limits relative rotation of the clamping arm and the connecting arm, characterized in that the clamping mechanism further comprises a gimbal motor for electrically driving the clamping arm to rotate, wherein the gimbal motor comprises a permanent magnet pole, a winding coil, and a rotating shaft; a first end of the rotating shaft is fixedly connected with the connecting arm; the permanent magnet pole is fixedly disposed on the connecting arm and is coaxial with the rotating shaft; a sleeve is disposed on the clamping arm; the clamping arm protrudes toward the connecting arm; a second end of the rotating shaft is inserted into the sleeve and the second end of the rotating shaft is rotably connected to the sleeve; the winding coil is disposed on the sleeve and is located inside the permanent magnet pole.
A display device comprising: a housing; a roller disposed inside the housing; a display panel; a plate coupled to the rear surface of the display panel, the plate comprising a first plate region and a second plate region and configured to be rolled around the roller, wherein the display panel is disposed at the first plate region, and the second plate region has a bending portion (11a; 11c; 11m, 11n) bent rearward; a first bar (953; 963; 973) and a second bar (950; 962; 964; 972), wherein the bending portion (11a; 11c; 11m, 11n) is secured between the first bar (953; 963; 973) and the second bar (950; 962; 964; 972); and a link coupled to the first bar (953; 963; 973) and configured to support the first bar (953; 963; 973) when the first bar (953; 963; 973) is raised to unroll the plate, wherein the plate is formed of metal material and has a plurality of holes. a housing; a roller disposed inside the housing; a display panel; a plate coupled to the rear surface of the display panel, the plate comprising a first plate region and a second plate region and configured to be rolled around the roller, wherein the display panel is disposed at the first plate region, and the second plate region has a bending portion (11a; 11c; 11m, 11n) bent rearward; a first bar (953; 963; 973) and a second bar (950; 962; 964; 972), wherein the bending portion (11a; 11c; 11m, 11n) is secured between the first bar (953; 963; 973) and the second bar (950; 962; 964; 972); and a link coupled to the first bar (953; 963; 973) and configured to support the first bar (953; 963; 973) when the first bar (953; 963; 973) is raised to unroll the plate, wherein the plate is formed of metal material and has a plurality of holes.