mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: reporting a maximum supported radio frequency bandwidth; reporting a number of supported carriers; reporting a maximum supported gap size between non-adjacent carriers; and receiving data on non-adjacent carriers, wherein the non-adjacent carriers are determined based at least in part on the reported maximum supported radio frequency bandwidth, the reported maximum supported gap size, and the reported number of supported carriers. reporting a maximum supported radio frequency bandwidth; reporting a number of supported carriers; reporting a maximum supported gap size between non-adjacent carriers; and receiving data on non-adjacent carriers, wherein the non-adjacent carriers are determined based at least in part on the reported maximum supported radio frequency bandwidth, the reported maximum supported gap size, and the reported number of supported carriers.
A vessel cleaning apparatus, in particular a laboratory vessel cleaning apparatus, comprising a suction lance and a flushing lance which extend in a longitudinal direction, wherein the suction lance has a suction tube having an open suction end that is connected to a disposal connection end, which is arranged opposite the suction end, via a suction passage formed continuously in the suction tube, wherein the suction lance is configured to suck off fluid from a vessel, in particular from a laboratory vessel, at its suction end, preferably against the direction of effect of gravity, and to lead it off at its disposal connection end, wherein the flushing lance has a flushing tube having a flushing end that is connected to a supply connection end, which is arranged opposite the flushing end, via a flushing passage formed continuously in the flushing tube, wherein the flushing lance is configured to receive fluid, such as cleaning liquid and/or compressed air, at its supply connection end and to expel it at its flushing end, characterized in that the suction lance and the flushing lance are displaceable relative to one another in the longitudinal direction and are preloaded away from one another in the longitudinal direction by a preload spring. wherein the suction lance has a suction tube having an open suction end that is connected to a disposal connection end, which is arranged opposite the suction end, via a suction passage formed continuously in the suction tube, wherein the suction lance is configured to suck off fluid from a vessel, in particular from a laboratory vessel, at its suction end, preferably against the direction of effect of gravity, and to lead it off at its disposal connection end, wherein the flushing lance has a flushing tube having a flushing end that is connected to a supply connection end, which is arranged opposite the flushing end, via a flushing passage formed continuously in the flushing tube, wherein the flushing lance is configured to receive fluid, such as cleaning liquid and/or compressed air, at its supply connection end and to expel it at its flushing end, characterized in that the suction lance and the flushing lance are displaceable relative to one another in the longitudinal direction and are preloaded away from one another in the longitudinal direction by a preload spring.
Process for obtaining a ceramic structure for dental application, wherein the process comprises the following steps: machining of a first face of a block of pressed ceramic powders in order obtain a first face of the ceramic structure by creating a cavity in the first face of said block; inserting a thermoplastic polymeric support material into the cavity, so that said material adheres and covers the entire first face of the ceramic structure; machining of a second face of the block of pressed ceramic powders to form the second face of the ceramic structure; removing the ceramic connection, being the ceramic structure only supported by the thermoplastic polymeric support material and continue to machining the second face of the ceramic structure until the desired dimension of the ceramic structure; removing the thermoplastic polymeric support material, so as to obtain the ceramic structure for dental application; wherein the thermoplastic polymeric support material comprises a low modulus of elasticity material with an elasticity between 0.05-20 GPa; wherein the ceramic structure has a thickness of 0.05 mm; wherein the thermoplastic polymer is polymethyl methacrylate (PMMA), nylon, low density polyethylene (LDPE), or combinations thereof; wherein the ceramic structure is a dental cover, a dental facet, a dental blade, an ultrathin dental veneer, or implant. machining of a first face of a block of pressed ceramic powders in order obtain a first face of the ceramic structure by creating a cavity in the first face of said block; inserting a thermoplastic polymeric support material into the cavity, so that said material adheres and covers the entire first face of the ceramic structure; machining of a second face of the block of pressed ceramic powders to form the second face of the ceramic structure; removing the ceramic connection, being the ceramic structure only supported by the thermoplastic polymeric support material and continue to machining the second face of the ceramic structure until the desired dimension of the ceramic structure; removing the thermoplastic polymeric support material, so as to obtain the ceramic structure for dental application; wherein the thermoplastic polymeric support material comprises a low modulus of elasticity material with an elasticity between 0.05-20 GPa; wherein the ceramic structure has a thickness of 0.05 mm; wherein the thermoplastic polymer is polymethyl methacrylate (PMMA), nylon, low density polyethylene (LDPE), or combinations thereof; wherein the ceramic structure is a dental cover, a dental facet, a dental blade, an ultrathin dental veneer, or implant.
A slurry pump comprising an impeller rotor mounted within a rotor housing; the rotor housing comprising a single inlet opening, wherein, the rotor housing further comprises a plurality of discharge outlets emanating from the rotor housing; the rotor housing comprising a plurality of volute-shaped portions (112 A, 112B) which are concentrically stacked to form a quasi-tubular shaped rotor housing; characterised in that a discharge outlet is formed at an outer end of each of the plurality of volute-shaped portions, such that each of the plurality of discharge outlets formed at the outer ends of the plurality of volute-shaped portions are located at different heights relative to one another on the quasi-tubular shaped rotor housing.
Method for controlling a heating or cooling system comprising: - a heat exchanger, - a valve arranged to control the flow of a heating or cooling fluid through the heat exchanger, - at least one temperature sensor (5, 9) arranged to measure a temperature response to a change in the opening degree of the valve, - a control unit arranged to control the opening degree of the valve as well as to receive temperature measurements from the at least one temperature sensor (5, 9), wherein the method comprises the steps: a) the control unit stores at least one working point comprising an opening degree of the valve and a corresponding expected temperature, b) the control unit provides a chosen working point to the valve, c) after a working point has been used for a predetermined time period the at least one temperature sensor (5, 9) provides a temperature measurement to the control unit, d) if the measured temperature does not match the expected temperature derived from the working point, the control unit adapts the currently used working point by changing the stored opening degree. - a heat exchanger, - a valve arranged to control the flow of a heating or cooling fluid through the heat exchanger, - at least one temperature sensor (5, 9) arranged to measure a temperature response to a change in the opening degree of the valve, - a control unit arranged to control the opening degree of the valve as well as to receive temperature measurements from the at least one temperature sensor (5, 9), wherein the method comprises the steps: a) the control unit stores at least one working point comprising an opening degree of the valve and a corresponding expected temperature, b) the control unit provides a chosen working point to the valve, c) after a working point has been used for a predetermined time period the at least one temperature sensor (5, 9) provides a temperature measurement to the control unit, d) if the measured temperature does not match the expected temperature derived from the working point, the control unit adapts the currently used working point by changing the stored opening degree. a) the control unit stores at least one working point comprising an opening degree of the valve and a corresponding expected temperature, b) the control unit provides a chosen working point to the valve, c) after a working point has been used for a predetermined time period the at least one temperature sensor (5, 9) provides a temperature measurement to the control unit, d) if the measured temperature does not match the expected temperature derived from the working point, the control unit adapts the currently used working point by changing the stored opening degree.
A method for setting up a multiplayer gaming session comprising: selecting, at a host computing device, invitee computing devices from a party room to join the multiplayer gaming session; receiving, from a server, a list of games related to each invitee computing device, the list of games indicating one or more games available at a respective invitee computing device; combining, at the host computing device, the list of games for each invitee computing device with a host list of games indicating one or more games available at the host computing device, into a merged list of games; sorting, by the host computing device, the merged list of games by most commonly owned among the host computing device and the invitee computing devices; transmitting, after the sorting, the merged list to the invitee computing devices; receiving a vote from each invitee computing device in response to the transmitting, the vote indicating a desired game from the merged list of games for the multiplayer gaming session; selecting, by the host computing device, a game from the merged list of games for the multiplayer gaming session, based at least in part on the vote; transmitting an invitation to join the multiplayer gaming session in the selected game to the invitee computing devices; and providing, by the host computing device, a shortcut link to at least one invitee computing device, to purchase a game not available on the at least one invitee computing device. selecting, at a host computing device, invitee computing devices from a party room to join the multiplayer gaming session; receiving, from a server, a list of games related to each invitee computing device, the list of games indicating one or more games available at a respective invitee computing device; combining, at the host computing device, the list of games for each invitee computing device with a host list of games indicating one or more games available at the host computing device, into a merged list of games; sorting, by the host computing device, the merged list of games by most commonly owned among the host computing device and the invitee computing devices; transmitting, after the sorting, the merged list to the invitee computing devices; receiving a vote from each invitee computing device in response to the transmitting, the vote indicating a desired game from the merged list of games for the multiplayer gaming session; selecting, by the host computing device, a game from the merged list of games for the multiplayer gaming session, based at least in part on the vote; transmitting an invitation to join the multiplayer gaming session in the selected game to the invitee computing devices; and providing, by the host computing device, a shortcut link to at least one invitee computing device, to purchase a game not available on the at least one invitee computing device.
A method of cell selection and reselection performed by a user equipment, UE, comprising detecting a plurality of neighboring cells related to one or more detected frequencies, and their associated respective plurality of cell capabilities while the UE, having an associated UE capability, is connected to a serving cell; determining an achievable throughput for the plurality of neighbouring cells by checking a throughput database for an achievable throughput of the plurality of neighboring cells based on the detected cell capabilities and UE capability; selecting a first neighboring cell from the plurality of neighboring cells based on the determined achievable throughput of the plurality of neighboring cells; and sending a request to connect to the first neighboring cell. detecting a plurality of neighboring cells related to one or more detected frequencies, and their associated respective plurality of cell capabilities while the UE, having an associated UE capability, is connected to a serving cell; determining an achievable throughput for the plurality of neighbouring cells by checking a throughput database for an achievable throughput of the plurality of neighboring cells based on the detected cell capabilities and UE capability; selecting a first neighboring cell from the plurality of neighboring cells based on the determined achievable throughput of the plurality of neighboring cells; and sending a request to connect to the first neighboring cell.
A method for detecting a stream of electromagnetic pulses, according to a predefined occurrence law, in a scene observed by an operator using a detection system for detecting a stream of electromagnetic pulses including a matrix signal detector and a processing unit for processing the signals, the signals including the electromagnetic pulses, the method comprising the following steps: - acquisition of signals by the matrix detector - transmission of the signals from the matrix detector to the processing unit, - calculation, by the processing unit, of a subtraction signal for each pixel of the matrix detector, the subtraction signal being the difference between two signals acquired on two consecutive time windows of the same length, this subtraction calculation being performed for any pair of consecutive signals, - calculating, using the processing unit, an accumulation signal for each pixel, spaced apart in time by an interval defined by the predefined occurrence law of the transmission of electromagnetic pulses, the accumulation signal being the sum of the subtraction signals, - thresholding, using the processing unit, the accumulation signal for each pixel, the laser pulse being detected if the accumulation signal is above a predetermined threshold for at least one pixel, and - locating the detected electromagnetic pulse in the observations seen from coordinates of the pixel comprising the detected electromagnetic pulse. - acquisition of signals by the matrix detector - transmission of the signals from the matrix detector to the processing unit, - calculation, by the processing unit, of a subtraction signal for each pixel of the matrix detector, the subtraction signal being the difference between two signals acquired on two consecutive time windows of the same length, this subtraction calculation being performed for any pair of consecutive signals, - calculating, using the processing unit, an accumulation signal for each pixel, spaced apart in time by an interval defined by the predefined occurrence law of the transmission of electromagnetic pulses, the accumulation signal being the sum of the subtraction signals, - thresholding, using the processing unit, the accumulation signal for each pixel, the laser pulse being detected if the accumulation signal is above a predetermined threshold for at least one pixel, and - locating the detected electromagnetic pulse in the observations seen from coordinates of the pixel comprising the detected electromagnetic pulse.
An automatic swimming pool cleaner comprising a motive assembly, the motive assembly comprising a drive wheel and a track, the track comprising an external surface and an internal surface, wherein: the external surface of the track comprises tread, and the internal surface of the track comprises teeth, characterized in that an axis of each tooth of the teeth intersects at least a portion of the tread. the external surface of the track comprises tread, and the internal surface of the track comprises teeth,
A method for receiving from a base station an enhanced physical downlink control channel, E-PDCCH, in a data region of a downlink subframe by a user equipment, UE, in a wireless communication system, the method comprising the step of: detecting the E-PDCCH by performing blind decoding of a plurality of E-PDCCH candidates included in a search space for the E-PDCCH, wherein the blind decoding is performed in accordance with an order of priority given to each of a plurality of sub-search spaces constituting the search space, and wherein the order of priority is determined by the base station based on downlink transmission information including at least one of a transmission data rate of a physical downlink shared channel, PDSCH, indicated by the E-PDCCH, a payload size of the PDSCH, a transmission modulation scheme of the PDSCH, and the number of resource blocks allocated to the PDSCH. detecting the E-PDCCH by performing blind decoding of a plurality of E-PDCCH candidates included in a search space for the E-PDCCH, wherein the blind decoding is performed in accordance with an order of priority given to each of a plurality of sub-search spaces constituting the search space, and wherein the order of priority is determined by the base station based on downlink transmission information including at least one of a transmission data rate of a physical downlink shared channel, PDSCH, indicated by the E-PDCCH, a payload size of the PDSCH, a transmission modulation scheme of the PDSCH, and the number of resource blocks allocated to the PDSCH.
Use of a tannin and non-tannin material phytocomposition, either in a dry or liquid form, applied to seeds or agamic multiplication members, or to implanted seedlings, as promoter of a starter effect consisting of a strong stimulation of an initial growth thereof, said phytocomposition being an aqueous extract at 13% w/w tannins made by water leaching a biomass of Castanea spp..
A burner for a gas cooktop comprising a main body provided with a first plurality of holes capable of producing first flames at a first angle (h) with respect to a horizontal reference plane, and a second plurality of holes capable of producing second flames at a second angle (k) with respect to said horizontal plane, which is smaller than the first, said first and second pluralities of holes (5, 6) consisting of corresponding groups of holes (5a, 5b; 6a, 6b, 6c), each group being associated with the same flame, wherein each group of holes consists of vertically aligned holes (5a, 5b; 6a, 6b, 6c), characterized in that the total cross-sectional area of each group of holes (6a, 6b, 6c) of the second plurality of holes is greater than the total cross-sectional area of each group of holes (5a, 5b) of the first plurality of holes, such that the second flames have a greater power than the first flames.
Transporting apparatus for transporting a disabled person or a person with reduced mobility which is suitable for transporting a person between ground and an access zone of a transporting vehicle through an access space of the transporting vehicle, said transporting apparatus comprising removing means arranged for enabling said person to overcome a difference in level between said ground and said access zone, said removing means comprising a loading ramp and a dragging carriage connected to said loading ramp to be dragged to slide thereupon, said transporting apparatus further comprising fixing means arranged for fixing said loading ramp to a step of stairs of said access space, said fixing means comprising a supporting plate, that can be substantially L-shaped and is arranged for being fitted to said step, and abutting means arranged for coming to abut, in an operating configuration, against walls of said access space and wall portions of said transporting vehicle bordering with said access space, said abutting means comprising frontal abutting means arranged for abutting on said wall portions, said transporting apparatus of a disabled person or of a person with reduced mobility being characterised in that said frontal abutting means comprises frontal abutting arm means connected to said supporting plate so as to be able to rotate between said operating configuration and a disengagement position, in which said frontal abutting arm means is spaced out from said wall portions, said frontal abutting arm means being lockable on said supporting plate in said operating configuration.
A back sheet for solar cell comprising a substrate and a fluoropolymer layer, characterized in that the components of the fluoropolymer layer by weight are as follows: Fluororesin 25 ~ 45 parts; Modified resin 1.5 ~ 3 parts; Polymeric filler 0.5 ~ 3 parts; Inorganic filler 0.1 ~ 1 parts; Solvent 50 ~ 70 parts, wherein said modified resin is poly(vinylidene fluoride - tetrafluoroethylene - hexafluoropropylene) resin modified by a carboxylic group, a sulfonic group, an azacyclopropane group, an isocyanate group, an epoxy group, an amino group, a hydroxyl group, or an active methylene group.
A lane selection method for an automatic-driving vehicle, comprising: providing a road environment model for a preset range around a vehicle, wherein the road environment model comprises a lane classification, a quantity and obstacle information of lanes in the preset range around the vehicle; acquiring the lane classification according to the road environment model; acquiring the quantity of lanes corresponding to a driving direction of the vehicle and the obstacle information of all the lanes corresponding to the driving direction of the vehicle according to the road environment model, if the vehicle is driving in a normal lane; characterized in that in a case that the quantity of the lanes corresponding to the driving direction of the vehicle is greater than or equal to three, performing stationary obstacle determination on the lanes in a priority sequence from left to right starting from a second left lane of the lanes corresponding to the driving direction of the vehicle, and selecting a lane without any stationary obstacle as a target lane, wherein the normal lane is a lane between a position where the vehicle leaves an acceleration lane to enter an expressway main road and a position where the vehicle leaves the expressway main road to enter a deceleration lane. providing a road environment model for a preset range around a vehicle, wherein the road environment model comprises a lane classification, a quantity and obstacle information of lanes in the preset range around the vehicle; acquiring the lane classification according to the road environment model; acquiring the quantity of lanes corresponding to a driving direction of the vehicle and the obstacle information of all the lanes corresponding to the driving direction of the vehicle according to the road environment model, if the vehicle is driving in a normal lane; characterized in that in a case that the quantity of the lanes corresponding to the driving direction of the vehicle is greater than or equal to three, performing stationary obstacle determination on the lanes in a priority sequence from left to right starting from a second left lane of the lanes corresponding to the driving direction of the vehicle, and selecting a lane without any stationary obstacle as a target lane, wherein the normal lane is a lane between a position where the vehicle leaves an acceleration lane to enter an expressway main road and a position where the vehicle leaves the expressway main road to enter a deceleration lane.