mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a wireless device for utilizing a portion of wireless spectrum shared between multiple radio-access technologies, the portion of wireless spectrum comprising a plurality of channels at respective transmission frequencies, the method comprising: - performing a listen-before-talk, LBT, test to check for wireless activity on a first channel in the plurality of channels prior to each transmission over the first channel; - detecting an event which is indicative of congestion at a first channel of the plurality of channels, the first channel being assigned to the wireless device for accessing a cellular network; wherein the event which is indicative of congestion at the first channel relates to one or more failures of the LBT test; and - responsive to detection of the event, initiating a procedure to switch to a second channel of the plurality of channels for accessing the cellular network; characterized by : - determining that the second channel does not comprise physical random access channel, PRACH, resources; and - establishing uplink synchronization with a third channel of the plurality of channels, the third channel belonging to a same timing advance group as the second channel. - performing a listen-before-talk, LBT, test to check for wireless activity on a first channel in the plurality of channels prior to each transmission over the first channel; - detecting an event which is indicative of congestion at a first channel of the plurality of channels, the first channel being assigned to the wireless device for accessing a cellular network; wherein the event which is indicative of congestion at the first channel relates to one or more failures of the LBT test; and - responsive to detection of the event, initiating a procedure to switch to a second channel of the plurality of channels for accessing the cellular network; - determining that the second channel does not comprise physical random access channel, PRACH, resources; and - establishing uplink synchronization with a third channel of the plurality of channels, the third channel belonging to a same timing advance group as the second channel.
Bicycle frame element comprising a saddle tube , a bottom bracket housing and/or a motor housing connected to the saddle tube and chainstays connected to the saddle tube and/or the bottom bracket housing and/or the motor housing , as well as a belt tensioning means for drive belts of a bicycle, comprising a tensioning roller , a pivot lever pivotally supporting the tensioning roller by means of a receiving element , a holding element pivotally supporting the pivot lever , said holding element being adapted to be mounted on the bicycle frame, and a tensioning element connected to the pivot lever and the bicycle frame, wherein the tensioning element is connected to the pivot element between the holding element and the receiving element , characterized in that in the mounted state, the tensioning element is arranged between chainstays and on the saddle tube of the bicycle frame, in particular on a rear side of the saddle tube . a saddle tube , a bottom bracket housing and/or a motor housing connected to the saddle tube and chainstays connected to the saddle tube and/or the bottom bracket housing and/or the motor housing , as well as a belt tensioning means for drive belts of a bicycle, comprising a tensioning roller , a pivot lever pivotally supporting the tensioning roller by means of a receiving element , a holding element pivotally supporting the pivot lever , said holding element being adapted to be mounted on the bicycle frame, and a tensioning element connected to the pivot lever and the bicycle frame, wherein the tensioning element is connected to the pivot element between the holding element and the receiving element , characterized in that in the mounted state, the tensioning element is arranged between chainstays and on the saddle tube of the bicycle frame, in particular on a rear side of the saddle tube .
A heart rate monitoring method, applied to an electronic device, and comprising: determining that a wearer of the electronic device is a living body ; obtaining a first photoplethysmograph PPG signal ; determining a first heart rate and a confidence of the first heart rate according to the first PPG signal , wherein the confidence of the first heart rate is determined by weight coefficients of M harmonic signals, wherein the M harmonic signals are determined according to the first PPG signal within a preset time, and M is an integer greater than or equal to 2; outputting the first heart rate in a case that the confidence of the first heart rate meets a preset confidence condition ; and displaying the first heart rate , the method further comprising: calculating a weight coefficient of each of the M harmonic signals; determining a confidence of the weight coefficient of each harmonic signal to obtain M confidences; and using a highest confidence among the M confidences as the confidence of the first heart rate. determining that a wearer of the electronic device is a living body ; obtaining a first photoplethysmograph PPG signal ; determining a first heart rate and a confidence of the first heart rate according to the first PPG signal , wherein the confidence of the first heart rate is determined by weight coefficients of M harmonic signals, wherein the M harmonic signals are determined according to the first PPG signal within a preset time, and M is an integer greater than or equal to 2; outputting the first heart rate in a case that the confidence of the first heart rate meets a preset confidence condition ; and displaying the first heart rate , the method further comprising: calculating a weight coefficient of each of the M harmonic signals; determining a confidence of the weight coefficient of each harmonic signal to obtain M confidences; and using a highest confidence among the M confidences as the confidence of the first heart rate. calculating a weight coefficient of each of the M harmonic signals; determining a confidence of the weight coefficient of each harmonic signal to obtain M confidences; and using a highest confidence among the M confidences as the confidence of the first heart rate.
A catalytic article comprising: a. a flow through honeycomb substrate having an inlet side, an outlet side, an axial length from the inlet side to the outlet side, and a plurality of channels defined by channel walls extending from the inlet side to the outlet side; b. a first NH 3 -SCR catalyst composition coated on and/or within the channel walls in a first zone; and c. a second NH 3 -SCR catalyst composition coated on and/or within the channel walls in a second zone, provided that the first and second zones are adjacent or overlap by less than 90 percent of the axial length; wherein the first NH 3 -SCR catalyst comprises a first copper loaded molecular sieve having a copper to aluminum atomic ratio of 0.1 to 0.375 and the second NH 3 -SCR catalyst comprises a second copper loaded molecular sieve having a copper-to-aluminum atomic ratio of 0.3 to 0.6, provided that the Cu:Al ratio in the first zone catalyst is less than the Cu:AI ratio in the second zone catalyst, wherein the first copper loaded molecular sieve has a lower copper concentration relative to the second copper loaded molecular sieve, and wherein the first zone is upstream of the second zone, and wherein the first zone extends from the inlet side to a first end point that is positioned 10 to 40 percent of the axial length of the substrate and the second zone extends from the outlet side to 20 to 90 percent of the axial length of the substrate; and wherein the catalyst article further comprises an ASC zone having an ammonia oxidation catalyst coated on and/or within the channel walls, wherein the ASC zone extends from the outlet side for a distance that is 10 to 50 percent of the axial length and does not contact the first zone. a. a flow through honeycomb substrate having an inlet side, an outlet side, an axial length from the inlet side to the outlet side, and a plurality of channels defined by channel walls extending from the inlet side to the outlet side; b. a first NH 3 -SCR catalyst composition coated on and/or within the channel walls in a first zone; and c. a second NH 3 -SCR catalyst composition coated on and/or within the channel walls in a second zone, provided that the first and second zones are adjacent or overlap by less than 90 percent of the axial length;
A composite substrate comprising: a single crystal support substrate containing a first element as a main component, an oxide single crystal layer provided on the single crystal support substrate and containing a second element as a main component, the second element excluding oxygen; and an amorphous layer provided in between the single crystal support substrate and the oxide single crystal layer and containing the first element, the second element and Ar, the amorphous layer having a first amorphous region in which proportion of the first element is higher than proportion of the second element, and a second amorphous region in which the proportion of the second element is higher than the proportion of the first element, concentration of the Ar contained in the first amorphous region being higher than concentration of Ar contained in the second amorphous region and being 3 atom% or more, wherein the oxide single crystal layer includes one selected from a group consisting of lithium tantalate and lithium niobate. a single crystal support substrate containing a first element as a main component, an oxide single crystal layer provided on the single crystal support substrate and containing a second element as a main component, the second element excluding oxygen; and an amorphous layer provided in between the single crystal support substrate and the oxide single crystal layer and containing the first element, the second element and Ar, the amorphous layer having a first amorphous region in which proportion of the first element is higher than proportion of the second element, and a second amorphous region in which the proportion of the second element is higher than the proportion of the first element, concentration of the Ar contained in the first amorphous region being higher than concentration of Ar contained in the second amorphous region and being 3 atom% or more, wherein the oxide single crystal layer includes one selected from a group consisting of lithium tantalate and lithium niobate.
A winder comprising: a winding mechanism configured to wind a belt-shaped raw film around a winding core , the belt-shaped raw film being composed of a plurality of electrodes and a plurality of separating films ; a chamber where the winding mechanism is housed; further comprising: at least one vacuum pump to suck air in the chamber ; and characterised by a product case to house a plurality of winding products each formed by winding the raw film with use of the winding mechanism provided in the chamber . a winding mechanism configured to wind a belt-shaped raw film around a winding core , the belt-shaped raw film being composed of a plurality of electrodes and a plurality of separating films ; a chamber where the winding mechanism is housed; further comprising: at least one vacuum pump to suck air in the chamber ; and characterised by a product case to house a plurality of winding products each formed by winding the raw film with use of the winding mechanism provided in the chamber . at least one vacuum pump to suck air in the chamber ; and characterised by a product case to house a plurality of winding products each formed by winding the raw film with use of the winding mechanism provided in the chamber .
A vehicle approach notification device (40, 40', 40", 140, 250) of a saddle-ridden electric-powered vehicle attached to a saddle-ridden electric-powered vehicle having a vehicle body cover that covers a vehicle body , the vehicle approach notification device comprising: an air opening that is formed in the vehicle body cover for taking in air from an outside; the vehicle approach notification device characterized in that it further comprises, a ventilation passage that is formed in the vehicle body cover for passing air taken in from the air opening therethrough; and a sound emission device that is arranged in the ventilation passage and emits sound by means of an airflow that passes through the ventilation passage . an air opening that is formed in the vehicle body cover for taking in air from an outside; the vehicle approach notification device characterized in that it further comprises, a ventilation passage that is formed in the vehicle body cover for passing air taken in from the air opening therethrough; and a sound emission device that is arranged in the ventilation passage and emits sound by means of an airflow that passes through the ventilation passage .
A parcel-sorting facility comprising a conveyor on which parcels to be sorted are conveyed, under the control of a monitoring and control unit , towards receptacles situated at sorting outlets and corresponding to destination addresses of said parcels, the sorting outlets being distributed along the conveyor, in which facility each sorting outlet is shared between a plurality of receptacles, only one of which is in a parcel-receiving position (PO), said parcel-sorting facility being characterized in that a receptacle exchanger device for exchanging receptacles is assigned to each outlet, and is configured for exchanging that one of the receptacles that is in the receiving position at a given outlet with another of the receptacles sharing said outlet, and in that the parcel-sorting facility anticipates the arrival of a parcel at said outlet by means of the monitoring and control unit that determines which receptacle from among the receptacles assigned to said outlet is associated with a destination of the parcel and which receptacle is a current receptacle placed in the receiving position of said outlet, that tests whether the receptacle associated with the destination of the parcel is the current receptacle, and, that responds to the test producing a negative result by ordering the exchanger device assigned to the outlet to place the receptacle associated with the destination of the parcel in the receiving position in place of the current receptacle.
Method of updating a predictive model of a variable representative of the operation of a mobile terminal (T1) connected to a packet-switched communication network, characterized by a first predictive model (Model1) being able to estimate a value of the variable, called estimated value, as a function of the value of parameters, called predictors, linked to the variable by a common operating context, the method being implemented by the mobile terminal and comprising the following step: • generating (E07; F09) a feed message, comprising at least one measured value of the variable and values of the predictors, if (E06; F06) the difference between the measured value and a value estimated using the first predictive model as a function of the values of the predictors is greater than or equal to a determined threshold, called feed threshold. • generating (E07; F09) a feed message, comprising at least one measured value of the variable and values of the predictors, if (E06; F06) the difference between the measured value and a value estimated using the first predictive model as a function of the values of the predictors is greater than or equal to a determined threshold, called feed threshold.
A centrifugal separator for cleaning gas containing contaminants comprising a stationary casing , enclosing a separation space through which a gas flow is permitted, said stationary casing comprising a surrounding side wall , an upper end wall and a lower end wall , a gas inlet extending through the stationary casing and permitting supply of the gas to be cleaned, a rotating member comprising a plurality of separation members arranged in said separation space and being arranged to rotate around an axis (X) of rotation; a gas outlet arranged in the stationary casing and configured to permit discharge of cleaned gas and comprising an outlet opening through a wall of the stationary casing , a drainage outlet arranged in a lower portion of the stationary casing and configured to permit discharge of liquid contaminants separated from the gas to be cleaned; a drive member for rotating the rotating member ; characterized in that the centrifugal separator further comprises at least one guiding vane arranged for guiding separated liquid impurities on the inner surface of the lower end wall from a radial outer position to the drainage outlet ; and wherein the centrifugal separator further comprises a radial disc element arranged on top of the at least one guiding vane , wherein the radial disc element extends radially in the separation space to a position that is radially inwards from the surrounding side wall , thereby forming an annular channel for separated liquid impurities at the inner surface of the surrounding side wall . a stationary casing , enclosing a separation space through which a gas flow is permitted, said stationary casing comprising a surrounding side wall , an upper end wall and a lower end wall , a gas inlet extending through the stationary casing and permitting supply of the gas to be cleaned, a rotating member comprising a plurality of separation members arranged in said separation space and being arranged to rotate around an axis (X) of rotation; a gas outlet arranged in the stationary casing and configured to permit discharge of cleaned gas and comprising an outlet opening through a wall of the stationary casing , a drainage outlet arranged in a lower portion of the stationary casing and configured to permit discharge of liquid contaminants separated from the gas to be cleaned; a drive member for rotating the rotating member ; characterized in that the centrifugal separator further comprises at least one guiding vane arranged for guiding separated liquid impurities on the inner surface of the lower end wall from a radial outer position to the drainage outlet ; and wherein the centrifugal separator further comprises a radial disc element arranged on top of the at least one guiding vane , wherein the radial disc element extends radially in the separation space to a position that is radially inwards from the surrounding side wall , thereby forming an annular channel for separated liquid impurities at the inner surface of the surrounding side wall .
A zirconia sintered body comprising a crystal grain having a cubic domain and a tetragonal domain, a stabilizer and lanthanum being dissolved as a solid solution in the zirconia sintered body, wherein the stabilizer is at least one type selected from the group consisting of yttria, scandia, calcia, magnesia, and ceria, and wherein an average crystal grain size is from 20 μm to 100 μm.
A high molecular weight, optionally biodegradable, compound comprising gelatin and doxorubicin, wherein the gelatin is covalently linked to doxorubicin through a cleavable linker comprising a hydrazone bond and glycylglycine, and wherein the compound has an average molecular weight of at least 40kDa. wherein the gelatin is covalently linked to doxorubicin through a cleavable linker comprising a hydrazone bond and glycylglycine, and wherein the compound has an average molecular weight of at least 40kDa.
A method for determining symbol type for a plurality of extended symbols in a wireless communication system, the method performed by a user equipment, UE, and comprising: receiving (S1310), from a network, slot format information informing a symbol type for a plurality of normal symbols, wherein each of the plurality of normal symbols comprises a normal cyclic prefix, CP, characterized by , determining (S1320) the symbol type for the plurality of extended symbols, wherein each of the plurality of extended symbols comprises an extended CP, wherein a symbol type of an extended symbol among the plurality of extended symbols is determined based on two normal symbols overlapping with the extended symbol in a time domain among the plurality of normal symbols, wherein a first subcarrier spacing related to the plurality of normal symbols is as same as a second subcarrier spacing related to the plurality of extended symbols, wherein based on the plurality of normal symbols being arranged within a specific time duration, the plurality of extended symbols is arranged within the specific time duration, and wherein based on a symbol type of one normal symbol among the two normal symbol being a downlink symbol and based on a symbol type of a remaining normal symbol among the two normal symbols being an uplink symbol, the symbol type of the extended symbol is determined as a flexible symbol. receiving (S1310), from a network, slot format information informing a symbol type for a plurality of normal symbols, wherein each of the plurality of normal symbols comprises a normal cyclic prefix, CP, characterized by , determining (S1320) the symbol type for the plurality of extended symbols, wherein each of the plurality of extended symbols comprises an extended CP, wherein a symbol type of an extended symbol among the plurality of extended symbols is determined based on two normal symbols overlapping with the extended symbol in a time domain among the plurality of normal symbols, wherein a first subcarrier spacing related to the plurality of normal symbols is as same as a second subcarrier spacing related to the plurality of extended symbols, wherein based on the plurality of normal symbols being arranged within a specific time duration, the plurality of extended symbols is arranged within the specific time duration, and wherein based on a symbol type of one normal symbol among the two normal symbol being a downlink symbol and based on a symbol type of a remaining normal symbol among the two normal symbols being an uplink symbol, the symbol type of the extended symbol is determined as a flexible symbol.
A method for making an artificial turf infill , the method comprising: subjecting olive pit fragments obtained from an olive oil extraction process without applying an additional crushing step to a thermal treatment (S54), wherein the thermal treatment (S54) includes heating the olive pit fragments to a temperature of 150 °C to 250 °C; and using the thermally treated olive pit fragments as the artificial turf infill or as a component of the infill. subjecting olive pit fragments obtained from an olive oil extraction process without applying an additional crushing step to a thermal treatment (S54), wherein the thermal treatment (S54) includes heating the olive pit fragments to a temperature of 150 °C to 250 °C; and using the thermally treated olive pit fragments as the artificial turf infill or as a component of the infill.