mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal in a wireless communication system, the method comprising: identifying a subcarrier spacing of a synchronization signal block, SSB, corresponding to a frequency band of the SSB, wherein the SSB includes a primary synchronization signal, PSS, secondary synchronization signal, SSS, and physical broadcast channel, PBCH; identifying a synchronization signal frame structure type, wherein the frame structure type is defined based on the subcarrier spacing of the SSB and the frequency band; identifying a symbol location of the SSB in a time domain, based on the frame structure type; detecting the SSB based on the symbol location of the SSB, wherein the SSB is one among SSB candidates for the frame structure type; and acquiring synchronization by the detected SSB. identifying a subcarrier spacing of a synchronization signal block, SSB, corresponding to a frequency band of the SSB, wherein the SSB includes a primary synchronization signal, PSS, secondary synchronization signal, SSS, and physical broadcast channel, PBCH; identifying a synchronization signal frame structure type, wherein the frame structure type is defined based on the subcarrier spacing of the SSB and the frequency band; identifying a symbol location of the SSB in a time domain, based on the frame structure type; detecting the SSB based on the symbol location of the SSB, wherein the SSB is one among SSB candidates for the frame structure type; and acquiring synchronization by the detected SSB.
Centrifuge comprising a) a housing, b) a centrifugation chamber wherein a rotor which is supported for being rotated is arranged or can be arranged, c) a primary cooling circuit characterised by d) a secondary cooling circuit which is thermically coupled to the primary cooling circuit and to the centrifugation chamber, e) a control unit being provided comprising control logic which controls the primary cooling circuit and the secondary cooling circuit in a way such that ea) during an operation of the centrifuge wherein the rotor is rotated cooling energy is generated by the primary cooling circuit and/or eb) the primary cooling circuit and the secondary cooling circuit are operated simultaneously. a) a housing, b) a centrifugation chamber wherein a rotor which is supported for being rotated is arranged or can be arranged, c) a primary cooling circuit d) a secondary cooling circuit which is thermically coupled to the primary cooling circuit and to the centrifugation chamber, e) a control unit being provided comprising control logic which controls the primary cooling circuit and the secondary cooling circuit in a way such that ea) during an operation of the centrifuge wherein the rotor is rotated cooling energy is generated by the primary cooling circuit and/or eb) the primary cooling circuit and the secondary cooling circuit are operated simultaneously. ea) during an operation of the centrifuge wherein the rotor is rotated cooling energy is generated by the primary cooling circuit and/or eb) the primary cooling circuit and the secondary cooling circuit are operated simultaneously.
A method for photographing by using a widget of a portable device, the method comprising: displaying, on a touch screen, a home screen including a plurality of camera widgets, each of the camera widgets including a storage folder name corresponding to a storage folder where a previously photographed image is stored or an image to be photographed is to be stored, a preview area which displays a photographed image stored in the storage folder, and a camera widget button; in response to a first touch detected in the camera widget button of one of the widgets, changing the preview area of the widget where the first touch is detected to a view finder area and the camera widget button of the widget where the first touch is detected to a photographing button, the view finder area displaying a current image input through a camera of the portable device; photographing a subject displayed on the view finder area in response to a second touch detected in the photographing button; and storing a photographed image corresponding to the subject in the storage folder corresponding to the widget where the first touch is detected, wherein each of the plurality of widgets has a different corresponding storage folder. displaying, on a touch screen, a home screen including a plurality of camera widgets, each of the camera widgets including a storage folder name corresponding to a storage folder where a previously photographed image is stored or an image to be photographed is to be stored, a preview area which displays a photographed image stored in the storage folder, and a camera widget button; in response to a first touch detected in the camera widget button of one of the widgets, changing the preview area of the widget where the first touch is detected to a view finder area and the camera widget button of the widget where the first touch is detected to a photographing button, the view finder area displaying a current image input through a camera of the portable device; photographing a subject displayed on the view finder area in response to a second touch detected in the photographing button; and storing a photographed image corresponding to the subject in the storage folder corresponding to the widget where the first touch is detected, wherein each of the plurality of widgets has a different corresponding storage folder.
Device for the command and control of the electric power supply of one or more windings (201, 202) of an electromagnetic actuator, comprising a plurality of electronic means (20, 30, 40, 50, 60, 70, 80, 90, 95) configured to receive at the input either a direct current feeding voltage or alternatively an alternating current feeding voltage and to generate at the output a first digital command signal (CMD_ATTIV) suitable for triggering an activation phase of the electromagnetic actuator in which at least one of said one or more windings is powered, for a first predefined and adjustable time interval, with an activation current, a second digital command signal (CMD_MANT) suitable for triggering a maintenance phase of the electromagnetic actuator in which said one or more windings are powered with a maintenance current having an intensity lower than said activation current, and a third digital command signal (CMD_DISATT) suitable for triggering at least a third phase of deactivation of the electromagnetic actuator in which the power supply of said one or more windings is interrupted for at least a second predefined and adjustable time interval, wherein said plurality of electronic means comprises a first circuit block configured to generate at the output a reference voltage (V RIF) adjusted to a desired value in response to the value of the feeding voltage (V ALlM) in direct current or in alternating current received at the input, characterized in that said plurality of electronic means further comprises a second circuit block which receives in input at least said reference voltage (V RIF) and is configured to compare said reference voltage (V RIF) with a threshold value and to generate in output a signal ( Pre_Trigger) of pre-activation suitable to bring the electromagnetic actuator in said activation phase, or a signal of pre-deactivation suitable to bring the electromagnetic actuator in said deactivation phase.
A shuffling device, comprising: a card infeed area; a first card feed mechanism configured to transport a plurality of cards from the card infeed area to a carousel comprising a plurality of compartments; and a divider positioned proximate to the carousel and operable to contact at least one card positioned within at least one compartment of the plurality of compartments of the carousel, wherein the divider is configured to create an opening between at least one of: the at least one card and at least another card of the plurality of cards within the at least one compartment of the plurality of compartments; and the at least one card and a surface of the carousel forming a portion of the at least one compartment of the plurality of compartments. a card infeed area; a first card feed mechanism configured to transport a plurality of cards from the card infeed area to a carousel comprising a plurality of compartments; and a divider positioned proximate to the carousel and operable to contact at least one card positioned within at least one compartment of the plurality of compartments of the carousel, wherein the divider is configured to create an opening between at least one of: the at least one card and at least another card of the plurality of cards within the at least one compartment of the plurality of compartments; and the at least one card and a surface of the carousel forming a portion of the at least one compartment of the plurality of compartments. the at least one card and at least another card of the plurality of cards within the at least one compartment of the plurality of compartments; and the at least one card and a surface of the carousel forming a portion of the at least one compartment of the plurality of compartments.
A dilating cannula, comprising a radially expandable flange and an expandable shaft, wherein: the radially expandable flange comprising two or more sectors, each of the two or more sectors being individually spaced apart and independently movable from each other, the radially expandable flange being disposed at a proximal end portion of the dilating cannula; and the expandable shaft extending from the proximal end portion to a distal end portion of the dilating cannula, the expandable shaft defining an inner passageway of the dilating cannula and comprising two or more arms configured to allow a needle tip with a diameter greater than a diameter of the expandable shaft to pass through the expandable shaft, each of the two or more arms comprising a base section, a first branch extending from one end of the base section, and a second branch extending from another end of the base section, each base section of the two or more arms being disposed at the distal end portion of the dilating cannula, wherein each pair of adjacent sectors of the two or more sectors define a sector slit therebetween, wherein the first branch of a first arm of the two or more arms is connected to a first sector of the two or more sectors of the radially expandable flange, and wherein the second branch of a first arm of the two or more arms is connected to a second sector of the two or more sectors of the radially expandable flange, different from the first sector of the two or more sectors of the radially expandable flange. the radially expandable flange comprising two or more sectors, each of the two or more sectors being individually spaced apart and independently movable from each other, the radially expandable flange being disposed at a proximal end portion of the dilating cannula; and the expandable shaft extending from the proximal end portion to a distal end portion of the dilating cannula, the expandable shaft defining an inner passageway of the dilating cannula and comprising two or more arms configured to allow a needle tip with a diameter greater than a diameter of the expandable shaft to pass through the expandable shaft, each of the two or more arms comprising a base section, a first branch extending from one end of the base section, and a second branch extending from another end of the base section, each base section of the two or more arms being disposed at the distal end portion of the dilating cannula, wherein each pair of adjacent sectors of the two or more sectors define a sector slit therebetween, wherein the first branch of a first arm of the two or more arms is connected to a first sector of the two or more sectors of the radially expandable flange, and wherein the second branch of a first arm of the two or more arms is connected to a second sector of the two or more sectors of the radially expandable flange, different from the first sector of the two or more sectors of the radially expandable flange.
A method for forming a polycrystalline diamond compact comprising: positioning grains of superabrasive material and a catalyst material in a cell assembly; elevating a temperature and pressure of the components of the cell assembly to first superabrasive sintering temperature and pressure conditions that is above a melting or liquidus temperature of the catalyst material; subsequent to reaching the first superabrasive sintering temperature and pressure conditions, decreasing the temperature of the components of the cell assembly to a quench temperature that is below the liquidus temperature of the catalyst material; and subsequent to reaching the quench temperature, elevating the cell temperature to second sintering temperature and pressure conditions that is above the melting or liquidus temperature of the catalyst material; wherein the rate of change of the temperature of the component of the cell assembly from the first superabrasive sintering temperature to the quench temperature is greater than about 400°C per minute. positioning grains of superabrasive material and a catalyst material in a cell assembly; elevating a temperature and pressure of the components of the cell assembly to first superabrasive sintering temperature and pressure conditions that is above a melting or liquidus temperature of the catalyst material; subsequent to reaching the first superabrasive sintering temperature and pressure conditions, decreasing the temperature of the components of the cell assembly to a quench temperature that is below the liquidus temperature of the catalyst material; and subsequent to reaching the quench temperature, elevating the cell temperature to second sintering temperature and pressure conditions that is above the melting or liquidus temperature of the catalyst material; wherein the rate of change of the temperature of the component of the cell assembly from the first superabrasive sintering temperature to the quench temperature is greater than about 400°C per minute.
A Proxy Call Session Control Function server "P-CSCF" for allowing a user (5, 5a) to access an IP Multimedia Subsystem "IMS" offering multimedia services to the user, the P-CSCF having: - first communication means for communicating with the user and with other entities of the IMS; and - second communication means for communicating with a Policy Control Rules server responsible for installing control rules to authorize media flows at an entity in the bearer layer; and characterised in that it includes: - a configuration requester output for requesting configuration data from the Policy Control Rules server; and - a configuration data receiver adapted for receiving from the Policy Control Rules server configuration data selected from: indication of a signalling procedure during which a further contact with the Policy Control Rules server is required; indication to modify or reject service information in transit based on access-related user information; indication to provide a specific service information element to the Policy Control Rules server usable for policy decisions; and information about access type of an IP connectivity access network "IP-CAN" where the user accesses the IMS through. - first communication means for communicating with the user and with other entities of the IMS; and - second communication means for communicating with a Policy Control Rules server responsible for installing control rules to authorize media flows at an entity in the bearer layer; - a configuration requester output for requesting configuration data from the Policy Control Rules server; and - a configuration data receiver adapted for receiving from the Policy Control Rules server configuration data selected from: indication of a signalling procedure during which a further contact with the Policy Control Rules server is required; indication to modify or reject service information in transit based on access-related user information; indication to provide a specific service information element to the Policy Control Rules server usable for policy decisions; and information about access type of an IP connectivity access network "IP-CAN" where the user accesses the IMS through.
A method of integrating at least one AI function block, which comprises artificial intelligence, into a controller for an industrial machine, wherein, in the method, - for the AI function block, an AI model is selected for execution in the AI function block, - the AI function block is linked in an at least partly automated manner to further function blocks (FB1-FB3, FB5) of control software of the industrial machine, - the AI function block is brought to execution in an at least partly automated manner, characterized in that the execution of the AI function block takes place by means of an IEC 61499 runtime environment, wherein the function blocks (FB1-FB5) are activated by events and also generate events themselves to activate other function blocks (FB1-FB5), wherein the control software is executed on a plurality of different computing devices connected by means of a data network, wherein one of the computing devices is selected in an automated manner for the execution of the AI function block. - for the AI function block, an AI model is selected for execution in the AI function block, - the AI function block is linked in an at least partly automated manner to further function blocks (FB1-FB3, FB5) of control software of the industrial machine, - the AI function block is brought to execution in an at least partly automated manner, characterized in that the execution of the AI function block takes place by means of an IEC 61499 runtime environment, wherein the function blocks (FB1-FB5) are activated by events and also generate events themselves to activate other function blocks (FB1-FB5), wherein the control software is executed on a plurality of different computing devices connected by means of a data network, wherein one of the computing devices is selected in an automated manner for the execution of the AI function block.
A flat stacked type non-aqueous electrolyte secondary battery comprising a power generating element including: a positive electrode comprising a positive electrode active material layer containing a positive electrode active material formed on a surface of a positive electrode current collector, a negative electrode comprising a negative electrode active material layer containing a negative electrode active material formed on a surface of a negative electrode current collector, and an electrolyte layer, wherein the ratio of the rated capacity to the pore volume of the negative electrode active material layer, as measured by the method defined in the description, is 1.12 Ah/cc or more, the ratio of the battery area to the rated capacity, as measured by the method defined in the description, is 4.0 cm 2 /Ah or more, and the rated capacity is 30 Ah or more, and the electrolyte layer contains an electrolyte solution containing an electrolyte salt dissolved and the value obtained by dividing the weight of an electrolyte salt in pores in the negative electrode active material layer by the weight of the negative electrode active material, as measured by the method defined in the description, is 0.031 or more. a positive electrode comprising a positive electrode active material layer containing a positive electrode active material formed on a surface of a positive electrode current collector, a negative electrode comprising a negative electrode active material layer containing a negative electrode active material formed on a surface of a negative electrode current collector, and an electrolyte layer, wherein the ratio of the rated capacity to the pore volume of the negative electrode active material layer, as measured by the method defined in the description, is 1.12 Ah/cc or more, the ratio of the battery area to the rated capacity, as measured by the method defined in the description, is 4.0 cm 2 /Ah or more, and the rated capacity is 30 Ah or more, and the electrolyte layer contains an electrolyte solution containing an electrolyte salt dissolved and the value obtained by dividing the weight of an electrolyte salt in pores in the negative electrode active material layer by the weight of the negative electrode active material, as measured by the method defined in the description, is 0.031 or more.
An oxide superconductor, comprising: an oxide superconducting layer including at least one superconducting region containing barium, Ba, copper, Cu, and at least one first rare earth element selected from the group consisting of yttrium, Y, lanthanum, La, neodymium, Nd, samarium, Sm, europium, Eu, gadolinium, Gd, dysprosium, Dy, holmium, Ho, erbium, Er, thulium, Tm, ytterbium, Yb, and lutetium, Lu, the at least one superconducting region having a continuous perovskite structure, and the at least one superconducting region having a size of 100 nm × 100 nm × 100 nm or more, and a non-superconducting region in contact with the at least one superconducting region, the non-superconducting region containing praseodymium, Pr, barium, Ba, copper, Cu, and at least one second rare earth element selected from the group consisting of yttrium, Y, lanthanum, La, neodymium, Nd, samarium, Sm, europium, Eu, gadolinium, Gd, dysprosium, Dy, holmium, Ho, erbium, Er, thulium, Tm, ytterbium, Yb, and lutetium, Lu, a ratio of Z the number of atoms of the praseodymium, Pr, to the sum of the number of atoms of the second rare earth element and the number of atoms of the praseodymium, Pr, in the non-superconducting region being equal to or more than 20%, and the non-superconducting region having a size of 100 nm × 100 nm × 100 nm or more, characterized in that the non-superconducting region has a continuous perovskite structure that is continuous with the continuous perovskite structure of the at least one superconducting region. an oxide superconducting layer including at least one superconducting region containing barium, Ba, copper, Cu, and at least one first rare earth element selected from the group consisting of yttrium, Y, lanthanum, La, neodymium, Nd, samarium, Sm, europium, Eu, gadolinium, Gd, dysprosium, Dy, holmium, Ho, erbium, Er, thulium, Tm, ytterbium, Yb, and lutetium, Lu, the at least one superconducting region having a continuous perovskite structure, and the at least one superconducting region having a size of 100 nm × 100 nm × 100 nm or more, and a non-superconducting region in contact with the at least one superconducting region, the non-superconducting region containing praseodymium, Pr, barium, Ba, copper, Cu, and at least one second rare earth element selected from the group consisting of yttrium, Y, lanthanum, La, neodymium, Nd, samarium, Sm, europium, Eu, gadolinium, Gd, dysprosium, Dy, holmium, Ho, erbium, Er, thulium, Tm, ytterbium, Yb, and lutetium, Lu, a ratio of Z the number of atoms of the praseodymium, Pr, to the sum of the number of atoms of the second rare earth element and the number of atoms of the praseodymium, Pr, in the non-superconducting region being equal to or more than 20%, and the non-superconducting region having a size of 100 nm × 100 nm × 100 nm or more, characterized in that the non-superconducting region has a continuous perovskite structure that is continuous with the continuous perovskite structure of the at least one superconducting region.