mhurhangee/ep-ind-claims huggingface dataset:
A method to control a laundry treating apparatus, the method comprising: setting a drying time period set by user input or a selected drying mode; supplying air to laundry in the laundry treating apparatus, wherein supplying the air includes operating a fan during the drying time period; characterized by: determining whether the dryness level measured at a reference time has reached a reference dryness level, wherein the reference time is set as a time point at which 10 minutes or more remain before the drying time period ends, and resetting the drying time period by adding a reset drying time period to the drying time period after the reference time when the dryness level of the laundry is less than the reference dryness level, wherein resetting the drying time period adds more time period to the drying time period as the dryness level measured at the reference time is lower, and wherein the determining whether the dryness level measured after the reference time has reached the reference dryness level and resetting the drying time period are repeatedly performed until the dryness level of the laundry reaches the reference dryness level. setting a drying time period set by user input or a selected drying mode; supplying air to laundry in the laundry treating apparatus, wherein supplying the air includes operating a fan during the drying time period; characterized by: determining whether the dryness level measured at a reference time has reached a reference dryness level, wherein the reference time is set as a time point at which 10 minutes or more remain before the drying time period ends, and resetting the drying time period by adding a reset drying time period to the drying time period after the reference time when the dryness level of the laundry is less than the reference dryness level, wherein resetting the drying time period adds more time period to the drying time period as the dryness level measured at the reference time is lower, and wherein the determining whether the dryness level measured after the reference time has reached the reference dryness level and resetting the drying time period are repeatedly performed until the dryness level of the laundry reaches the reference dryness level. determining whether the dryness level measured at a reference time has reached a reference dryness level, wherein the reference time is set as a time point at which 10 minutes or more remain before the drying time period ends, and resetting the drying time period by adding a reset drying time period to the drying time period after the reference time when the dryness level of the laundry is less than the reference dryness level, wherein resetting the drying time period adds more time period to the drying time period as the dryness level measured at the reference time is lower, and wherein the determining whether the dryness level measured after the reference time has reached the reference dryness level and resetting the drying time period are repeatedly performed until the dryness level of the laundry reaches the reference dryness level.
A method of provisioning a business mobile device onto a physical personal mobile device, the method comprising the steps of: binding a mobile application for provisioning the business mobile device to a privileged component of a host operating system of the personal mobile device, wherein the binding enables a hypervisor component and a management service component of the mobile application to execute in a privileged mode; downloading, though the mobile application, a virtual phone image for the business mobile device and security-related policy settings relating to use of the business mobile device from a mobile management server, wherein the hypervisor component is able to launch a virtual machine for the business mobile device based on the virtual phone image; and initiating a periodic attempt to establish a connection between the management service component of the mobile application and the mobile management server to comply with the security-related policy settings including, if the connection is not successful, disabling the business mobile device and/or wiping the business mobile device from the personal mobile device. binding a mobile application for provisioning the business mobile device to a privileged component of a host operating system of the personal mobile device, wherein the binding enables a hypervisor component and a management service component of the mobile application to execute in a privileged mode; downloading, though the mobile application, a virtual phone image for the business mobile device and security-related policy settings relating to use of the business mobile device from a mobile management server, wherein the hypervisor component is able to launch a virtual machine for the business mobile device based on the virtual phone image; and initiating a periodic attempt to establish a connection between the management service component of the mobile application and the mobile management server to comply with the security-related policy settings including, if the connection is not successful, disabling the business mobile device and/or wiping the business mobile device from the personal mobile device.
An antenna integrated speaker assembly, comprising: a speaker unit for outputting sound corresponding to signals from a controller; and an antenna unit formed at the speaker unit, for transmitting and receiving radio signals by cooperating with the controller, wherein the speaker unit comprises: a vibration plate serving as a piezo-electric device and formed as a circular disc; and a speaker feeding portion for electrically connecting the vibration plate and the controller to each other, and applying an electric signal from the controller to the vibration plate, and wherein the antenna unit comprises: an antenna portion coupled to the vibration plate and configured to cover and hold an outer circumference of the vibration plate, wherein the vibration plate is supported by the holding of antenna portion at the time of a vibration occurrence, and wherein a receiving groove is formed at the antenna portion for receiving the outer circumference of the vibration plate; and an antenna feeding portion for electrically connecting the antenna portion and the controller to each other. a speaker unit for outputting sound corresponding to signals from a controller; and an antenna unit formed at the speaker unit, for transmitting and receiving radio signals by cooperating with the controller, wherein the speaker unit comprises: a vibration plate serving as a piezo-electric device and formed as a circular disc; and a speaker feeding portion for electrically connecting the vibration plate and the controller to each other, and applying an electric signal from the controller to the vibration plate, and a vibration plate serving as a piezo-electric device and formed as a circular disc; and a speaker feeding portion for electrically connecting the vibration plate and the controller to each other, and applying an electric signal from the controller to the vibration plate, and wherein the antenna unit comprises: an antenna portion coupled to the vibration plate and configured to cover and hold an outer circumference of the vibration plate, wherein the vibration plate is supported by the holding of antenna portion at the time of a vibration occurrence, and wherein a receiving groove is formed at the antenna portion for receiving the outer circumference of the vibration plate; and an antenna feeding portion for electrically connecting the antenna portion and the controller to each other. an antenna portion coupled to the vibration plate and configured to cover and hold an outer circumference of the vibration plate, wherein the vibration plate is supported by the holding of antenna portion at the time of a vibration occurrence, and wherein a receiving groove is formed at the antenna portion for receiving the outer circumference of the vibration plate; and an antenna feeding portion for electrically connecting the antenna portion and the controller to each other.
Apparatus for applying Transcranial Magnetic Stimulation to a patient, wherein the apparatus comprises: a head mount for disposition on the head of a patient; and a plurality of magnet assemblies for releasable mounting on the head mount, wherein each of the magnet assemblies comprises a permanent magnet and a motor for selectively rotating the permanent magnet so as to provide a rapidly changing magnetic field of 500-5000 Tesla/second, corresponding to a magnet movement speed of no less than 400 Hertz, capable of inducing weak electric currents in the brain of a patient so as to modify the natural electrical activity of the brain of the patient, wherein the motor comprises a drive shaft, and further wherein the permanent magnet is attached to the drive shaft of the motor; wherein the number of magnet assemblies mounted on the head mount, their individual positioning on the head mount, and their selective provision of a rapidly changing magnetic field allow the spatial, strength and temporal characteristics of the magnetic field to be custom tailored for each patient. a head mount for disposition on the head of a patient; and a plurality of magnet assemblies for releasable mounting on the head mount, wherein each of the magnet assemblies comprises a permanent magnet and a motor for selectively rotating the permanent magnet so as to provide a rapidly changing magnetic field of 500-5000 Tesla/second, corresponding to a magnet movement speed of no less than 400 Hertz, capable of inducing weak electric currents in the brain of a patient so as to modify the natural electrical activity of the brain of the patient, wherein the motor comprises a drive shaft, and further wherein the permanent magnet is attached to the drive shaft of the motor; wherein the number of magnet assemblies mounted on the head mount, their individual positioning on the head mount, and their selective provision of a rapidly changing magnetic field allow the spatial, strength and temporal characteristics of the magnetic field to be custom tailored for each patient.
An inductor structure comprising: a first loop and a second loop; a first feed line connected to a first end of the first loop at the centre of the inductor structure and a second feed line connected to a first end of the second loop at the centre of the inductor structure, and a crossover section adjacent to the first end of the first loop and the first end of the second loop, the crossover section coupling the first loop to the second loop so as to cause current flowing from the first feed line to the second feed line to circulate around the first loop in a first rotational direction and around the second loop in a second rotational direction opposite to the first rotational direction, characterised by each of the first and second feed lines extending out of the plane of the inductor structure. a first loop and a second loop; a first feed line connected to a first end of the first loop at the centre of the inductor structure and a second feed line connected to a first end of the second loop at the centre of the inductor structure, and a crossover section adjacent to the first end of the first loop and the first end of the second loop, the crossover section coupling the first loop to the second loop so as to cause current flowing from the first feed line to the second feed line to circulate around the first loop in a first rotational direction and around the second loop in a second rotational direction opposite to the first rotational direction, characterised by each of the first and second feed lines extending out of the plane of the inductor structure.
A method operational on a client terminal comprising: determining whether an internal power source of the client terminal is below a threshold; seeking for a host terminal within transmission range of the client terminal if the internal power source is below the threshold; sending a message to the host terminal requesting it to operate as a proxy for the client terminal; powering down a first communication interface for communication with an access point; listening for paging messages from the host terminal over a second communication interface; transmitting a ping message over the second communication interface to determine whether the host terminal is within range to operate as the proxy; receiving a response to the ping message over the second communication interface indicating that the host terminal is within range to operate as the proxy; receiving at least a portion of a paging message from the host terminal; powering up the first communication interface; and responding to the paging message via the first communication interface directly to an access point that initiated the paging message. determining whether an internal power source of the client terminal is below a threshold; seeking for a host terminal within transmission range of the client terminal if the internal power source is below the threshold; sending a message to the host terminal requesting it to operate as a proxy for the client terminal; powering down a first communication interface for communication with an access point; listening for paging messages from the host terminal over a second communication interface; transmitting a ping message over the second communication interface to determine whether the host terminal is within range to operate as the proxy; receiving a response to the ping message over the second communication interface indicating that the host terminal is within range to operate as the proxy; receiving at least a portion of a paging message from the host terminal; powering up the first communication interface; and responding to the paging message via the first communication interface directly to an access point that initiated the paging message.
Tyre with a radial carcass reinforcement, comprising a crown reinforcement, itself capped radially by a tread connected to two beads by two sidewalls, the said tread comprising at least two layers (61, 62, 63, 64) of blended elastomeric compounds that are radially superposed and have a voids ratio that is lower in the central part than at the axially outer parts, a first layer of blended elastomeric compounds of the tread is made up of a first blended elastomeric compound forming a part extending at least into the region of the equatorial plane and of at least two axially outer parts formed of a second blended elastomeric compound, characterized in that the first blended elastomeric compound has a macro dispersion Z-value higher than 55 and a maximum tan(δ) value, denoted tan(δ)max, lower than 0.120, in that the second blended elastomeric compound has a macro dispersion Z-value higher than 50 and a maximum tan(δ) value, denoted tan(δ)max, less than 0.100, and in that the complex dynamic shear modulus G* 1% at 100°C of the second blended elastomeric compound has a value of at least 5% higher than that of the complex dynamic shear modulus G* 1% at 100°C of the first blended elastomeric compound.
A compression and/or contention garment for lymphoedema treatment, the garment comprising a main body, the main body being made of a compression textile, the compression textile having an elasticity strictly greater than 70% in at least one direction of extensibility, the compression textile having a module in accordance with the ISO standard NF EN 14704-1 of June 2005 on the determination of the elasticity of fabrics that is greater than or equal to 3.5 N at an elongation of 40% on the fifth load curve in the direction of extensibility, the garment having at least a first targeted area, in which the garment comprises at least one layer of reinforcement textile in the first targeted area, the garment having a module in the first targeted area that is greater than the module of the compression textile, the garment having at least a second targeted area (36, 38) in which the garment comprises at least one layer of contention textile, the contention textile having a stiffness in at least one direction of interest greater than or equal to 30 N/(m*mm) over any normal range of use of the garment, the stiffness of the contention textile in the direction of interest being strictly greater than the stiffness of the main body in the direction of interest over a normal range of use of the garment, the stiffness of the contention textile in the direction of interest being strictly greater than the stiffness of the garment in the first targeted area in the direction of interest, more particularly by at least 100%. the garment having at least a first targeted area, in which the garment comprises at least one layer of reinforcement textile in the first targeted area, the garment having a module in the first targeted area that is greater than the module of the compression textile, the garment having at least a second targeted area (36, 38) in which the garment comprises at least one layer of contention textile, the contention textile having a stiffness in at least one direction of interest greater than or equal to 30 N/(m*mm) over any normal range of use of the garment, the stiffness of the contention textile in the direction of interest being strictly greater than the stiffness of the main body in the direction of interest over a normal range of use of the garment, the stiffness of the contention textile in the direction of interest being strictly greater than the stiffness of the garment in the first targeted area in the direction of interest, more particularly by at least 100%.
A method performed by a wireless device (510, 700, 1100) for transmitting channel state information, CSI, feedback using a new radio, NR, Type II multi-beam precoder codebook, wherein the CSI feedback is of a NR Release 16 enhanced Type II, the method comprising: obtaining a configuration for a sub-band channel quality indicator, CQI, granularity and a sub-band precoding matrix indicator, PMI, granularity for the wireless device, wherein the sub-band PMI granularity corresponds to a first sub-band size and the sub-band CQI granularity corresponds to a second sub-band size, and wherein the first sub-band size is smaller than the second sub-band size; determining the CSI feedback according to the configured sub-band CQI granularity and the sub-band PMI granularity, wherein the CSI feedback indicates a linear combination of precoder vectors, wherein the precoder vectors are discrete Fourier transform, DFT, precoder vectors, wherein the precoder vectors correspond to respective frequency sub-bands having the first sub-band size, wherein the coefficients for the precoder vectors in the linear combination of precoder vectors are parameterized in the frequency-domain as a linear combination of a set of basis vectors and a set of coefficients for the basis vectors in the linear combination of the set of basis vectors; and transmitting, to a network node (560, 1000), the determined CSI feedback. obtaining a configuration for a sub-band channel quality indicator, CQI, granularity and a sub-band precoding matrix indicator, PMI, granularity for the wireless device, wherein the sub-band PMI granularity corresponds to a first sub-band size and the sub-band CQI granularity corresponds to a second sub-band size, and wherein the first sub-band size is smaller than the second sub-band size; determining the CSI feedback according to the configured sub-band CQI granularity and the sub-band PMI granularity, wherein the CSI feedback indicates a linear combination of precoder vectors, wherein the precoder vectors are discrete Fourier transform, DFT, precoder vectors, wherein the precoder vectors correspond to respective frequency sub-bands having the first sub-band size, wherein the coefficients for the precoder vectors in the linear combination of precoder vectors are parameterized in the frequency-domain as a linear combination of a set of basis vectors and a set of coefficients for the basis vectors in the linear combination of the set of basis vectors; and transmitting, to a network node (560, 1000), the determined CSI feedback.
A toric ophthalmic lens comprising an optical element, the optical element having meridians associated therewith, including a first radially modulated high power meridian and a low power meridian orthogonal to the high power meridian, the optical element having a second radially modulated meridian along which power monotonically varies with increasing radial position, wherein power along the second radially modulated meridian monotonically varies in a stepwise manner with increasing radial position and, wherein along the first radially modulated high power meridian: between an originating position and a respective first radial position, power equals a respective nominal power; between the respective first radial position and a respective second radial position, power is greater than the respective nominal power; and between the respective second radial position and a respective third radial position, power is less than the respective nominal power, wherein the nominal power corresponds to the power of a conventional standard toric lens at the same meridian, and the nominal power varies between the power at the high power meridian and the power at the low power meridian. between an originating position and a respective first radial position, power equals a respective nominal power; between the respective first radial position and a respective second radial position, power is greater than the respective nominal power; and between the respective second radial position and a respective third radial position, power is less than the respective nominal power, wherein the nominal power corresponds to the power of a conventional standard toric lens at the same meridian, and the nominal power varies between the power at the high power meridian and the power at the low power meridian.
Process for removing precious metal from precious metal-containing catalyst form bodies comprising form bodies and precious metal, whereby the precious metal to be removed is at least one precious metal selected from the group consisting of Au, Ag, Pd, Pt, Ir, Rh, Ru, Os, and Re, comprising the steps of: (a) producing a mixture of precious metal-containing catalyst form bodies in at least one mineral acid that is at least 1 N; (b) supplying inert or oxidising gas into the mixture containing precious metal-containing catalyst form bodies and mineral acid; (c) introducing at least one oxidation agent, in solid or liquid form, into the mixture containing precious metal-containing catalyst form bodies and mineral acid; and (d) separating the form bodies from the liquid. (a) producing a mixture of precious metal-containing catalyst form bodies in at least one mineral acid that is at least 1 N; (b) supplying inert or oxidising gas into the mixture containing precious metal-containing catalyst form bodies and mineral acid; (c) introducing at least one oxidation agent, in solid or liquid form, into the mixture containing precious metal-containing catalyst form bodies and mineral acid; and (d) separating the form bodies from the liquid.
A method of wireless communication, comprising: receiving, by a first wireless communication device from a second wireless communication device, a first extended cell coverage request; transmitting, by the first wireless communication device to the second wireless communication device, a first broadcast communication signal in an extended cell coverage mode in response to the first extended cell coverage request; and allocating, by the first wireless communication device, a resource for random access in the extended cell coverage mode based on the first extended cell coverage request. receiving, by a first wireless communication device from a second wireless communication device, a first extended cell coverage request; transmitting, by the first wireless communication device to the second wireless communication device, a first broadcast communication signal in an extended cell coverage mode in response to the first extended cell coverage request; and allocating, by the first wireless communication device, a resource for random access in the extended cell coverage mode based on the first extended cell coverage request.