mhurhangee/ep-ind-claims huggingface dataset:
A method for restituting a multi-channel audio signal in a listening zone comprising a number N of loudspeakers, the multi-channel audio signal being composed of different channels, N designating an integer greater than 1, this method comprising: - a step of analyzing the multi-channel audio signal comprising an extraction of an omnidirectional multi-channel component from the multi-channel audio signal, this omnidirectional multi-channel component satisfying a predetermined similarity criterion between the channels composing the multi-channel audio signal, and the step also comprising a subtraction of the omnidirectional multi-channel component from the channels of the multi-channel audio signal in order to obtain a residual multi-channel component; and - a step of restituting (E30, E40, E50) in the listening zone, using all or part of the N loudspeakers, the omnidirectional multi-channel component and the residual multi-channel component, the omnidirectional multi-channel component being restituted homogeneously in intensity throughout the listening zone, and the residual multi-channel component being restituted using a sound spatialization technique creating a number K of virtual sound sources. - a step of analyzing the multi-channel audio signal comprising an extraction of an omnidirectional multi-channel component from the multi-channel audio signal, this omnidirectional multi-channel component satisfying a predetermined similarity criterion between the channels composing the multi-channel audio signal, and the step also comprising a subtraction of the omnidirectional multi-channel component from the channels of the multi-channel audio signal in order to obtain a residual multi-channel component; and - a step of restituting (E30, E40, E50) in the listening zone, using all or part of the N loudspeakers, the omnidirectional multi-channel component and the residual multi-channel component, the omnidirectional multi-channel component being restituted homogeneously in intensity throughout the listening zone, and the residual multi-channel component being restituted using a sound spatialization technique creating a number K of virtual sound sources.
A method of managing an image forming apparatus provided with a web server, comprising: receiving a connection request for the web server; determining whether a Media Access Control, MAC, address of a user terminal device requesting the connection is a pre-stored MAC address; and approving the connection of the user terminal device to the web server if it is determined that the MAC address of the user terminal device has been pre-stored; providing a web UI window to perform login to the user terminal device that has requested the connection if the MAC address of the user terminal device is not the pre-stored MAC address; approving the connection of the user terminal device that has requested the connection to the web server if the login is successful; and the method further comprising providing an administrator information input web UI window to the user terminal device if the connection to the web server is approved; wherein the administrator information input web UI window comprises a first area to receive an input of at least one of an administrator name, an administrator phone number, administrator location information, and an administrator e-mail address and a second area to receive a selection of whether the MAC address of the user terminal device has been registered, and storing the MAC address of the user terminal device, so that the MAC address is pre-stored, if registration of the MAC address of the user terminal device is selected in the second area. receiving a connection request for the web server; determining whether a Media Access Control, MAC, address of a user terminal device requesting the connection is a pre-stored MAC address; and approving the connection of the user terminal device to the web server if it is determined that the MAC address of the user terminal device has been pre-stored; providing a web UI window to perform login to the user terminal device that has requested the connection if the MAC address of the user terminal device is not the pre-stored MAC address; approving the connection of the user terminal device that has requested the connection to the web server if the login is successful; and the method further comprising providing an administrator information input web UI window to the user terminal device if the connection to the web server is approved; wherein the administrator information input web UI window comprises a first area to receive an input of at least one of an administrator name, an administrator phone number, administrator location information, and an administrator e-mail address and a second area to receive a selection of whether the MAC address of the user terminal device has been registered, and storing the MAC address of the user terminal device, so that the MAC address is pre-stored, if registration of the MAC address of the user terminal device is selected in the second area.
A user equipment comprising: a receiving unit configured to receive, from a base station apparatus, a radio resource control, RRC, message(s) comprising more than one scheduling request, SR, configurations and bandwidth part, BWP, identifier(s) indicating one or more BWPs, wherein the BWP configuration is used for indicating uplink frequency location, uplink BW size, and numerology; and a transmitting unit configured to transmit, to the base station apparatus, SR on a physical uplink control channel, PUCCH, based on the one or more BWPs indicated by the BWP identifier(s); wherein each SR configuration is associated with a set of PUCCH resources for SR across different bandwidths in frequency domain and is corresponding to any one or more of the following: one or more logical channel groups, LCG, one or more priorities, or one or more subcarrier spacings. a receiving unit configured to receive, from a base station apparatus, a radio resource control, RRC, message(s) comprising more than one scheduling request, SR, configurations and bandwidth part, BWP, identifier(s) indicating one or more BWPs, wherein the BWP configuration is used for indicating uplink frequency location, uplink BW size, and numerology; and a transmitting unit configured to transmit, to the base station apparatus, SR on a physical uplink control channel, PUCCH, based on the one or more BWPs indicated by the BWP identifier(s); wherein each SR configuration is associated with a set of PUCCH resources for SR across different bandwidths in frequency domain and is corresponding to any one or more of the following: one or more logical channel groups, LCG, one or more priorities, or one or more subcarrier spacings. one or more logical channel groups, LCG, one or more priorities, or one or more subcarrier spacings.
A method for preparing a biscuit comprising at least one edible piece good on at least a portion of a rough surface of a biscuit preform, said method comprising at least one baking phase and one cooling phase of the biscuit preform following the baking phase, wherein the method comprises at least the following steps: a. baking the biscuit preform during the baking phase, b. deposition of a binding agent at least on the portion during a deposition phase, c. application of the piece good at least to the portion during an application phase, and d. curing the binding agent during a curing phase, characterized in that the deposition of the binding agent takes place prior to the application of the piece good, and the deposition phase, the application phase and the curing phase are comprised by the cooling phase, and a temperature of the biscuit preform e. is below a maximum deposition temperature (TATmax) and above a minimum deposition temperature (TATmin) during the deposition phase, and f. is below a maximum application temperature (TABmax) and above a minimum application temperature (TABmin) during the application phase. a. baking the biscuit preform during the baking phase, b. deposition of a binding agent at least on the portion during a deposition phase, c. application of the piece good at least to the portion during an application phase, and d. curing the binding agent during a curing phase, characterized in that the deposition of the binding agent takes place prior to the application of the piece good, and the deposition phase, the application phase and the curing phase are comprised by the cooling phase, and a temperature of the biscuit preform the deposition of the binding agent takes place prior to the application of the piece good, and the deposition phase, the application phase and the curing phase are comprised by the cooling phase, and a temperature of the biscuit preform e. is below a maximum deposition temperature (TATmax) and above a minimum deposition temperature (TATmin) during the deposition phase, and f. is below a maximum application temperature (TABmax) and above a minimum application temperature (TABmin) during the application phase.
A method for determining the latency or length of an optical path, especially an optical fiber, of a fiber-optic transmission link, the method comprising the steps of: (a) starting a measurement cycle at a first point in time, wherein, for carrying out the measurement, measurement bits or bit patterns are transmitted forth and back within an optical supervisory channel between a first and second end of the optical path, beginning at the first end at the first point in time, for a predetermined number of round trips, wherein a frame-based transmission protocol is used for the bidirectional optical supervisory channel; (b) stopping the measurement cycle at a second point in time after having received a last measurement bit or bit pattern at the first end; (c) determining, at the first end, the total round-trip delay (RTD i; RTD cor,I, 1≤i≤N) of the optical path by evaluating a time information (T1, T2, T3, T4, ΔT el) available at the first end, wherein the time information (T1, T2, T3, T4, ΔT el) at least comprises the first and second points in time (T1, T2), and taking into account the predetermined number of round-trips; and (d) calculating the latency of the optical path by using the total round trip delay and/or calculating the length (ΔL) of the optical path by using the total round-trip delay (RTD i; RTD cor,I) and the group velocity v g characterizing the signal propagation along the optical path, characterized in (e) that the measurement bits or bit patterns are transmitted during a respective inter-frame gap. (a) starting a measurement cycle at a first point in time, wherein, for carrying out the measurement, measurement bits or bit patterns are transmitted forth and back within an optical supervisory channel between a first and second end of the optical path, beginning at the first end at the first point in time, for a predetermined number of round trips, wherein a frame-based transmission protocol is used for the bidirectional optical supervisory channel; (b) stopping the measurement cycle at a second point in time after having received a last measurement bit or bit pattern at the first end; (c) determining, at the first end, the total round-trip delay (RTD i; RTD cor,I, 1≤i≤N) of the optical path by evaluating a time information (T1, T2, T3, T4, ΔT el) available at the first end, wherein the time information (T1, T2, T3, T4, ΔT el) at least comprises the first and second points in time (T1, T2), and taking into account the predetermined number of round-trips; and (d) calculating the latency of the optical path by using the total round trip delay and/or calculating the length (ΔL) of the optical path by using the total round-trip delay (RTD i; RTD cor,I) and the group velocity v g characterizing the signal propagation along the optical path, characterized in (e) that the measurement bits or bit patterns are transmitted during a respective inter-frame gap.
A device for determining the state of operation of an electrical appliance and for identifying said appliance, the device comprising: - a current detector coupled to a power supply cable of the electrical appliance, for detecting the passage of a current in said cable and generating an electrical signal; - a voltage generator for converting the electrical signal at the output of the current detector into a direct voltage; - an RFID circuit allowing to store identification information, coupled to an antenna suitable for receiving and transmitting signals from and to an RFID reader; the device being characterized in that it comprises a control circuit coupled to the voltage generator and to the RFID circuit, said control circuit comprising means for producing a change of impedance of the antenna when the direct voltage is applied, the change of impedance allowing to transmit the identification information to the RFID reader. - a current detector coupled to a power supply cable of the electrical appliance, for detecting the passage of a current in said cable and generating an electrical signal; - a voltage generator for converting the electrical signal at the output of the current detector into a direct voltage; - an RFID circuit allowing to store identification information, coupled to an antenna suitable for receiving and transmitting signals from and to an RFID reader;
A rail vehicle comprising: a passenger space having a wall (16, 18); a first perch seat installed within the passenger space along the wall (16, 18), the first perch seat having a first seating surface; and a table having a horizontal working surface extending from the wall (16, 18); wherein the rail vehicle further comprises a first transition surface joining the table to the first perch seat, the first transition surface having a first seat edge coplanar with the first seating surface and a first table edge coplanar with the working surface, the first transition surface being continuous between the first seat edge and the first table edge. a passenger space having a wall (16, 18); a first perch seat installed within the passenger space along the wall (16, 18), the first perch seat having a first seating surface; and a table having a horizontal working surface extending from the wall (16, 18); wherein the rail vehicle further comprises a first transition surface joining the table to the first perch seat, the first transition surface having a first seat edge coplanar with the first seating surface and a first table edge coplanar with the working surface, the first transition surface being continuous between the first seat edge and the first table edge.
An ultrasonic tongue cleaner comprising: a) a tongue cleaner head portion having at least one scraping edge operative for directly scraping off debris from the tongue and at least one exposed ultrasound transducer, wherein said exposed ultrasound transducer is coated with an ultrasound matching layer having a thickness of a % of the wavelength produced by the ultrasound radiating and coupling non-attenuated ultrasound pressure waves to the tongue operative to impact bacteria on the surface and in the folds of the tongue; b) a handle portion containing means generating ultrasonic frequency electronic current and connecting means of said electronic current to energize said exposed ultrasound transducer located in said tongue cleaner head portion. a) a tongue cleaner head portion having at least one scraping edge operative for directly scraping off debris from the tongue and at least one exposed ultrasound transducer, wherein said exposed ultrasound transducer is coated with an ultrasound matching layer having a thickness of a % of the wavelength produced by the ultrasound radiating and coupling non-attenuated ultrasound pressure waves to the tongue operative to impact bacteria on the surface and in the folds of the tongue; b) a handle portion containing means generating ultrasonic frequency electronic current and connecting means of said electronic current to energize said exposed ultrasound transducer located in said tongue cleaner head portion.
A computer-implemented method for managing communication in a communication network, comprising: obtaining, by a mobility management anchor component, a communication request from a mobile device, the communication request corresponding to a request to initiate a communication context with the communication network; causing establishment of the communication context with the mobile device in accordance with data usage policies associated with the mobile device; obtaining, by a data usage accumulator component, from at least one access gateway that provides data connectivity to the communication network, said data usage information corresponding to data that the mobile device exchanged via the communication network and to one or more data usage records; determining, by a data usage accumulator component, whether to modify the data usage policies based on the data usage information; and transmitting, by a policy service, the updated data usage policies to the at least one access gateway, which causes establishment of a new communication context with the mobile device in accordance with the updated data usage policies; wherein determining whether to modify the data usage policies based on the data usage information includes determining whether to modify the data usage policies to reduce a throughput associated with subsequent data transmissions associated with the mobile device. obtaining, by a mobility management anchor component, a communication request from a mobile device, the communication request corresponding to a request to initiate a communication context with the communication network; causing establishment of the communication context with the mobile device in accordance with data usage policies associated with the mobile device; obtaining, by a data usage accumulator component, from at least one access gateway that provides data connectivity to the communication network, said data usage information corresponding to data that the mobile device exchanged via the communication network and to one or more data usage records; determining, by a data usage accumulator component, whether to modify the data usage policies based on the data usage information; and transmitting, by a policy service, the updated data usage policies to the at least one access gateway, which causes establishment of a new communication context with the mobile device in accordance with the updated data usage policies; wherein determining whether to modify the data usage policies based on the data usage information includes determining whether to modify the data usage policies to reduce a throughput associated with subsequent data transmissions associated with the mobile device.
A reconfigurable sensor cable; comprising a plurality of seismic sensors, wherein the seismic sensors are distributed throughout a volume of the sensor cable and along all three axes of the sensor cable, wherein at least one of the seismic sensors comprises a film, the film comprising a viscoelastic polymer and a piezoelectric ceramic; the sensor cable being characterized in that it further comprises a sensor strip comprising the plurality of the seismic sensors disposed on a flexible substrate. the seismic sensors are distributed throughout a volume of the sensor cable and along all three axes of the sensor cable, wherein at least one of the seismic sensors comprises a film, the film comprising a viscoelastic polymer and a piezoelectric ceramic; the sensor cable being characterized in that it further comprises a sensor strip comprising the plurality of the seismic sensors disposed on a flexible substrate.
A turbomachine blade, comprising: a blade root (101; 401); a plurality of feather seal slots on a lateral portion of the blade root, the plurality of feather seal slots comprising two leg slots (109a, 109b; 409a, 409b), each leg slot extending radially with respect to the blade root, and a cross member slot (107; 407) extending axially with respect to the blade root, wherein the cross member slot is in proximity to a radial outward end of each of the leg slots; and an airfoil portion extending radially from the blade root; characterised in that: the blade root has a dove-tail slot defined therein; the plurality of feather seal slots being defined to straddle the dove tail slot; and the cross member slot is separate from each of the leg slots, wherein one of the leg slots is a forward leg slot (109a; 409a) and the other is an aft leg slot (109b; 409b) such that the forward leg slot is positioned axially forward of the aft leg slot and wherein each leg slot has a variable thickness such that the thickness of the leg slot in the axial direction increases from a radially inward end to the radially outward end thereof. a blade root (101; 401); a plurality of feather seal slots on a lateral portion of the blade root, the plurality of feather seal slots comprising two leg slots (109a, 109b; 409a, 409b), each leg slot extending radially with respect to the blade root, and a cross member slot (107; 407) extending axially with respect to the blade root, wherein the cross member slot is in proximity to a radial outward end of each of the leg slots; and an airfoil portion extending radially from the blade root; characterised in that: the blade root has a dove-tail slot defined therein; the plurality of feather seal slots being defined to straddle the dove tail slot; and the cross member slot is separate from each of the leg slots, wherein one of the leg slots is a forward leg slot (109a; 409a) and the other is an aft leg slot (109b; 409b) such that the forward leg slot is positioned axially forward of the aft leg slot and wherein each leg slot has a variable thickness such that the thickness of the leg slot in the axial direction increases from a radially inward end to the radially outward end thereof. the blade root has a dove-tail slot defined therein; the plurality of feather seal slots being defined to straddle the dove tail slot; and the cross member slot is separate from each of the leg slots, wherein one of the leg slots is a forward leg slot (109a; 409a) and the other is an aft leg slot (109b; 409b) such that the forward leg slot is positioned axially forward of the aft leg slot and wherein each leg slot has a variable thickness such that the thickness of the leg slot in the axial direction increases from a radially inward end to the radially outward end thereof.
A refreshing and tasty drink prepared from sap obtained from marine algae Kappaphycus alvarezii, wherein the said drink is free from fishy odour and comprises the following ingredients: a) 2500-5000mg/L potassium, 1000-2000μg/L iodine and other essential minerals selected from the group comprising of 150-200mg/L sodium, 750-1250mg/L magnesium, 250-350mg/L calcium, 25-35mg/L phosphorus, 50-100mg/L iron, 3-6mg/L zinc, and 1.5-2.5mg/L manganese; b) 0.75-1.0g/L protein, 15-25g/L carbohydrate, 0.2-0.3ppm thiamine, 0.1-0.2ppm riboflavin and only traces of fat with total energy content of 70-100Kcal/L; c) <6μg/L lead and <40μg/L chromium. a) 2500-5000mg/L potassium, 1000-2000μg/L iodine and other essential minerals selected from the group comprising of 150-200mg/L sodium, 750-1250mg/L magnesium, 250-350mg/L calcium, 25-35mg/L phosphorus, 50-100mg/L iron, 3-6mg/L zinc, and 1.5-2.5mg/L manganese; b) 0.75-1.0g/L protein, 15-25g/L carbohydrate, 0.2-0.3ppm thiamine, 0.1-0.2ppm riboflavin and only traces of fat with total energy content of 70-100Kcal/L; c) <6μg/L lead and <40μg/L chromium.