mhurhangee/ep-ind-claims huggingface dataset:
A method for enhancing routing of an authentication, authorization, or accounting-related, AAA, message associated with a roaming mobile terminal to a home service network, characterized by: storing in a local access network associated with the mobile terminal, a list of one or more intermediary service networks (30,34) preferred for possible use in routing the AAA message from the local access network towards the home service network; the local access network including the list with the AAA message; at least one of the local access network and one or more subsequent intermediary service networks selecting from the list an intermediary service network; and at least one of the local access network and the one or more subsequent intermediary service networks using the selected intermediary service network to convey the AAA message towards the home service network. storing in a local access network associated with the mobile terminal, a list of one or more intermediary service networks (30,34) preferred for possible use in routing the AAA message from the local access network towards the home service network; the local access network including the list with the AAA message; at least one of the local access network and one or more subsequent intermediary service networks selecting from the list an intermediary service network; and at least one of the local access network and the one or more subsequent intermediary service networks using the selected intermediary service network to convey the AAA message towards the home service network.
A method for monitoring battery safety of a terminal device, comprising: acquiring state information of a battery of the terminal device, wherein the state information comprises: power-failure information generated upon disconnection between a battery connector of the terminal device and a main board of the terminal device; whether a sudden change in voltage occurs to the battery and whether a battery surface has an abnormal temperature area; a duration of a constant-voltage charging stage during charging of the battery; capacity-change information during charging and discharging of the battery; and a voltage decrease rate after the battery is fully charged; determining whether the terminal device satisfies a preset safety hazard condition according to the state information; and controlling the terminal device to be in a power-off state in which there is no battery consumption current or disconnecting a power supply circuit upon determining that the terminal device satisfies the preset safety hazard condition. acquiring state information of a battery of the terminal device, wherein the state information comprises: power-failure information generated upon disconnection between a battery connector of the terminal device and a main board of the terminal device; whether a sudden change in voltage occurs to the battery and whether a battery surface has an abnormal temperature area; a duration of a constant-voltage charging stage during charging of the battery; capacity-change information during charging and discharging of the battery; and a voltage decrease rate after the battery is fully charged; power-failure information generated upon disconnection between a battery connector of the terminal device and a main board of the terminal device; whether a sudden change in voltage occurs to the battery and whether a battery surface has an abnormal temperature area; a duration of a constant-voltage charging stage during charging of the battery; capacity-change information during charging and discharging of the battery; and a voltage decrease rate after the battery is fully charged; determining whether the terminal device satisfies a preset safety hazard condition according to the state information; and controlling the terminal device to be in a power-off state in which there is no battery consumption current or disconnecting a power supply circuit upon determining that the terminal device satisfies the preset safety hazard condition.
Method for wireless communication between a first wireless power transfer coil of a first node and a second wireless power transfer coil of a second node, the method comprising: communicating a communication signal between the first and the second power transfer coils (201, 301) by generating a magnetic field (20, 21, 22) by one of the first and second power transfer coils (201, 301) and receiving the magnetic field (31, 32, 33) in the other one of the first and second power transfer coils (201, 301), characterised in that the method comprises: determining a first time delay (T 3 -T 6) for communicating between the first and second power transfer coils (201, 301), and prefixing a carrier signal having a first duration (T 5' -T d) equal to or larger than the first time delay (T 3 -T 6) to the communication signal. communicating a communication signal between the first and the second power transfer coils (201, 301) by generating a magnetic field (20, 21, 22) by one of the first and second power transfer coils (201, 301) and receiving the magnetic field (31, 32, 33) in the other one of the first and second power transfer coils (201, 301), characterised in that the method comprises: determining a first time delay (T 3 -T 6) for communicating between the first and second power transfer coils (201, 301), and prefixing a carrier signal having a first duration (T 5' -T d) equal to or larger than the first time delay (T 3 -T 6) to the communication signal. determining a first time delay (T 3 -T 6) for communicating between the first and second power transfer coils (201, 301), and prefixing a carrier signal having a first duration (T 5' -T d) equal to or larger than the first time delay (T 3 -T 6) to the communication signal.
Moulded body device for receiving a workpiece to be provided by means of a vacuum hood for covering a compression process produced using gas pressure in a gas-tight manner, the said workpiece containing a curable viscous filler material, the vacuum hood contained in the moulded body device being produced from an elastic plastic material and, in a peripheral region, containing a sealing wedge which is formed in one piece with the vacuum hood and, during compression of the workplace, engaging in a gas-tight manner in a sealing groove formed in a peripheral region of the moulded body, characterized in that the moulded body adjoins a bridge guided over sub-regions of the workpiece, and the relevant part of the intrinsically closed sealing groove is formed in the at least one bridge.
A method of editing a visual media item comprising an image in a visual media editing application, the method comprising: receiving first input that selects a parameter of the image that has a current value; after receiving said first input, selecting a reference point on the image in the visual media editing application to be a current position of a pointer at a time that an insert control point command is input; after selecting the reference point, receiving second input that indicates a continuous adjustment to the current value of the parameter of the image by tracking movement of a user input device; in response to receiving the second input, and for as long as the movement of the user input device is tracked, determining, based on an extent of the movement, indicated by the second input, away from the reference point, a new value for the parameter of the image; and continuously causing a display of the image to change in the visual media editing application in accordance with the new value for the parameter of the image for as long as the movement of the user input device is tracked. receiving first input that selects a parameter of the image that has a current value; after receiving said first input, selecting a reference point on the image in the visual media editing application to be a current position of a pointer at a time that an insert control point command is input; after selecting the reference point, receiving second input that indicates a continuous adjustment to the current value of the parameter of the image by tracking movement of a user input device; in response to receiving the second input, and for as long as the movement of the user input device is tracked, determining, based on an extent of the movement, indicated by the second input, away from the reference point, a new value for the parameter of the image; and continuously causing a display of the image to change in the visual media editing application in accordance with the new value for the parameter of the image for as long as the movement of the user input device is tracked.
A radio wave absorber (10;20) comprising: a support; a first radio wave absorption layer having a flat plate shape that is disposed on a surface of the support and includes a radio wave absorption material and a binder; and second radio wave absorption layers (16;22) that are erected on a surface of the first radio wave absorption layer, include a radio wave absorption material and a binder, and are conical protrusions having bottom surfaces of which outer peripheral portions are in contact with each other, in which a distance between apexes of the conical protrusions adjacent to each other is 0.5 mm to λ a mm, in a case where a wavelength of a radio wave to be absorbed is set as λ a mm, wherein the height of the conical protrusion of the second radio wave absorption layer is 1.0 λ a mm to 4.00 λ a mm in a case where a wavelength of a radio wave to be absorbed is set as λ a mm. a support; a first radio wave absorption layer having a flat plate shape that is disposed on a surface of the support and includes a radio wave absorption material and a binder; and second radio wave absorption layers (16;22) that are erected on a surface of the first radio wave absorption layer, include a radio wave absorption material and a binder, and are conical protrusions having bottom surfaces of which outer peripheral portions are in contact with each other, in which a distance between apexes of the conical protrusions adjacent to each other is 0.5 mm to λ a mm, in a case where a wavelength of a radio wave to be absorbed is set as λ a mm, wherein the height of the conical protrusion of the second radio wave absorption layer is 1.0 λ a mm to 4.00 λ a mm in a case where a wavelength of a radio wave to be absorbed is set as λ a mm.
A method of synthesis of an oxidized nickel foam electrode incorporating iron comprising the step of subjecting a nickel foam electrode to repetitive cyclic voltammetric scans in a basic solution containing iron.
System for determining a tire change status (P c) in a vehicle, the system comprising at least one processing device and a storage device, wherein the at least one processing device is arranged to: calculate a value (V 2) of at least one reference parameter which may be used in indirect tire pressure monitoring; store the calculated value (V 2) of said at least one reference parameter in the storage device; retrieve a previously stored value (V 1) of said at least one reference parameter from the storage device; determine a similarity parameter (P s) based on a similarity between the calculated value (V 2) and the previously stored value (V 1) of said at least one reference parameter; characterized in that said one processing device is further arranged to: determine a tire change status (P c), indicating whether or not the tires have been re-filled or replaced, by comparing said similarity parameter (P s) with a threshold. calculate a value (V 2) of at least one reference parameter which may be used in indirect tire pressure monitoring; store the calculated value (V 2) of said at least one reference parameter in the storage device; retrieve a previously stored value (V 1) of said at least one reference parameter from the storage device; determine a similarity parameter (P s) based on a similarity between the calculated value (V 2) and the previously stored value (V 1) of said at least one reference parameter; characterized in that said one processing device is further arranged to: determine a tire change status (P c), indicating whether or not the tires have been re-filled or replaced, by comparing said similarity parameter (P s) with a threshold.
Method for separating a first gas mixture (A,C) of a first gas and at least one second gas into a first gas and at least one second gas according to a pressure swing adsorption process (PSA process), comprising of adsorbing at least the second gas in an adsorption mass provided in each vessel of a number of vessels (1, 2, 3, 4), wherein the adsorption strength for the first gas is smaller than the adsorption strength for the second gas and wherein each vessel (1, 2, 3, 4) has at least one inlet and one outlet, wherein in each of said vessels (1, 2, 3, 4) the following steps are to be distinguished of: (i) admitting the gas mixture for a predetermined period into a first vessel via an inlet of said vessel, and discharging a separated product gas via an outlet of said vessel, followed by admitting the gas mixture into a second vessel while continuing the discharge of the product gas from the first vessel, followed by (ii) discharging purge gas from the first vessel via its outlet, (iii) discharging off-gas from the first vessel via its inlet, (iv) admitting purge gas into the first vessel via its outlet, and discharging off-gas from said vessel via its inlet, and (v) admitting a separated product gas into the first vessel until the pressure in the first vessel has reached a predetermined value, after which admission of the gas mixture into the first vessel begins, and the steps are repeated beginning with step (i), characterized in that prior to step (i) a third gas is added to the gas mixture, wherein the adsorption strength of the third gas is greater than the adsorption strength of the first gas and smaller than the adsorption strength of the second gas. (i) admitting the gas mixture for a predetermined period into a first vessel via an inlet of said vessel, and discharging a separated product gas via an outlet of said vessel, followed by admitting the gas mixture into a second vessel while continuing the discharge of the product gas from the first vessel, followed by (ii) discharging purge gas from the first vessel via its outlet, (iii) discharging off-gas from the first vessel via its inlet, (iv) admitting purge gas into the first vessel via its outlet, and discharging off-gas from said vessel via its inlet, and (v) admitting a separated product gas into the first vessel until the pressure in the first vessel has reached a predetermined value, after which admission of the gas mixture into the first vessel begins, and the steps are repeated beginning with step (i), characterized in that prior to step (i) a third gas is added to the gas mixture, wherein the adsorption strength of the third gas is greater than the adsorption strength of the first gas and smaller than the adsorption strength of the second gas.
A card-handing module comprising a rotatable card cartridge for accommodating a deck of playing cards, each of which cards is provided with a readable code, and including means (10, 15) for reading said code and for ejecting one single card in response to an item of information which is stored in a control unit that comprises a motor having four angular positions for turning and positioning the cartridge in a number of angular positions in response to the information contained in the control unit, and wherein the card-handing module comprises an outer housing which is stationary and essentially closed for enclosing a spinner and containing the control unit and the motor, said spinner being rotatably journalled within the housing and accommodating the cartridge and the means (10, 15) for reading and ejecting playing cards, said housing having openings for introducing playing cards and for passage of playing cards accomplished in said number of angular positions, characterized in that the means for reading the code on the cards are configured for reading a card without the reading means and the cards being moved relative to each other and in that the means for reading the code on the cards comprise a group of detectors that completely covers the code on the cards and in that the group of detectors is stationary with respect to the spinner.
A method for forwarding a data packet in a meshed wireless communication network comprising nodes that are only permitted to transmit in accordance with a predetermined transmission schedule such that different sets of transmitter-receiver pairs are active in different time slots, the method comprising at a transmitting node having a set of packets queued for transmission: - for each packet of a subset of said set of packets, determining a cost function related to reaching a destination node of said respective packet for a plurality of candidate next hop nodes and next hop transmission slots; - assigning packets of said subset of packets to selected time slots and to respective next hop nodes in such a way that a utilization of the medium is maximized and a sum of said cost functions over said assigned packets is minimized; and - transmitting said packets in said subset of packets to said respective next hop nodes in said selected time slots. - for each packet of a subset of said set of packets, determining a cost function related to reaching a destination node of said respective packet for a plurality of candidate next hop nodes and next hop transmission slots; - assigning packets of said subset of packets to selected time slots and to respective next hop nodes in such a way that a utilization of the medium is maximized and a sum of said cost functions over said assigned packets is minimized; and - transmitting said packets in said subset of packets to said respective next hop nodes in said selected time slots.
Method for assisting a driver of a motor vehicle during a driving manoeuvre, wherein the driving manoeuvre is carried out at least semi-automatically, comprising the following steps: (a) detecting the surroundings of the motor vehicle during the execution of the driving manoeuvre with sensors on the motor vehicle, and (b) displaying the motor vehicle and the current surroundings of the motor vehicle on an output unit at all times during the driving manoeuvre, characterized in that during the execution of the driving manoeuvre at least one sensor is used with which it is detected whether the driver of the motor vehicle monitors the driving manoeuvre on the output unit, and outputting of a warning and/or interruption of the driving manoeuvre if the driver no longer monitors the driving manoeuvre. (a) detecting the surroundings of the motor vehicle during the execution of the driving manoeuvre with sensors on the motor vehicle, and (b) displaying the motor vehicle and the current surroundings of the motor vehicle on an output unit at all times during the driving manoeuvre,
A ceramic heater, configured to atomize liquid to form aerosol, the ceramic heater (20, 20a) comprising: a ceramic body (201, 201a) having a tube configuration and comprising a wall having an inner surface (2011, 2011a) and an outer surface (2012, 2012a), the wall defining a plurality of through holes (2021, 2022, 2023) passing through the inner and outer surfaces (2011, 2011a, 2012, 2012a) to release the aerosol; and a heating element (203, 203a); the ceramic heater being characterized in that the heating element is a metal heating layer printed on the outer surface (2012, 2012a) of the ceramic body (201, 201a), wherein the metal heating layer is configured to be in contact with a liquid guiding body (103, 103a) surrounding the ceramic heater; the ceramic heater comprising a thermistor layer (204, 204a) with positive temperature coefficient or negative temperature coefficient printed on the inner surface (2011, 2011a) of the ceramic body (201, 201a), wherein the thermistor layer (204, 204a) and the metal heating layer are isolated from each other. a ceramic body (201, 201a) having a tube configuration and comprising a wall having an inner surface (2011, 2011a) and an outer surface (2012, 2012a), the wall defining a plurality of through holes (2021, 2022, 2023) passing through the inner and outer surfaces (2011, 2011a, 2012, 2012a) to release the aerosol; and a heating element (203, 203a); the ceramic heater being characterized in that the heating element is a metal heating layer printed on the outer surface (2012, 2012a) of the ceramic body (201, 201a), wherein the metal heating layer is configured to be in contact with a liquid guiding body (103, 103a) surrounding the ceramic heater; the ceramic heater comprising a thermistor layer (204, 204a) with positive temperature coefficient or negative temperature coefficient printed on the inner surface (2011, 2011a) of the ceramic body (201, 201a), wherein the thermistor layer (204, 204a) and the metal heating layer are isolated from each other.
The use of at least one biomarker for predicting the severity of a disease caused by the infection of an individual with an influenza virus, wherein said biomarker comprises (i) the alpha diversity value of the microbiome present in a respiratory sample of said individual and (ii) the microbiome profile of the said respiratory sample, wherein a lower relative abundance of the bacterium of the Staphylococcus aureus species in the respiratory microbiome profile of said individual, compared to a reference respiratory microbiome profile, is indicative of a risk for said individual of developing a severe disease; and wherein a higher relative abundance of at least one type of bacterium selected from the group (i) the genus Streptococcus, Prevotella, Streptobacillus, Porphyromonas, Haemophilus, Fusobacterium, Veillonella, Lachnospiracea incertae sedis, Granulicatella and (ii) the species Abiotrophia para-adiacens, Prevotella pallens, Prevotella melaninogenica, Veillonella dispar and Granulicatella elegans, in the respiratory microbiome profile of said individual, compared to a reference respiratory microbiome profile, is indicative of a risk for said individual of developing a severe disease.
A holding and/or separating net having a net mesh part and an elastic holding member which is arranged on a peripheral portion of the net mesh part can be brought into engagement at its fastening portions with fixing parts (9, 10) and has an opening (14, 15; 17) at its fastening portions assigned to the fixing parts (9, 10) for engagement with a fixing part (9, 10) in each case, characterized in that the elastic holding member is configured as an elongate strip of elastic fabric.