mhurhangee/ep-ind-claims huggingface dataset:
An infrastructure equipment for forming part of a mobile communications network for receiving data packets from a communications terminal, the infrastructure equipment comprising a receiver configured to receive signals from the communications terminal via a wireless access interface, the wireless access interface being controlled by the infrastructure equipment, and a transmitter configured to transmit signals to the communications terminal via the wireless access interface, and a scheduler configured to control the transmitter and the receiver to transmit and receive the signals according to the wireless access interface, wherein the scheduler is configured to receive from the receiver an indication of a number of delay tolerant data packets and non-delay tolerant data packets in an input buffer of the communications terminal, the input buffer receiving data packets for buffering the data packets for transmission by the communications terminal via the wireless access interface, and an indication of a current state for radio communications for transmitting the data packets from the communications terminal to the infrastructure equipment via the wireless access interface, and the scheduler is configured to determine in accordance with predetermined conditions which include the current state for radio communications and the amount of the delay tolerant data packets in the input buffer of the communications terminal and the amount of the non-delay tolerant packets in the input buffer either to allocate communications resources of the wireless access interface for the communications terminal for transmitting the non-delay tolerant data packets or transmitting the non-delay tolerant data packets and the delay tolerant data packets to the infrastructure equipment, or not to allocate the communications resources of the wireless access interface until the predetermined conditions are satisfied, and, if the communications resources are allocated to the communications terminal, to receive the delay tolerant data packets and the non-delay tolerant data packets or the non-delay tolerant data packets, characterised in that the scheduler is configured to receive from the receiver an indication of an amount of power which is available to the communications terminal to transmit the data packets via the wireless access interface to the infrastructure equipment, and the predetermined conditions used by the scheduler to determine whether to allocate the communications resources of the wireless access interface for the communications terminal to transmit the non-delay tolerant data packets or transmitting the non-delay tolerant data packets and the delay tolerant data packets to the infrastructure equipment, include the amount of power available to the communications terminal to transmit the data via the wireless access interface to the infrastructure equipment.
A stowage device for a removable seat to a motor vehicle floor comprising a longeron intended to be rigidly fixed to that floor in a longitudinal direction and having a side wall carrying two transverse metal swirls before and rear, and a flask intended to be rigidly fixed to a corresponding side part of the seating frame said seat, said flask comprising in its front part a first longitudinal notch leading forward and intended to engage said front swivel, and in its rear part a second vertical notch leading downwards and intended to engage said rear swivel; characterized in that it also includes a guiding member (30; 30'; 30"; 40) rigidly bound to said longeron, said member comprising a stop element (34; 34'; 34"; 43, 45) located on the edge of said front whirlwind and arranged so that the spacing between this stop element and said front whirlwind is greater than the distance between said front notch and the upper edge of said flask in order to allow the latter to engage on this front whirlwind, and so that this gap or also less than the height of the front end of said flask in order to prevent the flask from coming to rest in a forged seat on said forequarter.
A natural green liquid coloring composition comprising: a) an oil phase comprising a chlorophyll oleoresin; and b) a continuous water phase comprising a casein compound as microencapsulating agent, wherein the natural green liquid coloring composition is an emulsion; and wherein the chlorophyll content of the natural green liquid coloring composition is from 0,2 w% or more as compared to the total weight of the composition. a) an oil phase comprising a chlorophyll oleoresin; and b) a continuous water phase comprising a casein compound as microencapsulating agent, wherein the natural green liquid coloring composition is an emulsion; and wherein the chlorophyll content of the natural green liquid coloring composition is from 0,2 w% or more as compared to the total weight of the composition.
A pump assembly with a motor housing and with a terminal box which extends in the axial extension of the motor housing as well as comprises at least one peripheral section which is situated on the outer periphery of the motor housing, characterised in that the terminal box closes the motor housing at its open axial face side, a cover (12; 12'; 12") is provided, said cover covering the motor housing and the peripheral section of the terminal box at an axial face side, so that the terminal box is completely closed to the outside without cooling or ventilation openings, the cover (12; 12'; 12") is formed of a thermally conductive plastic with a specific thermal conductivity of larger than 1 W/mk, and that at least one electronic component (14; 14"; 24) which produces waste heat, in the inside of the terminal box bears on the inner side of the cover (12; 12'; 12") in a manner such that the waste heat which is produced by the electronic component (14; 14"; 24) is led further onto the cover and can be led away to the outside from this cover at its outer side.
A hybrid porous material comprising: at least a first porous material portion and a second porous material portion, which are chemically bonded to each other and which are each a different type of material, wherein the first porous material includes at least one material selected from the group consisting of a metal-organic framework compound, a zeolitic imidazolate framework compound and derivatives thereof, and wherein the second porous material includes at least one material selected from the group consisting of a porous silica, a porous alumina, a porous carbon, an activated carbon, a porous metal oxide, a porous clay, and an aerogel, characterized in that the hybrid porous material has a single type of crystal morphology or single type of particle morphology; wherein each of the metal-organic framework compound, the zeolitic imidazolate framework compound, and derivatives thereof comprises at least one central metallic element selected from the group consisting of metallic elements of elements of the Periodic Table, and an organic ligand.
An integrated hydrogen gas generator, comprising: a water tank configured for containing a water to be electrolyzed; an electrolytic module configured for electrolyzing the water and generating a gas comprising hydrogen; an integrated passageway device disposed above the water tank, the integrated passageway device comprising a lower cover integrally formed to avoid the additional piping; a condenser coupled to the integrated passageway device for condensing an impurity in the gas comprising hydrogen; a humidifying module coupled to integrated passageway device and configured to humidify the gas comprising hydrogen; and a nebulizer coupled to the integrated passageway device and configured to generate an atomized gas to be mixed with the gas comprising hydrogen; wherein the gas comprising hydrogen is transmitted among the condenser, the humidifying module and the nebulizer through the integrated passageway device. a water tank configured for containing a water to be electrolyzed; an electrolytic module configured for electrolyzing the water and generating a gas comprising hydrogen; an integrated passageway device disposed above the water tank, the integrated passageway device comprising a lower cover integrally formed to avoid the additional piping; a condenser coupled to the integrated passageway device for condensing an impurity in the gas comprising hydrogen; a humidifying module coupled to integrated passageway device and configured to humidify the gas comprising hydrogen; and a nebulizer coupled to the integrated passageway device and configured to generate an atomized gas to be mixed with the gas comprising hydrogen; wherein the gas comprising hydrogen is transmitted among the condenser, the humidifying module and the nebulizer through the integrated passageway device.
A dispensing assembly for dispensing at least one fluid, the dispensing assembly comprising: a source of a first fluid; a valve having opened and closed positions in which the valve permits and inhibits flow of the first fluid, respectively; a source of a second fluid; a first chamber in fluid communication with the source of the first fluid via the valve, and in fluid communication with the source of the second fluid; a dispenser outlet through which the first and second fluids (12; 24) are dispensed from the dispenser assembly, the dispenser outlet having opened and closed states in which flow of the first and second fluids (12; 24) from the dispenser outlet is permitted and inhibited, respectively; characterized by a second chamber in fluid communication with and downstream of the first chamber; wherein the valve movable from the opened position to the closed position responsive to a change in fluid pressure within the second chamber, and movable from the closed position to the opened position responsive to an opposite change in fluid pressure within the second chamber. a source of a first fluid; a valve having opened and closed positions in which the valve permits and inhibits flow of the first fluid, respectively; a source of a second fluid; a first chamber in fluid communication with the source of the first fluid via the valve, and in fluid communication with the source of the second fluid; a dispenser outlet through which the first and second fluids (12; 24) are dispensed from the dispenser assembly, the dispenser outlet having opened and closed states in which flow of the first and second fluids (12; 24) from the dispenser outlet is permitted and inhibited, respectively; characterized by a second chamber in fluid communication with and downstream of the first chamber; wherein the valve movable from the opened position to the closed position responsive to a change in fluid pressure within the second chamber, and movable from the closed position to the opened position responsive to an opposite change in fluid pressure within the second chamber.
An aerosol-generating system comprising: a cartridge containing a volatile substrate and having a susceptor; and an aerosol-generating device configured to receive the cartridge, the aerosol-generating device having: a housing having a chamber sized to receive at least a portion of the cartridge; an inductor coil disposed around at least a portion of the chamber; a power supply; an ambient temperature sensor; and control circuitry configured to control the supply of power from the power supply to the inductor coil based on one or more ambient temperature readings from the ambient temperature sensor, the control circuitry being configured to control the supply of power by: adjusting a target value based on the one or more ambient temperature readings from the ambient temperature sensor; and controlling the supply of power to the inductor coil based on the adjusted target value. a cartridge containing a volatile substrate and having a susceptor; and an aerosol-generating device configured to receive the cartridge, the aerosol-generating device having: a housing having a chamber sized to receive at least a portion of the cartridge; an inductor coil disposed around at least a portion of the chamber; a power supply; an ambient temperature sensor; and control circuitry configured to control the supply of power from the power supply to the inductor coil based on one or more ambient temperature readings from the ambient temperature sensor, the control circuitry being configured to control the supply of power by: adjusting a target value based on the one or more ambient temperature readings from the ambient temperature sensor; and controlling the supply of power to the inductor coil based on the adjusted target value. a housing having a chamber sized to receive at least a portion of the cartridge; an inductor coil disposed around at least a portion of the chamber; a power supply; an ambient temperature sensor; and control circuitry configured to control the supply of power from the power supply to the inductor coil based on one or more ambient temperature readings from the ambient temperature sensor, the control circuitry being configured to control the supply of power by: adjusting a target value based on the one or more ambient temperature readings from the ambient temperature sensor; and controlling the supply of power to the inductor coil based on the adjusted target value. adjusting a target value based on the one or more ambient temperature readings from the ambient temperature sensor; and controlling the supply of power to the inductor coil based on the adjusted target value.
An optical fiber sensing expansion apparatus, comprising: a sensing optical fiber; a sensor unit configured to store the sensing optical fiber; a fixing unit configured to fix the sensor unit to a monitoring object; and a fiber connection unit configured to be capable of connecting the sensing optical fiber to an optical fiber, wherein the fiber connection unit is configured to superimpose a detection result of the sensor unit on an optical signal transmitted by the optical fiber, wherein a wavelength is assigned to the optical fiber sensing expansion apparatus, and the fiber connection unit comprises a filter that is adapted to pass an optical signal of the wavelength assigned to the optical fiber sensing expansion apparatus, and is configured to transmit and receive the optical signal of the wavelength to and from the optical fiber to which the sensing optical fiber is connected. a sensing optical fiber; a sensor unit configured to store the sensing optical fiber; a fixing unit configured to fix the sensor unit to a monitoring object; and a fiber connection unit configured to be capable of connecting the sensing optical fiber to an optical fiber, wherein the fiber connection unit is configured to superimpose a detection result of the sensor unit on an optical signal transmitted by the optical fiber, wherein a wavelength is assigned to the optical fiber sensing expansion apparatus, and the fiber connection unit comprises a filter that is adapted to pass an optical signal of the wavelength assigned to the optical fiber sensing expansion apparatus, and is configured to transmit and receive the optical signal of the wavelength to and from the optical fiber to which the sensing optical fiber is connected.
A method for assigning at least part of a capacity of at least one network resource to a device through a negotiating network terminal, the method, performed by the negotiating network terminal, comprising: - detecting at least one network resource available in an area the negotiating network terminal resides, - obtaining, by attaching to a mobile communication network, at least one parameter value from the detected at least one network resource wherein the at least one parameter value represents at least one characteristic of the detected at least one network resource, - comparing the obtained at least one parameter value of the detected at least one network resource to at least one comparison value, - in response to the comparison selecting the at least one network resource among the detected at least one network resource on a basis of the comparison between the obtained at least one parameter value and the at least one comparison value, and wherein the method further comprises: - delivering a signal indicating an availability of a capacity of the selected at least one network resource on at least one condition, - assigning at least part of the capacity of the selected at least one network resource to the device in response to a receipt of an acknowledgement signal indicating that the device accepts the at least one condition. - detecting at least one network resource available in an area the negotiating network terminal resides, - obtaining, by attaching to a mobile communication network, at least one parameter value from the detected at least one network resource wherein the at least one parameter value represents at least one characteristic of the detected at least one network resource, - comparing the obtained at least one parameter value of the detected at least one network resource to at least one comparison value, - in response to the comparison selecting the at least one network resource among the detected at least one network resource on a basis of the comparison between the obtained at least one parameter value and the at least one comparison value, - delivering a signal indicating an availability of a capacity of the selected at least one network resource on at least one condition, - assigning at least part of the capacity of the selected at least one network resource to the device in response to a receipt of an acknowledgement signal indicating that the device accepts the at least one condition.
A control method of an aerosol generating device, the control method comprising: in a step, powering on the aerosol generating device; in a further step, displaying a plurality of preset smoking modes and an option of establishing a new smoking mode; in an another further step, when a user selects a preset smoking mode, a first alternative step being executed, when the user chooses the option of establishing a new smoking mode, a second alternative step being executed; in the first alternative step, when the user chooses to execute the preset smoking mode, a final step being executed, when the user chooses to edit the preset smoking mode, the second alternative step being executed; in the second alternative step, the user editing smoking parameters of the preset smoking mode, a choice being made between saving the smoking parameters and running the edited mode, when the user chooses to save the smoking parameters, a saving step being executed, when the user chooses to run the aerosol generating device, the final step being executed; in the saving step, the aerosol generating device saving the smoking mode; and in the final step, the aerosol generating device working in the smoking mode when the user inhales. in a step, powering on the aerosol generating device; in a further step, displaying a plurality of preset smoking modes and an option of establishing a new smoking mode; in an another further step, when a user selects a preset smoking mode, a first alternative step being executed, when the user chooses the option of establishing a new smoking mode, a second alternative step being executed; in the first alternative step, when the user chooses to execute the preset smoking mode, a final step being executed, when the user chooses to edit the preset smoking mode, the second alternative step being executed; in the second alternative step, the user editing smoking parameters of the preset smoking mode, a choice being made between saving the smoking parameters and running the edited mode, when the user chooses to save the smoking parameters, a saving step being executed, when the user chooses to run the aerosol generating device, the final step being executed; in the saving step, the aerosol generating device saving the smoking mode; and in the final step, the aerosol generating device working in the smoking mode when the user inhales.
Method for functionally secure connection identification for a data exchange by means of a telegram between a source data service and a sink data service via a communication channel in a communication system, wherein the source data service is assigned a unique identifier (ID Q), a time stamp (TS QT1, TS QT2) is allocated to each telegram (T1,T2,T3) to be transmitted in the source data service, characterised by the following steps: it is checked in the sink data service whether the time stamp (TS QT2) of a currently incoming telegram is older than the time stamp (TS QT1) of a predecessor telegram, wherein on receipt of the predecessor telegram a monitoring counter is started and it is additionally checked whether the currently incoming telegram has arrived within a predeterminable monitoring time; additionally, in the sink data service a local time stamp (TS Si) of a local time basis (CL S) is compared with the associated time stamp (TS QT2) of the currently incoming telegram and it is checked whether a difference (ΔÜ) resulting from the comparison does not exceed a predeterminable period of time, a telegram (T1,T2,T3) arriving in the sink data service is then only accepted as valid if it is additionally fulfilled that the time stamp (TS T2) of the arriving telegram is greater than the time stamp (TS T1) of the telegram most recently accepted as valid, wherein in a final step the data is declared valid if the preceding checks have turned out positively, otherwise a failsafe reaction is triggered. it is checked in the sink data service whether the time stamp (TS QT2) of a currently incoming telegram is older than the time stamp (TS QT1) of a predecessor telegram, wherein on receipt of the predecessor telegram a monitoring counter is started and it is additionally checked whether the currently incoming telegram has arrived within a predeterminable monitoring time; additionally, in the sink data service a local time stamp (TS Si) of a local time basis (CL S) is compared with the associated time stamp (TS QT2) of the currently incoming telegram and it is checked whether a difference (ΔÜ) resulting from the comparison does not exceed a predeterminable period of time, a telegram (T1,T2,T3) arriving in the sink data service is then only accepted as valid if it is additionally fulfilled that the time stamp (TS T2) of the arriving telegram is greater than the time stamp (TS T1) of the telegram most recently accepted as valid, wherein in a final step the data is declared valid if the preceding checks have turned out positively, otherwise a failsafe reaction is triggered.
A contact member comprising: a metal base; and a coating disposed on at least part of the metal base, characterized in that the coating contains fluorinated oil having a polar group, and metal particles surface-treated with a fluorine-based compound having a polar group, the metal particles have an average aspect ratio (length of long axis/length of short axis) of 30 or less, the metal particles have an average primary particle size of 0.2 um to 10.0 um, and the average primary particle size of the metal particles being an arithmetic average value obtained by measuring the diameters of 20 or more metal particles using an electron microscope. a metal base; and a coating disposed on at least part of the metal base, characterized in that the coating contains fluorinated oil having a polar group, and metal particles surface-treated with a fluorine-based compound having a polar group, the metal particles have an average aspect ratio (length of long axis/length of short axis) of 30 or less, the metal particles have an average primary particle size of 0.2 um to 10.0 um, and the average primary particle size of the metal particles being an arithmetic average value obtained by measuring the diameters of 20 or more metal particles using an electron microscope.