mhurhangee/ep-ind-claims huggingface dataset:
Assembly for dispensing washing agents into a washing chamber of a washing machine, in particular a dishwasher machine, including an integrated device for dispensing washing agents, comprising a body intended to be mounted in an opening of a sheet-like wall that delimits the washing chamber, wherein in said body are arranged at least one receptacle and at least one actuator to dispense a washing agent, a reservoir for liquid detergent, said reservoir having a holding chamber for the liquid detergent capable of communicating with the outside of the reservoir through at least one outlet opening for dispensing the liquid detergent, and actuating means (21, 22, 23, 24) for controlling the liquid detergent to be dispensed from the reservoir, said reservoir being distinct from the at least one receptacle and said actuating means being distinct from the at least one actuator, the assembly being characterized in that the reservoir is removably coupled to the body of the device for dispensing washing agents, and is positioned on the side of the device for dispensing washing agents intended to face towards the washing chamber when the device is mounted in the opening of the sheet-like wall.
A method for reducing the energy consumption of a motor vehicle having an internal combustion engine and at least one vehicle electric system to which at least a first electrical consumer is connected, wherein - in a first operating mode, the internal combustion engine is operated at a first speed, and - in a second operating mode, the internal combustion engine is operated at a second speed which is higher than the first speed, characterised in that - a driving situation detection device, provided in the vehicle, detects in advance a particular imminent driving situation based on the driver's previous behaviour (102, 104, 105, 107, 108, 110, 111, 201, 205, 206, 210, 212, 213, 302, 303, 401, 403) in controlling the vehicle and/or based on the previous behaviour of the vehicle and causes the internal combustion engine to be brought out of the first operating mode into the second operating mode, and - the first electrical consumer is an electrically actuated steering system of the motor vehicle and the particular imminent driving situation is a turning procedure, the position of the accelerator or throttle being detected by the driving situation detection device to determine a turning procedure, and the internal combustion engine is brought out of the first operating mode into the second operating mode if the accelerator or throttle is substantially in its idle position (104, 108, 111, 205, 212, 302), if the acceleration of the vehicle is negative and if the speed falls below a predetermined threshold value. - in a first operating mode, the internal combustion engine is operated at a first speed, and - in a second operating mode, the internal combustion engine is operated at a second speed which is higher than the first speed, characterised in that - a driving situation detection device, provided in the vehicle, detects in advance a particular imminent driving situation based on the driver's previous behaviour (102, 104, 105, 107, 108, 110, 111, 201, 205, 206, 210, 212, 213, 302, 303, 401, 403) in controlling the vehicle and/or based on the previous behaviour of the vehicle and causes the internal combustion engine to be brought out of the first operating mode into the second operating mode, and - the first electrical consumer is an electrically actuated steering system of the motor vehicle and the particular imminent driving situation is a turning procedure, the position of the accelerator or throttle being detected by the driving situation detection device to determine a turning procedure, and the internal combustion engine is brought out of the first operating mode into the second operating mode if the accelerator or throttle is substantially in its idle position (104, 108, 111, 205, 212, 302), if the acceleration of the vehicle is negative and if the speed falls below a predetermined threshold value.
A system comprising: a processor and a memory configured to store non-transitory instructions, that when executed by the processor: monitor an old state of a computer software configuration in real time; detect, based on the monitoring, a proposed change of the computer software configuration, wherein the proposed change causes a changed state, which is a change to the old state of the computer software configuration; analyze the old state to confirm that the old state is compliant; when the old state is non-compliant, apply the proposed change; when the old state is compliant, analyze the changed state to determine whether the changed state results in a non-compliant state; when the changed state is non-compliant, stop the proposed change and require further approval in order for the proposed change to be implemented; and when the changed state is compliant, apply the proposed change. detect, based on the monitoring, a proposed change of the computer software configuration, wherein the proposed change causes a changed state, which is a change to the old state of the computer software configuration; analyze the old state to confirm that the old state is compliant; when the old state is non-compliant, apply the proposed change; when the old state is compliant, analyze the changed state to determine whether the changed state results in a non-compliant state; when the changed state is non-compliant, stop the proposed change and require further approval in order for the proposed change to be implemented; and when the changed state is compliant, apply the proposed change. when the changed state is non-compliant, stop the proposed change and require further approval in order for the proposed change to be implemented; and when the changed state is compliant, apply the proposed change.
A method of providing network access, said method comprising: a. using a gateway device (41; 42; 43; 44; 46; 48) in a radio access network for establishing a connection from a wireless access device in the radio access network only to a single mobility management entity in a core network via the gateway device (41; 42; 43; 44; 46; 48); characterized by b. providing said gateway device (41; 42; 43; 44; 46; 48) with a relay function for mapping a single input address to a plurality of core network addresses of a pool of gateway devices (41; 42; 43; 44; 46; 48) in the radio access network based on a location information of said wireless access device, wherein the connection from the wireless access device to the core network comprises multi-node connectivity to the single mobility management entity in the core network via the pool of gateway devices (41; 42; 43; 44; 46; 48) in the radio access network, and allows local routing within a domain of the gateway device (41; 42; 43; 44; 46; 48) in the radio access network. a. using a gateway device (41; 42; 43; 44; 46; 48) in a radio access network for establishing a connection from a wireless access device in the radio access network only to a single mobility management entity in a core network via the gateway device (41; 42; 43; 44; 46; 48); b. providing said gateway device (41; 42; 43; 44; 46; 48) with a relay function for mapping a single input address to a plurality of core network addresses of a pool of gateway devices (41; 42; 43; 44; 46; 48) in the radio access network based on a location information of said wireless access device, wherein the connection from the wireless access device to the core network comprises multi-node connectivity to the single mobility management entity in the core network via the pool of gateway devices (41; 42; 43; 44; 46; 48) in the radio access network, and allows local routing within a domain of the gateway device (41; 42; 43; 44; 46; 48) in the radio access network.
An oral care system comprising: a toothbrush; and a dispenser detachably coupled to the toothbrush, the dispenser comprising: an internal reservoir containing a fluid, and a conduit in fluid communication with the reservoir and terminating in an orifice for dispensing the fluid; wherein a socket of the toothbrush is located within a cavity of the toothbrush in which at least a portion of the dispenser nests when the dispenser is detachably mounted to the toothbrush, and wherein the socket is formed in a transverse end wall that closes a distal end of the cavity; characterised in that the oral care system further comprises a plug having a proximal plug portion disposed within the conduit and a distal plug portion disposed within the socket of the toothbrush, wherein the plug is non-unitary and non-integral with respect to the toothbrush and the dispenser. a toothbrush; and a dispenser detachably coupled to the toothbrush, the dispenser comprising: an internal reservoir containing a fluid, and a conduit in fluid communication with the reservoir and terminating in an orifice for dispensing the fluid; an internal reservoir containing a fluid, and a conduit in fluid communication with the reservoir and terminating in an orifice for dispensing the fluid; wherein a socket of the toothbrush is located within a cavity of the toothbrush in which at least a portion of the dispenser nests when the dispenser is detachably mounted to the toothbrush, and wherein the socket is formed in a transverse end wall that closes a distal end of the cavity; characterised in that the oral care system further comprises a plug having a proximal plug portion disposed within the conduit and a distal plug portion disposed within the socket of the toothbrush, wherein the plug is non-unitary and non-integral with respect to the toothbrush and the dispenser.
A process for producing a composition comprising at least 20% by weight of cholesterol, based on 100% total weight of the composition, the process comprising the steps of: (a) distilling a fish oil having at most 2% by weight of free fatty acids, based on 100% total weight of the fish oil, in an admixture with an auxiliary fluid that comprises one or more ethyl esters of fatty acids in a vacuum distillation column at an evaporation temperature of 180 to 280 °C and a column pressure of 0.001 to 0.1 mbar to obtain a first distillate and a first residue; and (b) distilling the first distillate in a vacuum distillation column at an evaporation temperature between 140 and 220°C at a column pressure between 0.001 and 0.1 mbar to obtain a second distillate and a second residue, wherein (i) the second residue is a composition comprising at least 20% by weight cholesterol, based on the total weight of the composition, and (ii) the composition has a lower content of anthropogenic contaminants than the fish oil. (a) distilling a fish oil having at most 2% by weight of free fatty acids, based on 100% total weight of the fish oil, in an admixture with an auxiliary fluid that comprises one or more ethyl esters of fatty acids in a vacuum distillation column at an evaporation temperature of 180 to 280 °C and a column pressure of 0.001 to 0.1 mbar to obtain a first distillate and a first residue; and (b) distilling the first distillate in a vacuum distillation column at an evaporation temperature between 140 and 220°C at a column pressure between 0.001 and 0.1 mbar to obtain a second distillate and a second residue, wherein (i) the second residue is a composition comprising at least 20% by weight cholesterol, based on the total weight of the composition, and (ii) the composition has a lower content of anthropogenic contaminants than the fish oil.
A lubricant composition comprising: one or more base oils of lubricating viscosity; 200 ppm to 2,000 ppm of zinc provided by a zinc dialkyl dithiophosphate compound; one or more metal-containing detergents providing 1,000 to 5,000 ppm of metal selected from calcium, magnesium and/or sodium and provided from one or more C6 to C30 metal salts of phenates, sulfonates, calixarates, salixarates, salicylates, carboxylic acids, or combinations thereof, wherein the one or more metal containing detergents include an overbased metal salt of a branched polyolefin substituted phenate, sulfonate, and/or salicylate detergent; no more than 300 ppm of nitrogen provided from one or more nitrogen-containing ashless dispersants; and 0.01 to 3.5 weight percent of a C2 to C3 diol or triol compound or mixture thereof. one or more base oils of lubricating viscosity; 200 ppm to 2,000 ppm of zinc provided by a zinc dialkyl dithiophosphate compound; one or more metal-containing detergents providing 1,000 to 5,000 ppm of metal selected from calcium, magnesium and/or sodium and provided from one or more C6 to C30 metal salts of phenates, sulfonates, calixarates, salixarates, salicylates, carboxylic acids, or combinations thereof, wherein the one or more metal containing detergents include an overbased metal salt of a branched polyolefin substituted phenate, sulfonate, and/or salicylate detergent; no more than 300 ppm of nitrogen provided from one or more nitrogen-containing ashless dispersants; and 0.01 to 3.5 weight percent of a C2 to C3 diol or triol compound or mixture thereof.
A method, performed by a first node, for managing modes of operation of a service, referred to as "service modes", wherein the service is executed in the first node, wherein the service is capable of communicating with a second node over a wireless network, wherein the method comprises: receiving, from the wireless network, an estimated level of a connectivity for the service, wherein the estimated level of the connectivity relates to likelihood of maintaining the connectivity to the second node; selecting one of the service modes based on the estimated level of the connectivity, and wherein the service is capable of communicating with the second node in that the service controls the second node via a control loop over the wireless network, and wherein the method further comprises: adapting the control information depending on said one of service modes; sending, to the second node, control information, wherein the control information is adapted to the estimated level of the connectivity. receiving, from the wireless network, an estimated level of a connectivity for the service, wherein the estimated level of the connectivity relates to likelihood of maintaining the connectivity to the second node; selecting one of the service modes based on the estimated level of the connectivity, and wherein the service is capable of communicating with the second node in that the service controls the second node via a control loop over the wireless network, and wherein the method further comprises: adapting the control information depending on said one of service modes; sending, to the second node, control information, wherein the control information is adapted to the estimated level of the connectivity. adapting the control information depending on said one of service modes; sending, to the second node, control information, wherein the control information is adapted to the estimated level of the connectivity.
A method of identifying and quantifying a species from a sample, the method comprising: capturing a species-loaded complex, the species-loaded complex comprising: (i) the species, isolated from the sample, (ii) a carrier particle, (iii) a first species-specific binder, binding the species to the carrier particle, (iv) a second species-specific binder, bound to the species, (v) a nanoparticle, and (vi) a cleavable linker, linking the second species-specific binder to the nanoparticle; while the species-loaded complex is captured, identifying the carrier particle based on its physical characteristics, thereby permitting distinguishing a type of the carrier particle from amongst a plurality of different carrier particle types, each of the plurality of different carrier particle types corresponding uniquely to one of a plurality of different species in the sample; upon having identified the carrier particle, cleaving the cleavable linker while applying a voltage to an electrolyte surrounding the species-loaded complex, the voltage being sufficient to translocate the nanoparticle through a nanopore; and detecting an electrical current change produced as a result of the translocation of the nanoparticle through the nanopore, thereby permitting quantification of the species. capturing a species-loaded complex, the species-loaded complex comprising: (i) the species, isolated from the sample, (ii) a carrier particle, (iii) a first species-specific binder, binding the species to the carrier particle, (iv) a second species-specific binder, bound to the species, (v) a nanoparticle, and (vi) a cleavable linker, linking the second species-specific binder to the nanoparticle; while the species-loaded complex is captured, identifying the carrier particle based on its physical characteristics, thereby permitting distinguishing a type of the carrier particle from amongst a plurality of different carrier particle types, each of the plurality of different carrier particle types corresponding uniquely to one of a plurality of different species in the sample; upon having identified the carrier particle, cleaving the cleavable linker while applying a voltage to an electrolyte surrounding the species-loaded complex, the voltage being sufficient to translocate the nanoparticle through a nanopore; and detecting an electrical current change produced as a result of the translocation of the nanoparticle through the nanopore, thereby permitting quantification of the species.
A method for constructing a vertical positioning model, wherein the method comprises: a computer device determining, in measurement reports MRs of a mobile terminal uploaded by the mobile terminal during one call, a signature feature of measurement report call information MRCALL, the signature feature of the MRCALL being proportions of appearance of cells in the call of the mobile terminal and by the method further comprising; the computer device obtaining a round test signature feature of a target building, wherein the round test signature feature is proportions of the cells in the target building, and location information of the target building corresponds to information about a current location of the mobile terminal; and the computer device constructing a vertical positioning model based on the signature feature of the MRCALL the round test signature feature, and height information of the target building, wherein the vertical positioning model is used to measure vertical information of a target mobile terminal. a computer device determining, in measurement reports MRs of a mobile terminal uploaded by the mobile terminal during one call, a signature feature of measurement report call information MRCALL, the signature feature of the MRCALL being proportions of appearance of cells in the call of the mobile terminal and by the method further comprising; the computer device obtaining a round test signature feature of a target building, wherein the round test signature feature is proportions of the cells in the target building, and location information of the target building corresponds to information about a current location of the mobile terminal; and the computer device constructing a vertical positioning model based on the signature feature of the MRCALL the round test signature feature, and height information of the target building, wherein the vertical positioning model is used to measure vertical information of a target mobile terminal.
Cleaning apparatus for cleaning a transparent front element of an optical sensor of a camera for a motor vehicle, including the transparent front element and including a light source for externally illuminating the front element with light beams, including a detector device for receiving the light beams passed through the front element, and including an evaluation device, which is formed for evaluating the light beams received by the detector device for determining a degree of contamination of the front element, wherein a control signal for a cleaning device of the cleaning apparatus is generated depending on the evaluation such that the front element is cleanable by means of the cleaning device, characterised in that the light source comprises at least two light emitting diodes (16, 17), wherein light beams with a first wavelength can be emitted by a first light emitting diode and light beams with a second wavelength different from the first wavelength can be emitted by at least one second light emitting diode.
A method for implementing hybrid automatic repeat request, comprising: receiving downlink information in M1 downlink subframes of the primary cell and generating corresponding feedback information, and receiving downlink information in M2 downlink subframes of the secondary cell and generating corresponding feedback information, wherein the feedback information of M1 downlink subframes of the primary cell and the feedback information of M2 downlink subframes of the secondary cell are sent in a uplink subframe of the primary cell, wherein an uplink and downlink configuration adopted by the primary cell is different from an uplink and downlink configuration adopted by the secondary cell; comparing numbers of downlink subframes of the primary and secondary cells whose feedback information is sent in the uplink subframe of the primary cell; determining the maximum value of the numbers of downlink subframes of the primary and secondary cells whose feedback information is sent in the uplink subframe; performing filling on feedback information for a cell where the number of downlink subframes whose feedback information is sent in the uplink subframe of the primary cell is not the maximum value, so that the primary and secondary cells have feedback information corresponding to the same number of downlink subframes that is sent in the uplink subframe; and sending, in the uplink subframe of the primary cell, the feedback information of the primary cell and the feedback information of the secondary cell. receiving downlink information in M1 downlink subframes of the primary cell and generating corresponding feedback information, and receiving downlink information in M2 downlink subframes of the secondary cell and generating corresponding feedback information, wherein the feedback information of M1 downlink subframes of the primary cell and the feedback information of M2 downlink subframes of the secondary cell are sent in a uplink subframe of the primary cell, wherein an uplink and downlink configuration adopted by the primary cell is different from an uplink and downlink configuration adopted by the secondary cell; comparing numbers of downlink subframes of the primary and secondary cells whose feedback information is sent in the uplink subframe of the primary cell; determining the maximum value of the numbers of downlink subframes of the primary and secondary cells whose feedback information is sent in the uplink subframe; performing filling on feedback information for a cell where the number of downlink subframes whose feedback information is sent in the uplink subframe of the primary cell is not the maximum value, so that the primary and secondary cells have feedback information corresponding to the same number of downlink subframes that is sent in the uplink subframe; and sending, in the uplink subframe of the primary cell, the feedback information of the primary cell and the feedback information of the secondary cell.