mhurhangee/ep-ind-claims huggingface dataset:
Assembly comprising - a lid intended for a coffee pot, the lid comprising a first portion and a second portion that is flexible with respect to the first portion, the second portion comprising a proximal end and a distal end, the second portion being integral with the first portion via the proximal end by a fixed connection, the second portion having an elastic deformation capacity that has a Young's modulus between 0.001 and 0.1 GPa in such a way as to be mobile due to the deformation thereof between at least two positions, and - a coffee pot for a machine for preparing beverages and intended to contain and to pour said beverage, the coffee pot having a bottom, from which rises a side wall, an opening and a pouring spout formed by a peripheral edge of the side wall, the lid being removable with respect to the coffee pot and arranged to open and close at least partially the opening and the pouring spout through which the beverage is poured; said ensemble being characterised in that in a situation wherein the lid is placed on the opening, the second portion of the lid is mobile between at least: - one first position wherein the distal end rests on the peripheral bordure of the coffee pot and wherein it does not prevent the pouring of the beverage; and, - one second position in the distal end is located inside the side wall of the coffee pot and wherein at least a portion (26, 26') of the distal end is thrust against the wall of the coffee pot. - a lid intended for a coffee pot, the lid comprising a first portion and a second portion that is flexible with respect to the first portion, the second portion comprising a proximal end and a distal end, the second portion being integral with the first portion via the proximal end by a fixed connection, the second portion having an elastic deformation capacity that has a Young's modulus between 0.001 and 0.1 GPa in such a way as to be mobile due to the deformation thereof between at least two positions, and - a coffee pot for a machine for preparing beverages and intended to contain and to pour said beverage, the coffee pot having a bottom, from which rises a side wall, an opening and a pouring spout formed by a peripheral edge of the side wall, the lid being removable with respect to the coffee pot and arranged to open and close at least partially the opening and the pouring spout through which the beverage is poured; said ensemble being characterised in that in a situation wherein the lid is placed on the opening, the second portion of the lid is mobile between at least: - one first position wherein the distal end rests on the peripheral bordure of the coffee pot and wherein it does not prevent the pouring of the beverage; and, - one second position in the distal end is located inside the side wall of the coffee pot and wherein at least a portion (26, 26') of the distal end is thrust against the wall of the coffee pot.
A method in a serving base station of a communication system for making a handover decision for handing a user equipment (4, 5) over from the serving base station to a target base station, the user equipment (4, 5) being served by the serving base station, the method characterized by the steps of: - performing a first type of mobility mechanism for the user equipment (4, 5) for determining if the user equipment (4, 5) is a candidate for performing a handover to the target base station, wherein performing a first type of mobility mechanism comprises i) transmitting a first type of pilot signal to the user equipment (4, 5), and ii) receiving from the user equipment (4, 5) a measurement report in response to transmitting the first type of pilot signal, said measurement report comprising measurements of the pilot signals of said first type transmitted from the serving base station and the target base station; - when it has been determined that the user equipment is a candidate for performing a handover to the target base station, configuring a second type of mobility mechanism for the user equipment (4, 5) by activating a second type of pilot signals to be transmitted from the target base station, - configuring the user equipment (4, 5) to perform measurements on the second type of pilot signal from the target base station, and - making a handover decision for the user equipment (4, 5) based on the measurements on the second type of pilot signals. - performing a first type of mobility mechanism for the user equipment (4, 5) for determining if the user equipment (4, 5) is a candidate for performing a handover to the target base station, wherein performing a first type of mobility mechanism comprises i) transmitting a first type of pilot signal to the user equipment (4, 5), and ii) receiving from the user equipment (4, 5) a measurement report in response to transmitting the first type of pilot signal, said measurement report comprising measurements of the pilot signals of said first type transmitted from the serving base station and the target base station; i) transmitting a first type of pilot signal to the user equipment (4, 5), and ii) receiving from the user equipment (4, 5) a measurement report in response to transmitting the first type of pilot signal, said measurement report comprising measurements of the pilot signals of said first type transmitted from the serving base station and the target base station; - when it has been determined that the user equipment is a candidate for performing a handover to the target base station, configuring a second type of mobility mechanism for the user equipment (4, 5) by activating a second type of pilot signals to be transmitted from the target base station, - configuring the user equipment (4, 5) to perform measurements on the second type of pilot signal from the target base station, and - making a handover decision for the user equipment (4, 5) based on the measurements on the second type of pilot signals.
An apparatus comprising: a module; a substrate; electrolyte between the module and the substrate, wherein an electronic component is formed between the module and the substrate and wherein the electrolyte is configured to function as the electrolyte in the electronic component and also as the adhesive to attach the module to the substrate; and a further substrate on the substrate, the further substrate comprising at least one opening, wherein the electrolyte and module are located at least partially in the opening of the further substrate. a module; a substrate; electrolyte between the module and the substrate, wherein an electronic component is formed between the module and the substrate and wherein the electrolyte is configured to function as the electrolyte in the electronic component and also as the adhesive to attach the module to the substrate; and a further substrate on the substrate, the further substrate comprising at least one opening, wherein the electrolyte and module are located at least partially in the opening of the further substrate.
A method for predicting risk of cervical shortening or preterm labour in a pregnant female subject, comprising determining the expression level of one or more of the miRNA molecules extracted from a biological sample obtained from said subject and comparing to a control value, wherein a difference in the expression level of the one or more of the miRNA molecules compared to the control value indicates that the subject is at high or low risk of cervical shortening or PTL and wherein the one or more miRNA molecules whose expression level is determined and compared includes hsa-miR-374a-5p (SEQ ID NO. 2).
An electronic device comprising: a sensor, configured to monitor whether the electronic device falls or not; a processor, configured to, in the case that the electronic device falls, determine whether a headset jack of the electronic device is connected with a headset plug or not; and a vibration motor, configured to, in the case that the headset jack is connected with the headset plug, execute a vibration operation to rotate the electronic device by a target angle, wherein the processor is further configured to: estimate a falling angle when the electronic device falls to ground, wherein the falling angle is an included angle between a side edge of the electronic device and a vertical or horizontal direction; and determine whether the headset plug is a contact point when the electronic device falls to the ground according to the falling angle, wherein the vibration motor is further configured to, in the case that the headset plug is the contact point, execute the vibration operation to rotate the electronic device by the target angle, and the processor is further configured to calculate the target angle according to the falling angle, and wherein the target angle enables the contact point not to be the headset plug. a sensor, configured to monitor whether the electronic device falls or not; a processor, configured to, in the case that the electronic device falls, determine whether a headset jack of the electronic device is connected with a headset plug or not; and a vibration motor, configured to, in the case that the headset jack is connected with the headset plug, execute a vibration operation to rotate the electronic device by a target angle, wherein the processor is further configured to: estimate a falling angle when the electronic device falls to ground, wherein the falling angle is an included angle between a side edge of the electronic device and a vertical or horizontal direction; and determine whether the headset plug is a contact point when the electronic device falls to the ground according to the falling angle, wherein the vibration motor is further configured to, in the case that the headset plug is the contact point, execute the vibration operation to rotate the electronic device by the target angle, and the processor is further configured to calculate the target angle according to the falling angle, and wherein the target angle enables the contact point not to be the headset plug. estimate a falling angle when the electronic device falls to ground, wherein the falling angle is an included angle between a side edge of the electronic device and a vertical or horizontal direction; and determine whether the headset plug is a contact point when the electronic device falls to the ground according to the falling angle, wherein the vibration motor is further configured to, in the case that the headset plug is the contact point, execute the vibration operation to rotate the electronic device by the target angle, and the processor is further configured to calculate the target angle according to the falling angle, and wherein the target angle enables the contact point not to be the headset plug.
A method for detecting keratin 17 expression in a subject comprising: obtaining a urine sample from a subject, wherein said sample comprises a plurality of bladder cells; and detecting K17 expression in said sample, wherein said detection comprises contacting said cells with an anti-K17 antibody, and detecting binding between K17 in the cells and the anti-K17 antibody. obtaining a urine sample from a subject, wherein said sample comprises a plurality of bladder cells; and detecting K17 expression in said sample, wherein said detection comprises contacting said cells with an anti-K17 antibody, and detecting binding between K17 in the cells and the anti-K17 antibody.
A sealing device with a sensor system for condition monitoring, comprising: - a sealing ring with a, preferably dynamic, first sealing section for sealing contact at a sealing surface of a machine part (12, 14); - a pretensioning ring for pretensioning the sealing section against the sealing surface, having a first section and a second section, which together delimit an intermediate space, wherein one of the two sections (42, 44) can be deflected in a spring-elastic manner from a first position relative to the respective other of the two sections (42, 44) in a direction radial or axial to the center axis of the sealing device; wherein the sensor system comprises at least one measuring element which is arranged in the intermediate space of the pretensioning ring and which responds indirectly or directly to a deflection movement of one section of the pretensioning ring, and wherein the measuring element is arranged in the intermediate space in such a way that at least sectionally an axial movement or a deformation, directed in the circumferential direction of the pretensioning ring, of the measuring element which can be detected by a sensor is caused by a deflection of one of the two sections (42, 44) in the radial/axial direction relative to the respective other of the two sections (42, 44), characterized in that the measuring element is a spring element which extends from the first to the second section (42, 44) and which interacts with the sensor. - a sealing ring with a, preferably dynamic, first sealing section for sealing contact at a sealing surface of a machine part (12, 14); - a pretensioning ring for pretensioning the sealing section against the sealing surface, having a first section and a second section, which together delimit an intermediate space, wherein one of the two sections (42, 44) can be deflected in a spring-elastic manner from a first position relative to the respective other of the two sections (42, 44) in a direction radial or axial to the center axis of the sealing device; wherein the sensor system comprises at least one measuring element which is arranged in the intermediate space of the pretensioning ring and which responds indirectly or directly to a deflection movement of one section of the pretensioning ring, and wherein the measuring element is arranged in the intermediate space in such a way that at least sectionally an axial movement or a deformation, directed in the circumferential direction of the pretensioning ring, of the measuring element which can be detected by a sensor is caused by a deflection of one of the two sections (42, 44) in the radial/axial direction relative to the respective other of the two sections (42, 44), characterized in that the measuring element is a spring element which extends from the first to the second section (42, 44) and which interacts with the sensor.
A loudspeaker box, comprising: a foam, a loudspeaker and a box; wherein an opening is set in the box, the loudspeaker is internally placed inside the box through the opening of the box, an outer surface of the loudspeaker is aligned to an edge of the opening of the box, a gap is set between the loudspeaker and the opening of the box, and a bottom portion of the loudspeaker abuts against a bottom portion of the box; and the foam is annularly covering the gap between the loudspeaker and the opening of the box; characterized in that, the box comprises a front housing, an opening is set in the front housing, the loudspeaker is internally placed inside the box through the opening of the front housing, and the outer surface of the loudspeaker is aligned to the edge of the opening of the front housing; the box further comprises a rear housing and a metallic plate, the rear housing is set on the metallic plate, and the rear housing and the metallic plate are integrally formed by injection molding or adhere to each other by a double-sided tape; the box further comprises a circuit board, one end of the circuit board is set between the metallic plate and the loudspeaker, and the other end of the circuit board runs through one end of the rear housing and is set on a surface of the front housing. a foam, a loudspeaker and a box; wherein an opening is set in the box, the loudspeaker is internally placed inside the box through the opening of the box, an outer surface of the loudspeaker is aligned to an edge of the opening of the box, a gap is set between the loudspeaker and the opening of the box, and a bottom portion of the loudspeaker abuts against a bottom portion of the box; and the foam is annularly covering the gap between the loudspeaker and the opening of the box; characterized in that, the box comprises a front housing, an opening is set in the front housing, the loudspeaker is internally placed inside the box through the opening of the front housing, and the outer surface of the loudspeaker is aligned to the edge of the opening of the front housing; the box further comprises a rear housing and a metallic plate, the rear housing is set on the metallic plate, and the rear housing and the metallic plate are integrally formed by injection molding or adhere to each other by a double-sided tape; the box further comprises a circuit board, one end of the circuit board is set between the metallic plate and the loudspeaker, and the other end of the circuit board runs through one end of the rear housing and is set on a surface of the front housing.
A method for detecting sleep onset comprising: determining a set of respiratory features from a measure of respiratory flow; thresholding the set of respiratory features, wherein one or more threshold functions are applied to each feature of the set of respiratory features; determining a sleep state score based on the thresholding, the sleep state score being indicative of a sleep state of a plurality of sleep states, the plurality of sleep states comprising an awake state, a non-REM sleep state, and a REM sleep state; and detecting sleep onset as a function of the thresholding and the determined sleep state score; wherein the one or more threshold functions comprise an output value for each of the plurality of sleep states. determining a set of respiratory features from a measure of respiratory flow; thresholding the set of respiratory features, wherein one or more threshold functions are applied to each feature of the set of respiratory features; determining a sleep state score based on the thresholding, the sleep state score being indicative of a sleep state of a plurality of sleep states, the plurality of sleep states comprising an awake state, a non-REM sleep state, and a REM sleep state; and detecting sleep onset as a function of the thresholding and the determined sleep state score; wherein the one or more threshold functions comprise an output value for each of the plurality of sleep states.
Method for signaling a braking process at a trailer vehicle having a control device which is arranged on the trailer vehicle, wherein the control device determines at least one braking value which is assigned to the braking process, and wherein the control device actuates at least one brake light, arranged on the trailer vehicle, as a function of this braking value in such a way that by means of the brake light or the brake lights the braking process is signaled, wherein this signaling at the trailer vehicle depending on this braking value occurs differently compared to a signaling operation in the case of at least one other braking value which can be determined by this control device during a braking process, characterized in that the control device is a control centre of an electronic brake system on the trailer vehicle, wherein the electronic brake system is designed to brake the trailer vehicle under electronic open-loop or closed-loop control, signals or data which are used by the electronic brake system of the trailer vehicle for open-loop and/or closed-loop control functions of the electronic brake system of the trailer vehicle, for the actuation of the brake light or of the brake lights by the control device, and this actuation of the brake light or of the brake lights for signaling the brake process is carried out by means of the control device as a function of the braking value at the trailer vehicle.
A fluid regulator, comprising: a regulator body; a first seat ring to provide a first flow characteristic disposed within the body and defining a fluid orifice, wherein the first seat ring is interchangeable with a second seat ring that is to provide a second flow characteristic different from the first flow characteristic; and a first cage to provide a third fluid characteristic and removably coupled to the first seat ring, wherein the first cage is interchangeable with a second cage that is to provide a fourth fluid flow characteristic different from the third flow characteristic, and wherein the first cage can be selectively coupled to the first seat ring or the second seat ring and the first seat ring can be selectively coupled to the first cage or the second cage, characterised in that, the first seat ring is selectively bound to the first cage or the second cage and the first cage is selectively bound to the first seat ring or the second seat ring via at least one of an interference fit, threads, adhesive, a set screw, a roll pin, or grease. a regulator body; a first seat ring to provide a first flow characteristic disposed within the body and defining a fluid orifice, wherein the first seat ring is interchangeable with a second seat ring that is to provide a second flow characteristic different from the first flow characteristic; and a first cage to provide a third fluid characteristic and removably coupled to the first seat ring, wherein the first cage is interchangeable with a second cage that is to provide a fourth fluid flow characteristic different from the third flow characteristic, and wherein the first cage can be selectively coupled to the first seat ring or the second seat ring and the first seat ring can be selectively coupled to the first cage or the second cage,
A reactor for drying and torrefaction, intended for torrefying biomass, formed of a multiple-stage furnace, the reactor including a chamber within which two separate areas are delimited, together with means to mix and transfer biomass from one end of the chamber to the other, where the upstream area of the chamber includes drying means able to dry the biomass introduced into the reactor, where the downstream area of the chamber includes torrefaction means able to torrefy the biomass dried in the upstream area, where the reactor includes a transfer and sealing system able to transfer dried biomass from the upstream area to the downstream area at time intervals and to make the two areas (1A, 1B) mutually sealed during this time interval, and where the reactor includes heating means in the torrefaction and/or drying area, the heating means including one or more heat pipe element for heating a fixed platform (Pi) in the chamber defining a stage i of a multiple-stage furnace.
A disposable imaging reference for hyperspectral imaging of a tissue surface comprising a tissue compatible object having at least a first surface for contacting the tissue and at least a second surface having a characteristic pattern of sharp contrast color peaks, wherein a first sharp contrast color peak in the characteristic pattern is in the middle of the second surface and is a unique shape having directional asymmetry, the first sharp contrast color peak is surrounded by an area of low reflectivity that has a flat absorption spectrum, and characterized in that an outer band surrounds the area of low reflectivity, the outer band being subdivided into bands that have two or more of the sharp contrast color peaks in the characteristic pattern and that have different identifying constant color standards at one or more wavelength bands.
An aqueous composition comprising at least one oxidizing agent characterised in that it comprises salicylic acid and/or its salts and either acetaminophen or oxyquinoline and/or its salts and has a pH between 1 and 5 wherein the composition is an emulsion and comprises fatty alcohol, oil and surfactant.