mhurhangee/ep-ind-claims huggingface dataset:
A kitchen appliance comprising a chamber delimited by a wall arrangement and a lid for sealing said chamber wherein the lid can swivel from an open position in which the lid is away from the chamber to a closed position in which the lid prevents access to the chamber and wherein the lid is attached to the wall arrangement through a hinge mechanism comprising: an arm having a first terminal portion attached to the wall arrangement through a first pivot proximal to a first end portion of the lid when the lid is in the closed position and an opposing second terminal portion attached to an intermediate portion of the lid through a second pivot, said intermediate portion being proximal to a second end portion of the lid opposing said first end portion when the lid is in the closed position; said kitchen appliance being characterized by a further arm having a first further terminal portion attached to an intermediate portion of the arm in between the first terminal portion and the second terminal portion through a third pivot and a second further terminal portion terminating in a sliding arrangement on the lid in between the second pivot and the first end portion of the lid. an arm having a first terminal portion attached to the wall arrangement through a first pivot proximal to a first end portion of the lid when the lid is in the closed position and an opposing second terminal portion attached to an intermediate portion of the lid through a second pivot, said intermediate portion being proximal to a second end portion of the lid opposing said first end portion when the lid is in the closed position; said kitchen appliance being characterized by a further arm having a first further terminal portion attached to an intermediate portion of the arm in between the first terminal portion and the second terminal portion through a third pivot and a second further terminal portion terminating in a sliding arrangement on the lid in between the second pivot and the first end portion of the lid.
A thermal management unit for providing cooling or heating to regions of a vehicle, the thermal management unit comprising a housing containing: a compressor and a first evaporator of a refrigerant system; a pump, a heater and a first radiator of a heating system; and a blower, wherein the blower is configured to force air over the first evaporator and first radiator to cool or heat the air; wherein the housing comprises an airflow outlet (46, 55) through which the cooled or heated air can exit the housing, and an airflow inlet through which air can enter the housing to be recirculated by the blower; wherein the housing comprises a first refrigerant outlet port through which refrigerant compressed by the compressor can pass out of the housing, and a refrigerant inlet port through which refrigerant can return into the housing, the refrigerant inlet port being in fluid communication with the first evaporator for the supply of returning refrigerant to the first evaporator; the thermal management unit being characterized in that the housing includes a heating fluid outlet port through which heating fluid under pressure from the pump and heated by the heater, can pass out of the housing. a compressor and a first evaporator of a refrigerant system; a pump, a heater and a first radiator of a heating system; and a blower, wherein the blower is configured to force air over the first evaporator and first radiator to cool or heat the air; wherein the housing comprises an airflow outlet (46, 55) through which the cooled or heated air can exit the housing, and an airflow inlet through which air can enter the housing to be recirculated by the blower; wherein the housing comprises a first refrigerant outlet port through which refrigerant compressed by the compressor can pass out of the housing, and a refrigerant inlet port through which refrigerant can return into the housing, the refrigerant inlet port being in fluid communication with the first evaporator for the supply of returning refrigerant to the first evaporator;
A paging method of a user equipment, UE, characterized by, comprising: receiving, by the UE, paging at an extended paging occasion in each extended paging cycle; and receiving, by the UE, paging retransmission at one or more specific paging occasions other than the extended paging occasion in at least one extended paging cycle; wherein determining, by the UE, the specific paging occasion or occasions comprises: determining, by the UE, a paging retransmission frame in which paging retransmission is received in each extended paging cycle, according to specific paging parameters corresponding to paging retransmission; determining, by the UE, a paging retransmission sub-frame in which paging retransmission is received in the paging retransmission frame according to the specific paging parameters; and receiving, by the UE, system information transmitted by a base station at any instance of time before the extended paging occasion in the at least one extended paging cycle, and storing the specific paging parameters carried in the system information; wherein the specific paging parameters comprise a specific paging cycle and a specific paging density. receiving, by the UE, paging at an extended paging occasion in each extended paging cycle; and receiving, by the UE, paging retransmission at one or more specific paging occasions other than the extended paging occasion in at least one extended paging cycle; wherein determining, by the UE, the specific paging occasion or occasions comprises: determining, by the UE, a paging retransmission frame in which paging retransmission is received in each extended paging cycle, according to specific paging parameters corresponding to paging retransmission; determining, by the UE, a paging retransmission sub-frame in which paging retransmission is received in the paging retransmission frame according to the specific paging parameters; and receiving, by the UE, system information transmitted by a base station at any instance of time before the extended paging occasion in the at least one extended paging cycle, and storing the specific paging parameters carried in the system information; wherein the specific paging parameters comprise a specific paging cycle and a specific paging density. determining, by the UE, a paging retransmission frame in which paging retransmission is received in each extended paging cycle, according to specific paging parameters corresponding to paging retransmission; determining, by the UE, a paging retransmission sub-frame in which paging retransmission is received in the paging retransmission frame according to the specific paging parameters; and receiving, by the UE, system information transmitted by a base station at any instance of time before the extended paging occasion in the at least one extended paging cycle, and storing the specific paging parameters carried in the system information; wherein the specific paging parameters comprise a specific paging cycle and a specific paging density.
A dispersion of copper and/or copper oxide, for use in forming an electroconductive film for an electroconductive film laminate, wherein the dispersion contains copper and/or copper oxide microparticles at between 0.50 mass% and 60 mass%, inclusive, as well as the following to: a surface energy modifier, an organic compound having a phosphate group, a solvent having a vapor pressure of 0.010 Pa or higher and lower than 20 Pa at 20°C, in an amount of between 0.050 mass% and 10 mass%, inclusive, and a solvent having a vapor pressure of between 20 Pa and 150 hPa, inclusive, at 20°C. a surface energy modifier, an organic compound having a phosphate group, a solvent having a vapor pressure of 0.010 Pa or higher and lower than 20 Pa at 20°C, in an amount of between 0.050 mass% and 10 mass%, inclusive, and a solvent having a vapor pressure of between 20 Pa and 150 hPa, inclusive, at 20°C.
Differential protection method for generating a fault signal, wherein - current measurement values are in each case measured at at least two different measurement locations (12a, 12b) of a component using current transformers, - differential current values and stabilization values are formed using the current measurement values, and - the fault signal is generated if, in the context of a tripping range test, it is established that a measurement value pair formed using one of the differential current values and the respectively associated stabilization value lies in a predefined tripping range, characterized in that - at least some of the differential current values and the stabilization values are formed using current measurement values recorded during a saturation-free state of the current transformers at the beginning of a fault, - from successive differential current values, formed on the basis of current measurement values recorded during a saturation-free state of the current transformers at the beginning of a fault, and associated stabilization values, estimated differential current values and associated estimated stabilization values are formed, which are used to estimate at least one value of an expected future profile of the differential current values and the stabilization current values, and - the position of a measurement value pair formed from an estimated differential current value and the respectively associated estimated stabilization value is evaluated for the tripping range test. - current measurement values are in each case measured at at least two different measurement locations (12a, 12b) of a component using current transformers, - differential current values and stabilization values are formed using the current measurement values, and - the fault signal is generated if, in the context of a tripping range test, it is established that a measurement value pair formed using one of the differential current values and the respectively associated stabilization value lies in a predefined tripping range, - at least some of the differential current values and the stabilization values are formed using current measurement values recorded during a saturation-free state of the current transformers at the beginning of a fault, - from successive differential current values, formed on the basis of current measurement values recorded during a saturation-free state of the current transformers at the beginning of a fault, and associated stabilization values, estimated differential current values and associated estimated stabilization values are formed, which are used to estimate at least one value of an expected future profile of the differential current values and the stabilization current values, and - the position of a measurement value pair formed from an estimated differential current value and the respectively associated estimated stabilization value is evaluated for the tripping range test.
A method for analysing cleavage and/or repair events for a site specific nuclease, the method comprising: (a) contacting a genomic DNA sample obtained from a cell or tissue that has been subjected to cleavage with a site specific nuclease with a transposase and a transposon comprising a first detection sequence at the 5' end of the transposon, under conditions whereby the transposon is inserted into the genomic DNA sample and the genomic DNA sample is fragmented into a plurality of tagmented double-stranded nucleic acid fragments comprising the transposon attached to the 5' end of the nucleic acid fragments; (b) amplifying the tagmented nucleic acid fragments using (i) a first fixed primer comprising a nucleotide sequence complementary to a predetermined location in the genomic DNA and comprising a second detection sequence at its 5' end, and (ii) a second selective primer comprising a nucleotide sequence complementary to at least a portion of the first detection sequence, to form amplified nucleic acid fragments comprising the first detection sequence, the transposon attached to the 5' end of the nucleic acid fragments, and the second detection sequence; and (c) sequencing the amplified nucleic acid fragments. (a) contacting a genomic DNA sample obtained from a cell or tissue that has been subjected to cleavage with a site specific nuclease with a transposase and a transposon comprising a first detection sequence at the 5' end of the transposon, under conditions whereby the transposon is inserted into the genomic DNA sample and the genomic DNA sample is fragmented into a plurality of tagmented double-stranded nucleic acid fragments comprising the transposon attached to the 5' end of the nucleic acid fragments; (b) amplifying the tagmented nucleic acid fragments using (i) a first fixed primer comprising a nucleotide sequence complementary to a predetermined location in the genomic DNA and comprising a second detection sequence at its 5' end, and (ii) a second selective primer comprising a nucleotide sequence complementary to at least a portion of the first detection sequence, to form amplified nucleic acid fragments comprising the first detection sequence, the transposon attached to the 5' end of the nucleic acid fragments, and the second detection sequence; and (i) a first fixed primer comprising a nucleotide sequence complementary to a predetermined location in the genomic DNA and comprising a second detection sequence at its 5' end, and (ii) a second selective primer comprising a nucleotide sequence complementary to at least a portion of the first detection sequence, (c) sequencing the amplified nucleic acid fragments.
Container made of plastic comprising a rectangular bottom and four side walls (3, 4), wherein the bottom has a first stacking contour on the bottom on its outer edge, wherein the side walls (3, 4) have a second stacking contour (30, 40) on their upper edge area, and wherein, when stacking containers above one another, the first stacking contour of an upper container and the second stacking contour (30, 40) of a lower container engage with one another in a centering way, wherein the container is a foldable container, whose side walls (3, 4) are articulately connected to the bottom, wherein the bottom has a groove open downwards, characterized in that the upper edge area of at least two side walls (3, 4) opposite one another is respectively reinforced by at least one reinforcing profile applied in a form-fitting and/or force-fitting way on the remaining of the side wall (3, 4), wherein the reinforcing profile does not consist of the same material as the remaining of the side wall (3, 4), and that the/each reinforcing profile has at least one profile web forming a slide track for setting another container on top, said slide track extending in the longitudinal direction of the reinforcing profile on an upper side facing away from the container, wherein grooves are arranged congruent to the profile webs, wherein at least one of the reinforcing profiles can be latched to the remaining of the side wall (3, 4) by inserting downwards from above, for which purpose the side wall (3, 4) has latching elements and the reinforcing profile has latching elements interacting with the same, wherein the reinforcing profile has guide pins facing downward in each case which can be accommodated in a respective corresponding recess close to the side edges of the side wall (3, 4).
A rotorcraft having a body and a propulsion system wherein the propulsion system includes a main thrust rotor and multiple control rotors, wherein the main thrust rotor is coupled to the body, whereby the main thrust rotor is driven by a main thrust drive shaft having an axis of rotation maintained in a fixed orientation to the body of the rotorcraft and wherein the multiple control rotors are driven by respective control drive shafts that are each arranged with respect to the body such that they are maintained in respective fixed orientations that are offset to and canted relative to the axis of rotation of the main thrust drive shaft, such that the multiple control rotors control roll, pitch and yaw of the rotorcraft.
Anti-theft device comprising a token capable to unlock an anchoring system of supermarket trolleys or other moving objects, said anchoring system comprising a lock anchor housing in which the token is capable to be inserted to unlock such trolley or other object characterized in that it comprises a flexible and resistant link connected to the token and comprising a loop or a ring.
A system for controlling gain function of a hearing aid, and comprising a microphone adapted to convert a sound pressure to an input signal, a speaker adapted to convert an output signal to a processed sound pressure, a signal processing means interconnecting said microphone and said speaker and adapted to process said input signal to said output signal according to a control signal, and a signal analysis means connecting to said microphone and to said signal processing means, and CHARACTERIZED IN THAT said signal analysis means comprises a maximum level detector adapted to detect maximum level of said input signal, a squelch level detector adapted to detect squelch level of said input signal and a compression level detector adapted to determine level of said input signal and a controller means adapted to generate said control signal based on said maximum, squelch and compression level detectors' responses to said input signal, wherein said signal analysis means in a first signal path comprises a first filterbank adapted to separate said input signal into a first plurality of frequency band signals, wherein said maximum level detector is connected to said first filterbank to receive a frequency band signal of said first plurality and adapted to notify said controller means, when said frequency band signal of said first plurality is above a maximum threshold, with a short attack and short release time to enable said controller means to generate said control signal reducing gain of said signal processing means, wherein said squelch level detector is connected to said first filterbank to receive a frequency band signal of said first plurality and adapted to notify said controller means, when said frequency band signal of said first plurality is below a squelching threshold, with long attack and short release time to enable said controller means to generate said control signal reducing gain of said signal processing means.
A method for detecting abnormal usage of water in a water usage environment, characterized in that the method comprises the steps of: monitoring detected usage data associated with the provision of water in a water usage environment using at least one water provisioning device (101, 103, 105) that is arranged to provide the water; and using a water monitoring device which is part of or integrated with one of the at least one water provisioning device (101, 103, 105); and detecting abnormal usage of the water based on the monitoring of the detected usage data, wherein the detecting of the abnormal usage is performed by the water monitoring device associated with the water provisioning device (101, 103, 105), wherein the method further comprising the steps of comparing the detected usage data with prior usage data associated with prior use of the water by the water provisioning device (101, 103, 105), and detecting the abnormal usage of the water based on the comparison of the detected usage data with the prior usage data, wherein the step of comparing the detected usage data with the prior usage data comprises detecting whether the detected usage data matches a usage pattern associated with the prior usage data or wherein the step of comparing the detected usage data with the prior usage data comprises detecting a maximum and/or minimum prior usage value in the prior usage data and comparing the detected maximum and/or minimum prior usage value with maximum and/or minimum values in the detected usage data. monitoring detected usage data associated with the provision of water in a water usage environment using at least one water provisioning device (101, 103, 105) that is arranged to provide the water; and using a water monitoring device which is part of or integrated with one of the at least one water provisioning device (101, 103, 105); and detecting abnormal usage of the water based on the monitoring of the detected usage data, wherein the detecting of the abnormal usage is performed by the water monitoring device associated with the water provisioning device (101, 103, 105), wherein the method further comprising the steps of comparing the detected usage data with prior usage data associated with prior use of the water by the water provisioning device (101, 103, 105), and detecting the abnormal usage of the water based on the comparison of the detected usage data with the prior usage data, wherein the step of comparing the detected usage data with the prior usage data comprises detecting whether the detected usage data matches a usage pattern associated with the prior usage data or wherein the step of comparing the detected usage data with the prior usage data comprises detecting a maximum and/or minimum prior usage value in the prior usage data and comparing the detected maximum and/or minimum prior usage value with maximum and/or minimum values in the detected usage data.
A method of manufacturing a semiconductor device comprising an optoelectronic semiconductor element with a semiconductor body of which one surface has an optically active part and an optically non-active part within which there are electrical connection areas of the optoelectronic semiconductor element, above which optically active part of the surface of the semiconductor body a body is located comprising an optical component, characterized in that the method comprises: fixing an optically transparent foil to the surface of the semiconductor body by means of an optically transparent adhesive layer and subsequently forming the optical component in the optically transparent foil. fixing an optically transparent foil to the surface of the semiconductor body by means of an optically transparent adhesive layer and subsequently forming the optical component in the optically transparent foil.