mhurhangee/ep-ind-claims huggingface dataset:
A dishwasher comprising a body, a washing tub which is disposed in the body and wherein the washing process is performed with the water taken from the mains line; a drying duct which is provided on the body and which provides the circulation of the humid air in the washing tub by taking the same out of the washing tub after the washing process, thus enabling the washed items to be dried; a heat pump which is disposed under the washing tub, having a first heat exchanger enabling the water to be used in the washing step to be heated by drawing heat from the environment, a second heat exchanger transferring the heat received from the first heat exchanger to the washing water and a compressor fluidly connected to the first heat exchanger and the second heat exchanger so as to realize the refrigerant cycle; at least one fan which enables the outer environment air to be delivered onto the first heat exchanger; an air duct which is disposed between the washing tub and the body and which is connected to the drying duct; a guiding member (11 which has a fixed end and a free end movable around the fixed and which has an open position and a closed position; and a control unit which controls the movement of the guiding member between an open position and a closed position, characterised in that - the fixed end is disposed on the first heat exchanger; - in the closed position the free end extends towards the rear wall of the body and the air blown by the fan and passing through the first heat exchanger is prevented from reaching the rear wall of the body so as to be guided to the lower side of the body, and - in the open position the free end extends towards the rear wall of the washing tub when the fixed end is on the first heat exchanger such that the air passing through the first heat exchanger is allowed to be delivered to the drying duct via the air duct; - the control unit is configured to control the position of the guiding member according to the humidity rate in the drying duct, which is detected by means of a humidity sensor disposed in the drying duct. - the fixed end is disposed on the first heat exchanger; - in the closed position the free end extends towards the rear wall of the body and the air blown by the fan and passing through the first heat exchanger is prevented from reaching the rear wall of the body so as to be guided to the lower side of the body, and - in the open position the free end extends towards the rear wall of the washing tub when the fixed end is on the first heat exchanger such that the air passing through the first heat exchanger is allowed to be delivered to the drying duct via the air duct; - the control unit is configured to control the position of the guiding member according to the humidity rate in the drying duct, which is detected by means of a humidity sensor disposed in the drying duct.
A machine implemented method comprising: dividing, at a server device, a first portion of a single stream of media data into multiple media files, each of the multiple media files to be stored as individual files in a memory in a transfer protocol compliant format, wherein the multiple media files represent segments from the single stream of media data of a program; generating a playlist file having a plurality of tags and a plurality of Universal Resource Indicators, URIs, the plurality of URIs indicating an ordering of the multiple media files that were divided from the first portion of the single stream of media data; said machine implemented method being characterized by: receiving additional data of the single stream of media data after generating the playlist file for the first portion of the single stream of media data; and generating (285, 245) an updated playlist file corresponding to changes to the multiple media files of the single stream of data, the updated playlist file comprising a plurality of updated URIs indicating an ordering of updated multiple media files to recreate a representation of the single stream of media data, the representation including the additional data. dividing, at a server device, a first portion of a single stream of media data into multiple media files, each of the multiple media files to be stored as individual files in a memory in a transfer protocol compliant format, wherein the multiple media files represent segments from the single stream of media data of a program; generating a playlist file having a plurality of tags and a plurality of Universal Resource Indicators, URIs, the plurality of URIs indicating an ordering of the multiple media files that were divided from the first portion of the single stream of media data; said machine implemented method being characterized by: receiving additional data of the single stream of media data after generating the playlist file for the first portion of the single stream of media data; and generating (285, 245) an updated playlist file corresponding to changes to the multiple media files of the single stream of data, the updated playlist file comprising a plurality of updated URIs indicating an ordering of updated multiple media files to recreate a representation of the single stream of media data, the representation including the additional data.
A cellular phone comprising: a first wireless transceiver configured to receive frequency modulated, FM, intermediate frequency, IF, signals wirelessly transmitted from a remote device to the cellular phone, wherein the FM IF signals are downconverted signals and are based on a tuned FM radio frequency, RF, and a first oscillator signal; and an FM processing module configured to receive said FM IF signals, convert said FM IF signals to baseband signals based on a second oscillator signal, and, based on said baseband signals, generate processed FM baseband signals. a first wireless transceiver configured to receive frequency modulated, FM, intermediate frequency, IF, signals wirelessly transmitted from a remote device to the cellular phone, wherein the FM IF signals are downconverted signals and are based on a tuned FM radio frequency, RF, and a first oscillator signal; and an FM processing module configured to receive said FM IF signals, convert said FM IF signals to baseband signals based on a second oscillator signal, and, based on said baseband signals, generate processed FM baseband signals.
A method of testing the rope arrangement of a crane in particular of a mobile fast-erecting crane, in which at least one rope, in particular trolley rope, is acted on by a test tensile force, characterized in that the rope is acted on by the test tensile force in a state mounted to the crane before the release of the crane operation by a rope tensioning apparatus that can be operated in a test mode.
A communication method, comprising: obtaining, by a first terminal, a resource period parameter, wherein the resource period parameter comprises a period duration of each of at least one resource; determining, by the first terminal, a starting subframe of a resource period for starting to send communication data; and sending, by the first terminal, the communication data according to the starting subframe and the resource period parameter; wherein the communication data is transmitted for multiple times in the resource period, the method further comprises: sending (S208a), by the first terminal, transmission sequence number indication information and time domain transmission resource indication information to a second terminal that performs direct communication with the first terminal; wherein the transmission sequence number indication information is used to indicate a transmission sequence number of the communication data in the resource period; and the time domain transmission resource indication information is used to indicate each time domain resource position that is relative to the starting subframe and that is of each time of the multiple times for which the communication data is transmitted in the resource period. obtaining, by a first terminal, a resource period parameter, wherein the resource period parameter comprises a period duration of each of at least one resource; determining, by the first terminal, a starting subframe of a resource period for starting to send communication data; and sending, by the first terminal, the communication data according to the starting subframe and the resource period parameter; wherein the communication data is transmitted for multiple times in the resource period, the method further comprises: sending (S208a), by the first terminal, transmission sequence number indication information and time domain transmission resource indication information to a second terminal that performs direct communication with the first terminal; wherein the transmission sequence number indication information is used to indicate a transmission sequence number of the communication data in the resource period; and the time domain transmission resource indication information is used to indicate each time domain resource position that is relative to the starting subframe and that is of each time of the multiple times for which the communication data is transmitted in the resource period. sending (S208a), by the first terminal, transmission sequence number indication information and time domain transmission resource indication information to a second terminal that performs direct communication with the first terminal; wherein the transmission sequence number indication information is used to indicate a transmission sequence number of the communication data in the resource period; and the time domain transmission resource indication information is used to indicate each time domain resource position that is relative to the starting subframe and that is of each time of the multiple times for which the communication data is transmitted in the resource period.
A surface treating appliance comprising: a first cyclonic separating unit including a plurality of first cyclones arranged in parallel about an axis; and a second cyclonic separating unit located downstream from the first cyclonic separating unit and including a plurality of second cyclones arranged in parallel, the plurality of second cyclones being divided into at least a first set of second cyclones arranged about the axis and a second set of second cyclones, wherein each of the first cyclones and the second cyclones has a longitudinal axis (L2, L3a, L3b); and wherein the longitudinal axes of the first cyclones are arranged at a first orientation to said axis, the longitudinal axes (L3a) of the first set of second cyclones are arranged at said first orientation to said axis, and the longitudinal axes (L3b) of the second set of second cyclones are arranged at a second orientation, different from the first orientation, to said axis. a first cyclonic separating unit including a plurality of first cyclones arranged in parallel about an axis; and a second cyclonic separating unit located downstream from the first cyclonic separating unit and including a plurality of second cyclones arranged in parallel, the plurality of second cyclones being divided into at least a first set of second cyclones arranged about the axis and a second set of second cyclones, wherein each of the first cyclones and the second cyclones has a longitudinal axis (L2, L3a, L3b); and wherein the longitudinal axes of the first cyclones are arranged at a first orientation to said axis, the longitudinal axes (L3a) of the first set of second cyclones are arranged at said first orientation to said axis, and the longitudinal axes (L3b) of the second set of second cyclones are arranged at a second orientation, different from the first orientation, to said axis.
An atomic absorption mercury analyzer including an optically coupled photo detector, an analytical cell, a modulator of radiation polarization and a spectral lamp containing a discharge cavity located between magnet poles and connected with means of electrical discharge excitation, with buffer gas and mercury placed into the spectral lamp, wherein the mercury placed in the spectral lamp is enriched with a mercury isotope with an even number of neutrons, this isotope making at least 50% of the total quantity of mercury in the spectral lamp, characterized in that the discharge cavity in the spectral lamp is in the form of a capillary and is connected with a ballast cavity in the form of a bulb that is a reservoir for mercury vapor, the volume of the ballast cavity exceeding the volume of the discharge cavity, and in that the means of electrical discharge excitation are configured to excite a discharge in the discharge cavity such that the discharge does not penetrate into the ballast cavity.
A material collection container of a suction excavator, wherein the material collection container extends in the longitudinal direction of the suction excavator and has a rigidity which withstands a negative pressure corresponding to the operating negative pressure of the suction excavator, comprising: - a container wall extending in the longitudinal direction and which is connected at its two end faces to end walls; - a pivotable lid which, in a closed position, closes the material collection container on its upper side and opens it in an emptying position; - a seal extending in the closed position between an upper edge of the material collection container and the lid in order to seal the material collection container so that a negative pressure can be generated in it; characterized in that - the material collection container has a substantially U-shaped cross-section; - the container wall has a plurality of side segment faces extending in the longitudinal direction and merging into one another at stiffening edges, wherein at least some adjacent side segment faces are at an angle to one another; - the container wall has a folded upper edge which is designed as a hollow profile; - the seal is embedded in a groove on the side of the lid directed toward the upper edge; - the upper edge is formed by two edge surfaces which converge at an angle, wherein the width of the upper edge at the joint line of the converging edge surfaces is narrower than the width of the groove, wherein the upper edge enters the seal in the closed position of the lid. - a container wall extending in the longitudinal direction and which is connected at its two end faces to end walls; - a pivotable lid which, in a closed position, closes the material collection container on its upper side and opens it in an emptying position; - a seal extending in the closed position between an upper edge of the material collection container and the lid in order to seal the material collection container so that a negative pressure can be generated in it; characterized in that - the material collection container has a substantially U-shaped cross-section; - the container wall has a plurality of side segment faces extending in the longitudinal direction and merging into one another at stiffening edges, wherein at least some adjacent side segment faces are at an angle to one another; - the container wall has a folded upper edge which is designed as a hollow profile; - the seal is embedded in a groove on the side of the lid directed toward the upper edge; - the upper edge is formed by two edge surfaces which converge at an angle, wherein the width of the upper edge at the joint line of the converging edge surfaces is narrower than the width of the groove, wherein the upper edge enters the seal in the closed position of the lid.
A reactor for performing a gas/liquid biphasic high-pressure reaction with a foaming medium, comprising an interior formed by a cylindrical, vertically oriented elongate shell, a bottom and a cap, wherein the interior is divided by internals into a backmixed zone and a zone of limited backmixing, wherein the backmixed zone and the zone of limited backmixing are consecutively traversable by the reaction mixture, wherein the backmixed zone comprises means for introducing gas and liquid and a gas outlet and also comprises at least one mixing apparatus selected from a stirrer, a jet nozzle and means for injecting the gas, and the zone of limited backmixing comprises a reaction product outlet, a first cylindrical internal element which in the interior extends in the longitudinal direction of the reactor and which delimits the zone of limited backmixing from the backmixed zone, backmixing-preventing second internal elements in the form of random packings, structured packings or liquid-permeable trays arranged in the zone of limited backmixing, a riser tube whose lower end is arranged within the backmixed zone and whose upper end opens into the zone of limited backmixing so that liquid from the backmixed zone can ascend into the zone of limited backmixing through the riser tube, and an internal element which is arranged at the lower end of the riser tube and which prevents entry of gas into the riser tube, which internal element is selected from a deflection weir and a U-tube, wherein flow into the zone of limited backmixing enters from below. wherein the interior is divided by internals into a backmixed zone and a zone of limited backmixing, wherein the backmixed zone and the zone of limited backmixing are consecutively traversable by the reaction mixture, wherein the backmixed zone comprises means for introducing gas and liquid and a gas outlet and also comprises at least one mixing apparatus selected from a stirrer, a jet nozzle and means for injecting the gas, and the zone of limited backmixing comprises a reaction product outlet, a first cylindrical internal element which in the interior extends in the longitudinal direction of the reactor and which delimits the zone of limited backmixing from the backmixed zone, backmixing-preventing second internal elements in the form of random packings, structured packings or liquid-permeable trays arranged in the zone of limited backmixing, a riser tube whose lower end is arranged within the backmixed zone and whose upper end opens into the zone of limited backmixing so that liquid from the backmixed zone can ascend into the zone of limited backmixing through the riser tube, and an internal element which is arranged at the lower end of the riser tube and which prevents entry of gas into the riser tube, which internal element is selected from a deflection weir and a U-tube, wherein flow into the zone of limited backmixing enters from below.
A method of evaluating the integrity of a transplant in a recipient, the method comprising monitoring the level of graft cell-free DNA (cfDNA) by assessing the amount of a donor SNP allele in a cfDNA sample obtained from the blood of a patient, wherein the SNP allele is pre-selected as having a minor allele frequency of at least 0.4, and further, wherein the donor SNP allele is present in the donor and the recipient is homozygous for an alternative allele for that SNP, wherein the SNP allele is identified without employing a separate sample from a donor.
A transportable folder-chair, formed by two foldable/unfoldable parts (1,2), forming a single unit, wherein the first part corresponds to a seat or chair and is formed by a rectangular prismatic body with two flat faces and two faces in the form of bellows, with first extensions corresponding to the upper edge of the flat faces to form the seat surface in a position of use of the chair, said first extensions, following a fold line being continued in first flaps with two second cutouts complementary to others first cutouts established for such purpose in the intermediate fold of the faces in the form of bellows of the prismatic body of the seat or chair, wherein said prismatic body of the seat or chair includes a strap fixed at two ends for transporting the unit in a folded position; characterized by a second part comprising a second extension extending from one of the edges of said prismatic body following a double fold line, said second extension being of the same length as the corresponding face and comprising two second flaps on two opposing edges and one third flap on the edge opposing that of the double fold line, said second part forming, on the fold thereof over the corresponding and flat face of the prismatic body, a folder wherein said third flap forms the closure of said folder.
A power outage restoration system for managing a power network including a plurality of switching devices, said power outage restoration system comprising: an outage management system having a network model of said power network, said outage management system including an outage engine which is configured to receive and process inputs such as customer calls to determine faults and further configured to use said network model as well as experience and professional judgment of a human operator for determining restoration switching plans; a plurality of local restoration controllers (24a, 24b) in communication with said outage management system and IEDs in their area of responsibility, each said local restoration controller (24a, 24b) having a distinct associated local restoration controller area of responsibility which is a portion of said power network, each said local restoration controller (24a, 24b) including a trimmed network model correlating to the respective local restoration controller area of responsibility, each said local restoration controller (24a, 24b) further including a switching analysis engine configured to use said trimmed network model for determining said restoration switching plans; and wherein each said local restoration controller (24a, 24b) is operable to detect faults in its associated area of responsibility, when a fault is detected the respective local restoration controller switching analysis engine is configured to attempt to create a restoration switching plan, and if said switching analysis engine fails, to send a request to said outage management system for said outage engine to create a restoration switching plan. an outage management system having a network model of said power network, said outage management system including an outage engine which is configured to receive and process inputs such as customer calls to determine faults and further configured to use said network model as well as experience and professional judgment of a human operator for determining restoration switching plans; a plurality of local restoration controllers (24a, 24b) in communication with said outage management system and IEDs in their area of responsibility, each said local restoration controller (24a, 24b) having a distinct associated local restoration controller area of responsibility which is a portion of said power network, each said local restoration controller (24a, 24b) including a trimmed network model correlating to the respective local restoration controller area of responsibility, each said local restoration controller (24a, 24b) further including a switching analysis engine configured to use said trimmed network model for determining said restoration switching plans; and wherein each said local restoration controller (24a, 24b) is operable to detect faults in its associated area of responsibility, when a fault is detected the respective local restoration controller switching analysis engine is configured to attempt to create a restoration switching plan, and if said switching analysis engine fails, to send a request to said outage management system for said outage engine to create a restoration switching plan.