mhurhangee/ep-ind-claims huggingface dataset:
Device for measuring a flow speed of a fluid, its direction and its sign, based on a heat-sensor measurement principle, said device being provided with at least three probes for measuring flow (1, 1a,..., 1f) each including a sensitive element and an obstacle masking a determined measuring zone of the sensitive element, characterized in that the flow-measuring probes are fastened to carrier masts, the carrier masts, which constitute said obstacles, forming elements for masking an angular sector of the flow-measuring probes facing the sensitive element of said probes, wherein at least certain of the flow-measuring probes (1a,..., 1f) are placed on a circular line and cover complementary angular sectors.
A heater comprising: a heat-resistant and electrically insulating substrate; a plurality of heat generating members arrayed in a first direction on a first surface of the heat-resistant and electrically insulating substrate; and a heat radiating body disposed on a surface different from the first surface of the heat-resistant and electrically insulating substrate corresponding to gap portions among the plurality of heat generating members; wherein the heat radiating body is formed of a plurality of heat good conductors, is configured to receive a heat from the plurality of heat generating members placed on the first surface, thereby storing the heat; characterized in that the heat radiating body is configured to passively radiate the stored heat. a heat-resistant and electrically insulating substrate; a plurality of heat generating members arrayed in a first direction on a first surface of the heat-resistant and electrically insulating substrate; and a heat radiating body disposed on a surface different from the first surface of the heat-resistant and electrically insulating substrate corresponding to gap portions among the plurality of heat generating members; wherein the heat radiating body is formed of a plurality of heat good conductors, is configured to receive a heat from the plurality of heat generating members placed on the first surface, thereby storing the heat; characterized in that the heat radiating body is configured to passively radiate the stored heat.
A truck, comprising - a cab (22, 102, 202) having a front and a rear, and further having two opposite lateral sides interconnecting the front and the rear of the cab, - a plurality of storage tanks (30, 112, 212) secured behind the rear of the cab, wherein the storage tanks are configured to contain hydrogen gas, - an energy conversion system (110, 210) configured to receive hydrogen gas from the storage tanks and to convert the chemical energy of the hydrogen into mechanical or electric energy, - a cooling arrangement (100, 200) configured to cool the energy conversion system, characterized by - a wall provided behind the cab and laterally of the storage tanks, the wall having its main extension in a vertical plane, wherein said wall houses at least a part of said cooling arrangement, wherein the wall has an inboard side facing the storage tanks, and an oppositely facing outboard side, wherein the wall is hollow, such that between the inboard side and the outboard side of the wall, there is a space for said part of said cooling arrangement. - a cab (22, 102, 202) having a front and a rear, and further having two opposite lateral sides interconnecting the front and the rear of the cab, - a plurality of storage tanks (30, 112, 212) secured behind the rear of the cab, wherein the storage tanks are configured to contain hydrogen gas, - an energy conversion system (110, 210) configured to receive hydrogen gas from the storage tanks and to convert the chemical energy of the hydrogen into mechanical or electric energy, - a cooling arrangement (100, 200) configured to cool the energy conversion system, characterized by - a wall provided behind the cab and laterally of the storage tanks, the wall having its main extension in a vertical plane, wherein said wall houses at least a part of said cooling arrangement, wherein the wall has an inboard side facing the storage tanks, and an oppositely facing outboard side, wherein the wall is hollow, such that between the inboard side and the outboard side of the wall, there is a space for said part of said cooling arrangement.
Wall connection between a first wall and a second wall, wherein the first wall and the second wall are interconnected, wherein the first wall comprises a strip-like wall recess, wherein the second wall is arranged in the wall recess, in portions, at the end face, such that one end face of the second wall is arranged completely in the wall recess, wherein the first wall and the second wall are interconnected by at least one fastening element, and wherein a width of the wall recess is greater than a thickness of the second wall, as a result of which regions are formed between edge portions of the wall recess and mutually opposing wall surface portions of the second wall which are filled with a filler material, such that the wall connection is closed in an air-tight manner over an entire height of the second wall, characterised in that at least one bushing is arranged in the first wall, wherein the bushing extends between the first wall surface of the first wall and an opposing second wall surface of the first wall and opens into the region of the wall recess.
Bridge-laying vehicle, in particular a military bridge-laying vehicle, for transporting and laying a transportable bridge, having a chassis which accommodates the vehicle crew and has at least one access opening (2. 1), and with a support arm which, in a transport position above the chassis, provides a first support region for supporting the bridge, wherein the support arm supports the at least one access opening (2. 1) in the transport position, wherein the support arm can be swivelled relative to the chassis from the transport position about a vertical axis into a release position in which the support arm does not cover the access opening (2.1), characterised by a laying arm for laying the bridge, which provides a second support region for the bridge above the chassis, wherein the support arm is pivotable relative to the laying arm about the vertical axis.
An apparatus for filling molds with curd or a mixture of curd and whey, said apparatus including at least one production line (2.1, 2.2) having at least one trough in which at least one mold can be received, wherein the production line (2.1, 2.2) comprises: a) a loading station which includes first means for placing the at least one mold into the at least one trough; b) a filling station which includes at least one supply line (16.1, 16.2) by way of which curd or a mixture of curd and whey can be filled into the at least one mold; c) a covering station which includes second means for placing a cover onto the curd filled into the at least one mold, or the mixture of curd and whey filled into the at least one mold; d) a pressing station which includes pressure-impingement means by way of which the cover can be pressed onto the curd filled into the at least one mold, or the mixture of curd and whey filled into said mold with a predefined force; e) a retrieving station which includes third means for retrieving the at least one mold from the trough; characterized in that the apparatus includes moving means (10, 11.1, 11.2) by way of which the at least one trough can be moved sequentially between the loading station, the filling station, the covering station, the pressing station, the retrieving station, and back to the loading station of the at least one production line (2.1, 2.2). a) a loading station which includes first means for placing the at least one mold into the at least one trough; b) a filling station which includes at least one supply line (16.1, 16.2) by way of which curd or a mixture of curd and whey can be filled into the at least one mold; c) a covering station which includes second means for placing a cover onto the curd filled into the at least one mold, or the mixture of curd and whey filled into the at least one mold; d) a pressing station which includes pressure-impingement means by way of which the cover can be pressed onto the curd filled into the at least one mold, or the mixture of curd and whey filled into said mold with a predefined force; e) a retrieving station which includes third means for retrieving the at least one mold from the trough;
A method of determining a type of cancer by analyzing cell-free DNA molecules from a biological sample of an organism, the method comprising: (a) obtaining, by a computer system, sequence reads from cell-free DNA molecules from the biological sample, wherein the sequence reads comprise a methylation status of the cell-free DNA molecules; (b) analyzing, by the computer system, the sequence reads to determine, at single nucleotide resolution, methylation statuses for a plurality of sites in the cell-free DNA molecules; (c) determining, by the computer system, a sample methylation profile from the methylation statuses for the plurality of sites; and (d) determining the organism has a first type of cancer based at least in part on a comparison of the sample methylation profile to reference methylation profiles determined from methylation statuses of other organisms of the same type, wherein at least two of the other organisms are identified as having different types of cancer, including the first type of cancer. (a) obtaining, by a computer system, sequence reads from cell-free DNA molecules from the biological sample, wherein the sequence reads comprise a methylation status of the cell-free DNA molecules; (b) analyzing, by the computer system, the sequence reads to determine, at single nucleotide resolution, methylation statuses for a plurality of sites in the cell-free DNA molecules; (c) determining, by the computer system, a sample methylation profile from the methylation statuses for the plurality of sites; and (d) determining the organism has a first type of cancer based at least in part on a comparison of the sample methylation profile to reference methylation profiles determined from methylation statuses of other organisms of the same type, wherein at least two of the other organisms are identified as having different types of cancer, including the first type of cancer.
A method for enabling wireless presence-based services comprising: monitoring, by a wireless communications network, messaging and messaging responses exchanged with a mobile station MS, wherein the messaging and the messaging responses are from a group of messages that do not expressly specify a presence state of the MS or a presence state change by the MS and which group of messages consist of powering up messages, powering down messages, registering messages, deregistering messages, exiting an unavailable mode messages, entering an unavailable mode messages, handing off outside the wireless communication network messages, handing off into the wireless communication network messages, and involved in other communication messages; and wherein the method is characterized by: inferring, by the wireless communications network, a change in the presence state of the MS based upon the monitored messaging exchanged with the MS, wherein inferring comprises inferring the MS presence state has changed when the presence state of the MS indicates that the MS is present; and communicating, by the wireless communications network, the state change to a presence server. monitoring, by a wireless communications network, messaging and messaging responses exchanged with a mobile station MS, wherein the messaging and the messaging responses are from a group of messages that do not expressly specify a presence state of the MS or a presence state change by the MS and which group of messages consist of powering up messages, powering down messages, registering messages, deregistering messages, exiting an unavailable mode messages, entering an unavailable mode messages, handing off outside the wireless communication network messages, handing off into the wireless communication network messages, and involved in other communication messages; and wherein the method is characterized by: inferring, by the wireless communications network, a change in the presence state of the MS based upon the monitored messaging exchanged with the MS, wherein inferring comprises inferring the MS presence state has changed when the presence state of the MS indicates that the MS is present; and communicating, by the wireless communications network, the state change to a presence server.
A compressor comprising: a fixed scroll and a revolving scroll each having a spiral lap rising from an end plate; a compression chamber which is formed by meshing the fixed scroll and the revolving scroll; a discharge hole which is provided at a center position of the end plate of the fixed scroll, and is open to a discharge chamber; a bypass hole which is provided in the end plate of the fixed scroll, and being adapted to communicate with the compression chamber and the discharge chamber at a timing different from a timing at which the compression chamber communicates with the discharge hole; characterized in that the compressor further comprises a check valve which is provided in the bypass hole, and being adapted to allow a flow from a compression chamber side to a discharge chamber (31; 122) side, and the compressor uses a refrigerant containing 1,1,2-trifluoroethylene as a working fluid, and uses a polyvinyl ether oil as a compressor lubricating oil (6, 206). a fixed scroll and a revolving scroll each having a spiral lap rising from an end plate; a compression chamber which is formed by meshing the fixed scroll and the revolving scroll; a discharge hole which is provided at a center position of the end plate of the fixed scroll, and is open to a discharge chamber; a bypass hole which is provided in the end plate of the fixed scroll, and being adapted to communicate with the compression chamber and the discharge chamber at a timing different from a timing at which the compression chamber communicates with the discharge hole; characterized in that the compressor further comprises a check valve which is provided in the bypass hole, and being adapted to allow a flow from a compression chamber side to a discharge chamber (31; 122) side, and the compressor uses a refrigerant containing 1,1,2-trifluoroethylene as a working fluid, and uses a polyvinyl ether oil as a compressor lubricating oil (6, 206).
A washing method for producing a halohydantoin compound of reduced coloring in which method a colored composition including a halohydantoin compound and an impurity is treated, the method comprising the step of: washing the composition by adding the composition to a mixed solvent of water and an organic solvent and washing the composition with the mixed solvent, wherein the halohydantoin compound is at least one selected from the group consisting of 1-iodohydantoin, 3-iodohydantoin, 1,3-diiodo hydantoin, 1-iodo-5-methylhydantoin, 3-iodo-5-methylhydantoin, 1,3-diiodo-5-methylhydantoin, 1-iodo-5,5-dimethylhydantoin, 3-iodo-5,5-dimethylhydantoin, and 1,3-diiodo-5,5-dimethylhydantoin, and wherein the step of washing washes the composition having an L* value of not greater than 70, an a* value of not less than 5, and a b* value of not greater than 14 in the L*a*b* color system (CIE 1976 L*a*b* color space), and wherein the organic solvent is at least one of an ester solvent and an alcohol solvent, each having a boiling point of not less than 30° C and not greater than 200° C. washing the composition by adding the composition to a mixed solvent of water and an organic solvent and washing the composition with the mixed solvent, wherein the halohydantoin compound is at least one selected from the group consisting of 1-iodohydantoin, 3-iodohydantoin, 1,3-diiodo hydantoin, 1-iodo-5-methylhydantoin, 3-iodo-5-methylhydantoin, 1,3-diiodo-5-methylhydantoin, 1-iodo-5,5-dimethylhydantoin, 3-iodo-5,5-dimethylhydantoin, and 1,3-diiodo-5,5-dimethylhydantoin, and wherein the step of washing washes the composition having an L* value of not greater than 70, an a* value of not less than 5, and a b* value of not greater than 14 in the L*a*b* color system (CIE 1976 L*a*b* color space), and wherein the organic solvent is at least one of an ester solvent and an alcohol solvent, each having a boiling point of not less than 30° C and not greater than 200° C.
Air purifier device comprising: a chamber defined by a side wall arranged to guide an air flow through the air purifier device, and at least one emitter electrode and at least one collector plate electrode arranged to ionize airborne particles, wherein the at least one emitter electrode is arranged to extend from the side wall and inwards in the chamber, wherein the at least one collector plate electrode is arranged to extend from the side wall and inwards in the chamber, characterized in that the at least one emitter electrode and the at least one collector plate electrode are arranged beside each other in a row extending along the side wall in a direction transverse to a main air flow direction. a chamber defined by a side wall arranged to guide an air flow through the air purifier device, and at least one emitter electrode and at least one collector plate electrode arranged to ionize airborne particles, wherein the at least one emitter electrode is arranged to extend from the side wall and inwards in the chamber, wherein the at least one collector plate electrode is arranged to extend from the side wall and inwards in the chamber, characterized in that the at least one emitter electrode and the at least one collector plate electrode are arranged beside each other in a row extending along the side wall in a direction transverse to a main air flow direction.
A battery module, wherein the battery module comprises: a plurality of battery units configured to be serial-connected, wherein the plurality of battery units comprise a failed battery unit and at least one non-failed battery unit after the battery module fails; and a conductive part, configured to be electrically connected to the at least one non-failed battery unit, and make a current bypass an electrode assembly of the failed battery unit so that the battery module resumes working; wherein the at least one non-failed battery unit comprises two non-failed battery units that are located upstream and downstream of the failed battery unit respectively, and the conductive part serial-connects the two non-failed battery units; wherein the battery module further comprises: a connecting plate, configured to serial-connect electrode terminals of the plurality of battery units; and the conductive part serial-connects the two non-failed battery units through at least one of the connecting plate or the electrode terminals; wherein the connecting plate between the two non-failed battery units is in a disconnected state. a plurality of battery units configured to be serial-connected, wherein the plurality of battery units comprise a failed battery unit and at least one non-failed battery unit after the battery module fails; and a conductive part, configured to be electrically connected to the at least one non-failed battery unit, and make a current bypass an electrode assembly of the failed battery unit so that the battery module resumes working; wherein the at least one non-failed battery unit comprises two non-failed battery units that are located upstream and downstream of the failed battery unit respectively, and the conductive part serial-connects the two non-failed battery units; wherein the battery module further comprises: a connecting plate, configured to serial-connect electrode terminals of the plurality of battery units; and the conductive part serial-connects the two non-failed battery units through at least one of the connecting plate or the electrode terminals; wherein the connecting plate between the two non-failed battery units is in a disconnected state. a connecting plate, configured to serial-connect electrode terminals of the plurality of battery units; and the conductive part serial-connects the two non-failed battery units through at least one of the connecting plate or the electrode terminals; wherein the connecting plate between the two non-failed battery units is in a disconnected state.
Switching device which has a memory for storing a technology function (TF1,TF2...TFn) as a program and a microprocessor for running said program, wherein means (4,6) are provided with which the switching device can be loaded with a software object containing the technology function (TF1,TF2...TFn) and at least one interface for supporting the software object is provided in order to ensure the running of the software object with the microprocessor, characterised in that the switching device is prepared for the connection of an expansion module and for communication with said module, wherein the software object containing the technology function (TF1,TF2...TFn) is stored in the expansion module.
Drill comprising a drill spindle capable of driving a cutting tool such that it moves, said drill comprising at least one channel for distributing a lubricant to said cutting tool, a pump for supplying said channel with lubricant and control means for controlling the flow rate of said pump, characterised in that it comprises mechanical means (27, 31, 32) for determining at least one piece of information representing the torque exerted on said spindle along the axis thereof during drilling, said control means of said pump acting on the flow rate of said pump as a function of the torque exerted on said spindle along the axis thereof during drilling.
Control method for controlling a dehumidifier wheel, comprising sanitizing said dehumidifier wheel before restarting said dehumidifier wheel after a shutdown, characterized in that said sanitizing comprises rotating said dehumidifier wheel for a set number of revolutions, during said rotating said sanitizing prevents a flow of process air from flowing into said dehumidifier wheel, and enables a flow of regenerating air, which is heated to a set temperature, to flow into said dehumidifier wheel, or said sanitizing comprises rotating said dehumidifier wheel for a set number of revolutions, during said rotating said sanitizing enables a flow of process air to flow into said dehumidifier wheel and to exit into an external environment, and enables a flow of regenerating air, which is heated to a set temperature, to flow into said dehumidifier wheel.
A method for evaluating interference affecting a cable (9a-b) between a network node and at least one remote radio head (1, 1a-c), the method being performed in the network node (5, 7) and comprising the steps of: determining a set (8a-b) of wireless devices to be associated with the cable (9a-b), due to traffic to and/or from said wireless devices passing via the cable; obtaining a plurality of signal quality estimates associated with each one of the wireless devices of the set (8a-b) of wireless devices; averaging the signal quality estimates for the set (8a-b) of wireless devices, yielding an average signal quality; and determining interference affecting the cable (9a-b) based on a spectral analysis of the average signal quality. determining a set (8a-b) of wireless devices to be associated with the cable (9a-b), due to traffic to and/or from said wireless devices passing via the cable; obtaining a plurality of signal quality estimates associated with each one of the wireless devices of the set (8a-b) of wireless devices; averaging the signal quality estimates for the set (8a-b) of wireless devices, yielding an average signal quality; and determining interference affecting the cable (9a-b) based on a spectral analysis of the average signal quality.