mhurhangee/ep-ind-claims huggingface dataset:
Method for managing a database associating a piece of biometric data (b) and an identifier (Id(b)); said method comprising the following steps for each identifier to be associated with a piece of biometric data: i) receiving a piece of biometric data (b ref); ii) generating a plurality of keywords by applying a family of hash functions to the piece of biometric data; iii) obtaining a plurality of addresses (@ i) by applying an addressing function to the plurality of keywords and to a secret key; iv) storing said identifier at said plurality of addresses. i) receiving a piece of biometric data (b ref); ii) generating a plurality of keywords by applying a family of hash functions to the piece of biometric data; iii) obtaining a plurality of addresses (@ i) by applying an addressing function to the plurality of keywords and to a secret key; iv) storing said identifier at said plurality of addresses.
Glass holder attachment for a receptacle for items to be washed of a household dishwasher with a holder for holding a plurality of stemmed glasses with a plurality of first feet, with the aid of which the glass holder attachment can be set on an upper side edge (29, 30) of the receptacle for items to be washed of the household dishwasher for the purpose of washing said attachment along with the stemmed glasses in the household dishwasher, characterised in that a plurality of second feet is provided, with the aid of which the glass holder attachment can be set down on a level surface or on a base of the receptacle for items to be washed of the household dishwasher in such a manner that the stemmed glasses are arranged at a distance above the level surface or the base of the receptacle for items to be washed of the household dishwasher.
Recessed profile for attachment to a wall system in a building wall, having: - a profile interior, which is formed as a flow space and which has an inlet and an outlet, - a heat exchanger material, which is arranged permitting flow-through in the flow space between the inlet and the outlet, - a ventilation system for bidirectional flow conveyance through the heat exchanger material, wherein the ventilation system has exactly one axial fan, which can be operated bidirectionally and, by leaving a homogenisation distance, which defines a homogenisation space, is arranged at a distance from the heat exchanger material in the flow space, characterised in that a flow homogeniser is arranged in the homogenisation space such that, by preventing an insufficient inflow to the heat exchanger material, due to a dead zone of the axial fan, an airflow produced by the axial fan flows evenly through the heat exchanger material. - a profile interior, which is formed as a flow space and which has an inlet and an outlet, - a heat exchanger material, which is arranged permitting flow-through in the flow space between the inlet and the outlet, - a ventilation system for bidirectional flow conveyance through the heat exchanger material, wherein the ventilation system has exactly one axial fan, which can be operated bidirectionally and, by leaving a homogenisation distance, which defines a homogenisation space, is arranged at a distance from the heat exchanger material in the flow space,
Communication method for the bypassing, by a user of a first vehicle comprising a communication device, of a traffic lane on which a second vehicle is stopped, said second vehicle comprising means of sending a notification of a stoppage of said second vehicle on said traffic lane to a set of communication devices situated in a predetermined area around the second vehicle; the communication device of the first vehicle comprising means for receiving a notification of a stoppage of the second vehicle on said traffic lane, said method comprising a preliminary step of determination by the communication device of a first itinerary of the first vehicle comprising said traffic lane, a step (E2a) of entering information on stoppage of the second vehicle, a step (E2b) of the sending, by the sending means of the second vehicle, via a communication network, to the reception means of the communication device, of a notification of a stoppage of said second vehicle on said traffic lane in order to bypass it, a step of reception by the communication device of the notification of a stoppage of the second vehicle on the traffic lane and a step of determination, by the communication device, from the notification received, of a second itinerary making it possible to bypass said traffic lane.
A method for wireless communication, comprising: receiving (1205, 1305, 1405), from a base station, a downlink transmission in a radio frequency spectrum band; identifying (1210, 1310, 1410) reference resources in the downlink transmission for computing a channel state information, CSI, report; generating (1215, 1315, 1415) the CSI report based at least in part on the identified reference resources; generating a random access request message of a first step of a shortened, two-step, random access procedure, the random access request message including a random access preamble, requesting a grant of resources for communication between the base station and the UE, wherein the CSI report is transmitted to the base station during the first step; and transmitting (1220, 1320, 1420), in the radio frequency spectrum band, the random access request message to the base station. receiving (1205, 1305, 1405), from a base station, a downlink transmission in a radio frequency spectrum band; identifying (1210, 1310, 1410) reference resources in the downlink transmission for computing a channel state information, CSI, report; generating (1215, 1315, 1415) the CSI report based at least in part on the identified reference resources; generating a random access request message of a first step of a shortened, two-step, random access procedure, the random access request message including a random access preamble, requesting a grant of resources for communication between the base station and the UE, wherein the CSI report is transmitted to the base station during the first step; and transmitting (1220, 1320, 1420), in the radio frequency spectrum band, the random access request message to the base station.
A collection module adapted to receive a sample, the collection module comprising: a housing having an inlet port and an outlet port, the inlet port and the outlet port in fluid communication; a mixing chamber disposed between the inlet port and the outlet port; a sample stabilizer disposed between the inlet port and the outlet port; and a collection chamber disposed between the mixing chamber and the outlet port, wherein the mixing chamber receives the sample and at least a portion of the sample stabilizer therein, characterized in that: the collection chamber includes a first deformable portion, a second deformable portion, and a rigid wall portion that is between the first deformable portion and the second deformable portion, wherein the first deformable portion is located on a first side of the collection chamber and the second deformable portion is located on a second opposite side of the collection chamber. a housing having an inlet port and an outlet port, the inlet port and the outlet port in fluid communication; a mixing chamber disposed between the inlet port and the outlet port; a sample stabilizer disposed between the inlet port and the outlet port; and a collection chamber disposed between the mixing chamber and the outlet port, wherein the mixing chamber receives the sample and at least a portion of the sample stabilizer therein, characterized in that: the collection chamber includes a first deformable portion, a second deformable portion, and a rigid wall portion that is between the first deformable portion and the second deformable portion,
Driving tool, comprising a driving piston guided in a cylinder for driving a nail element into a workpiece and a combustion chamber arranged above the driving piston that can be filled with a combustion gas, wherein the combustion chamber has a cylindrical combustion chamber wall and a bottom adjustable relative to the combustion chamber wall along an axis and wherein the bottom is provided with a groove extending in the circumferential direction and having a seal inserted therein that bears against the combustion chamber wall in a radial direction, characterised in that a front surface (10a, 11a) of the seal in the axial direction projects in front of a terminating plane (E1, E2) of the groove in the direction of the axis.
A method for generating milk froth, in particular for the preparation of drinks that contain milk froth in a coffee machine or a similar device, whereby the media of water vapour and compressed air being supplied to the milk via a steam lance immersed in the milk, whereby the two media of steam and air are supplied to the milk by at least two supply lines (3, 4 or 21, 22) which are separated from one another up to the outlet from the lance, characterised in that by the one line (3 or 21) preferably only steam with the required vapour velocity being supplied, whereas a steam/air mixture for enriching the milk with the necessary air proportion is supplied by the other pipeline (4 or 22), which steam/air mixture is only mixed with the steam from the other pipeline (3 or 21) in the milk that is to be frothed.
A driving device for a vacuum fluorescent display which includes an anode unit constituted by a plurality of fluorescent substance-coated anodes arranged in a matrix pattern, and a cathode filament that emits electrons toward the anode unit, the device comprising: a first magnetic field generating means configured to generate a first magnetic field perpendicular to the line on which the electrons emitted from the cathode filaments move toward the anodes, and of which polarity is switched periodically; a second magnetic field generating means configured to generate a second magnetic field perpendicular to the line on which the electrons emitted from the cathode filaments move toward the anodes and perpendicularly crossing the first magnetic field, and of which polarity is switched periodically; a first alternating current source configured to supply a first alternating current to the first magnetic field generating means; a second alternating current source configured to supply a second alternating current to the second magnetic field generating means, wherein the first and the second alternating currents differ in at least any one of amplitude value, frequency, and phase. a first magnetic field generating means configured to generate a first magnetic field perpendicular to the line on which the electrons emitted from the cathode filaments move toward the anodes, and of which polarity is switched periodically; a second magnetic field generating means configured to generate a second magnetic field perpendicular to the line on which the electrons emitted from the cathode filaments move toward the anodes and perpendicularly crossing the first magnetic field, and of which polarity is switched periodically; a first alternating current source configured to supply a first alternating current to the first magnetic field generating means; a second alternating current source configured to supply a second alternating current to the second magnetic field generating means, wherein the first and the second alternating currents differ in at least any one of amplitude value, frequency, and phase.
A system for regulating application of solution to a user, comprising: a rollerball; a body, including a first end and a reservoir disposed at a second end of the body; a fitment, including a well and a solution regulator; and a piston, wherein the fitment is configured to hold the rollerball; the rollerball is substantially spherical and rotatable in the fitment; the first end of the body is configured to hold the fitment; the reservoir is configured to hold a solution; the piston is inserted into the reservoir at the second end of the body; the well is configured to receive a predetermined volume of the solution from the reservoir; and characterized in that the solution regulator includes a check valve attached to the fitment and disposed adjacent to the rollerball on an opposite side of the well, the solution regulator configured to allow transfer of the solution from the reservoir to the well in response to an applied force from a direction of the reservoir and prevent leakage of the solution from the well to the reservoir, the check valve including a deformable membrane held in a liquid-tight, closed state that deforms to an open state in response to the applied force. a rollerball; a body, including a first end and a reservoir disposed at a second end of the body; a fitment, including a well and a solution regulator; and a piston, wherein the fitment is configured to hold the rollerball; the rollerball is substantially spherical and rotatable in the fitment; the first end of the body is configured to hold the fitment; the reservoir is configured to hold a solution; the piston is inserted into the reservoir at the second end of the body; the well is configured to receive a predetermined volume of the solution from the reservoir; and characterized in that the solution regulator includes a check valve attached to the fitment and disposed adjacent to the rollerball on an opposite side of the well, the solution regulator configured to allow transfer of the solution from the reservoir to the well in response to an applied force from a direction of the reservoir and prevent leakage of the solution from the well to the reservoir, the check valve including a deformable membrane held in a liquid-tight, closed state that deforms to an open state in response to the applied force.
A vehicle position notification apparatus comprising: a movement notification body which includes at least a detection unit, an attachment unit and a communication unit; wherein the detection unit is adapted to detect an underwater vehicle which should be detected by the vehicle position notification apparatus; the attachment unit is adapted to make the movement notification body adhere to the underwater vehicle detected by the detection unit; and the communication unit is adapted to transmit position information of the movement notification body when the movement notification body is adhered to the underwater vehicle; characterized in that when the current position of the movement notification body is notified, the detection unit is further adapted to continue detection in order to detect a mother ship, wherein the mother ship is the return ship of the underwater vehicle to which the movement notification body is adhered; and the movement notification body is further adapted to leave the underwater vehicle and to adhere to the mother ship when the detection unit detects said mother ship. a movement notification body which includes at least a detection unit, an attachment unit and a communication unit; wherein the detection unit is adapted to detect an underwater vehicle which should be detected by the vehicle position notification apparatus; the attachment unit is adapted to make the movement notification body adhere to the underwater vehicle detected by the detection unit; and the communication unit is adapted to transmit position information of the movement notification body when the movement notification body is adhered to the underwater vehicle; characterized in that when the current position of the movement notification body is notified, the detection unit is further adapted to continue detection in order to detect a mother ship, wherein the mother ship is the return ship of the underwater vehicle to which the movement notification body is adhered; and the movement notification body is further adapted to leave the underwater vehicle and to adhere to the mother ship when the detection unit detects said mother ship.
A welding accessory, wherein the welding accessory is a wire feeder or pendant (16, 600, 700, 800, 900), comprising: a weld input comprising one or more terminals configured to receive first welding-type power; and being characterized by: power conversion circuitry (58, 300, 320) comprising: first power conversion circuitry configured to convert a first portion of the first welding-type power to a second welding-type power and output the second welding-type power to a weld circuit; and second power conversion circuitry configured to convert a second portion of the first welding-type power to preheating power and output the preheating power to a preheater. first power conversion circuitry configured to convert a first portion of the first welding-type power to a second welding-type power and output the second welding-type power to a weld circuit; and second power conversion circuitry configured to convert a second portion of the first welding-type power to preheating power and output the preheating power to a preheater.
An apparatus for coupling a field device that includes a device processor to an Ethernet bus, the apparatus comprising: a communication controller including a communication controller processor and at least one high priority queue and a plurality of low priority queues, each queue configured to store a plurality high priority or low priority data packet types; and at least one input/output controller coupled to the Ethernet bus to receive the plurality of types of data packets via the Ethernet bus, wherein the at least one input/output controller is configured to identify received high priority data packets and low priority data packets, and place the prioritized data packets in the high priority queue or the low priority queues according to identified priority; a network interface watchdog timer configured to communicate to the communication controller the ability of the device processor to accept received data packets at the at least one input/output controller to indicate a processing overload; and a mask register configured to indicate to the communication controller, by the device processor, which low priority queues are to be affected by the watchdog timer; wherein the communication controller processor is configured, responsive to the watchdog timer reaching the zero value, to restrict the number of packets that are retained in the corresponding low priority queues indicated in the mask register. a communication controller including a communication controller processor and at least one high priority queue and a plurality of low priority queues, each queue configured to store a plurality high priority or low priority data packet types; and at least one input/output controller coupled to the Ethernet bus to receive the plurality of types of data packets via the Ethernet bus, wherein the at least one input/output controller is configured to identify received high priority data packets and low priority data packets, and place the prioritized data packets in the high priority queue or the low priority queues according to identified priority; a network interface watchdog timer configured to communicate to the communication controller the ability of the device processor to accept received data packets at the at least one input/output controller to indicate a processing overload; and a mask register configured to indicate to the communication controller, by the device processor, which low priority queues are to be affected by the watchdog timer; wherein the communication controller processor is configured, responsive to the watchdog timer reaching the zero value, to restrict the number of packets that are retained in the corresponding low priority queues indicated in the mask register.
A method of manufacturing an air heating device, comprising the steps of: - preparing a support made of insulating material and extending along a main axis; - preparing at least one first resistance wire; - preparing at least one second resistance wire; - helically winding said at least one first resistance wire around said support so as to create at least part of a first winding extending along said main axis with a first pitch; - helically winding said at least one second resistance wire around said support so as to create at least part of a second winding extending along said main axis; characterised in that the second winding comprises: a first portion (W2') arranged in parallel, both electrically and physically, to the first winding and having a pitch corresponding to said first pitch, so that there is a coil of the second winding between two subsequent coils of the first winding; a second portion (W2") arranged electrically in series to the first portion (W2') and physically in series to the first winding, wherein said second portion (W2") has a second pitch that is shorter than the first pitch. - preparing a support made of insulating material and extending along a main axis; - preparing at least one first resistance wire; - preparing at least one second resistance wire; - helically winding said at least one first resistance wire around said support so as to create at least part of a first winding extending along said main axis with a first pitch; - helically winding said at least one second resistance wire around said support so as to create at least part of a second winding extending along said main axis; a first portion (W2') arranged in parallel, both electrically and physically, to the first winding and having a pitch corresponding to said first pitch, so that there is a coil of the second winding between two subsequent coils of the first winding; a second portion (W2") arranged electrically in series to the first portion (W2') and physically in series to the first winding, wherein said second portion (W2") has a second pitch that is shorter than the first pitch.
A pharmaceutical composition comprising an effective amount of an isolated lysin polypeptide consisting in an amino acid sequence selected from the group consisting of SEQ ID NO: 6, SEQ ID NO: 9, and SEQ ID NO: 10, wherein the lysin polypeptide inhibits the growth, or reduces the population, or kills P. aeruginosa and optionally at least one other species of Gram-negative bacteria; and a pharmaceutically acceptable carrier, optionally in the form of a solution, a suspension, an emulsion, an inhalable powder, an aerosol, or a spray.