mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: - forming, by a user device, status information to comprise information on power source state of the user device, wherein the information on power source state comprises remaining battery energy; - sending status information from the user device to an external control device, - receiving, by the user device, a discovery control signal from said external control device, said discovery control signal having been formed at least partially based on said status information of said user device and a proximity graph formed by the external control device, and - carrying out, by the user device, discovery of proximal devices based on said discovery control signal and said power source state, wherein carrying out discovery comprises determining discovery frequency at least partially based on remaining battery energy. - forming, by a user device, status information to comprise information on power source state of the user device, wherein the information on power source state comprises remaining battery energy; - sending status information from the user device to an external control device, - receiving, by the user device, a discovery control signal from said external control device, said discovery control signal having been formed at least partially based on said status information of said user device and a proximity graph formed by the external control device, and - carrying out, by the user device, discovery of proximal devices based on said discovery control signal and said power source state, wherein carrying out discovery comprises determining discovery frequency at least partially based on remaining battery energy.
Protective helmet comprising a shell provided with an outer surface and an inner surface, at least one pad which protrudes from said inner surface towards the inside of said protective helmet on the side opposite said outer surface, said at least one pad having at least one first surface, in use proximal to said inner surface, one second surface in use distal from said inner surface, connecting means for connecting said at least one pad to said shell, characterized in that said at least one pad is configured as a laminar body comprising at least one layer deformable at least by shearing in reply to the forces acting on said shell following an impact, so as to allow the sliding and the relative rotation of said shell with respect to said second surface and to dissipate through its deformation at least part of the energy associated with circumferential/rotational components of said forces, with said al least one pad associated to said shell, wherein said at least one layer deformable by shearing is arranged in an interposed position between said at least one first surface and said second surface, wherein said at least one pad comprises at least one further layer, said at least one layer deformable by shearing and said at least one further layer being superimposed on each other, and thus said layers (12, 13) are stacked on each other, and wherein said at least one further layer is more rigid to shearing with respect to said one layer deformable by shearing or it is soft.
Method for impregnating of material boards, especially wood fibreboards, in which individual material boards that have been previously pressed, or a continuous material board string containingmprising previously pressed cakes, are placed on a transport device such that the individual material boards are arranged one behind the other as an endless string of material boards lying on the transport device or the continuous material board string lying on the transport device so that the string of single material boards or the continuous material board string is led continuously through an impregnating station for the introduction of an impregnating medium into the material boards or the material board string, wherein the impregnating medium is applied by means of a plurality of applicator devices in the form of nozzles and/or applicator heads which are arranged in at least one row across the full width of the individual material board or of the continuous material board string, wherein individual applicator devices can be selected from the plurality of applicator devices, can be controlled individually and/or can be operated differently and individually in the quantity applied, time-controlled during the continued transporting of the individual material boards of the string or of the continuous material board string.
A window arrangement having a window and an internal lining for connecting the windows to a wall surface delimiting an internal space, wherein the internal lining provides a passage to the window, with access to the window from the internal space being possible through said passage, wherein the internal lining has at least one air passageway (13, 14) that is different from the passage and is delimiting at least in certain regions, wherein a ventilation connection between an outside environment and the internal space can be made through said air passageway (13, 14) even with the window closed, characterised in that the window is designed as a roof window and that the air passageway is delimited by a region of the internal lining and the wall surface, with the result that the ventilation connection extends between the internal lining and the wall surface at least in certain regions.
Method for the application in the treatment of residues from biodiesel production for the isolation of high-purity potassium sulfate from sludge containing potassium sulfate, characterized in that the method is carried out in two steps, spatially and/or temporally separated, wherein - firstly the sludge containing potassium sulfate is heated in the first step to temperatures between 400 and 700 °C under non-oxidizing conditions; and - in a second step, the product from the first step is heated to temperatures between 700 and 900 °C under oxidizing conditions, characterized in that the sludge containing potassium sulfate is gassed with oxygen-free gas in the first step. - firstly the sludge containing potassium sulfate is heated in the first step to temperatures between 400 and 700 °C under non-oxidizing conditions; and - in a second step, the product from the first step is heated to temperatures between 700 and 900 °C under oxidizing conditions,
Flywheel water meter having a measurement apparatus for detection of rotation signals with a measurement insert which is arranged in the measurement area of the apparatus and in which a flywheel is held by a flywheel shaft, such that it can rotate, having a rotating signal transmitter which is arranged in the measurement area, interacts with the flywheel and rotates over at least one inductive sensor during a rotary movement of the flywheel, characterized in that the rotating signal transmitter is a metallic component, which forms a closed conductor loop, is in the form of a closed ring and is at different distances from the at least one inductive sensor during the rotary movement of the flywheel, and in that the metallic component which forms a closed conductor loop is arranged obliquely at an angle α (10 degrees < α < 45 degrees) to the plane of a board to which the at least one inductive sensor is fitted and the angle (α) is between 10 degrees and 45 degrees.
An application control method, comprising: detecting, by a terminal, a user operation on an application icon; wherein an application represented by the application icon has at least one associated function; determining (S 102), by the terminal, at least one associated function corresponding to the detected user operation, wherein each of the associated function(s) corresponds to the detected user operation on the application icon that is used to start the associated function; and starting, by the terminal in response to the detected user operation, said at least one associated function corresponding to the detected user operation; wherein starting the associated function corresponding to the user operation includes displaying at least one interface associated with the associated function corresponding to the detected user operation; and if the user operation is a sliding operation of an arc sliding track, detecting, by the terminal, a ratio R of a sliding arc length of the sliding operation to an entire circumference, determining, based on the ratio R, a quantity N of associated applications to be started, and finally starting the N associated applications, wherein N is directly proportional to R such that closer proximity between the user sliding arc and the entire circumference indicates a larger quantity of associated applications that will be started. detecting, by a terminal, a user operation on an application icon; wherein an application represented by the application icon has at least one associated function; determining (S 102), by the terminal, at least one associated function corresponding to the detected user operation, wherein each of the associated function(s) corresponds to the detected user operation on the application icon that is used to start the associated function; and starting, by the terminal in response to the detected user operation, said at least one associated function corresponding to the detected user operation; wherein starting the associated function corresponding to the user operation includes displaying at least one interface associated with the associated function corresponding to the detected user operation; and if the user operation is a sliding operation of an arc sliding track, detecting, by the terminal, a ratio R of a sliding arc length of the sliding operation to an entire circumference, determining, based on the ratio R, a quantity N of associated applications to be started, and finally starting the N associated applications, wherein N is directly proportional to R such that closer proximity between the user sliding arc and the entire circumference indicates a larger quantity of associated applications that will be started.
A method for aggregating flexibilities of electrical energy consumption or production of a plurality of sites constituting together a client portfolio, which is implemented by computer means and which includes the following steps: a) sending a request for consumption or production flexibilities from a manager of an electrical network (GESR) to an aggregator; b) aggregating by said aggregator the individual flexibilities of the sites available in said client portfolio, these individual flexibilities being made up of as many individual flexibility models as there are sites available; c) activating said available flexibilities, characterized by the fact that it further includes the following steps: d) measuring the actual power curves, i.e. load respectively production curves of said sites during the activation of step c); e) calculating a posteriori, i.e. after the end of the activation of step c), the actual flexibility achieved for each of said sites; f) on each reiteration of said steps b) to e), adapting said individual flexibility models by machine learning. a) sending a request for consumption or production flexibilities from a manager of an electrical network (GESR) to an aggregator; b) aggregating by said aggregator the individual flexibilities of the sites available in said client portfolio, these individual flexibilities being made up of as many individual flexibility models as there are sites available; c) activating said available flexibilities, d) measuring the actual power curves, i.e. load respectively production curves of said sites during the activation of step c); e) calculating a posteriori, i.e. after the end of the activation of step c), the actual flexibility achieved for each of said sites; f) on each reiteration of said steps b) to e), adapting said individual flexibility models by machine learning.
Computer housing with a housing frame, with a first cover and with a second cover, wherein the first and second covers (3, 4) are parts of an outer housing wall which are removable from the housing frame and, in the assembled state, each cover an inner region (8, 15) of the computer housing towards the outside, wherein the first and second covers (3, 4) each have an operating mechanism (6, 10) for releasing a latch of the first and second covers (3, 4) respectively on the housing frame and when the latch is released in each case the first and second covers (3, 4) respectively can be removed from the housing frame, characterised in that in the mounted state of the first and second cover (3, 4), the first cover covers the operating mechanism of the second cover, wherein, when the first cover is removed, the operating mechanism of the second cover, which is still mounted, can be operated from the outside, so that the latch of the second cover can be released and the second cover can be removed from the housing frame.
A method of creating a model of a mammal's head, the head including brain tissue, CSF, a skull and a scalp, the method comprising the steps of: modeling a region of the head that corresponds to brain tissue using a 3D set of conductivity tensors; characterized by: modeling the CSF, the skull and the scalp using at least one shell having a constant conductivity; wherein the modeled region of the head is implemented without segmenting the brain tissue into different types of brain tissue. modeling a region of the head that corresponds to brain tissue using a 3D set of conductivity tensors; characterized by: modeling the CSF, the skull and the scalp using at least one shell having a constant conductivity; wherein the modeled region of the head is implemented without segmenting the brain tissue into different types of brain tissue. modeling the CSF, the skull and the scalp using at least one shell having a constant conductivity; wherein the modeled region of the head is implemented without segmenting the brain tissue into different types of brain tissue.
A method for manufacturing a secondary battery, the method comprising: a formation step of charging an assembled secondary battery to state of charge 45% to 65%; an aging step of aging the formed secondary battery; and a low voltage test step of measuring a change in a voltage value, wherein in the low voltage test step, the voltage value is measured in a section of SOC 30% or less. a formation step of charging an assembled secondary battery to state of charge 45% to 65%; an aging step of aging the formed secondary battery; and a low voltage test step of measuring a change in a voltage value, wherein in the low voltage test step, the voltage value is measured in a section of SOC 30% or less.
A method for spraying a chemical solution in which, in a dry part of a paper-making machine, a chemical solution is continuously sprayed onto a moving body that guides wet paper, while a nozzle device is reciprocating in directions orthogonal to a moving direction of the moving body with the moving body in motion, wherein the moving body is a cylindrical dryer roller or an endless canvas, characterized in that a travel distance H that the nozzle device moves during a single rotation of the moving body and a width W of a sprayed area that is formed on the moving body by the nozzle device in a width direction of the moving body satisfy the relationship represented by the following expression: 0.5 ≤ H / W ≤ 20.
A system for measuring and monitoring pressure within a muscle fascia compartment of a patient, the system comprising: a microelectromechanical system pressure sensor adapted to be implanted within the muscle fascia compartment and to measure the pressure within the muscle fascia compartment; a needle configured to insert the pressure sensor through the patient's skin and into the muscle fascia compartment, wherein the pressure sensor is loaded on the needle; a transmitter (340; 545; 645; 945; 1010), configured to be disposed external to the muscle fascia compartment, wherein the transmitter (340; 545; 645; 945; 1010) is electrically and physically coupled to the pressure sensor by a tether configured to penetrate through the patient's skin, wherein the tether is configured to allow removal of the pressure sensor from the muscle fascia compartment by pulling the tether away from the skin, wherein the transmitter (340; 545; 645; 945; 1010) is further configured to receive sensor data from the pressure sensor and to transmit the sensor data; an adhesive bandage (330; 800; 900), wherein the transmitter (340; 545; 645; 945; 1010) is housed within the adhesive bandage (330; 800; 900); and a receiver in wireless communication with the transmitter (340; 545; 645; 745; 945; 1010) to receive, process, and store the sensor data received from the transmitter (340; 545; 645; 945; 1010), characterised in that the needle comprises a longitudinal cut for breaking lengthwise to remove the needle from the tether after insertion of the pressure sensor into the muscle fascia compartment. a microelectromechanical system pressure sensor adapted to be implanted within the muscle fascia compartment and to measure the pressure within the muscle fascia compartment; a needle configured to insert the pressure sensor through the patient's skin and into the muscle fascia compartment, wherein the pressure sensor is loaded on the needle; a transmitter (340; 545; 645; 945; 1010), configured to be disposed external to the muscle fascia compartment, wherein the transmitter (340; 545; 645; 945; 1010) is electrically and physically coupled to the pressure sensor by a tether configured to penetrate through the patient's skin, wherein the tether is configured to allow removal of the pressure sensor from the muscle fascia compartment by pulling the tether away from the skin, wherein the transmitter (340; 545; 645; 945; 1010) is further configured to receive sensor data from the pressure sensor and to transmit the sensor data; an adhesive bandage (330; 800; 900), wherein the transmitter (340; 545; 645; 945; 1010) is housed within the adhesive bandage (330; 800; 900); and a receiver in wireless communication with the transmitter (340; 545; 645; 745; 945; 1010) to receive, process, and store the sensor data received from the transmitter (340; 545; 645; 945; 1010), characterised in that the needle comprises a longitudinal cut for breaking lengthwise to remove the needle from the tether after insertion of the pressure sensor into the muscle fascia compartment.
A composition for controlling a plant disease comprising a tetrazolinone compound represented by formula: wherein X 1 represents a chlorine atom, and X 2 represents a methyl group, and at least one 5-fluorouracil compound selected from the following group, Group: a group consisting of 4-amino-5-fluoro-1-tosylpyrimidin-2 -one, 5-fluoro-4-imino-3-methyl-1-tosyl-3,4-dihydropyrimidin-2 -one, and 5-fluoro-3-methyl-4-(methylimino)-1-tosyl-3,4-dihydropyrimidin-2 -one. X 1 represents a chlorine atom, and X 2 represents a methyl group, and at least one 5-fluorouracil compound selected from the following group, Group: a group consisting of 4-amino-5-fluoro-1-tosylpyrimidin-2 -one, 5-fluoro-4-imino-3-methyl-1-tosyl-3,4-dihydropyrimidin-2 -one, and 5-fluoro-3-methyl-4-(methylimino)-1-tosyl-3,4-dihydropyrimidin-2 -one.
A hub unit with integrated bearing rings, the unit comprising: a hub, made of a first material and forming, in a single piece: a cylindrical portion extending in an axial direction, a flange extending in a radially outwardly direction from an axially outer end of the cylindrical portion; a first and a second bearing ring, made of a second material different from the first material, the bearing rings being mounted axially aligned around the cylindrical portion, wherein the second bearing ring is axially inner with respect to the first bearing ring and provides an end face facing an axially inner direction; and a sleeve locking device, radially interposed between the cylindrical portion of the hub and said bearing rings (14, 15), characterized in that the hub unit also comprises at least one radial recess having a surface facing the flange; and the sleeve locking device is further providing: at least one retaining portion projecting in a radially inward direction and engaged in the radial recess of the hub, an axially inner end edge, plastically deformed in a radially outer direction against the end face of the second bearing ring, and at least one cut extending axially along the locking sleeve device. a cylindrical portion extending in an axial direction, a flange extending in a radially outwardly direction from an axially outer end of the cylindrical portion; a first and a second bearing ring, made of a second material different from the first material, the bearing rings being mounted axially aligned around the cylindrical portion, wherein the second bearing ring is axially inner with respect to the first bearing ring and provides an end face facing an axially inner direction; and a sleeve locking device, radially interposed between the cylindrical portion of the hub and said bearing rings (14, 15), characterized in that the hub unit also comprises at least one radial recess having a surface facing the flange; and the sleeve locking device is further providing: at least one retaining portion projecting in a radially inward direction and engaged in the radial recess of the hub, an axially inner end edge, plastically deformed in a radially outer direction against the end face of the second bearing ring, and at least one cut extending axially along the locking sleeve device. at least one retaining portion projecting in a radially inward direction and engaged in the radial recess of the hub, an axially inner end edge, plastically deformed in a radially outer direction against the end face of the second bearing ring, and at least one cut extending axially along the locking sleeve device.
A process for manufacturing 1,2,3,3,3-pentafluoropropane characterised in that (i) 1,2,3,3,3-pentafluoropropene in gaseous phase is made to react with a superstoichiometric quantity of hydrogen in the presence of a hydrogenation catalyst in a reactor at a temperature between 80 and 250°C; (ii) at least 80% by volume of all the gaseous effluent from the reactor comprising 1,2,3,3,3-pentafluoropropane, possibly unreacted hydrogen of the unreacted 1,2,3,3,3-pentafluoropropene and 1,1,1,2-tetrafluoropropane and hydrofluoric acid is recycled, and (iii) the 1,2,3,3,3-pentafluoropropane is recovered from the other portion of the effluent from the reactor, optionally after a step of purification, characterised in that the temperature at the input of the catalyst bed is between 50 and 200°C.