mhurhangee/ep-ind-claims huggingface dataset:
A method implemented on a computer having at least one processor, storage, and communication platform for providing a translated message in telecommunications, comprising the steps of: receiving, by a translation server, a request from an application running on a web site to translate a message in a first language into a translated message in a second language destined for a user, wherein the message is generated by the application; determining, by the translation server, whether the message in the first language has been previously translated into a corresponding message in the second language; if the corresponding message in the second language exists, generating, by the translation server, the translated message in the second language based on the corresponding message in the second language previously translated; and sending, by the translation server, the translated message in the second language to the user as a response to the request. receiving, by a translation server, a request from an application running on a web site to translate a message in a first language into a translated message in a second language destined for a user, wherein the message is generated by the application; determining, by the translation server, whether the message in the first language has been previously translated into a corresponding message in the second language; if the corresponding message in the second language exists, generating, by the translation server, the translated message in the second language based on the corresponding message in the second language previously translated; and sending, by the translation server, the translated message in the second language to the user as a response to the request.
A fusion gene comprising a nucleic acid encoding a fragment of the NRG1 protein, said fragment consisting of 50 and up to 640 contiguous amino acids of the amino acid sequence shown in SEQ ID NO: 4, and comprising a nucleic acid encoding a fragment of a further protein, wherein said further protein is a CD74 protein or an MTSS1 protein, wherein the fragment of said CD74 protein consists of at least 50 and up to 230 contiguous amino acids of the amino acid sequence shown in SEQ ID NO: 5, and wherein the fragment of said MTSS1 protein consists of at least 50 and up to 750 contiguous amino acids of the amino acid sequence shown in SEQ ID NO: 17.
Electromechanical locking device comprising a lock unit having at least one lock bolt element that can be moved and pre-loaded, comprising a drive unit having a drive motor that has a rotatable drive element, and comprising a transmission unit for converting a rotational drive movement by the drive motor into a translational driving movement by the lock bolt element, in which device a toothed transmission member of the transmission unit is arranged so as to mesh with the rotatable drive element of the drive motor and so as to be operatively connected to the movable lock bolt element by means of a lever arm element of the transmission unit, the toothed transmission member comprising a toothed ring element and a catch element that can be moved relative to the toothed ring element, the rotatable drive element being arranged so as to be operatively connected to the toothed ring element and the lever arm element being arranged so as to be operatively connected to the catch element, characterised in that the toothed ring element comprises a toothed ring pin element, and the movable catch element comprises a free-running portion for being engaged with the toothed ring pin element which is able to run freely in said portion, and the lock bolt element being arranged so as to be spring-loaded in an open position of the lock bolt element, the catch element being arranged to be able to rotate relative to the toothed ring element within the free-running portion and to be able to strike the toothed ring pin element.
A method for producing a wood material panel, wherein the method comprises the following steps: (a) scattering a multitude of wood particles to produce a particulate cake, wherein at least one adhesive is applied to at least some of the wood particles prior to and/or during scattering, (b) pressing the particulate cake under an increased pressure and at an increased temperature to form a wood material panel, characterized by the fact that different quantities of at least one additive (28, 30) are introduced at different positions within the particulate cake during the scattering of the wood particles. (a) scattering a multitude of wood particles to produce a particulate cake, wherein at least one adhesive is applied to at least some of the wood particles prior to and/or during scattering, (b) pressing the particulate cake under an increased pressure and at an increased temperature to form a wood material panel,
Aerial vehicle comprising: - a central frame - a tail extending from the central frame along a first axis,-, - at least two arms extending from the central frame and able to rotate around at least one second axis, the angular position of the arm with respect to the second axis defining an arm rotation angle, *wherein each arm is equipped with two thrust motors controlling the spinning in opposite direction of two coaxial rotors, and * wherein the two coaxial rotors define a double rotor axis and can tilt together with respect to another tilting axis, said tilting axis being perpendicular to the second axis, the angular position of the double rotor with respect to the double rotor axis defining a double rotor tilting angle, wherein said tail is equipped with a tail rotor spinning around a tail rotor axis, said tail rotor axis being parallel to a third axis which is orthogonal to both first axis and second axis, and in that said tail rotor has either the ability to invert its direction of rotation or has a unique direction of rotation and two symmetric blades with opposite angle of attack, the angle of attack of said blades being changeable. - a central frame - a tail extending from the central frame along a first axis,-, - at least two arms extending from the central frame and able to rotate around at least one second axis, the angular position of the arm with respect to the second axis defining an arm rotation angle, *wherein each arm is equipped with two thrust motors controlling the spinning in opposite direction of two coaxial rotors, and * wherein the two coaxial rotors define a double rotor axis and can tilt together with respect to another tilting axis, said tilting axis being perpendicular to the second axis, the angular position of the double rotor with respect to the double rotor axis defining a double rotor tilting angle, *wherein each arm is equipped with two thrust motors controlling the spinning in opposite direction of two coaxial rotors, and * wherein the two coaxial rotors define a double rotor axis and can tilt together with respect to another tilting axis, said tilting axis being perpendicular to the second axis, the angular position of the double rotor with respect to the double rotor axis defining a double rotor tilting angle,
A power tool comprising:- a housing; a tool holder mounted to the housing for holding a cutting tool; a hammer mechanism in the housing for imparting impacts to a cutting tool held by the tool holder; a motor in the housing for driving the hammer mechanism; a rear handle moveably mounted to a rear of the housing by means of at least one movement control mechanism comprising a respective first part mounted to one of the rear handle and housing, and a respective second part mounted to the other of the rear handle and housing and adapted to slidingly engage said first part at two separate locations thereon as said rear handle moves relative to said housing along a sliding direction; and at least one biasing device for biasing the rear handle away from the housing; wherein at least one said second part includes a respective support member adapted to engage said first part at one of said locations thereon, and limited movement of said first part relative to said one of said rear handle and said housing to which said support member is mounted is permitted in at least one direction transverse to said sliding direction; characterised in that at least one said support member comprises a respective body portion having at least one respective slot along part of said body portion.
A composition comprising: (C 1 -C 8)alkyl substituted with one or more hydroxyl; 2-6 wt.% hydrogen peroxide (H 2 O 2); 0.05-1 wt.% thymol (2-isopropyl-5-methylphenol); an antimicrobial agent comprising ([(3-trimethoxysilyl)propyl]octadecyldimethyl-ammonium chloride) (TPAC), in 0.25-1 wt.% of the composition; 0.5-10 wt.% non-ionic surfactant; a corrosion inhibitor; acid, sufficient to maintain the pH below 3.5; and de-ionized water. (C 1 -C 8)alkyl substituted with one or more hydroxyl; 2-6 wt.% hydrogen peroxide (H 2 O 2); 0.05-1 wt.% thymol (2-isopropyl-5-methylphenol); an antimicrobial agent comprising ([(3-trimethoxysilyl)propyl]octadecyldimethyl-ammonium chloride) (TPAC), in 0.25-1 wt.% of the composition; 0.5-10 wt.% non-ionic surfactant; a corrosion inhibitor; acid, sufficient to maintain the pH below 3.5; and de-ionized water.
A battery cell module for electrically powered vehicles, having a plurality of elongated cylindrical battery cells whose longitudinal axes are aligned parallel to one another, the battery cells being arranged such that a first row of battery cells runs parallel to a second row of battery cells, so that in each case two battery cells are opposite one another in pairs, the battery cells in each case being positioned with respect to one another in such a way that the cylindrical surfaces of the battery cells are not in contact with one another, and in each case a free space being provided between the battery cells, which free space is designed for an expected thermally induced circumferential expansion of the battery cells; wherein the respectively opposing battery cells are rigidly connected to one another electrically and mechanically by means of at least one contact plate; and wherein respectively adjacent contact plates are electrically and mechanically rigidly connected to one another by means of at least one contact plate connector, wherein the battery cells connected to one another by the at least one contact plate are held at a distance from one another by the respective at least one contact plate, and wherein the battery cell pairs connected to one another by the at least one contact plate connector are held at a distance from one another by the respective at least one contact plate connector. wherein the respectively opposing battery cells are rigidly connected to one another electrically and mechanically by means of at least one contact plate; and wherein respectively adjacent contact plates are electrically and mechanically rigidly connected to one another by means of at least one contact plate connector, wherein the battery cells connected to one another by the at least one contact plate are held at a distance from one another by the respective at least one contact plate, and wherein the battery cell pairs connected to one another by the at least one contact plate connector are held at a distance from one another by the respective at least one contact plate connector.
A method of managing the transmission of electronic messages from sending mail servers to receiving mail servers, the method comprising: reviewing incoming electronic messages sent from one or more of the sending mail servers to one or more of the receiving mail servers by an intermediate server configured to intercept incoming electronic messages sent from one or more of the sending mail servers to one or more of the receiving mail servers, said intermediate server further performing the following steps: identifying the source IP addresses of the one or more sending mail servers from the incoming messages; supplementing the source IP addresses of the one or more sending mail servers with metadata based on the incoming electronic messages; and based at least in part on the metadata and an identified source IP address of a sending mail server of at least one incoming message, either: throttling a connection from the identified sending mail server upon which the at least one incoming message arrives, or delaying delivery of the at least one incoming message to one of the receiving mail servers. identifying the source IP addresses of the one or more sending mail servers from the incoming messages; supplementing the source IP addresses of the one or more sending mail servers with metadata based on the incoming electronic messages; and based at least in part on the metadata and an identified source IP address of a sending mail server of at least one incoming message, either: throttling a connection from the identified sending mail server upon which the at least one incoming message arrives, or delaying delivery of the at least one incoming message to one of the receiving mail servers. throttling a connection from the identified sending mail server upon which the at least one incoming message arrives, or delaying delivery of the at least one incoming message to one of the receiving mail servers.
Power screwdriver, comprising a drive part having a drive motor, a gearbox housing with transmission elements and an output shaft extending out of the gearbox housing, a rotary joint consisting of a drive-side ring connected to the drive part and a transmission-side ring connected to the gearbox housing, an actuating ring arranged coaxially with the output shaft and arranged movably relative to the drive-side ring and relative to the transmission-side ring, the actuating ring being movable between a release position, in which the rings (21, 27) are rotatable relative to one another, and a blocking position, in which the rings (21, 27) are blocked relative to one another, a spring element formed by two compression springs which acts on the actuating ring in the direction towards the blocking position along the movement path extending from the blocking position into the release position, characterised in that the actuating ring is designed to be rotatable relative to the drive-side ring and relative to the transmission-side ring, in that the blocking position can be released by active rotation of the actuating ring against the force of the compression springs, and that a supporting foot firmly connected to the gearbox housing is arranged laterally offset relative to the output shaft.
Apparatus for producing high frequency currents for the cosmetic and/or therapeutic treatment of tissue by means of electrodes, including a high frequency energy source for producing high frequency currents and at least one pair of electrodes (3a, 3b; 4a, 4b) for applying high frequency currents to the tissue, wherein the electrodes are connected to outputs of the HF energy source, wherein the apparatus includes at least two pairs of electrodes, wherein all four electrodes (3a, 3b, 4a, 4b) are connected to outputs of the HF energy source, wherein the first pair of electrodes is constructed as a monopolar pair of electrodes, including a surface contact electrode with a tissue contact area larger than 5 cm 2 and a small contact electrode with a tissue contact area smaller than 2 cm 2, particularly a small contact electrode with a tissue contact area of about 5 mm 2 and the second pair of electrodes is constructed as a bipolar pair of electrodes including two small contact electrodes (4a, 4b) with a tissue contact area smaller than 2 cm 2, particularly two small contact electrodes with a tissue contact area of about 5 mm 2, wherein the apparatus is so constructed that, in use, the small contact electrode of the monopolar pair of electrodes and the small contact electrodes (4a, 4b) of the bipolar pair of electrodes may be arranged on a common side of the tissue, characterised in that the monopolar and bipolar pairs of electrodes are connected to different outputs of the HF energy source and all the application parameters for each pair of electrodes may be set separately and that the apparatus is so constructed that, when treating tissue, the current flow path between the first pair of electrodes and the current flow path between the second pair of electrodes at least partially overlap in the tissue in an overlap region, wherein the overlap region is spaced from the common side of the tissue, on which the small contact electrode of the monopolar pair of electrodes and the small contact electrodes (4a, 4b) of the bipolar pair of electrodes are arranged, in use.
An assembly for sealing the steering column opening in a bodywork panel between the passenger compartment and engine compartment, comprising at least one steering column seating mount, at least one bodywork panel flange that is expanded in a housing-like manner to form at least one reducer that has been designed in a series-specific manner, and at least one elastomer suspension that is at least partially designed as a universal suspension that is independent to the series, via which the steering column mounting bearing is suspended on the bodywork panel flange, whereby the elastomer suspension is composed of at least two bellow modules, wherein at least two damping chambers (9, 10) positioned between the reducer and the steering column seating mount are formed with the elastomer suspension.
Cover for at least one antenna emitting and/or sensing electromagnetic radiation in at least one first frequency band, the cover comprising at least one first surface configured to face the antenna and at least one second surface configured to be averted to the antenna, the cover further comprising at least one first carrier layer into which at least one heating element is embedded, the heating element being connected to a terminal at least partly extending from and/or being at least partly located in the cover, wherein - the heating element comprises at least one wire, and - the wire is embedded at least partly in the first carrier layer on a first side of the first carrier layer facing the second surface and is extending from the first side to the terminal along a second side of the first carrier layer into the direction of the first surface, characterized in that the wire is further at least partly embedded in at least one second carrier layer, on a first side of the second carrier layer facing away from the first carrier layer and/or on a second side of the second carrier layer connecting the first side of the second carrier layer with the second side of the first carrier layer, the second carrier layer being located on a third side of the first carrier layer facing the first surface. - the heating element comprises at least one wire, and - the wire is embedded at least partly in the first carrier layer on a first side of the first carrier layer facing the second surface and is extending from the first side to the terminal along a second side of the first carrier layer into the direction of the first surface, characterized in that
A method for producing a magnetic field emission structure, said method comprising the steps of: generating a plurality of magnetic fields by applying a current to a magnetizer comprising a flat metal inductor coil having flat coils and a central hole whose width is smaller than the width of the flat coils; moving in a coordinate system (X,Y,Z) a magnetisable material relative to the magnetizer to a number of appropriate locations; exposing, for each selected location the magnetizable material to the magnetic field produced by said magnetizer; the polarity and magnitude of the magnetic field being controlled to create a plurality of magnetic field sources into said material, said plurality of magnetic field sources having polarities in accordance with elements of a code corresponding to a desired force function. generating a plurality of magnetic fields by applying a current to a magnetizer comprising a flat metal inductor coil having flat coils and a central hole whose width is smaller than the width of the flat coils; moving in a coordinate system (X,Y,Z) a magnetisable material relative to the magnetizer to a number of appropriate locations; exposing, for each selected location the magnetizable material to the magnetic field produced by said magnetizer; the polarity and magnitude of the magnetic field being controlled to create a plurality of magnetic field sources into said material, said plurality of magnetic field sources having polarities in accordance with elements of a code corresponding to a desired force function.
A method comprising: identifying with an access point of a fire system a transmission time interval for a plurality of devices associated with the access point that transmit alarm and status messages on a predefined, periodic interval where during a power failure event, the access point ceases processing messages from devices that are not part of the fire system; detecting a power failure; identifying a start time for a next scheduled transmission time interval for a respective one of the plurality of devices; placing the wireless access point in a low power mode; and immediately prior to the start time for the next scheduled transmission time interval, removing the wireless access point from the low power mode. identifying with an access point of a fire system a transmission time interval for a plurality of devices associated with the access point that transmit alarm and status messages on a predefined, periodic interval where during a power failure event, the access point ceases processing messages from devices that are not part of the fire system; detecting a power failure; identifying a start time for a next scheduled transmission time interval for a respective one of the plurality of devices; placing the wireless access point in a low power mode; and immediately prior to the start time for the next scheduled transmission time interval, removing the wireless access point from the low power mode.