mhurhangee/ep-ind-claims huggingface dataset:
A communication method applied to a hyper cell, comprising: determining, by a mobile device in a power saving state that is in a hyper cell, that there is to-be-sent uplink data, wherein the hyper cell comprises a plurality of transmission points s, the hyper cell identifies the mobile device by using a dedicated user equipment identity, and the mobile device in the power saving state reserves the DUI; characterized by further comprising: sending, by the mobile device, an uplink instruction message to a radio access network controller or a core network controller based on the DUI by using a preconfigured uplink resource, wherein the uplink resource is a grant-free uplink resource, wherein the uplink instruction message is used to indicate, to the controller, that the mobile device has entered an activated state; and sending, by the mobile device in the activated state, the uplink data to the controller. determining, by a mobile device in a power saving state that is in a hyper cell, that there is to-be-sent uplink data, wherein the hyper cell comprises a plurality of transmission points s, the hyper cell identifies the mobile device by using a dedicated user equipment identity, and the mobile device in the power saving state reserves the DUI; characterized by further comprising: sending, by the mobile device, an uplink instruction message to a radio access network controller or a core network controller based on the DUI by using a preconfigured uplink resource, wherein the uplink resource is a grant-free uplink resource, wherein the uplink instruction message is used to indicate, to the controller, that the mobile device has entered an activated state; and sending, by the mobile device in the activated state, the uplink data to the controller. sending, by the mobile device, an uplink instruction message to a radio access network controller or a core network controller based on the DUI by using a preconfigured uplink resource, wherein the uplink resource is a grant-free uplink resource, wherein the uplink instruction message is used to indicate, to the controller, that the mobile device has entered an activated state; and sending, by the mobile device in the activated state, the uplink data to the controller.
A method, comprising: placing a plurality of nutplates in a tray suitable for holding the plurality of nutplates; orienting the tray such that a faying surface of each of the plurality of nutplates is oriented such that a laser beam from a laser is capable of contacting each faying surface at least once during a cleaning cycle; and conducting the cleaning cycle, comprising: producing, by the laser, the laser beam capable of cleaning the faying surface of each of a plurality of nutplates; and conducting a first pass to clean each of the faying surfaces, wherein the laser is at a first position having a first angle relative to an axis orthogonal to the faying surfaces during the first pass; and wherein conducting the cleaning cycle further comprises conducting a second pass to clean each of the faying surfaces, wherein the laser is at a second position having a second angle relative to an axis orthogonal to the faying surfaces during the second pass; and wherein the first angle is different from the second angle. placing a plurality of nutplates in a tray suitable for holding the plurality of nutplates; orienting the tray such that a faying surface of each of the plurality of nutplates is oriented such that a laser beam from a laser is capable of contacting each faying surface at least once during a cleaning cycle; and conducting the cleaning cycle, comprising: producing, by the laser, the laser beam capable of cleaning the faying surface of each of a plurality of nutplates; and conducting a first pass to clean each of the faying surfaces, wherein the laser is at a first position having a first angle relative to an axis orthogonal to the faying surfaces during the first pass; and producing, by the laser, the laser beam capable of cleaning the faying surface of each of a plurality of nutplates; and conducting a first pass to clean each of the faying surfaces, wherein the laser is at a first position having a first angle relative to an axis orthogonal to the faying surfaces during the first pass; and wherein conducting the cleaning cycle further comprises conducting a second pass to clean each of the faying surfaces, wherein the laser is at a second position having a second angle relative to an axis orthogonal to the faying surfaces during the second pass; and wherein the first angle is different from the second angle.
A rosehead bur having a shaft and, connected to the latter, a head which is provided with cutting edges, characterized in that smooth cutting edges, and cutting edges with a discontinuous cutting edge contour, are formed about the circumference of the head and in that the cutting edges with the discontinuous cutting edge contour are in the form of a serrated finish.
An immunogenic or vaccine composition comprising a veterinarily acceptable vehicle or excipient and at least one isolated feline calicivirus, wherein the at least one feline calicivirus is FCV strain 100869 deposited at the ATCC under accession number PTA 5930.
Floating support comprising at least one float and a stabilizing system having a plurality of damping devices, each damping device being substantially U-shaped and having two liquid reserves and a connection tube connecting said two liquid reserves, said stabilizing system having at least three damping devices, each damping device not being parallel to at least one other damping device and wherein said damping devices are arranged so as to form a polygon, preferably a regular polygon, the vertices of said polygon being formed by said liquid reserves of said damping devices, and the edges of said polygon being formed by said connection tubes of said damping devices characterized in that wherein said vertices of said polygon are formed by at least two liquid reserves of two separate damping devices.
Process for the preparation of s-triazine derivatives of the formula in which R is a C 1 -C 12 -alkyl radical, by reacting a cyanuric acid halide with a p-aminobenzoic acid ester, which comprises a C 1 -C 12 -alkyl radical as radical of the ester alcohol, in a molar ratio of 1:3 to 1:5 in a xylene isomer mixture as solvent, characterized in that the xylene isomer mixture is used in amounts of from 0.6 to 2.1 mol/l related to the cyanuric acid halide.
Switching device comprising a device for sudden switch-on, having: - an operating mechanism which has an operating element and is operatively connected to a latching mechanism by means of a transmission mechanism, said latching mechanism operating a switching lever by means of a further transmission mechanism; - a contact arrangement which has a fixed switching piece having contacts, said switching piece being arranged opposite a moving switching piece having contacts, said moving switching piece being guided in a contact slide, wherein the device for sudden switch-on, which device is arranged in the latching mechanism, has a lever which is arranged in operative connection with a locking part which is operatively connected to a transmission element which acts on the moving switching piece of the contact arrangement, characterized in that the beveled surface of the side wall of the transmission element defines a distance c and therefore a specific, defined time period in which the switching device is moved to the switched-on position, so that closing of the current path is determined independently of the operator by the dynamics of the contact apparatus and the contact load spring of said contact apparatus. - an operating mechanism which has an operating element and is operatively connected to a latching mechanism by means of a transmission mechanism, said latching mechanism operating a switching lever by means of a further transmission mechanism; - a contact arrangement which has a fixed switching piece having contacts, said switching piece being arranged opposite a moving switching piece having contacts, said moving switching piece being guided in a contact slide, wherein the device for sudden switch-on, which device is arranged in the latching mechanism, has a lever which is arranged in operative connection with a locking part which is operatively connected to a transmission element which acts on the moving switching piece of the contact arrangement, characterized in that the beveled surface of the side wall of the transmission element defines a distance c and therefore a specific, defined time period in which the switching device is moved to the switched-on position, so that closing of the current path is determined independently of the operator by the dynamics of the contact apparatus and the contact load spring of said contact apparatus.
A method for reconstructing an image from a source of photons, from interactions of photons emitted by this source, with a semi-conductor detector of a gamma-camera, positioned behind a collimator, including: - breaking down the detector into several pixels, and each pixel into several superposed voxels, - associating with each photon interaction with the detector, a piece of information relating to the depth in the detector, of this interaction, determining for each received photon, the voxel of the detector in which the photon has interacted, - counting for each voxel of the detector the number of photons having interacted in this voxel, - defining for each voxel of the detector, a raw or differential statistical datum, a raw datum corresponding to the number of photons counted for the relevant voxel, a differential datum corresponding to a difference between numbers of counted photons - reconstructing an image of the source of photons from said depth information, using, voxel by voxel the statistical data obtained for each voxel. - breaking down the detector into several pixels, and each pixel into several superposed voxels, - associating with each photon interaction with the detector, a piece of information relating to the depth in the detector, of this interaction, determining for each received photon, the voxel of the detector in which the photon has interacted, - counting for each voxel of the detector the number of photons having interacted in this voxel, - defining for each voxel of the detector, a raw or differential statistical datum, a raw datum corresponding to the number of photons counted for the relevant voxel, a differential datum corresponding to a difference between numbers of counted photons - reconstructing an image of the source of photons from said depth information, using, voxel by voxel the statistical data obtained for each voxel.
A solid-jacket screw centrifuge which comprises the following: - a rotatable drum with a horizontal or vertical rotational axis, said drum surrounding a centrifuge chamber with a screw which is also rotatable, - an inlet for introducing a suspension to be centrifuged into the centrifuge chamber, - at least one liquid discharge and at least one solid matter discharge (29, 35), - wherein at least the solid matter discharge has assigned thereto a non-rotatable housing which surrounds said solid matter discharge and delimits a discharge chamber at least radially, - wherein the discharge chamber is designed as a drying chamber for the solid matter, which drying chamber comprises a housing, which comprises axial walls (41, 43) and in the radial direction one wall or several walls, characterized in that - the housing extends axially parallel to the rotational axis no further than into the conical region of the drum or of the screw - and that load-bearing elements of a machine frame structure, such as axially extending struts or posts, extend through the interior of the housing 39 and consequently the interior of the discharge chamber 33. - a rotatable drum with a horizontal or vertical rotational axis, said drum surrounding a centrifuge chamber with a screw which is also rotatable, - an inlet for introducing a suspension to be centrifuged into the centrifuge chamber, - at least one liquid discharge and at least one solid matter discharge (29, 35), - wherein at least the solid matter discharge has assigned thereto a non-rotatable housing which surrounds said solid matter discharge and delimits a discharge chamber at least radially, - wherein the discharge chamber is designed as a drying chamber for the solid matter, which drying chamber comprises a housing, which comprises axial walls (41, 43) and in the radial direction one wall or several walls, - the housing extends axially parallel to the rotational axis no further than into the conical region of the drum or of the screw - and that load-bearing elements of a machine frame structure, such as axially extending struts or posts, extend through the interior of the housing 39 and consequently the interior of the discharge chamber 33.
A glove comprising an element shaped as a hand to form the base structure of the glove and a cladding applied to said base element in at least one gripping region on its palm, said cladding presenting a plurality of micro- craters each formed of a material which enables it to at least partially deform when subjected to a force and to return to its original shape when said force ceases, said micro-craters increasing the gripping surface of said glove to improve its friction and to at least partially dampen any impacts or vibrations by said deformation; characterised in that said micro-craters present a substantially frustoconical shape, with the major base secured to said base structure; each of said micro-craters presenting at least two parts of different deformation, a first part positioned in proximity to the top to deform when the micro-crater is subjected to an initial stress and a second part positioned in proximity to the portion connecting to said base structure, in order to deform when the micro-crater is subjected to a second stress greater than the initial; said first part presenting a dead-ended concavity at its top.
A screw actuator having a screw shaft and a nut arrangement, the nut arrangement comprising: a primary nut; a first secondary nut having a first thread; a second secondary nut having a second thread; and a first attachment means; wherein the first nut, first secondary nut, and second secondary nut are connected to the first attachment means with a first, initial, axial spacing between the first and second secondary nuts; and wherein the first secondary nut is mounted to the first attachment means via bearings that allow the first secondary nut to rotate relative to the first attachment; and wherein, when the primary nut fails under load, the threads (60,64) of first and second secondary nuts (56,58) load against the screw thread of the screw shaft which causes the first secondary nut to rotate relative to the second secondary nut and, as a result of the screw thread connection, the first and second secondary nuts (56,58) move from the first axial spacing between the first and second secondary nuts to a second, different, axial spacing between the first and second secondary nuts; and characterised in that the first secondary nut is connected to the second secondary nut via a screw thread connection having a pitch lower than a pitch of a screw thread of the screw shaft. a primary nut; a first secondary nut having a first thread; a second secondary nut having a second thread; and a first attachment means; wherein the first nut, first secondary nut, and second secondary nut are connected to the first attachment means with a first, initial, axial spacing between the first and second secondary nuts; and wherein the first secondary nut is mounted to the first attachment means via bearings that allow the first secondary nut to rotate relative to the first attachment; and wherein, when the primary nut fails under load, the threads (60,64) of first and second secondary nuts (56,58) load against the screw thread of the screw shaft which causes the first secondary nut to rotate relative to the second secondary nut and, as a result of the screw thread connection, the first and second secondary nuts (56,58) move from the first axial spacing between the first and second secondary nuts to a second, different, axial spacing between the first and second secondary nuts; and characterised in that the first secondary nut is connected to the second secondary nut via a screw thread connection having a pitch lower than a pitch of a screw thread of the screw shaft.
An amorphous polyester resin, which does not exhibit a distinct crystal melting endothermic peak and has a melt entropy of 5 mJ/mg or less, as determined from the melting endothermic peak area of its DSC curve, obtained by reaction between: a polyester resin, obtained by reaction between a polyhydric alcohol component and a first poly-carboxylic acid component, either or both including a 3 or higher valent component, and having a weight-average molecular weight of 6,000 to 40,000 and a hydroxyl value of 15 to 70 mgKOH/g, and a second poly-carboxylic acid component (a), under conditions satisfying the following equations, and, and the amorphous polyester resin satisfying the following equation. (AV B -AV A)/AV a = 0.5-0.7 Mw B /Mw A = 1.1-2.0 OHV B /AV B = 1.0-6.0 Mw B /Mn B = 3.0-15.0 wherein in the equations, AV B, OHV B, Mw B and Mn B respectively represent an acid value, a hydroxyl value, a weight-average molecular weight and a number-average molecular weight of the amorphous polyester resin, and AV A and Mw A respectively represent an acid value and a weight-average molecular weight of the polyester resin, where AV a represents a theoretical acid value of the second poly-carboxylic acid component (a); AV a is calculated using the following equation: AV a = AV a ' × W a / W A + W a AV a ' = W a / MW a × valency × 56.1 × 1000 / W a wherein AV a ' represents the acid value of the second poly-carboxylic acid component (a), W a represents the weight of the second poly-carboxylic acid component (a) supplied to the reaction, and W A represents theweight of the polyester resin supplied to the reaction and Mw a represents the molecular weight of the second poly-carboxylic acid component; wherein the hydroxyl value is measured by the phthalating Method B of JIS K 1557-1, the acid value is measured according to the neutralization titration method of JIS K 0070 3.1, the weight-average molecular weight and number-average molecular weight are measured by adding 5 mL of tetrahydrofuran to 2 mg of polyester resin and the weight-average molecular weight and number-average molecular weight are obtained by GPC based on polystyrene conversion using a calibration curve drawn using a polystyrene reference sample; and wherein the term poly-carboxylic acid component includes poly-carboxylic acids, anhydrides of the acids and lower alkyl ester of the acids. a polyester resin, obtained by reaction between a polyhydric alcohol component and a first poly-carboxylic acid component, either or both including a 3 or higher valent component, and having a weight-average molecular weight of 6,000 to 40,000 and a hydroxyl value of 15 to 70 mgKOH/g, and a second poly-carboxylic acid component (a), under conditions satisfying the following equations, and, (AV B -AV A)/AV a = 0.5-0.7 Mw B /Mw A = 1.1-2.0 OHV B /AV B = 1.0-6.0 Mw B /Mn B = 3.0-15.0
Method for the remote control and/or remote monitoring of the operation of a household appliance (9, 13) for housekeeping purposes with the aid of a communication device of a first user, wherein the household appliance is connected to a local home network and the communication device communicates with an Internet server, on which a user account of the first user is kept, on which data relating to the household appliance is stored, and wherein the remote control and/or remote monitoring of the household appliance takes place by way of the communication device with access to the data of the user account of the first user and with the local home network acting as an intermediary, wherein data relating to a further household appliance, which is connected to a further home network separate from the one home network, is additionally stored on the same user account of the first user, and that the remote control and/or remote monitoring of the operation of the further household appliance also takes place with access to the data of the same user account of the first user, characterised in that a further user account of a second user which is separate from the one user account of the first user is kept on the Internet server, wherein data relating to the household appliance and the further household appliance is stored on both the one and the further user account, so that the remote control and/or remote monitoring of the household appliances (9, 13) is optionally performed with access to the one or the further user account, wherein the data relating to the household appliance is initially stored on the one user account of the first user and the storing of the data relating to said household appliance on the further user account of the second user takes place on the condition that the Internet server receives an approval message of the first user, which is generated with access to the one user account of the first user.
A railway vehicle comprising a solebar, the solebar having an elongate body formed as a generally obtuse L-shaped cross-sectional profile, whereby the elongate body comprises a first leg and a second leg, wherein the first leg and the second leg meet at a vertex and have an obtuse angle (θ) therebetween and wherein the solebar is mounted as an underframe side member in the railway vehicle such that: the first leg extends in a downwardly direction towards a floor supporting the railway vehicle and clears a lower sector of the loading gauge (LOWER SECTOR); and the second leg inclines upwardly in a direction away from railway vehicle and clears an upper sector of the loading gauge (UPPER SECTOR); wherein the second leg is configured to support an upper sidewall of a body of the railway vehicle such that the upper sidewall clears the upper sector of the loading gauge, wherein the upper sector loading gauge has an outdented profile relative to the lower sector loading gauge. the first leg extends in a downwardly direction towards a floor supporting the railway vehicle and clears a lower sector of the loading gauge (LOWER SECTOR); and the second leg inclines upwardly in a direction away from railway vehicle and clears an upper sector of the loading gauge (UPPER SECTOR); wherein the second leg is configured to support an upper sidewall of a body of the railway vehicle such that the upper sidewall clears the upper sector of the loading gauge, wherein the upper sector loading gauge has an outdented profile relative to the lower sector loading gauge.
Method for cohesive joining at an open bundle end of individual strands (2, 15) of at least one cable end, in which method a welding tool element (30, 37, 41, 43, 45, 48, 53) is mounted onto the open bundle end with a contact pressure acting in the longitudinal direction of the bundle end, and an engagement hollow (7, 21) is formed into the open bundle end and the engagement hollow (7, 21) is engaged into by an engagement pin (6, 20, 31, 38, 42, 44, 46, 49, 54) of the welding tool element (30, 37, 41, 43, 45, 48, 53), welding energy is introduced into the individual strands (2, 15) by friction welding with a rotating welding tool element or by torsional ultrasound welding, wherein at least some of the welding energy is introduced via the engagement hollow (7, 21), and the welding tool element (30, 37, 41, 43, 45, 48, 53) is removed from the bundle end.