mhurhangee/ep-ind-claims huggingface dataset:
A vehicle locating unit with improved power management, the vehicle locating unit comprising: a receiver (30, 132,138) for receiving an intermittent transmission from a communications source, the transmission including a plurality of message frames including a message frame assigned to the receiver (30, 132, 138), and each message frame having a data field and at least one auxiliary field (60, 62, 64); and a power management system responsive to said receiver (30, 132,138), wherein the power management system is configured to: (i) enter a wake mode corresponding to a start of the intermittent transmission, (ii) enter a sleep mode after detecting the start of the intermittent transmission, (iii) reenter the wake mode at the receiver's assigned message frame in the intermittent transmission, (iv) match a pattern of bits of the at least one auxiliary field (60, 62, 64) of the assigned message frame with a plurality of stored patterns of bits, each pattern of bits corresponding to a command to the vehicle locating unit, and (v) return to the sleep mode if a mismatch is detected. a receiver (30, 132,138) for receiving an intermittent transmission from a communications source, the transmission including a plurality of message frames including a message frame assigned to the receiver (30, 132, 138), and each message frame having a data field and at least one auxiliary field (60, 62, 64); and a power management system responsive to said receiver (30, 132,138), (i) enter a wake mode corresponding to a start of the intermittent transmission, (ii) enter a sleep mode after detecting the start of the intermittent transmission, (iii) reenter the wake mode at the receiver's assigned message frame in the intermittent transmission, (iv) match a pattern of bits of the at least one auxiliary field (60, 62, 64) of the assigned message frame with a plurality of stored patterns of bits, each pattern of bits corresponding to a command to the vehicle locating unit, and (v) return to the sleep mode if a mismatch is detected.
A cryostat microtome including a cooling chamber; a sample mounting stage and a cutting device, such that in use a sample is mounted to the sample mounting for cutting by the cutting device; sample cooling means for cooling the sample prior to mounting on the sample mounting stage; cooling chamber fluid supply means for lowering the temperature in the cooling chamber; and sample cooling fluid supply means for lowering the temperature of the sample cooling means, wherein the sample cooling fluid supply means is separate from the cooling chamber fluid supply means.
System for attaching strips of wood on support beams for building a terrace, this system comprising two connectors as matching securing plates (4, 5) that comprise identical connection means (7, 8) which are interposed by screwing between two successive strips (2, 2a) and a corresponding beam extending perpendicularly below these, the connection means (7, 8) having a flat end tab (7, 8) and extending by means of a rear base (9, 10) whose thickness is twice that of the tab (7, 8), said connectors (4, 5) being arranged top-to-tail between two strips such that one of them, being attached to a strip by its base then to the beam by its tab, creates a space (e) between the latter and the strip, this space having a height (h) which permits insertion of the tab of identical height of the other connector, previously attached to an adjacent strip, the two connectors (4, 5) being made of a plastic material and being integrally connected to one another via at least one median contact region (a) so as to form a double connector (4, 5), the connection means (7, 8) of one being rotated through 180° with respect to those of the other, the two connected connectors (4, 5) being of suitable length to cover the width of a strip, each one of the projecting ends of the tabs being able to engage top-to-tail with the projecting end of the tab, offset by a height, of a double connector (4, 5) of a successive strip, characterized in that the double connector (4, 5) is formed by the intermediary of two connecting arms (11, 12) that project from their respective base (9, 10) and extend in complementary fashion on either side of the longitudinal axis (XX'), in opposite directions (D1, D2), said arms (11, 12) being longitudinally offset by a value (d) allowing the connector (4, 5) of length to be adapted to a strip of maximum predetermined width, and being connected to one another by the median contact zone (a) which is weak so that these can be separated, such that the length of the double connector (4, 5) can be adjusted depending on the width of the strip that is to be laid, and in that the connecting arms (11, 12) of the double connector (4, 5) comprise a second weak zone (b) created transversely between each of these (11, 12) and the base (9, 10) of each of the parts (4, 5) of the double connector, so as to be able to entirely eliminate said arms (11, 12) and obtain distinct individual connectors in order to reduce, as desired, the length of the assembly to adapt to strips of minimum predetermined width.
A multi-domain cooling assembly 100 configured to be coupled with one or more heat sources 104, the multi-domain cooling assembly 100 comprising: a body 118 comprising an outer surface 102 and at least one cooling chamber 106, 114 integrally formed with and disposed inside the body 118, the at least one cooling chamber 106, 114 extending in at least two orthogonal dimensions and including a working fluid configured to extract thermal energy from the one or more heat sources 104, the at least one cooling chamber 106, 114 including hermetic walls such that the at least one cooling chamber 106, 114 is configured to be hermetically sealed; and a cooling channel 108 integrally formed with and disposed within the body 118, the cooling channel 108 including one or more hermetic channel walls defining the cooling channel 108, the cooling channel 108 fluidly coupled with a passageway 110, 112 that is configured to carry cooling fluid into and out of the cooling channel 108, wherein at least a portion of the cooling fluid is configured to be a liquid phase, a gas phase, or a liquid-gas mix phase, wherein the cooling channel 108 is fluidly separate from the at least one cooling chamber 106, 114, and wherein the cooling channel 108 is thermally coupled with the at least one cooling chamber 106, 114, wherein the at least one cooling chamber 106, 114 is configured to transfer thermal energy from the working fluid to the cooling fluid. a body 118 comprising an outer surface 102 and at least one cooling chamber 106, 114 integrally formed with and disposed inside the body 118, the at least one cooling chamber 106, 114 extending in at least two orthogonal dimensions and including a working fluid configured to extract thermal energy from the one or more heat sources 104, the at least one cooling chamber 106, 114 including hermetic walls such that the at least one cooling chamber 106, 114 is configured to be hermetically sealed; and a cooling channel 108 integrally formed with and disposed within the body 118, the cooling channel 108 including one or more hermetic channel walls defining the cooling channel 108, the cooling channel 108 fluidly coupled with a passageway 110, 112 that is configured to carry cooling fluid into and out of the cooling channel 108, wherein at least a portion of the cooling fluid is configured to be a liquid phase, a gas phase, or a liquid-gas mix phase, wherein the cooling channel 108 is fluidly separate from the at least one cooling chamber 106, 114, and wherein the cooling channel 108 is thermally coupled with the at least one cooling chamber 106, 114, wherein the at least one cooling chamber 106, 114 is configured to transfer thermal energy from the working fluid to the cooling fluid.
Active ingredient combinations comprising a) climbazole b) piroctone olamine c) undecylenamidopropylbetaine. a) climbazole b) piroctone olamine c) undecylenamidopropylbetaine.
A registration method of registering a second image dataset with a first image dataset on the basis of a set of landmarks, said registration method comprising: - a weight-assigning step for assigning a weight to each coordinate of each landmark from the set of landmarks; and - a registering step for registering the second image dataset with the first image dataset on the basis of the weight assigned to the each coordinate, characterized in that the weight-assigning step allows to limit or to eliminate dependence of the subsequent registering step on some landmark coordinates while optimizing selected landmark coordinates and displacements on the basis of a minimum or a maximum of an objective function employed in the registration step. - a weight-assigning step for assigning a weight to each coordinate of each landmark from the set of landmarks; and - a registering step for registering the second image dataset with the first image dataset on the basis of the weight assigned to the each coordinate,
Optical rotary joint comprising: a first collimator arrangement connected to first light waveguides; a second collimator arrangement connected to second light waveguides, the second collimator arrangement being arranged rotatably relative to the first collimator arrangement about a rotation axis; and a derotating optical element which is arranged in a light path between the first collimator arrangement and the second collimator arrangement; characterized in that a first face of the derotating optical element comprises a first multiwavelength achromatic metasurface and a second face of the derotating optical element comprises a second multiwavelength achromatic metasurface, wherein the first and the second multiwavelength achromatic metasurfaces (14, 16) each comprise an arrangement of a plurality of subwavelength size resonators and the material of the plurality of subwavelength size resonators is glass. a first collimator arrangement connected to first light waveguides; a second collimator arrangement connected to second light waveguides, the second collimator arrangement being arranged rotatably relative to the first collimator arrangement about a rotation axis; and a derotating optical element which is arranged in a light path between the first collimator arrangement and the second collimator arrangement; characterized in that a first face of the derotating optical element comprises a first multiwavelength achromatic metasurface and a second face of the derotating optical element comprises a second multiwavelength achromatic metasurface, wherein the first and the second multiwavelength achromatic metasurfaces (14, 16) each comprise an arrangement of a plurality of subwavelength size resonators and the material of the plurality of subwavelength size resonators is glass.
A method for manufacturing a magnetoelastic torque sensing device, the method comprising the steps of: positioning a solenoid (204, 1004) formed around a permanently magnetized core in proximity to a magnetoelastic element; rotating the magnetoelastic element about a central axis whereby an initial magnetically conditioned region is formed at a first location on the magnetoelastic element; measuring magnetic fields produced by various portions of the initial magnetically conditioned region; calculating one or more adjustment factors based on the measured magnetic fields; rotating the magnetoelastic element about the central axis while applying an electrical current to the solenoid (204, 1004) whereby a final magnetically conditioned region is formed at the first location on the magnetoelastic element, wherein the electrical current that is applied is adjusted based on the adjustment factors during the rotation of the magnetoelastic element. positioning a solenoid (204, 1004) formed around a permanently magnetized core in proximity to a magnetoelastic element; rotating the magnetoelastic element about a central axis whereby an initial magnetically conditioned region is formed at a first location on the magnetoelastic element; measuring magnetic fields produced by various portions of the initial magnetically conditioned region; calculating one or more adjustment factors based on the measured magnetic fields; rotating the magnetoelastic element about the central axis while applying an electrical current to the solenoid (204, 1004) whereby a final magnetically conditioned region is formed at the first location on the magnetoelastic element, wherein the electrical current that is applied is adjusted based on the adjustment factors during the rotation of the magnetoelastic element.
A method of obtaining data for a geographic database, said method comprising: obtaining a photographic image of a geographic area; creating guide points at identified locations on said image and providing for coding of pixels of the image corresponding to the identified locations of the guide points to facilitate placement of a route highlight, wherein the guide points are usable by a computer to overlay, for display, a route highlight connecting respective guide points; wherein if a portion of the route to be highlighted is obstructed by an object in said image, creating guide points on either side of the portion and coding pixels of the image to indicate that the route highlight should be at least partially transparent or not present in the corresponding portion of the image, and storing data identifying said guide points on the image, the image and the coded pixels of the image in said geographic database. obtaining a photographic image of a geographic area; creating guide points at identified locations on said image and providing for coding of pixels of the image corresponding to the identified locations of the guide points to facilitate placement of a route highlight, wherein the guide points are usable by a computer to overlay, for display, a route highlight connecting respective guide points; wherein if a portion of the route to be highlighted is obstructed by an object in said image, creating guide points on either side of the portion and coding pixels of the image to indicate that the route highlight should be at least partially transparent or not present in the corresponding portion of the image, and storing data identifying said guide points on the image, the image and the coded pixels of the image in said geographic database.
A "water-in-silicone" inverse emulsion obtainable by polymerisation or copolymerisation of at least one ionic, anionic and/or cationic monomer, and possibly at least one non-ionic monomer, in the presence of a cross-linking agent and possibly a transfer agent, and comprising: - a continuous phase containing at 100% by weight of one silicone-type oil, - and at least 2 surfactants, at least one of which is a water-in-silicone-type non-ionic silicone emulsifier and at least one is an inversion agent. - a continuous phase containing at 100% by weight of one silicone-type oil, - and at least 2 surfactants, at least one of which is a water-in-silicone-type non-ionic silicone emulsifier and at least one is an inversion agent.
Tyre for motorcycles, having a tread band comprising a central annular portion symmetrically located astride an equatorial plane (X-X); two lateral annular portions located on axially opposite sides with respect to the central annular portion; and two shoulder annular portions located on axially opposite sides with respect to the lateral annular portions; the central annular portion having an axial extension not greater than 25% of the axial development of the tread band; each shoulder annular portion having an axial extension not greater than 20% of the axial development of the tread band; each lateral annular portion having an axial extension not greater than 35% of the axial development of the tread band; the tread band comprising a plurality of grooves adapted to define a tread pattern; the grooves of the tread pattern altogether define a void-to-rubber ratio lower than 8% on said tread band; the tread band comprising a module repeated along a direction of circumferential development of the tyre comprising: - at least two substantially longitudinal grooves (18, 19), oppositely inclined with respect to the equatorial plane X-X of the tyre; wherein: - the first substantially longitudinal grooves (18,19) mainly extend in the lateral annular portions and comprise, moving axially away from the equatorial plane X-X of the tyre, at least three substantially straight and substantially consecutive segments (20, 21, 22) wherein the first segment has an inclination with respect to the equatorial plane X-X adapted to form an angle α greater than 150°; characterised in that: - the second segment has a length measured along its extension smaller than the length of the first segment; - the second segment extending in a radial region of the lateral annular portion defined by radial angles φ between +/-5° and +/-25°, in the case of a tyre intended to be mounted on the rear wheel of a motorcycle, and between +/-5° and +/-20°, in the case of a tyre intended to be mounted on the front wheel of a motorcycle. - at least two substantially longitudinal grooves (18, 19), oppositely inclined with respect to the equatorial plane X-X of the tyre; wherein: - the first substantially longitudinal grooves (18,19) mainly extend in the lateral annular portions and comprise, moving axially away from the equatorial plane X-X of the tyre, at least three substantially straight and substantially consecutive segments (20, 21, 22) wherein the first segment has an inclination with respect to the equatorial plane X-X adapted to form an angle α greater than 150°; characterised in that: - the second segment has a length measured along its extension smaller than the length of the first segment; - the second segment extending in a radial region of the lateral annular portion defined by radial angles φ between +/-5° and +/-25°, in the case of a tyre intended to be mounted on the rear wheel of a motorcycle, and between +/-5° and +/-20°, in the case of a tyre intended to be mounted on the front wheel of a motorcycle.
A method for authentication in a computer network system based on security credentials issued for client hosts via the computer network system by a remote security authority apparatus, the method comprising: receiving, by a client host via the computer network system from the remote security authority apparatus, an emergency security credential, storing the received emergency security credential in a storage of emergency security credentials at the client host for use later in response to detection that the client host is prevented from obtaining security credentials from the remote security authority apparatus, wherein use of the emergency security credential is limited for authentication of a limited set of operations for the client host, initiating a procedure to obtain a security credential via the computer network system from the remote security authority apparatus for use by the client host in accessing a target host, detecting that the client host is prevented from obtaining security credentials via the computer network system from the remote security authority apparatus for use in accessing the target host, in response to said detecting, fetching by the client host the previously stored emergency security credential from the storage of emergency security credentials, and sending the emergency security credential with an error state indication from the client host to the target host. receiving, by a client host via the computer network system from the remote security authority apparatus, an emergency security credential, storing the received emergency security credential in a storage of emergency security credentials at the client host for use later in response to detection that the client host is prevented from obtaining security credentials from the remote security authority apparatus, wherein use of the emergency security credential is limited for authentication of a limited set of operations for the client host, initiating a procedure to obtain a security credential via the computer network system from the remote security authority apparatus for use by the client host in accessing a target host, detecting that the client host is prevented from obtaining security credentials via the computer network system from the remote security authority apparatus for use in accessing the target host, in response to said detecting, fetching by the client host the previously stored emergency security credential from the storage of emergency security credentials, and sending the emergency security credential with an error state indication from the client host to the target host.
A method for producing a polyisocyanurate composition, the method comprising subjecting xylylenediisocyanate to isocyanurate-forming reaction in the presence of an isocyanurate-forming catalyst, wherein the isocyanurate-forming catalyst is hydroxide of tetrabutylammonium.
A system for delivering an embolic coil to the vasculature of a patient comprising: a catheter; a delivery wire inserted in the catheter; and an embolic coil deployable from a distal portion of said delivery wire, said embolic coil comprising an elongated core element formed of a shape memory material treated to define a memorized secondary coil shape; an elongated outer element wound around the elongated core element to define a primary coil shape of the embolic coil; and a plurality of fibers extending from the embolic coil; wherein said embolic coil is suitable for insertion through said catheter. a catheter; a delivery wire inserted in the catheter; and an embolic coil deployable from a distal portion of said delivery wire, said embolic coil comprising an elongated core element formed of a shape memory material treated to define a memorized secondary coil shape; an elongated outer element wound around the elongated core element to define a primary coil shape of the embolic coil; and a plurality of fibers extending from the embolic coil; an elongated core element formed of a shape memory material treated to define a memorized secondary coil shape; an elongated outer element wound around the elongated core element to define a primary coil shape of the embolic coil; and a plurality of fibers extending from the embolic coil; wherein said embolic coil is suitable for insertion through said catheter.