mhurhangee/ep-ind-claims huggingface dataset:
A multi-purpose auxiliary member tool for removing a personal card from a slot compartment or specialized slot of a wallet comprising: a) an attachment component, wherein the attachment component is a generally flattened, rigid, U-shaped body, having a generally planar top card gripping arm and a generally planar bottom card gripping arm extending distally from a common base such that the top gripping arm and the bottom gripping arm are opposed and held in a generally parallel orientation to each other and held in a fixed position relative to each other, said top gripping arm and said bottom gripping arm together defining a card slot having an open front end and closed back end, the card slot being adapted to removably accept and secure a personal card by tight friction fit, wherein the attachment component arms (84a, 84b) retain their shape and position relative to each other through repeated insertion of personal cards into the card slot, without bending or breaking, and wherein the attachment component is formed as a single, continuous unit that is not bendable, and is unbreakable or is resistant to breakage; and b) an extension component disposed upon and extending distally from the base of the attachment component, said extension component being adapted for gripping and removal of a personal card from a slot compartment or specialized slot of a wallet when the tool is secured to the personal card. a) an attachment component, wherein the attachment component is a generally flattened, rigid, U-shaped body, having a generally planar top card gripping arm and a generally planar bottom card gripping arm extending distally from a common base such that the top gripping arm and the bottom gripping arm are opposed and held in a generally parallel orientation to each other and held in a fixed position relative to each other, said top gripping arm and said bottom gripping arm together defining a card slot having an open front end and closed back end, the card slot being adapted to removably accept and secure a personal card by tight friction fit, wherein the attachment component arms (84a, 84b) retain their shape and position relative to each other through repeated insertion of personal cards into the card slot, without bending or breaking, and wherein the attachment component is formed as a single, continuous unit that is not bendable, and is unbreakable or is resistant to breakage; and b) an extension component disposed upon and extending distally from the base of the attachment component, said extension component being adapted for gripping and removal of a personal card from a slot compartment or specialized slot of a wallet when the tool is secured to the personal card.
System for enabling IPv6-based communication in a VANET (Vehicular Ad Hoc NETwork), wherein said VANET includes a plurality of communication nodes, said communication nodes being aware of their geographic position, as well as one or more attachment points providing access to an external infrastructure network, in particular the Internet, wherein a position-based geographical routing protocol is implemented for routing data packets within said VANET, and wherein in said communication nodes at least two different types of logical links are provided for the transport of IPv6 packets over sub-IP geographical routing, wherein one of said at least two different types of logical links is a geographical link - G link - being designed to have geographical logical boundaries, and wherein another of said at least two different types of logical links is a topological link - T link - being designed to have topological logical boundaries. characterized in that said G links are designed to be link-local multicast capable by mapping IPv6 link-local multicast addresses into sub-IP geographical areas.
Manufacturing process for an enveloping component (34, 35) for a custom-made shoe including the following stages: - from the digital model of the lower limb of the user, the generation, through a processor, of a numeric model of a brace of the custom-made shoe associated with the lower limb of the user; - the transfer of the digital model of the brace of the custom-made shoe to the processor of an additive manufacturing machine; - the generation of a digital model of a block (28, 50) corresponding to an assembly of the digital model of the brace of the custom-made shoe and of the digital model of the lower limb of the user; - the manufacturing of a component enveloping (34, 35), at least in part, the block (28, 50), with the enveloping component being adapted to the brace associated with the lower limb of the user. - from the digital model of the lower limb of the user, the generation, through a processor, of a numeric model of a brace of the custom-made shoe associated with the lower limb of the user; - the transfer of the digital model of the brace of the custom-made shoe to the processor of an additive manufacturing machine; - the generation of a digital model of a block (28, 50) corresponding to an assembly of the digital model of the brace of the custom-made shoe and of the digital model of the lower limb of the user; - the manufacturing of a component enveloping (34, 35), at least in part, the block (28, 50), with the enveloping component being adapted to the brace associated with the lower limb of the user.
A scandia-stabilized zirconia sintered powder produced by pulverizing a scandia-stabilized zirconia sintered body sintered at a temperature of not less than 1300°C and not more than 1600°C, wherein: an average particle diameter (De) determined using a transmission electron microscope is more than 0.3 μm and not more than 1.5 μm; an average particle diameter (Dr) determined by a laser scattering method is more than 0.3 μm and not more than 3.0 μm; and a ratio (Dr/De) of the average particle diameter determined by the laser scattering method to the average particle diameter determined using the transmission electron microscope is not less than 1.0 and not more than 2.5. an average particle diameter (De) determined using a transmission electron microscope is more than 0.3 μm and not more than 1.5 μm; an average particle diameter (Dr) determined by a laser scattering method is more than 0.3 μm and not more than 3.0 μm; and a ratio (Dr/De) of the average particle diameter determined by the laser scattering method to the average particle diameter determined using the transmission electron microscope is not less than 1.0 and not more than 2.5.
A method for controlling transmission power of an uplink high speed dedicated physical control channel, HS-DPCCH, by a radio network controller, RNC, in a mobile communication system, the method comprising: receiving, from a user equipment, UE, a measurement report; identifying, based on the measurement report, whether a type of event is occurred, the type of event being event 1A representing an update of an active set, the update of the active set adding a radio link to the active set; transmitting, to the UE, an active set update message including a power offset, the active set update message being generated based on the type of event occurred; and receiving, from the UE, an active set update complete message in response to the active set update message, wherein the power offset is applied to adjust the transmission power at the UE. receiving, from a user equipment, UE, a measurement report; identifying, based on the measurement report, whether a type of event is occurred, the type of event being event 1A representing an update of an active set, the update of the active set adding a radio link to the active set; transmitting, to the UE, an active set update message including a power offset, the active set update message being generated based on the type of event occurred; and receiving, from the UE, an active set update complete message in response to the active set update message, wherein the power offset is applied to adjust the transmission power at the UE.
A sound emitter device that is immersible or semi-immersible in an ambient liquid, the device being characterized in that it comprises: • a rigid hollow body having a first opening and a second opening, the hollow body being arranged to be immersed at least in part in the ambient liquid and having a main axis passing through the first opening of the hollow body; • an electrodynamic loudspeaker comprising a diaphragm closing the first opening, a magnet that is mounted stationary relative to the hollow body, and a coil that is mounted to be movable relative to the hollow body along a travel direction parallel to the main axis of the hollow body; and • a pressure balancing pouch comprising a flexible membrane and suitable for containing a pressure compensation fluid, the flexible membrane being suitable for deforming under the effect of a variation in the pressure of the ambient liquid, the deformation of the flexible membrane giving rise to a flow of pressure compensation fluid through the second opening in such a manner as to balance the pressures exerted on either side of the diaphragm of the loudspeaker; characterized in that the device is configured in such a manner that its center of gravity and its center of buoyancy thrust lie on the main axis with center of buoyancy thrust lying vertically in register with the center of gravity, the device and its hollow body being arranged so that, when the device is at least semi-immersed in the ambient liquid, the device spontaneously takes up orientation with the main axis of the hollow body extending vertically and with a face of the diaphragm of the loudspeaker being in contact with the ambient liquid. • a rigid hollow body having a first opening and a second opening, the hollow body being arranged to be immersed at least in part in the ambient liquid and having a main axis passing through the first opening of the hollow body; • an electrodynamic loudspeaker comprising a diaphragm closing the first opening, a magnet that is mounted stationary relative to the hollow body, and a coil that is mounted to be movable relative to the hollow body along a travel direction parallel to the main axis of the hollow body; and • a pressure balancing pouch comprising a flexible membrane and suitable for containing a pressure compensation fluid, the flexible membrane being suitable for deforming under the effect of a variation in the pressure of the ambient liquid, the deformation of the flexible membrane giving rise to a flow of pressure compensation fluid through the second opening in such a manner as to balance the pressures exerted on either side of the diaphragm of the loudspeaker;
A method for processing communication signals, the method comprising: assigning a bandwidth and a feedback period to one or more Channel Quality Indicator, CQI, reporting units and a bandwidth and a feedback period to one or more Pre-Coding Matrix Index, PMI, reporting units; and generating one or more feedback messages based at least on channel state information associated with said bandwidth and said feedback period assigned to said one or more CQI reporting units and with said bandwidth and said feedback period assigned to said one or more PMI reporting units. assigning a bandwidth and a feedback period to one or more Channel Quality Indicator, CQI, reporting units and a bandwidth and a feedback period to one or more Pre-Coding Matrix Index, PMI, reporting units; and generating one or more feedback messages based at least on channel state information associated with said bandwidth and said feedback period assigned to said one or more CQI reporting units and with said bandwidth and said feedback period assigned to said one or more PMI reporting units.
A system for the facial detection of a driver of a vehicle comprising: an instrument cluster for the driver including a support and a dashboard oriented towards the driver and covered with a glass, said dashboard being embedded in the support; a vehicle steering wheel provided with spokes; an image capture device comprising a camera configured to capture sequential images of the gaze of the driver; and a controller configured to analyze the gaze of the driver; characterized in that said glass of the dashboard defines a reflective surface configured to directly reflect the sequential images of the gaze of the driver, the camera comprising a field of view oriented towards the reflective surface so as to indirectly capture the images of the gaze of the driver; and said reflective surface extends along a vertical direction in a concave manner focusing the reflected field of view of the camera towards an optical focal spot located between the spokes of the steering wheel of the vehicle so as to minimize the obstruction of the reflected field of view by the steering wheel, the effect of the focusing of the reflected field of view at an optical focal spot being to invert, along the vertical direction, the reflected image of a driver's gaze on the reflective surface. an instrument cluster for the driver including a support and a dashboard oriented towards the driver and covered with a glass, said dashboard being embedded in the support; a vehicle steering wheel provided with spokes; an image capture device comprising a camera configured to capture sequential images of the gaze of the driver; and a controller configured to analyze the gaze of the driver; characterized in that said glass of the dashboard defines a reflective surface configured to directly reflect the sequential images of the gaze of the driver, the camera comprising a field of view oriented towards the reflective surface so as to indirectly capture the images of the gaze of the driver; and said reflective surface extends along a vertical direction in a concave manner focusing the reflected field of view of the camera towards an optical focal spot located between the spokes of the steering wheel of the vehicle so as to minimize the obstruction of the reflected field of view by the steering wheel, the effect of the focusing of the reflected field of view at an optical focal spot being to invert, along the vertical direction, the reflected image of a driver's gaze on the reflective surface.
A multi-blade cross flow fan comprising an impeller, the impeller being provided with a plurality of impeller blades and a plurality of notches formed in a blade edge on an outer side of the impeller blade, characterized in that, in a pressure surface of the impeller blade, the pressure surface receiving an air pressure on the basis of rotation of the multi-blade fan, for each notch a projection (19, 20) protrudes along a thickness direction of the impeller blade, said projection (19, 20) provided so as to extend radially inwardly of the notch.
A method for determining a channel in a wireless network comprising a plurality of access points operable on a plurality of channels of said communication network, comprising the following steps performed at one access point of said plurality of access points, said one access point having a memory storage with at least one stored interference information: - sensing (31; 41) for at least one channel of said plurality of channels a number of operating access points of said plurality of access points operating respectively on said at least one channel; - determining (32; 42) for each operating access point of said number of operating access points interference information pertaining to at least one interference indicator for said operating access point; and - determining (34; 44) a channel of said plurality of channels based on at least a part of the interference information stored in said memory storage; and characterized by - determining (33; 43) whether or not to overwrite a stored interference information based on said at least one stored interference information and the determined interference information. - sensing (31; 41) for at least one channel of said plurality of channels a number of operating access points of said plurality of access points operating respectively on said at least one channel; - determining (32; 42) for each operating access point of said number of operating access points interference information pertaining to at least one interference indicator for said operating access point; and - determining (34; 44) a channel of said plurality of channels based on at least a part of the interference information stored in said memory storage; and characterized by - determining (33; 43) whether or not to overwrite a stored interference information based on said at least one stored interference information and the determined interference information.
Machine with a drive train, which has a drive unit, an output unit and a gear unit interconnecting the drive unit and the output unit, wherein the connection between the gear unit and the drive unit and/or the connection between the gear unit and the output unit is electrically insulated, characterised in that the gear unit is designed such that it is not earthed in respect of the machine environment during normal operation of the machine, and that the gear unit has a safety facility which is set up such that it automatically earths the gear unit in the event of danger.
A method of fabricating a semiconductor device, comprising: forming at least one first fin in a layer of strained semiconductor material overlying an insulating layer on a base substrate, the first fin presenting a length below a critical length (Lc) at which the semiconductor material of the first fin relaxes while conducting a heat treatment under given time, temperature and pressure conditions; forming at least one_second fin in the layer of strained semiconductor material; after forming the at least one first fin and the at least one second fin, conducting the heat treatment under the given time, temperature and pressure conditions causing relaxation of stress within the at least one first fin so as to form at least one relaxed first fin; and wherein the at least one second fin has a length above the critical thickness (Lc) such that the at least one second fin does not entirely relax while conducting the heat treatment. forming at least one first fin in a layer of strained semiconductor material overlying an insulating layer on a base substrate, the first fin presenting a length below a critical length (Lc) at which the semiconductor material of the first fin relaxes while conducting a heat treatment under given time, temperature and pressure conditions; forming at least one_second fin in the layer of strained semiconductor material; after forming the at least one first fin and the at least one second fin, conducting the heat treatment under the given time, temperature and pressure conditions causing relaxation of stress within the at least one first fin so as to form at least one relaxed first fin; and wherein the at least one second fin has a length above the critical thickness (Lc) such that the at least one second fin does not entirely relax while conducting the heat treatment.
A carbon material having organic groups, characterized in that it is obtainable by the reaction of carbon material with organic compounds selected from the group or with a K or N(R 9) 4 as counter-ion.
A chain saw comprising a cutting chain carried on a chain bar and driven by means of a chain sprocket rotated by a prime mover through a wrap-spring clutch assembly and having a kick-back brake means provided by the wrap-spring clutch assembly; wherein: the wrap-spring clutch assembly additionally acts to provide a run-down brake function; the chain sprocket is mounted upon a chain sprocket hub and the wrap-spring clutch assembly comprises a gear mounted on a gear hub, the hubs (42, 43) being mounted in an opposed configuration within a helical spring which includes a spring stop; the chain saw further comprises a pawl biased into engagement with the spring stop provided on the helical spring whereby, in the engaged position, rotation of the spring is substantially prevented, wherein the pawl is retractable from said engagement with the spring stop under operation of an operator switch; and the operator switch is movably mounted at one end within a handle housing of the chain saw and adapted to act upon a first end of an elongate beam, which beam includes pawl actuation means adapted to disengage the pawl from the spring stop in response to operation of the operator switch; characterised in that the operator switch includes upper and edge internal switch bearing surfaces, wherein engagement of the beam with the upper internal switch bearing surface is required for actuation of the prime mover, and wherein, upon actuation of the kick-back actuator switch, contact of the beam with the upper internal switch bearing surface is interrupted or otherwise prevented, such that the prime mover cannot be re-actuated until the operator switch has been released and reapplied. the wrap-spring clutch assembly additionally acts to provide a run-down brake function; the chain sprocket is mounted upon a chain sprocket hub and the wrap-spring clutch assembly comprises a gear mounted on a gear hub, the hubs (42, 43) being mounted in an opposed configuration within a helical spring which includes a spring stop; the chain saw further comprises a pawl biased into engagement with the spring stop provided on the helical spring whereby, in the engaged position, rotation of the spring is substantially prevented, wherein the pawl is retractable from said engagement with the spring stop under operation of an operator switch; and the operator switch is movably mounted at one end within a handle housing of the chain saw and adapted to act upon a first end of an elongate beam, which beam includes pawl actuation means adapted to disengage the pawl from the spring stop in response to operation of the operator switch;
Copper based binder for the fabrication of diamond tools comprising Cu, Fe and Co, wherein said binder comprises the following components in the following ratios, wt.%: Cu = 30 − 60 Fe = 20 − 35 Co = 10 − 15 Sn = 0 − 10.5 WC = 0 − 20 alloying addition = 1 − 15, and wherein said alloying addition is introduced in the form of 6-25 m 2 /g specific surface area nanopowder.