mhurhangee/ep-ind-claims huggingface dataset:
A roaming service method used in a terminal of a mobile broadcasting system, the method comprising: transmitting (403; 803; 1303) a roaming request message for requesting a purchase item allowable for individual services to at least one of its home service provider, Home SP, and a visited service provider, Visited SP, based on a service guide received from the Visited SP when the terminal moves to a roaming area; receiving (406; 806; 1306) a roaming response message from the at least one of the Home SP and the Visited SP, verifying roaming availability by deciphering the roaming response message, verifying allowable scope for each individual service, and transmitting (407; 807; 1307) at least one of agreement and disagreement on the allowable scope to the Home SP or the Visited SP; and if a verified roaming condition is agreed, receiving (408; 808; 1325) an enciphering key from the at least one of the Home SP and the Visited SP. transmitting (403; 803; 1303) a roaming request message for requesting a purchase item allowable for individual services to at least one of its home service provider, Home SP, and a visited service provider, Visited SP, based on a service guide received from the Visited SP when the terminal moves to a roaming area; receiving (406; 806; 1306) a roaming response message from the at least one of the Home SP and the Visited SP, verifying roaming availability by deciphering the roaming response message, verifying allowable scope for each individual service, and transmitting (407; 807; 1307) at least one of agreement and disagreement on the allowable scope to the Home SP or the Visited SP; and if a verified roaming condition is agreed, receiving (408; 808; 1325) an enciphering key from the at least one of the Home SP and the Visited SP.
A passenger side airbag arrangement comprising an airbag (10; 100) and an instrument panel from which the airbag deploys, said airbag comprising: a single inflatable chamber defined by a main panel (12; 102) and pair of side panels (14, 16; 104a; 104b) integral to or otherwise attached along edges of the main panel (12; 102) wherein the main panel has a top portion, a front portion and a bottom portion and the inflatable chamber has a gas inlet passageway anchored at an end for allowing inflation gases to enter the inflatable chamber, a vertically oriented recessed portion on the main panel (12; 102) extending from the front portion of the main panel (12; 102) to and at least partially into the bottom portion of the main panel (12; 102) and dividing the inflatable chamber into two lobe portions (40, 42), an internal tether (50; 180) attached to the recessed portion and anchored at the gas inlet passageway to limit forward movement of the recessed portion upon inflation of the inflatable chamber; and wherein the recessed portion comprises a center recess panel (22; 160) and a pair of side recess panels (24, 26; 23, 25), the edges of the side recess panels being attached to or integrally formed with lateral edges of an opening (11; 130) in the front portion of the main panel (12; 102) and the center recess panel (22; 160) being attached to or integrally formed with upper and lower ends of the opening (11; 130) and to edges of each side panel to form the recessed portion; characterized by the vertically oriented recessed portion beginning at or below a vertical location equal or less than a vertical location of the gas inlet passageway when the airbag is deployed from said instrument panel.
An optical sensor comprising stacked layers comprising: a substrate comprising a readout circuit, a window layer which allows the passage of photons, a sensing layer for generating charges upon impinging of the photons through the window layer, a bottom electrode layer comprising at least one bottom electrode for receiving charges generated in the sensing layer, and for transferring received charges to the readout circuit, the sensing layer being sandwiched between the window layer and the bottom electrode layer, a contact layer comprising at least one contact electrically connected to the at least one bottom electrode for providing electrical connection between the at least one bottom electrode and the readout circuit, wherein the at least one bottom electrode of the bottom electrode layer has reflectivity higher than 0.7 to reflect back received photons into the sensing layer, and characterised in that it comprises a bi-layer of TiN, comprising a sub-layer of Ionized Metal Plasma TiN closest to the sensing layer, and configured to receive charges from the sensing layer, and a further sub-layer of cathodic arc TiN configured to receive charges from the sub-layer closest to the sensing layer, and for transferring these received charges via the at least one contact to the readout circuit. a substrate comprising a readout circuit, a window layer which allows the passage of photons, a sensing layer for generating charges upon impinging of the photons through the window layer, a bottom electrode layer comprising at least one bottom electrode for receiving charges generated in the sensing layer, and for transferring received charges to the readout circuit, the sensing layer being sandwiched between the window layer and the bottom electrode layer, a contact layer comprising at least one contact electrically connected to the at least one bottom electrode for providing electrical connection between the at least one bottom electrode and the readout circuit, wherein the at least one bottom electrode of the bottom electrode layer has reflectivity higher than 0.7 to reflect back received photons into the sensing layer, and characterised in that it comprises a bi-layer of TiN, comprising a sub-layer of Ionized Metal Plasma TiN closest to the sensing layer, and configured to receive charges from the sensing layer, and a further sub-layer of cathodic arc TiN configured to receive charges from the sub-layer closest to the sensing layer, and for transferring these received charges via the at least one contact to the readout circuit.
An internal pouch held in a double-structured aerosol can, composed of a first internal pouch for containing a first agent and a second internal pouch for containing a second agent, the first agent containing a strongly alkaline component and the second agent comprising an acid component that compose an oxidizing hairdye, and the aerosol can being capable of simultaneously ejecting the first agent and the second agent; wherein said first internal pouch has a layer constitution that includes at least a polyolefin inner layer, an adhesive resin layer on the inner layer side, an aluminum foil, an adhesive resin layer on the outer layer side and a thermoplastic resin outer layer; said second internal pouch has a layer constitution that includes at least a polyolefin inner layer, an adhesive resin layer on the inner layer side, an aluminum foil, an adhesive resin layer on the outer layer side and a thermoplastic resin outer layer; characterized in that the adhesive resin forming the adhesive resin layer on the inner layer side of said first internal pouch comprises a polyether type urethane resin; and the adhesive resin forming the adhesive resin layer on the inner layer side of said second internal pouch comprises a polyester type urethane resin.
A compound of the Formula 2: in solid form having an X-ray powder diffraction pattern, obtained using CuKα as the source of radiation, which exhibits the following peaks expressed in degrees 2θ: 15.01, 20.98, 21.49, 22.52, 23.15, 24.27, 25.80 and 26.57.
A femoral implant (100, 200) having an articulating surface and a bone contacting surface, the bone contacting surface comprising: a first curved keel extending proximally from the first condylar surface, the first curved keel having a first curve defining a first radius; a second curved keel extending proximally from the second condylar surface, the second curved keel having a second curve defining a second radius; a first pivot pad extending anteriorly from a posterior end of one of the first and second condylar surfaces; wherein when the first pivot pad is placed in a corresponding recess in a resected distal bone, the femoral implant (100, 200) can be rotated about the first pivot pad to place the first and second curved keels into corresponding curved recesses (20, 22) in the resected distal bone, characterised in that the bone contacting surface further comprises a second pivot pad extending anteriorly from a posterior end of the other of the first and second condylar surfaces, wherein the second condylar surface is spaced away from the first condylar surface. a first curved keel extending proximally from the first condylar surface, the first curved keel having a first curve defining a first radius; a second curved keel extending proximally from the second condylar surface, the second curved keel having a second curve defining a second radius; a first pivot pad extending anteriorly from a posterior end of one of the first and second condylar surfaces; wherein when the first pivot pad is placed in a corresponding recess in a resected distal bone, the femoral implant (100, 200) can be rotated about the first pivot pad to place the first and second curved keels into corresponding curved recesses (20, 22) in the resected distal bone, characterised in that the bone contacting surface further comprises a second pivot pad extending anteriorly from a posterior end of the other of the first and second condylar surfaces, wherein the second condylar surface is spaced away from the first condylar surface.
Electronic device comprising: - a stack of layers superposed in a stacking direction, the stack comprising - a first layer made of a first superconducting material, - a second layer made of a second superconducting material, and - a barrier layer delimited in the stacking direction by the first layer and the second layer, the barrier layer forming a barrier between the first layer and the second layer, the barrier layer being made of a third ferroelectric material having a gap value, the first layer, the barrier layer and the second layer forming a Josephson junction, the first material comprising at least one portion having a first critical temperature, the electronic device being characterised in that the device further comprises: - a regulating member capable of maintaining the stack at a setpoint temperature (Ta), and - a polarisation member capable of modifying the first critical temperature of the at least one portion of the first layer between a first value and a second value, the first value being strictly below the setpoint temperature (Ta) and the second value being strictly above the setpoint temperature (Ta). - a stack of layers superposed in a stacking direction, the stack comprising - a first layer made of a first superconducting material, - a second layer made of a second superconducting material, and - a barrier layer delimited in the stacking direction by the first layer and the second layer, the barrier layer forming a barrier between the first layer and the second layer, the barrier layer being made of a third ferroelectric material having a gap value, - a first layer made of a first superconducting material, - a second layer made of a second superconducting material, and - a barrier layer delimited in the stacking direction by the first layer and the second layer, the barrier layer forming a barrier between the first layer and the second layer, the barrier layer being made of a third ferroelectric material having a gap value, - a regulating member capable of maintaining the stack at a setpoint temperature (Ta), and - a polarisation member capable of modifying the first critical temperature of the at least one portion of the first layer between a first value and a second value, the first value being strictly below the setpoint temperature (Ta) and the second value being strictly above the setpoint temperature (Ta).
A cured product, which is a reaction product of a mixture comprising an aliphatic unsaturated bond functional polyorganosiloxane and a compound having hydrogen atoms bound to silicon atoms, and which comprises a unit of the following Formula 1 and a siloxane unit of the following Formula 2, wherein the ratio (C/Si) of the number of moles of carbon atoms which are present in A of the following Formula 1 to the total number of moles of silicon atoms (Si) is in the range of 0.15 to 0.55, and the ratio (T/Si) of the number of moles of a siloxane unit of the following Formula 2 to the total number of moles of silicon atoms (Si) is in the range of 0.3 to 0.6: [Formula 1] (R 2 SiO 1/2 A 1/2) [Formula 2] (RSiO 3/2) where, in Formulae 1 and 2, each R is independently hydrogen, an epoxy group or a monovalent hydrocarbon group; and A is an alkylene group having 2 to 4 carbon atoms.
Protection device for protecting a fuselage of a rotorcraft against a pyramidal structure for carrying a load, said pyramidal structure being provided with a frame having a quadrilateral shape and with a first pair of two arms (12, 13) and with a second pair of two arms (14, 15), each arm (12, 13, 14, 15) extending in elevation from the frame towards an apex, characterised in that said protection device includes: - a protective plate suitable for being interposed between said fuselage and said pyramidal structure, - a knife secured to said protective plate for exerting a force on the arms of the first pair in order to break them, - a compass provided with two branches (41, 42) connected to said protective plate in order to tend to move the arms of the second pair transversely apart from each other. - a protective plate suitable for being interposed between said fuselage and said pyramidal structure, - a knife secured to said protective plate for exerting a force on the arms of the first pair in order to break them, - a compass provided with two branches (41, 42) connected to said protective plate in order to tend to move the arms of the second pair transversely apart from each other.
A propeller blade, comprising: a hub; a tip; a surface area that extends between the hub and the tip, the surface area having an upper side, a lower side, a leading edge that extends between the hub and the tip, and a trailing edge; a fringe (503, 505) coupled along the trailing edge of the propeller blade; and a controller configured to alter a position of the fringe at a speed based at least in part on a sound generated around the propeller blade. a hub; a tip; a surface area that extends between the hub and the tip, the surface area having an upper side, a lower side, a leading edge that extends between the hub and the tip, and a trailing edge; a fringe (503, 505) coupled along the trailing edge of the propeller blade; and a controller configured to alter a position of the fringe at a speed based at least in part on a sound generated around the propeller blade.
A process for the production of nano-fibrillar cellulose suspensions, wherein cellulose fibres are at least partly broken down to primary fibrils, characterized by the steps of: (a) providing cellulose fibres in the form of a suspension; wherein all or part of the cellulose fibres may be from recycled pulp; (b) providing at least one filler and/or pigment, wherein the filler and/or pigment particles have a median particle size of from 0.03 to 15 μm; (c) combining the cellulose fibres and the at least one filler and/or pigment, wherein the weight ratio of fibres to filler and/or pigment on a dry weight basis is from 1:10 to 10:1; (d) fibrillating the cellulose fibres in the presence of the at least one filler and/or pigment until a final Schopper-Riegler degree of ≥50 °SR and ≤ 95 °SR is reached. (a) providing cellulose fibres in the form of a suspension; wherein all or part of the cellulose fibres may be from recycled pulp; (b) providing at least one filler and/or pigment, wherein the filler and/or pigment particles have a median particle size of from 0.03 to 15 μm; (c) combining the cellulose fibres and the at least one filler and/or pigment, wherein the weight ratio of fibres to filler and/or pigment on a dry weight basis is from 1:10 to 10:1; (d) fibrillating the cellulose fibres in the presence of the at least one filler and/or pigment until a final Schopper-Riegler degree of ≥50 °SR and ≤ 95 °SR is reached.
A wave front shaping device having a sound channel with a wave front shaping portion (31, 34', 35) arranged to transform a substantially flat wave front of a loudspeaker into a wave front having a cross section, seen in at least one direction, in the shape of a circular segment, wherein said wave front shaping portion of said sound channel is divided into multiple sub-channels by divider walls, wherein said divider walls extend from an entrance opening of said wave front shaping portion (31, 34', 35) to an exit opening of said wave front shaping portion (31, 34', 35), wherein, seen in cross section in said at least one direction, the side walls of each sub-channel converge towards each other from the entrance opening to the exit opening of said wave front shaping portion (31, 34', 35), wherein each of said divider walls has a centre line, wherein the centre line of each of said divider walls, seen in cross section in said at least one direction, converge towards each other adjacent the exit opening of said wave front shaping portion (31, 34', 35). wherein said wave front shaping portion of said sound channel is divided into multiple sub-channels by divider walls, wherein said divider walls extend from an entrance opening of said wave front shaping portion (31, 34', 35) to an exit opening of said wave front shaping portion (31, 34', 35), wherein, seen in cross section in said at least one direction, the side walls of each sub-channel converge towards each other from the entrance opening to the exit opening of said wave front shaping portion (31, 34', 35), wherein each of said divider walls has a centre line, wherein the centre line of each of said divider walls, seen in cross section in said at least one direction, converge towards each other adjacent the exit opening of said wave front shaping portion (31, 34', 35).
Method for monitoring the use of an electrochemical energy storage device in a motor vehicle, in which the electrochemical energy storage device supplies electric power to an electric drive, wherein in a first operating mode of the vehicle the charging status of the electrochemical energy storage device remains in a prespecified range, and in a second operating mode of the vehicle the charging status departs from the prespecified range, in which the electrochemical energy storage device in the second mode is deeply discharged to below a lower limit, characterised in that - it is counted how often the second operating mode is adopted and a count value (i) is saved in a data memory of the motor vehicle; - the count value (i) is compared with a limit value (i-grenz) and when the limit value is reached or exceeded a sequence is triggered; - in the sequence the second mode can subsequently no longer be adopted or can be adopted or can only be adopted after an additional entry. - it is counted how often the second operating mode is adopted and a count value (i) is saved in a data memory of the motor vehicle; - the count value (i) is compared with a limit value (i-grenz) and when the limit value is reached or exceeded a sequence is triggered; - in the sequence the second mode can subsequently no longer be adopted or can be adopted or can only be adopted after an additional entry.
A stationary charging system for charging a battery mounted in a vehicle using direct-current charging power generated on the basis of alternating-current input power, the system comprising: a power unit for generating the direct-current charging power on the basis of the alternating-current input power; a plurality of charging units that constitute the power unit; a control unit for controlling the charging units; and a first CAN communication line for allowing data exchange between the control unit and the charging units, wherein, each of the charging units is adapted to receive control command data transmitted by the control unit, is adapted to create charging unit status data concerning the status of the charging unit, and is adapted to transmit the charging unit status data to the control unit, characterized in that the control unit is adapted to divide the charging units into a plurality of charging unit groups (4-1, 4-2, 4-3), and is adapted to set times at which to transmit the control command data such that the control command data is transmitted sequentially to each of the charging unit groups (4-1, 4-2, 4-3), whereby the charging unit status data from each of the charging unit groups (4-1, 4-2, 4-3) is received sequentially by the control unit. a power unit for generating the direct-current charging power on the basis of the alternating-current input power; a plurality of charging units that constitute the power unit; a control unit for controlling the charging units; and a first CAN communication line for allowing data exchange between the control unit and the charging units, wherein, each of the charging units is adapted to receive control command data transmitted by the control unit, is adapted to create charging unit status data concerning the status of the charging unit, and is adapted to transmit the charging unit status data to the control unit, the control unit is adapted to divide the charging units into a plurality of charging unit groups (4-1, 4-2, 4-3), and is adapted to set times at which to transmit the control command data such that the control command data is transmitted sequentially to each of the charging unit groups (4-1, 4-2, 4-3), whereby the charging unit status data from each of the charging unit groups (4-1, 4-2, 4-3) is received sequentially by the control unit.
An induction heating cooker comprising: heating coils (L1-L4) to heat a container; sensing units to sense the container located on the heating coils, and a display unit to display the sensed container, a control unit to operate the heating coils, characterized by said heating coils (L1-L4) arranged in a container recognition region which is configured to be set through drag on an operation panel by a users finger, in case two or more containers are placed on the heating coils and the control unit has difficulty in obtaining data of the containers, wherein the display unit is part of the operation panel.
Shelf for mounting of an electrical device within a rack, comprising a bottom portion, a left and a right attachment portion connected to the bottom portion and adapted for mounting the shelf on vertical posts of the rack, further comprising a right and a left guide portion on opposite sides of the bottom portion, characterized in that the bottom portion has at a rear side two ground lugs that are configured so as to form a rear stop which prevents the electrical device from being excessively pushed into the shelf wherein each ground lug is provided with a ground screw that is captively held in the ground lug and wherein each ground screw is configured so that a ground connection is established between the electrical device and the shelf when the electrical device is placed in its position on the shelf and when the ground screw is tightened.
A topical pharmaceutical composition comprising a therapeutically effective amount of a compound represented by the structure of Formula I, or a pharmaceutically acceptable salt or solvate thereof, and at least one non-aqueous, pharmaceutically acceptable excipient comprising a glycol diester with a saturated or unsaturated fatty acid, a triglyceride and an aprotic organic solvent