mhurhangee/ep-ind-claims huggingface dataset:
A disk antenna comprising: a plurality of plates forming a stack aligned along a principal axis, each plate comprising a major conductive surface (122, 124, 126) extending in directions transverse to the principal axis; the plurality of plates including a ground plane plate (102; 144); a plurality of electrically active plates; and a drive plate disposed between the ground plane plate and the plurality of electrically active plates; and a mast configured to transition from a first condition in which the mast is compactly stowed, to a second condition in which the mast is deployed such that a length of the mast along the principal axis is increased as compared to the first condition; and one or more suspension members configured to directly or indirectly couple the mast to the plurality of electrically active plates; wherein the plates are configured to be compactly stacked when the mast is in the first condition, and are urged by the suspension members to a plurality of distributed locations along the length of the mast in the second condition characterized in that the one or more suspension members are flexible tensile members secured at a first end to a carrier plate disposed at a tip end of the mast, distal from the ground plate. a plurality of plates forming a stack aligned along a principal axis, each plate comprising a major conductive surface (122, 124, 126) extending in directions transverse to the principal axis; the plurality of plates including a ground plane plate (102; 144); a plurality of electrically active plates; and a drive plate disposed between the ground plane plate and the plurality of electrically active plates; and a ground plane plate (102; 144); a plurality of electrically active plates; and a drive plate disposed between the ground plane plate and the plurality of electrically active plates; and a mast configured to transition from a first condition in which the mast is compactly stowed, to a second condition in which the mast is deployed such that a length of the mast along the principal axis is increased as compared to the first condition; and one or more suspension members configured to directly or indirectly couple the mast to the plurality of electrically active plates; wherein the plates are configured to be compactly stacked when the mast is in the first condition, and are urged by the suspension members to a plurality of distributed locations along the length of the mast in the second condition characterized in that the one or more suspension members are flexible tensile members secured at a first end to a carrier plate disposed at a tip end of the mast, distal from the ground plate.
A method for recovery of an IP Multimedia Subsystem, IMS, upon restart of a Serving Call Session Control Function server, S-CSCF, serving a given subscriber, the method comprising the steps of: - receiving (S-130) at a Home Subscriber Server, HSS,, which holds subscriber data for subscribers of the IMS, contact data from a first S-CSCF serving a given subscriber of the IMS; - storing (S-135) at the HSS the contact data for the first S-CSCF; - receiving (S-300) at the HSS a confirmation from a second S-CSCF of being currently selected for serving the given subscriber; and - providing (S-190, S-235, S-305), from the HSS towards the second S-CSCF, contact information elements selectable from the contact data of the first S-CSCF; wherein the contact data received from the first S-CSCF and the contact information elements provided towards the second S-CSCF comprise: a contact address to reach a Proxy Call Session Control Function server, P-CSCF, through which the given subscriber has accessed the IMS; a contact address of the user equipment in use by the given subscriber; and as a SIP-URI, a Globally Routable User agent URI, GRUU, usable to take routing decisions. - receiving (S-130) at a Home Subscriber Server, HSS,, which holds subscriber data for subscribers of the IMS, contact data from a first S-CSCF serving a given subscriber of the IMS; - storing (S-135) at the HSS the contact data for the first S-CSCF; - receiving (S-300) at the HSS a confirmation from a second S-CSCF of being currently selected for serving the given subscriber; and - providing (S-190, S-235, S-305), from the HSS towards the second S-CSCF, contact information elements selectable from the contact data of the first S-CSCF; a contact address to reach a Proxy Call Session Control Function server, P-CSCF, through which the given subscriber has accessed the IMS; a contact address of the user equipment in use by the given subscriber; and as a SIP-URI, a Globally Routable User agent URI, GRUU, usable to take routing decisions.
A cathode comprising: a cathode current collector; a cathode tab protruding from the cathode current collector; and an insulation layer comprising an insulating material coated on the cathode tab, characterized in that the insulating material comprises a styrene-butadiene rubber, the cathode tab comprising a portion of a cathode active material coating portion, the cathode active material coating portion comprising an inclined portion in which a thickness thereof is decreased along a protruding direction of the cathode tab, the insulation layer comprising a portion or all of an inclined surface of the inclined portion, and the insulation layer being coated in an amount of 10% to 90% of a total length of the cathode tab in the protruding direction of the cathode tab. a cathode current collector; a cathode tab protruding from the cathode current collector; and an insulation layer comprising an insulating material coated on the cathode tab, characterized in that the insulating material comprises a styrene-butadiene rubber, the cathode tab comprising a portion of a cathode active material coating portion, the cathode active material coating portion comprising an inclined portion in which a thickness thereof is decreased along a protruding direction of the cathode tab, the insulation layer comprising a portion or all of an inclined surface of the inclined portion, and the insulation layer being coated in an amount of 10% to 90% of a total length of the cathode tab in the protruding direction of the cathode tab.
A thermoplastic block copolymer comprising at least one PA block and at least one PB block, wherein PA represents a polymer block comprising one or more units of monomer A and PB represents a polymer block comprising one or more units of monomer B, with monomer A being a vinyl, acrylic, diolefin, nitrile, dinitrile, or acrylonitrile monomer, and monomer B being a radically polymerizable plant oil monomer containing one or more triglycerides.
A cordless cleaning system, comprising: a rechargeable battery pack having a battery pack housing and at least two cells within the housing, a first power terminal, a second power terminal, and a communication terminal; a first cordless cleaning device (15, 20, 25, 35, 40, 45) operable to removably receive and be powered by the rechargeable battery pack, the first cordless cleaning device including a first battery pack recess sized to receive the rechargeable battery pack, a portion of the battery pack housing being insertable into the first battery pack recess, the first cordless cleaning device configured to receive power from the first power terminal and the second power terminal and communicatively connect to the battery pack over the communication terminal; and a second cordless cleaning device (15, 20, 25, 35, 40, 45) operable to removably receive and be powered by the rechargeable battery pack, the second cordless cleaning device including a second battery pack recess sized to receive the rechargeable battery pack, the portion of the battery pack housing being insertable into the second battery pack recess, the second cordless cleaning device configured to receive power from the first power terminal and the second power terminal and communicatively connect to the battery pack over the communication terminal, wherein the first device is a first type of cleaning device and the second device is a second type of cleaning device, the first type being different than the second type, and wherein at least one of the first device and the second device has an upright working position. a rechargeable battery pack having a battery pack housing and at least two cells within the housing, a first power terminal, a second power terminal, and a communication terminal; a first cordless cleaning device (15, 20, 25, 35, 40, 45) operable to removably receive and be powered by the rechargeable battery pack, the first cordless cleaning device including a first battery pack recess sized to receive the rechargeable battery pack, a portion of the battery pack housing being insertable into the first battery pack recess, the first cordless cleaning device configured to receive power from the first power terminal and the second power terminal and communicatively connect to the battery pack over the communication terminal; and a second cordless cleaning device (15, 20, 25, 35, 40, 45) operable to removably receive and be powered by the rechargeable battery pack, the second cordless cleaning device including a second battery pack recess sized to receive the rechargeable battery pack, the portion of the battery pack housing being insertable into the second battery pack recess, the second cordless cleaning device configured to receive power from the first power terminal and the second power terminal and communicatively connect to the battery pack over the communication terminal, wherein the first device is a first type of cleaning device and the second device is a second type of cleaning device, the first type being different than the second type, and wherein at least one of the first device and the second device has an upright working position.
A device for reversibly attaching a panel, wherein at least a portion of the panel is magnetically neutral, to a support structure, wherein said device comprising a locking mechanism disposed on a first side of the panel; a ferromagnetic lock flap ((180, 340) having an engaged position and a disengaged position; the ferromagnetic lock flap (180, 340) comprising a first portion with ferromagnetic properties; a second portion configured to engage with a latch (190, 320) when in the engaged position; and a hinge that hingedly connects the first portion and the second portion to the support structure or the panel; wherein when the ferromagnetic lock flap is in the engaged position, the first portion is in a first position that forces the hingedly connected second portion to engage with the latch, thereby locking the locking mechanism; and when the ferromagnetic lock flap is in the disengaged position, the first portion is in a second position that forces the hingedly connected second portion to disengage from the latch, thereby unlocking the locking mechanism, and wherein the device is configured to cause the ferromagnetic lock flap to enter the disengaged position when placing a magnet on a second side of the panel. a locking mechanism disposed on a first side of the panel; a ferromagnetic lock flap ((180, 340) having an engaged position and a disengaged position; the ferromagnetic lock flap (180, 340) comprising a first portion with ferromagnetic properties; a second portion configured to engage with a latch (190, 320) when in the engaged position; and a hinge that hingedly connects the first portion and the second portion to the support structure or the panel; a first portion with ferromagnetic properties; a second portion configured to engage with a latch (190, 320) when in the engaged position; and a hinge that hingedly connects the first portion and the second portion to the support structure or the panel; wherein when the ferromagnetic lock flap is in the engaged position, the first portion is in a first position that forces the hingedly connected second portion to engage with the latch, thereby locking the locking mechanism; and when the ferromagnetic lock flap is in the disengaged position, the first portion is in a second position that forces the hingedly connected second portion to disengage from the latch, thereby unlocking the locking mechanism, and
A fuel cell system characterized by comprising: a stacked assembly including a plurality of unit cells stacked together, each of the unit cells including an electrolyte membrane, and a pair of electrodes between which the electrolyte membrane is sandwiched; a resonance determining unit configured to determine whether vibration of the stacked assembly which occurs during running of a vehicle is within a resonance region of the stacked assembly; and a controller configured to change a natural frequency of the stacked assembly such that the vibration of the stacked assembly falls outside the resonance region, if the resonance determining unit determines that the vibration of the stacked assembly is within the resonance region. a stacked assembly including a plurality of unit cells stacked together, each of the unit cells including an electrolyte membrane, and a pair of electrodes between which the electrolyte membrane is sandwiched; a resonance determining unit configured to determine whether vibration of the stacked assembly which occurs during running of a vehicle is within a resonance region of the stacked assembly; and a controller configured to change a natural frequency of the stacked assembly such that the vibration of the stacked assembly falls outside the resonance region, if the resonance determining unit determines that the vibration of the stacked assembly is within the resonance region.
An X-ray detector comprising: a photoelectric conversion substrate which is provided with a light receiving section having a matrix of photoelectric conversion elements on its surface side and substrate-side electrode pads electrically connected to the photoelectric conversion elements and arranged on an outer side of the light receiving section on said surface side of the photoelectric conversion substrate; a base having a surface side where the photoelectric conversion substrate and base-side electrode pads are arranged, wherein the base-side electrode pads are electrically connected to the substrate-side electrode pads of the photoelectric conversion substrate by a wire; a protective layer which integrally and continuously coats at least the light receiving section and the substrate-side electrode pads of the photoelectric conversion substrate, the base-side electrode pads and the wire arranged on the surface side of the base; and a scintillation layer formed on a surface side of the protective layer. a photoelectric conversion substrate which is provided with a light receiving section having a matrix of photoelectric conversion elements on its surface side and substrate-side electrode pads electrically connected to the photoelectric conversion elements and arranged on an outer side of the light receiving section on said surface side of the photoelectric conversion substrate; a base having a surface side where the photoelectric conversion substrate and base-side electrode pads are arranged, wherein the base-side electrode pads are electrically connected to the substrate-side electrode pads of the photoelectric conversion substrate by a wire; a protective layer which integrally and continuously coats at least the light receiving section and the substrate-side electrode pads of the photoelectric conversion substrate, the base-side electrode pads and the wire arranged on the surface side of the base; and a scintillation layer formed on a surface side of the protective layer.
Trial component (30, 50) of a prosthesis (10, 20, 30, 50) having an outer surface comprising at least one recess for interfacing with at least one groove of a joint adapter which can be attached to a stem module or anchored within a bone, characterized in, that the trial component is a liner having a recessed spherical cavity and at least one approximately radial slit which allows compression of the liner for easy insertion and removal into the joint adapter.
Impeller wheel apparatus comprising a rotatable impeller wheel, wherein: a. the impeller wheel comprises a rotor and a plurality of blades uniformly distributed over the circumference of the rotor and pivotably attached to the rotor, b. the blades are pivotable from a first position to a second position in an unfolding pivoting movement in an unfolding direction, c. the blades rest against the rotor in the first position, d. the blades project from the rotor in a substantially radial direction in the second position, e. the impeller wheel is designed to be arranged in a flow, so that the flow exerts on the blades, at least in a final part of the unfolding pivoting movement, an unfolding moment directed in the unfolding direction, said impeller wheel apparatus comprising a mechanical connection connecting adjacent impellers with each other, said mechanical connection being configured such that the unfolding moment in the final part of the unfolding pivoting movement of a first impeller is at least partially translated into an unfolding moment of an adjacent impeller in an initial part of the unfolding pivotal movement of the adjacent impeller, wherein the blades are pivotally attached to the rotor at a pivot, characterized in that the pivot divides the blades into a working region which folds out radially outwards and an inner region which folds in radially inwards, the inner region bearing against a stop of the rotor in the second position. a. the impeller wheel comprises a rotor and a plurality of blades uniformly distributed over the circumference of the rotor and pivotably attached to the rotor, b. the blades are pivotable from a first position to a second position in an unfolding pivoting movement in an unfolding direction, c. the blades rest against the rotor in the first position, d. the blades project from the rotor in a substantially radial direction in the second position, e. the impeller wheel is designed to be arranged in a flow, so that the flow exerts on the blades, at least in a final part of the unfolding pivoting movement, an unfolding moment directed in the unfolding direction,
A powder comprising core/shell particles having an average particle size of less than 1000 microns, each core/shell particle comprising: 1) a liquid core that is an emulsion containing 5% by weight or less of water, wherein the emulsion includes a continuous phase comprising a polar liquid having a percent surface polarity of at least 24% as determined using the method of Fowkes referenced in the description and one or more dispersed phases comprising a hydrophobic component, wherein the liquid core comprises at least one hydrophobically modified polysaccharide and 2) a shell comprising hydrophobic particles.
A rotatable chuck for clamping a shank portion of a rotatably operating machining tool, comprising a rotatable chuck body provided with a cylindrical bore being concentric with a rotation axis of the rotatable chuck body, wherein circumferential surfaces of a clamping portion of the bore are adapted to apply a clamping force around the circumference of the shank portion of the tool when it is mounted in the chuck to fixate the tool in a well-defined position in the chuck, and wherein the chuck also is provided with auxiliary pull out preventing means, for preventing inadvertent pull out of the tool in the axial direction of the bore during machining operation, as well as auxiliary rotation preventing means for preventing inadvertent rotation in at least one direction in relation to the chuck during machining operation, wherein the auxiliary pull out and rotation preventing means comprises an attachment member being positionable in an inner portion of the bore and being attachable to the shank portion to be clamped,such that the tool and the attachment member will be prevented from being pulled apart in the axial direction as well as be prevented from being rotated in at least one direction in relation to each other, wherein the rotatable chuck body also comprises an axial pull out preventing means as well as a rotation preventing means in at least one direction, arranged to engage with the attachment member, wherein the axial position of the attachment member is continuously adjustably displaceable and lockable in different positons within the chuck body, characterized in that the attachment member is sleeve shaped and is on an envelope surface formed with splines, having grooves and ridges in the axial direction, which are adapted to engage with mating splines at a mounting portion of the chuck body.
An information processing apparatus, comprising: a receiver configured to receive an input of a captured image obtained by capturing an image of a cultivation area of a plant including a rectangular area in a longitudinal direction of the rectangular area; a conversion factor calculator configured to calculate conversion factors at a plurality of positions in a depth direction in the captured image by determining a pixel count in a width direction of the rectangular area in the captured image input into the receiver at each of the plurality of positions in the depth direction and dividing an actual width of the rectangular area by the determined pixel count; and an index calculator configured to calculate an index for a growth state of the plant by analyzing the captured image using the conversion factors at the plurality of positions in the depth direction calculated by the conversion factor calculator. a receiver configured to receive an input of a captured image obtained by capturing an image of a cultivation area of a plant including a rectangular area in a longitudinal direction of the rectangular area; a conversion factor calculator configured to calculate conversion factors at a plurality of positions in a depth direction in the captured image by determining a pixel count in a width direction of the rectangular area in the captured image input into the receiver at each of the plurality of positions in the depth direction and dividing an actual width of the rectangular area by the determined pixel count; and an index calculator configured to calculate an index for a growth state of the plant by analyzing the captured image using the conversion factors at the plurality of positions in the depth direction calculated by the conversion factor calculator.
Method for actuating a thermostatic control valve, characterized in that the valve travel of a plunger for protecting against calcification is executed as a function of a chronological opening state profile of the plunger when the travel distance travelled by the plunger is less than 90% in a prescribed time period, wherein during the valve travel the plunger is moved in order to protect the thermostatic control valve against calcification.
A pharmaceutical combination for use in the reduction of plasma glucagon level in diabetes type 2 patients, said combination comprising (a) desPro 36 Exendin-4 -Lys 6 -NH 2 or/and a pharmaceutically acceptable salt thereof, (b) metformin or/and a pharmaceutically acceptable salt thereof, and (c) a sulfonyl urea, wherein the subject to be treated has a 2 hours postprandial plasma glucose concentration of at least 14 mmol/L. (a) desPro 36 Exendin-4 -Lys 6 -NH 2 or/and a pharmaceutically acceptable salt thereof, (b) metformin or/and a pharmaceutically acceptable salt thereof, and (c) a sulfonyl urea,
Assembly comprising a plurality of metal monofilaments of radius r1 and a wire-guide block comprising a plurality of wire guides, each wire guide comprising a centring portion configured to centre a metal monofilament of radius r1 along a centring axis, in which the centring portion is a right cylinder the generatrices of which are parallel to the centring axis and the directrix of which is a convex polygon having an inscribed circle of radius r2 greater than or equal to 1.05 ∗ r1 and less than or equal to 1.2 ∗ r1, each wire guide comprising a guiding portion configured to guide the metal monofilament towards the centring portion, the shape of the guiding portion comprising a first frustum and a second frustum with different gradients, a base of the first frustum communicating with a base of the second frustum, or can be a hyperbolic funnel.