mhurhangee/patent-ind-claim-en huggingface dataset:
A CH2 scaffold for introduction of donor loops and/or mutations in order to confer antigen binding to the CH2 scaffold, wherein the CH2 scaffold comprises loops which correspond to loops 1-3 of the macaque CH2 domain of IgG defined by amino acids 35-44 (loop 1), 63-68 (loop 2) and 94-102 (loop 3) of SEQ ID NO: 1, with a proviso that each loop of the CH2 scaffold may be longer or shorter by one or two amino acids than as defined above, wherein one or more of the loops of the CH2 scaffold are modified compared with the loops of the macaque CH2 domain of SEQ ID NO: 1, wherein the loops of the CH2 scaffold are in an appropriate orientation for antigen binding after introduction of the donor loops and/or mutations, and wherein the CH2 scaffold comprises an amino acid sequence selected from the group consisting of SEQ ID NOs: 4, 7, 8, 9, 10, 11, 12, 14, 15, 18, 19 and 23.
An intravascular treatment system comprising: a delivery tube sized to traverse vasculature; a distal balloon disposed on the delivery tube and approximate a distal end of the delivery tube ; an angioplasty balloon disposed on the delivery tube (110 210, 310) in the proximal direction in relation to the distal balloon ; a balloon expandable stent disposed over the angioplasty balloon ; and one or more inflation lumens in communication with the distal balloon and the angioplasty balloon and extending along the delivery tube such that the one or more inflation lumens are positioned to inflate the distal balloon and the angioplasty balloon; wherein the one or more inflation lumens is a singular inflation lumen in communication with both the distal balloon and the angioplasty balloon , and wherein the distal balloon is expandable at a lower pressure than the angioplasty balloon . a delivery tube sized to traverse vasculature; a distal balloon disposed on the delivery tube and approximate a distal end of the delivery tube ; an angioplasty balloon disposed on the delivery tube (110 210, 310) in the proximal direction in relation to the distal balloon ; a balloon expandable stent disposed over the angioplasty balloon ; and one or more inflation lumens in communication with the distal balloon and the angioplasty balloon and extending along the delivery tube such that the one or more inflation lumens are positioned to inflate the distal balloon and the angioplasty balloon; wherein the one or more inflation lumens is a singular inflation lumen in communication with both the distal balloon and the angioplasty balloon , and wherein the distal balloon is expandable at a lower pressure than the angioplasty balloon .
A method for measuring pressurized liquid fuel level in a fuel tank used on an industrial vehicle comprising: measuring the pressure of the fuel to generate a pressure signal ; measuring the temperature of the fuel to generate a temperature signal ; determining a fuel level signal from said pressure signal and said temperature signal ; detecting changes in said fuel level signal overtime; identifying a first point of said fuel level signal indicating approaching emptying of the tank ; and signaling said approaching emptying of the tank to an operator of the vehicle in response to identifying said first point ; characterized in that : determining a fuel level signal from said pressure signal and said temperature signal comprises one of: subtracting the temperature signal from the pressure signal (P - T), subtracting the pressure signal from the temperature signal (T - P), dividing the temperature signal by the pressure signal (T / P) and dividing the pressure signal by the temperature signal (P / T); and a first point of said fuel level signal indicating approaching emptying of the tank is identified when said pressure signal and said temperature signal become uncorrelated so that changes in said fuel level signal exceed a given value. measuring the pressure of the fuel to generate a pressure signal ; measuring the temperature of the fuel to generate a temperature signal ; determining a fuel level signal from said pressure signal and said temperature signal ; detecting changes in said fuel level signal overtime; identifying a first point of said fuel level signal indicating approaching emptying of the tank ; and signaling said approaching emptying of the tank to an operator of the vehicle in response to identifying said first point ; characterized in that : determining a fuel level signal from said pressure signal and said temperature signal comprises one of: subtracting the temperature signal from the pressure signal (P - T), subtracting the pressure signal from the temperature signal (T - P), dividing the temperature signal by the pressure signal (T / P) and dividing the pressure signal by the temperature signal (P / T); and a first point of said fuel level signal indicating approaching emptying of the tank is identified when said pressure signal and said temperature signal become uncorrelated so that changes in said fuel level signal exceed a given value. determining a fuel level signal from said pressure signal and said temperature signal comprises one of: subtracting the temperature signal from the pressure signal (P - T), subtracting the pressure signal from the temperature signal (T - P), dividing the temperature signal by the pressure signal (T / P) and dividing the pressure signal by the temperature signal (P / T); and a first point of said fuel level signal indicating approaching emptying of the tank is identified when said pressure signal and said temperature signal become uncorrelated so that changes in said fuel level signal exceed a given value.
An extendable/retractable ladder , comprising: a first stile and a second stile , each comprising a plurality of columns disposed in a nested arrangement for relative axial movement in a telescopic fashion along an axis of the respective plurality of columns ; a plurality of rungs extending between the first stile and the second stile , each rung having an upper surface defining a generally planar standing surface, the planar standing surface and a plane normal to the axis of the plurality of columns forming an angle between about 5 and 45 degrees, whereby the standing surface is kept closer to horizontal when the ladder is leaned against a wall during normal use; and a plurality of connector assemblies each having a rung portion , each rung of the plurality of rungs coupled to one of the columns in the plurality of columns by one of the plurality of connector assemblies , characterized in that the rung portion has an upper surface which is generally parallel with the generally planar standing surface such that the rung portion establishes the angle of the planar standing surface of the respective rung . a first stile and a second stile , each comprising a plurality of columns disposed in a nested arrangement for relative axial movement in a telescopic fashion along an axis of the respective plurality of columns ; a plurality of rungs extending between the first stile and the second stile , each rung having an upper surface defining a generally planar standing surface, the planar standing surface and a plane normal to the axis of the plurality of columns forming an angle between about 5 and 45 degrees, whereby the standing surface is kept closer to horizontal when the ladder is leaned against a wall during normal use; and a plurality of connector assemblies each having a rung portion , each rung of the plurality of rungs coupled to one of the columns in the plurality of columns by one of the plurality of connector assemblies , characterized in that the rung portion has an upper surface which is generally parallel with the generally planar standing surface such that the rung portion establishes the angle of the planar standing surface of the respective rung .
An ion source device comprising means for forming and guiding an electron beam along a first axis and an ionization chamber having an inlet for a gas , an inlet for said electron beam , and an ion beam outlet located on a second axis that is generally parallel to said first axis , characterized in that said ion beam outlet is surrounded by an ion carpet comprising co-planar and substantially concentric electrodes for funnelling ions formed by interaction of said electron beam with said gas towards said ion beam outlet to form an ion beam , and an electronic circuit configured for applying an electric potential to said electrodes .
A method comprising: arranging a plurality of atomic qubits into a 2-dimensional spatial structure to encode an NP-complete quantum computing problem, wherein a ground state of a Hamiltonian of the arrangement of atomic qubits defines a solution to the NP-complete quantum computing problem; initializing the plurality of atomic qubits into an initial state; evolving the plurality of atomic qubits into a final state, wherein the final state is the ground state of the Hamiltonian; and measuring at least some of the plurality of atomic qubits in the final state, characterized in that : the arranging a plurality of atomic qubits into a 2-dimensional spatial structure comprises selectively arranging the atomic qubits as vertex qubits in a geometric configuration within the 2-dimensional spatial structure such that each atomic qubit corresponds with a vertex in a graph representing the quantum computing problem and wherein spatial proximity of the qubits represents edges in the graph; and the evolving the plurality of atomic qubits into a final state comprises driving the plurality of qubits by applying a sequence of resonant laser pulses with a variable duration and a variable optical phase to at least some of the plurality of atomic qubits. arranging a plurality of atomic qubits into a 2-dimensional spatial structure to encode an NP-complete quantum computing problem, wherein a ground state of a Hamiltonian of the arrangement of atomic qubits defines a solution to the NP-complete quantum computing problem; initializing the plurality of atomic qubits into an initial state; evolving the plurality of atomic qubits into a final state, wherein the final state is the ground state of the Hamiltonian; and measuring at least some of the plurality of atomic qubits in the final state, characterized in that : the arranging a plurality of atomic qubits into a 2-dimensional spatial structure comprises selectively arranging the atomic qubits as vertex qubits in a geometric configuration within the 2-dimensional spatial structure such that each atomic qubit corresponds with a vertex in a graph representing the quantum computing problem and wherein spatial proximity of the qubits represents edges in the graph; and the evolving the plurality of atomic qubits into a final state comprises driving the plurality of qubits by applying a sequence of resonant laser pulses with a variable duration and a variable optical phase to at least some of the plurality of atomic qubits. the arranging a plurality of atomic qubits into a 2-dimensional spatial structure comprises selectively arranging the atomic qubits as vertex qubits in a geometric configuration within the 2-dimensional spatial structure such that each atomic qubit corresponds with a vertex in a graph representing the quantum computing problem and wherein spatial proximity of the qubits represents edges in the graph; and the evolving the plurality of atomic qubits into a final state comprises driving the plurality of qubits by applying a sequence of resonant laser pulses with a variable duration and a variable optical phase to at least some of the plurality of atomic qubits.
Process for the production of a pipe, the interior surface of which has been lined with a thermoplastic layer, where the process comprises the following steps: a) a pipe is provided, b) an inliner made of a thermoplastic material is provided, c) the cross section of the inliner is optionally reduced through exposure to an exterior force, d) the inliner is introduced into the pipe, e) the pipe is heated to a temperature which is higher than the crystallite melting point T m of the moulding composition of the exterior surface of the inliner, while or after the inliner introduced is expanded radially, so that its exterior surface assumes the internal shape of the pipe, f) the inliner is cooled, characterized in that the pipe in step e) is heated from outside. a) a pipe is provided, b) an inliner made of a thermoplastic material is provided, c) the cross section of the inliner is optionally reduced through exposure to an exterior force, d) the inliner is introduced into the pipe, e) the pipe is heated to a temperature which is higher than the crystallite melting point T m of the moulding composition of the exterior surface of the inliner, while or after the inliner introduced is expanded radially, so that its exterior surface assumes the internal shape of the pipe, f) the inliner is cooled,
A pulp-filter arrangement , comprising: a rotatable drum enclosed by a non-rotating casing ; said rotatable drum having a cylindrical water-permeable pulp-supporting shell , and a plurality of drain pipes characterized in the pulp-filter arrangement further comprising a rotating hollow shaft ; said plurality of drain pipes connecting said rotating hollow shaft with a collecting channel situated radially directly inside said cylindrical water-permeable pulp-supporting shell , thereby enabling a drain of liquid, passing radially inwards through said cylindrical water-permeable pulp-supporting shell , through said rotating hollow shaft ; a non-rotating valve arrangement disposed within said rotating hollow shaft , arranged for sealing off a hollow part of said rotating hollow shaft from a radially inner outlet of said plurality of drain pipes when respective said radially inner outlet during rotation of said rotatable drum in a rotation direction (R) is situated within a sealed zone ; and an underpressure-providing arrangement arranged to provide an underpressure within said rotating hollow shaft ; wherein said non-rotating valve arrangement is further arranged to, in a transition zone immediately following said sealed zone in said rotation direction (R), open a throttled passage between said rotating hollow shaft and said radially inner outlet of said plurality of drain pipes , said throttled passage being narrower than a fully open passage between said rotating hollow shaft and said radially inner outlet . a rotatable drum enclosed by a non-rotating casing ; said rotatable drum having a cylindrical water-permeable pulp-supporting shell , and a plurality of drain pipes said plurality of drain pipes connecting said rotating hollow shaft with a collecting channel situated radially directly inside said cylindrical water-permeable pulp-supporting shell , thereby enabling a drain of liquid, passing radially inwards through said cylindrical water-permeable pulp-supporting shell , through said rotating hollow shaft ; a non-rotating valve arrangement disposed within said rotating hollow shaft , arranged for sealing off a hollow part of said rotating hollow shaft from a radially inner outlet of said plurality of drain pipes when respective said radially inner outlet during rotation of said rotatable drum in a rotation direction (R) is situated within a sealed zone ; and an underpressure-providing arrangement arranged to provide an underpressure within said rotating hollow shaft ; wherein said non-rotating valve arrangement is further arranged to, in a transition zone immediately following said sealed zone in said rotation direction (R), open a throttled passage between said rotating hollow shaft and said radially inner outlet of said plurality of drain pipes , said throttled passage being narrower than a fully open passage between said rotating hollow shaft and said radially inner outlet .
A multi-agent type hair treatment agent comprising a first composition containing component (A) and component (B) ; and a second composition containing component (C), wherein the weight ratio (H)/ (C) of component (H) to component (C) in the second composition is less than 0.8: Component (A): a carboxylic acid selected from mandelic acid, phenyllactic acid, malic acid, succinic acid, and lactic acid, or a salt of the carboxylic acid Component (B): anionic surfactant Component (C): an aromatic sulfonic acid having a molecular weight of 300 or less or a salt thereof Component (H): cationic surfactant. a first composition containing component (A) and component (B) ; and a second composition containing component (C), wherein the weight ratio (H)/ (C) of component (H) to component (C) in the second composition is less than 0.8: Component (A): a carboxylic acid selected from mandelic acid, phenyllactic acid, malic acid, succinic acid, and lactic acid, or a salt of the carboxylic acid Component (B): anionic surfactant Component (C): an aromatic sulfonic acid having a molecular weight of 300 or less or a salt thereof Component (H): cationic surfactant. Component (A): a carboxylic acid selected from mandelic acid, phenyllactic acid, malic acid, succinic acid, and lactic acid, or a salt of the carboxylic acid Component (B): anionic surfactant Component (C): an aromatic sulfonic acid having a molecular weight of 300 or less or a salt thereof Component (H): cationic surfactant.
Car tyre having a tread band comprising a central region (L1), extending across an equatorial plane (X-X) of the tyre, an outer shoulder region (L2) located towards an outer side of the tyre and an inner shoulder region (L3) located towards an inner side of the tyre; a first circumferential groove axially delimiting the outer shoulder region (L2) relative to the central region (L1) and a second circumferential groove axially delimiting the inner shoulder region (L3) relative to the central region (L1); said outer shoulder region (L2) having a width greater than the width of the inner shoulder region (L3); said outer shoulder region (L2) and said inner shoulder region (L3) comprise a plurality of first transverse grooves having a first end located substantially at the respective edge of the tread band , having a maximum width greater than, or equal to, 3 mm and an extension equal to at least 50% of the width of the shoulder region where they are located; characterized in that said outer shoulder region (L2) comprises a plurality of second transverse grooves extending from said first circumferential groove ; said second transverse grooves have a width smaller than said first transverse grooves and a counter-inclined course relative to said first transverse grooves ; said central region (L1) comprising a first and a second circumferential rib separated by a third circumferential groove , said first and second circumferential ribs having a void-to-rubber ratio equal to, or smaller than, 0.09. a first circumferential groove axially delimiting the outer shoulder region (L2) relative to the central region (L1) and a second circumferential groove axially delimiting the inner shoulder region (L3) relative to the central region (L1); said outer shoulder region (L2) having a width greater than the width of the inner shoulder region (L3); said outer shoulder region (L2) and said inner shoulder region (L3) comprise a plurality of first transverse grooves having a first end located substantially at the respective edge of the tread band , having a maximum width greater than, or equal to, 3 mm and an extension equal to at least 50% of the width of the shoulder region where they are located; characterized in that said outer shoulder region (L2) comprises a plurality of second transverse grooves extending from said first circumferential groove ; said second transverse grooves have a width smaller than said first transverse grooves and a counter-inclined course relative to said first transverse grooves ; said central region (L1) comprising a first and a second circumferential rib separated by a third circumferential groove , said first and second circumferential ribs having a void-to-rubber ratio equal to, or smaller than, 0.09.
Speckle contrast optical spectroscopy system for discriminating photons based on their path length in a sample, the system comprising: - a coherent pulsed light source for producing light pulses with a temporal length of between 1 fs and 10 ns, with an average power of between 10 μW and 10 W and a coherence length between 10 μm and a few meters; - a time-gated detector ; - means for synchronizing the time between the source and the time gated detector; where the transition time of the gated detector is between 1 ps and 1 ms, and the duration of the gating time interval is between 100 ps and the laser pulse period; - optical means for directing the light pulses towards a sample ; - optical means for collecting the light once it has travelled the sample and directing it towards the time-gated detector ; - computer means for calculating the speckle contrast from the collected photons and for resolving the photons in time. - a coherent pulsed light source for producing light pulses with a temporal length of between 1 fs and 10 ns, with an average power of between 10 μW and 10 W and a coherence length between 10 μm and a few meters; - a time-gated detector ; - means for synchronizing the time between the source and the time gated detector; where the transition time of the gated detector is between 1 ps and 1 ms, and the duration of the gating time interval is between 100 ps and the laser pulse period; - optical means for directing the light pulses towards a sample ; - optical means for collecting the light once it has travelled the sample and directing it towards the time-gated detector ; - computer means for calculating the speckle contrast from the collected photons and for resolving the photons in time.
A protective case adapted for an electronic device, comprising: a plurality of plates, each plate comprises an inner surface and an outer surface, a recess is defined between the plates; a pivot module, disposed in the recess and connected to the plates; an outer covering layer, bonded to the outer surface of each of the plates and covering the recess; and an inner covering layer, bonded to the inner surface of each of the plates and covering the recess; characterized in that a side edge of the outer surface adjacent to the recess comprises a chamfer. a plurality of plates, each plate comprises an inner surface and an outer surface, a recess is defined between the plates; a pivot module, disposed in the recess and connected to the plates; an outer covering layer, bonded to the outer surface of each of the plates and covering the recess; and an inner covering layer, bonded to the inner surface of each of the plates and covering the recess; characterized in that a side edge of the outer surface adjacent to the recess comprises a chamfer.