mhurhangee/patent-ind-claim-en huggingface dataset:
A coating solution comprising: an organic solvent; at least 10 mole percent relative to total metal content of a first organometallic composition represented by the formula R z SnO (2-(z/2)-(x/2)) (OH) x where 0 < z ≤ 2 and 0 < (z + x) ≤ 4, by the formula R n SnX 4-n where n = 1 or 2, or a mixture thereof, wherein R is a hydrocarbyl group with 1-31 carbon atoms and X is a ligand with a hydrolysable Sn-X bond or combination of ligands with a hydrolysable Sn-X bond; and, at least 10 mole percent relative to total metal content of a second organometallic composition represented by the formula R' y SnX' 4-y where y = 1 or 2, wherein R' is a hydrocarbyl group that is different from R, and X' is ligand with a hydrolysable Sn-X' bond or combination thereof that is the same or different from X. an organic solvent; at least 10 mole percent relative to total metal content of a first organometallic composition represented by the formula R z SnO (2-(z/2)-(x/2)) (OH) x where 0 < z ≤ 2 and 0 < (z + x) ≤ 4, by the formula R n SnX 4-n where n = 1 or 2, or a mixture thereof, wherein R is a hydrocarbyl group with 1-31 carbon atoms and X is a ligand with a hydrolysable Sn-X bond or combination of ligands with a hydrolysable Sn-X bond; and, at least 10 mole percent relative to total metal content of a second organometallic composition represented by the formula R' y SnX' 4-y where y = 1 or 2, wherein R' is a hydrocarbyl group that is different from R, and X' is ligand with a hydrolysable Sn-X' bond or combination thereof that is the same or different from X.
A safety mechanism for ensuring disposable use of a staple cartridge in a stapler, comprising: the staple cartridge , a staple cartridge base , a sliding block , a cutter , and a staple anvil , wherein the staple cartridge base is centrally provided with a central track, a proximal end of the staple cartridge base is provided with a bias track (V), the bias track (V) is in communication with a proximal end of the central track, a distal end of the bias track (V) is provided with a blocking groove, and the sliding block is assembled at a proximal end of the staple cartridge; a first guide structure (I) is provided on the cutter ; characterised in that the sliding block is provided with a second guide structure (III) corresponding to the first guide structure (I) of the cutter , and the second guide structure (III) is capable of guiding the first guide structure (I) to a central position from a biased position, so that the cutter enters the central track.
A dynamic vibration absorber for reducing steering wheel vibration, the dynamic vibration absorber comprising: a resilient member that includes a resilient member inner surface that defines a center cavity that is configured to receive a steering column of a vehicle that generates vibration that is transferred to a steering wheel via the steering column, the center cavity being substantially coaxial with the steering column when attached thereto, the resilient member including at least one resilient member outer surface that defines a resilient member outer diameter (D2); and a rigid body that engages and is supported by the resilient member characterized in that the rigid body includes at least six degrees of freedom of movement relative to the steering column , the rigid body including a rigid body inner surface that defines a rigid body center cavity that contains the resilient member, wherein the at least six degrees of freedom comprise a forward aft linear direction, a forward aft torsional direction, a longitudinal linear direction, a longitudinal torsional direction, a lateral linear direction and a lateral torsional direction. a resilient member that includes a resilient member inner surface that defines a center cavity that is configured to receive a steering column of a vehicle that generates vibration that is transferred to a steering wheel via the steering column, the center cavity being substantially coaxial with the steering column when attached thereto, the resilient member including at least one resilient member outer surface that defines a resilient member outer diameter (D2); and a rigid body that engages and is supported by the resilient member characterized in that the rigid body includes at least six degrees of freedom of movement relative to the steering column , the rigid body including a rigid body inner surface that defines a rigid body center cavity that contains the resilient member, wherein the at least six degrees of freedom comprise a forward aft linear direction, a forward aft torsional direction, a longitudinal linear direction, a longitudinal torsional direction, a lateral linear direction and a lateral torsional direction.
A household appliance comprising a body with a cooled compartment, a door that restricts and grants access to said cooled compartment, a foot assembly connected to the body and comprising at least one of an anti-tip foot to support the appliance and/or a wheel to facilitate moving the household appliance, characterized by an electrical connector support coupled to the foot assembly to support electronic components of the household appliance, the electrical connector support comprising: a frame base portion connected to the foot assembly: a door sensor support attached to the frame base portion; and a door sensor configured to sense if the door is at an open or a closed position relative to the body, wherein at least one component of the door sensor is attached to the door sensor support. a frame base portion connected to the foot assembly: a door sensor support attached to the frame base portion; and a door sensor configured to sense if the door is at an open or a closed position relative to the body, wherein at least one component of the door sensor is attached to the door sensor support.
A poly(ester urea) (PEU) based adhesive comprising: a PEU polymer, said PEU polymer having a PEU polymer backbone having one or more side chains comprising a phosphate group, wherein said PEU polymer backbone is composed of amino acid-based polyester segments, each comprising the residue of two or three amino acids separated by from about 1 to about 60 carbon atoms, and joined to each other by urea bonds, wherein at least some of these polyester monomer segments comprise the residue of one or more phosphorylated L-serine, threonine, or tyrosine molecules separated by a linear carbon chain of from 2 to 20 carbon atoms; and a crosslinking agent comprising a divalent metal salt being a salt of a metal selected from the group consisting of calcium, magnesium, strontium, barium, zinc, and combinations thereof. a PEU polymer, said PEU polymer having a PEU polymer backbone having one or more side chains comprising a phosphate group, wherein said PEU polymer backbone is composed of amino acid-based polyester segments, each comprising the residue of two or three amino acids separated by from about 1 to about 60 carbon atoms, and joined to each other by urea bonds, wherein at least some of these polyester monomer segments comprise the residue of one or more phosphorylated L-serine, threonine, or tyrosine molecules separated by a linear carbon chain of from 2 to 20 carbon atoms; and a crosslinking agent comprising a divalent metal salt being a salt of a metal selected from the group consisting of calcium, magnesium, strontium, barium, zinc, and combinations thereof.
A method of manufacturing a magnetically tunable resonator , the method comprising: forming a first layer having first wells ; and adding a second layer having second wells matching the first wells to the first layer ; wherein the method is characterized by flowing a colloid comprising colloidal nanoparticles of a magnetic material over the first layer ; and drying the first layer ; wherein a cavity formed by two matching wells comprises a nanoparticle of a magnetic material, and a resonance frequency of the nanoparticle oscillating within the cavity is tunable by flowing an electrical current through two electrodes of the magnetically tunable resonator which extend into directions that are perpendicular to each other and at least partially encircle the cavity . forming a first layer having first wells ; and adding a second layer having second wells matching the first wells to the first layer ; wherein the method is characterized by flowing a colloid comprising colloidal nanoparticles of a magnetic material over the first layer ; and drying the first layer ; wherein a cavity formed by two matching wells comprises a nanoparticle of a magnetic material, and a resonance frequency of the nanoparticle oscillating within the cavity is tunable by flowing an electrical current through two electrodes of the magnetically tunable resonator which extend into directions that are perpendicular to each other and at least partially encircle the cavity .
A method for controlling an active power output in a wind farm (F(P,t)), having at least two wind turbines supplying active power, wherein a nominal value for the active power (SPP(t)) of the wind farm is applied to a wind farm model (F̃) which establishes a modeled active power setpoint value (P̃(t)) which, together with an actual value of the active power (P(t)), forms a control deviation (e(t)) for a power controller (R), the controller setpoint value (u R ) of which is in addition supplied with a feed-forward control variable (uv) determined independently of conditions of the wind farm (F(P,t)) and of its actual values, and forms a total setpoint value (u) for the wind farm (F(P,t)), characterized in that the wind farm model (F̃) is a model of the controlled system (F(P,t)) formed by the wind farm and a correction value (K) for the determination of the modeled power setpoint value (P̃(t)), depending on a difference of the actual value of the active power (P(t)) and the modeled active power setpoint value (P̃(t)), is generated by a correction module (O) and is applied to the wind farm model (F̃), wherein the correction value (K) is generated by the correction module (O) in such a manner that a deviation between the modeled active power setpoint value (P̃(t)) and the actual value of the active power (P(t)) is minimized.
Lifting apparatus for an assembly of a motor vehicle, having a load suspension unit with at least one carrying arm and a support unit which can be arranged on a lifting unit, the at least one carrying arm being rotatable about a central axis , characterized in that the at least one carrying arm is connected to a lever clamp , wherein the carrying arm can be fixed to a central disc by the lever clamp such that the carrying arm can no longer be moved, wherein an edge of the central disc is enclosed both by the carrying arm and by the lever clamp , wherein the central disc is arranged rotationally symmetrically about the central axis .
An apparatus for selecting horticultural products, comprising an intake section for horticultural products, which leads to at least one passage lane defined by a pair of mutually close stems that are supported rotatably by a respective support and movement assembly and are interposed longitudinally between said intake section and a discharge section , between said at least one pair of stems , kept inclined downward from said intake section to said discharge section , there being a longitudinal slot that can be crossed exclusively by debris and horticultural products having dimensions that are smaller than the width of said slot , said support and movement assembly comprising a drive unit which meshes, optionally indirectly, with a first end portion of each one of said stems that is proximate to said intake section , and respective elements for the free support of a second end portion of each one of said stems that is proximate to said discharge section , said apparatus comprising means for adjusting the position of at least one of said stems , in order to vary selectively the shape or width of the respective said slot , characterized in that each one of said elements for free support is constituted by an arm that is anchored in an upward region to said support and movement assembly and has, in a downward region, a seat for rotatable accommodation of a respective said second end portion of a corresponding said stem , each one of said arms being inclined, with respect to the vertical, in order to remain spaced from the respective portion of said passage lane , which corresponds to the region of space that is interposed between the corresponding lateral surfaces of said second end portions of said stems , said means for adjusting the position of at least one of said stems , in order to vary selectively the shape or width of the respective said slot comprising a first unit for actuating the transverse movement of a slider that is integral with at least one said arm for supporting said second end of a corresponding said stem , for the consequent variation of the shape and/or width of the respective said slot .
An IL-22 dimer for use in a method of treating a disease in a human individual, wherein the method comprises intravenously administering to the human individual an effective amount of the IL-22 dimer, wherein the amount of the IL-22 dimer is 2 μg/kg to 45 μg/kg.
A securement for zippered luggage, including a housing to substantially cover a pair of sliders of a zipper of the luggage and to prevent movement of the sliders along a tape of the zipper, the housing being formed of a first part which receives the sliders and a second part which engages the first part to substantially encapsulate and prevent movement of the sliders, wherein the first and second parts are secured together in their operative securing condition by an element , the securement being characterised in that the element requires breaking or permanent deformation to permit displacement of the second part to allow movement of the sliders.
A fixation system comprising: a bone-mountable anchor configured to be mounted to an anatomical feature of a patient; and a rotatable fixation bridge comprising: a first end fixedly connectable to a reference via a first joint , and defining at least a portion of the first joint ; a second end fixedly connectable to the anchor via a second joint (126; 160), and defining at least a portion of the second joint (126; 160); and a bridge member extending between and rotatably secured to the first end and the second end via first and second concentric rotational hinges, respectively, defining an axis of rotation , relative to which the bridge member is rotatable, the bridge member comprising a central portion offset from the axis . a bone-mountable anchor configured to be mounted to an anatomical feature of a patient; and a rotatable fixation bridge comprising: a first end fixedly connectable to a reference via a first joint , and defining at least a portion of the first joint ; a second end fixedly connectable to the anchor via a second joint (126; 160), and defining at least a portion of the second joint (126; 160); and a bridge member extending between and rotatably secured to the first end and the second end via first and second concentric rotational hinges, respectively, defining an axis of rotation , relative to which the bridge member is rotatable, the bridge member comprising a central portion offset from the axis . a first end fixedly connectable to a reference via a first joint , and defining at least a portion of the first joint ; a second end fixedly connectable to the anchor via a second joint (126; 160), and defining at least a portion of the second joint (126; 160); and a bridge member extending between and rotatably secured to the first end and the second end via first and second concentric rotational hinges, respectively, defining an axis of rotation , relative to which the bridge member is rotatable, the bridge member comprising a central portion offset from the axis .
A method for controlling a circulation pump being installed in a system for heating or cooling, wherein the system is equipped with one or more temperature-controlled valves , wherein the method comprises: - operating the pump at an operating point, wherein the current operating point is defined as the intersection point of an adaptable pump characteristic curve and a variable system characteristic curve (33a-c), wherein the system characteristic curve (33a-c) varies with a common degree of openness (OD) of the one or more temperature-controlled valves , wherein the pump characteristic curve is adapted by setting the speed of the pump , wherein the speed of the pump is controlled in such a way that the operating point follows an adjustable control curve; and - automatically adjusting the control curve when the system characteristic curve (33a-c) changes in order to keep the common degree of openness (OD) of the one or more temperature-controlled valves in a desired range between a minimum common degree of openness (OD min ) and a maximum common degree of openness (OD max ), characterised in that automatically adjusting the control curve comprises determining a system variable ( kv ) being susceptible to system characteristic curve changes, and using the system variable ( kv ) as an input to provide a feed forward signal to automatically adjust the control curve in a feed forward control . - operating the pump at an operating point, wherein the current operating point is defined as the intersection point of an adaptable pump characteristic curve and a variable system characteristic curve (33a-c), wherein the system characteristic curve (33a-c) varies with a common degree of openness (OD) of the one or more temperature-controlled valves , wherein the pump characteristic curve is adapted by setting the speed of the pump , wherein the speed of the pump is controlled in such a way that the operating point follows an adjustable control curve; and - automatically adjusting the control curve when the system characteristic curve (33a-c) changes in order to keep the common degree of openness (OD) of the one or more temperature-controlled valves in a desired range between a minimum common degree of openness (OD min ) and a maximum common degree of openness (OD max ),
A device comprising at least one circulating zone and at least one fluid comprising at least one more-paramagnetic liquid and at least one less-paramagnetic liquid forming a liquid-liquid interphase, said device comprising at least one element generating, in said circulating zone, a magnetic field, wherein said less-paramagnetic liquid is surrounded by said more-paramagnetic liquid in the circulating zone, said less-paramagnetic liquid circulating in the more-paramagnetic liquid and forming a tube in said more-paramagnetic liquid, the magnetic field being theoretically null along the central axis of the tube, wherein said less-paramagnetic liquid is forced to flow within said more-paramagnetic liquid, and wherein said less-paramagnetic liquid circulates inside said circulating zone without contact with a solid wall.
A tablet for the acquisition and/or checking of documentary data, in particular on board a vehicle or inside a building, including at least one screen , e.g. vertically oriented, a support and a module for reading documentary data, wherein the module for reading documentary data includes two different readers , a module for reading documentary data configured for acquiring different data from a document arranged on the support , with two different readers , characterized in that the support has an upper surface with an inverted V shape wherein one of the two readers of the module for reading documentary data is mounted near a branch of the inverted V of the upper surface, and the other reader of the module for reading documentary data is mounted near the other branch of the inverted V of the upper surface.
A dynamic circuit , comprising: a dynamic node ; a first charge circuit configured to charge the dynamic node to a logic high voltage during a pre-charge interval; and a level detector circuit , coupled to the dynamic node , configured to monitor a voltage of the dynamic node and to control the first charge circuit to stop charging the dynamic node when the voltage of the dynamic node reaches or exceeds a reference voltage (VREF1, ..., VREF(n)); and a pull-down logic circuitry coupled to the dynamic node ; characterized by a second charge circuit configured such that a charge rate delivered by the second charge circuit to the dynamic node after the pre-charge interval is selectable based on the logic high voltage and/or a leakage current of the pull-down logic circuitry . a dynamic node ; a first charge circuit configured to charge the dynamic node to a logic high voltage during a pre-charge interval; and a level detector circuit , coupled to the dynamic node , configured to monitor a voltage of the dynamic node and to control the first charge circuit to stop charging the dynamic node when the voltage of the dynamic node reaches or exceeds a reference voltage (VREF1, ..., VREF(n)); and a pull-down logic circuitry coupled to the dynamic node ; characterized by a second charge circuit configured such that a charge rate delivered by the second charge circuit to the dynamic node after the pre-charge interval is selectable based on the logic high voltage and/or a leakage current of the pull-down logic circuitry .
A wireless communication method, comprising: determining, by a wireless terminal, a tracking area code, TAC, from a geographic position of the wireless terminal; and determining, by the wireless terminal, a tracking area identity, TAI, of the wireless terminal based on the tracking area code and an indicator received from a network-side device, the indicator indicating that the network-side device is a non-terrestrial network, NTN, to which the tracking area code based on the geographic position of the wireless terminal is applied. determining, by a wireless terminal, a tracking area code, TAC, from a geographic position of the wireless terminal; and determining, by the wireless terminal, a tracking area identity, TAI, of the wireless terminal based on the tracking area code and an indicator received from a network-side device, the indicator indicating that the network-side device is a non-terrestrial network, NTN, to which the tracking area code based on the geographic position of the wireless terminal is applied.