mhurhangee/patent-ind-claim-en huggingface dataset:
A multiphase waterborne composition comprising: (a) a first-material phase containing a first material; and (b) a second-material phase containing a second material that is chemically different than said first material; wherein said first material and/or said second material contains ionic species; wherein said first material is covalently bonded to said second material; wherein said first-material phase and said second-material phase are microphase-separated on an average length scale of phase inhomogeneity from 1 micron to 100 microns; and wherein said first material and said second material are independently selected from the group consisting of fluoropolymers and polyolefins. (a) a first-material phase containing a first material; and (b) a second-material phase containing a second material that is chemically different than said first material; wherein said first material and/or said second material contains ionic species; wherein said first material is covalently bonded to said second material; wherein said first-material phase and said second-material phase are microphase-separated on an average length scale of phase inhomogeneity from 1 micron to 100 microns; and wherein said first material and said second material are independently selected from the group consisting of fluoropolymers and polyolefins. wherein said first material and/or said second material contains ionic species; wherein said first material is covalently bonded to said second material; wherein said first-material phase and said second-material phase are microphase-separated on an average length scale of phase inhomogeneity from 1 micron to 100 microns; and wherein said first material and said second material are independently selected from the group consisting of fluoropolymers and polyolefins.
A method for producing a three-dimensional, multi-layered fiber composite component , the method comprising the following steps: I. layered depositing of a curable matrix material onto an object carrier in matrix layers that are arranged on top of one another by at least one depositing unit , which is movable relative to the object carrier , wherein matrix material , which has been deposited in a layer, forms a matrix layer; II. at least regional, strand-wise depositing of at least one fiber element onto at least one of the matrix layers by at least one laying head that is movable relative to the object carrier ; III. curing of the matrix material , the matrix material being a thermosetting polymer and short fibers being embedded into the thermosetting polymer, the short fibers having a smaller length than the deposited fiber element , characterized in that the fiber-containing matrix material and a duromeric foam are deposited in layers in an alternating manner. I. layered depositing of a curable matrix material onto an object carrier in matrix layers that are arranged on top of one another by at least one depositing unit , which is movable relative to the object carrier , wherein matrix material , which has been deposited in a layer, forms a matrix layer; II. at least regional, strand-wise depositing of at least one fiber element onto at least one of the matrix layers by at least one laying head that is movable relative to the object carrier ; III. curing of the matrix material , the matrix material being a thermosetting polymer and short fibers being embedded into the thermosetting polymer, the short fibers having a smaller length than the deposited fiber element , characterized in that the fiber-containing matrix material and a duromeric foam are deposited in layers in an alternating manner.
A dielectric resonator, comprising a metal cavity and a dielectric block that is disposed in the metal cavity and that is made from a solid-state dielectric material; wherein sizes of the dielectric block meet c<b<a, wherein a, b, and c are respectively the sizes of the dielectric block in three dimensions in a three-dimensional coordinate system, a being the length of the dielectric block , b being the width of the dielectric block , and c being the height of the dielectric block ; a plurality of holes are disposed on the dielectric block ; and a surface of the dielectric block is not metalized and is not in contact with the metal cavity ; wherein a chamfer and/or an opening groove are or is further disposed on the dielectric block ; wherein the dielectric block is hung in the metal cavity through a support of a supporting ledge; wherein the holes disposed on the dielectric block are all disposed on a central line along a length of the dielectric block, such that a single electric field forms a closed loop around all of the plurality of holes in a first resonance mode, and two or more electric fields form a closed loop around each of the plurality of holes in a second resonance mode. sizes of the dielectric block meet c<b<a, wherein a, b, and c are respectively the sizes of the dielectric block in three dimensions in a three-dimensional coordinate system, a being the length of the dielectric block , b being the width of the dielectric block , and c being the height of the dielectric block ; a plurality of holes are disposed on the dielectric block ; and a surface of the dielectric block is not metalized and is not in contact with the metal cavity ; wherein a chamfer and/or an opening groove are or is further disposed on the dielectric block ; wherein the dielectric block is hung in the metal cavity through a support of a supporting ledge; wherein the holes disposed on the dielectric block are all disposed on a central line along a length of the dielectric block, such that a single electric field forms a closed loop around all of the plurality of holes in a first resonance mode, and two or more electric fields form a closed loop around each of the plurality of holes in a second resonance mode.
A process to produce a kink-resistant conjugated diene monovinylarene block copolymer comprising from 35 phm to 70 phm monovinylarene monomer, the process comprising sequentially contacting under polymerization conditions: (i) a first initiator charge and a first charge of the monovinylarene monomer; (ii) a second initiator charge and a second charge of the monovinylarene monomer; (iii) a first dual charge of the monovinylarene monomer and the conjugated diene monomer, wherein the monovinylarene monomer content of the first dual charge is from 30 wt. % to 80 wt. %; (iv) optionally, a second dual charge of the monovinylarene monomer and the conjugated diene monomer, wherein the monovinylarene monomer content of the second dual charge is from 30 wt. % to 80 wt. %; (v) a final charge of the monovinylarene monomer and the conjugated diene monomer or the conjugated diene monomer, wherein the conjugated diene monomer content of the final charge is at least 70 wt. %; and (vi) a coupling agent; wherein the first charge and the second charge comprise a total of from 10 phm to 45 phm of the monovinylarene monomer; and wherein a kink resistance of tubing produced from the copolymer and tested in accordance with DIN EN 13868 is less than or equal to 32 mm. (i) a first initiator charge and a first charge of the monovinylarene monomer; (ii) a second initiator charge and a second charge of the monovinylarene monomer; (iii) a first dual charge of the monovinylarene monomer and the conjugated diene monomer, wherein the monovinylarene monomer content of the first dual charge is from 30 wt. % to 80 wt. %; (iv) optionally, a second dual charge of the monovinylarene monomer and the conjugated diene monomer, wherein the monovinylarene monomer content of the second dual charge is from 30 wt. % to 80 wt. %; (v) a final charge of the monovinylarene monomer and the conjugated diene monomer or the conjugated diene monomer, wherein the conjugated diene monomer content of the final charge is at least 70 wt. %; and (vi) a coupling agent;
A ratchet wrench comprising: a handle having an end defining a cavity and a plurality of teeth formed circumferentially on an inner periphery of the cavity ; a wheel rotatably mounted in the cavity of the handle and comprising: a socket adapted to engage a nut or other suitable element; and a pawl recess defined around an outer periphery of the wheel , the pawl recess being bordered by an inclined face on one side and a generally upright face on the other, both extending from the outer periphery of the wheel ; a pawl received in the pawl recess , the pawl having at least one tooth facing outward from the outer periphery of the wheel to selectively engage with a corresponding one or more of the plurality of teeth formed on the inner periphery of the cavity ; and a biasing member mounted in the cavity of the handle and comprising a resilient biasing element extending into the pawl recess between the upright face of the pawl recess and a surface of the pawl that generally faces towards the upright face of the pawl recess , wherein the resilient biasing element provides a biasing force against the surface of the pawl in a direction that is away from the upright face of the pawl recess and substantially towards the inclined face of the pawl recess to urge the pawl into the inclined face of the pawl recess and, thereby, into contact with the inner periphery of the cavity . a handle having an end defining a cavity and a plurality of teeth formed circumferentially on an inner periphery of the cavity ; a wheel rotatably mounted in the cavity of the handle and comprising: a socket adapted to engage a nut or other suitable element; and a pawl recess defined around an outer periphery of the wheel , the pawl recess being bordered by an inclined face on one side and a generally upright face on the other, both extending from the outer periphery of the wheel ; a socket adapted to engage a nut or other suitable element; and a pawl recess defined around an outer periphery of the wheel , the pawl recess being bordered by an inclined face on one side and a generally upright face on the other, both extending from the outer periphery of the wheel ; a pawl received in the pawl recess , the pawl having at least one tooth facing outward from the outer periphery of the wheel to selectively engage with a corresponding one or more of the plurality of teeth formed on the inner periphery of the cavity ; and a biasing member mounted in the cavity of the handle and comprising a resilient biasing element extending into the pawl recess between the upright face of the pawl recess and a surface of the pawl that generally faces towards the upright face of the pawl recess , wherein the resilient biasing element provides a biasing force against the surface of the pawl in a direction that is away from the upright face of the pawl recess and substantially towards the inclined face of the pawl recess to urge the pawl into the inclined face of the pawl recess and, thereby, into contact with the inner periphery of the cavity .
A fuel nozzle for a gas turbine , comprising: a. a main body , the main body having an upstream end axially separated from a downstream end , the main body at least partially defining a fuel supply passage that extends through the upstream end and at least partially through the main body; b. a fuel distribution manifold disposed at the downstream end of the main body , the fuel distribution manifold having a plurality of axially extending passages that extend through the fuel distribution manifold; c. a plurality of fuel injection ports , each fuel injection port defining a flow path between the fuel supply passage and a respective one of the plurality of axially extending passages ; characterized by d. a plurality of axially extending tubes that are joined to the fuel distribution manifold , forming a premix flow path through the fuel nozzle , wherein the plurality of axially extending tubes extend downstream from the fuel distribution manifold , each tube being aligned with a respective one of the plurality of axially extending passages . a. a main body , the main body having an upstream end axially separated from a downstream end , the main body at least partially defining a fuel supply passage that extends through the upstream end and at least partially through the main body; b. a fuel distribution manifold disposed at the downstream end of the main body , the fuel distribution manifold having a plurality of axially extending passages that extend through the fuel distribution manifold; c. a plurality of fuel injection ports , each fuel injection port defining a flow path between the fuel supply passage and a respective one of the plurality of axially extending passages ; characterized by d. a plurality of axially extending tubes that are joined to the fuel distribution manifold , forming a premix flow path through the fuel nozzle ,
Matable power contacts , characterized by : a) a first power contact including a first pair of mutually facing straight beams configured not to deflect when mated and a first pair of mutually facing deflectable receptacle beams both pairs extending in the same direction from a body of the first power contact and a plurality of terminals for electrically connecting the first power contact to a printed circuit structure ; and b) a second power contact including a second pair of mutually facing straight beams configured not to deflect when mated and a second pair of mutually facing deflectable receptacle beams both pairs extending in the same direction from a body of the second power contact and a plurality of terminals for electrically connecting the second power contact to a printed circuit structure ; wherein the first contact and the second contact both comprise a stack of a first plate and a second plate ; wherein the first plate comprises at least a first one of the pair of straight beams and at least a first one of the pair of receptacle beams; wherein the second plate comprises at least a second one of the pair of straight beams and at least a second one of the pair of receptacle beams; wherein, when the first and second power contacts are mated, the first pair of straight beams are in registration with the second pair of receptacle beams and the first pair of receptacle beams are in registration with the second pair of straight beams. a) a first power contact including a first pair of mutually facing straight beams configured not to deflect when mated and a first pair of mutually facing deflectable receptacle beams both pairs extending in the same direction from a body of the first power contact and a plurality of terminals for electrically connecting the first power contact to a printed circuit structure ; and b) a second power contact including a second pair of mutually facing straight beams configured not to deflect when mated and a second pair of mutually facing deflectable receptacle beams both pairs extending in the same direction from a body of the second power contact and a plurality of terminals for electrically connecting the second power contact to a printed circuit structure ;
An estimation device comprising: a first acquisition unit that is configured to acquire SOCs at a start and an end in charge, discharge, or floating charge of an energy storage device ; a storage that is configured to store a plurality of degradation coefficients corresponding to a plurality of SOC ranges; an identification unit that is configured to identify a corresponding degradation coefficient from the plurality of degradation coefficients stored in the storage based on the SOCs at the start and the end acquired by the first acquisition unit; and an estimation unit that is configured to estimate degradation of the energy storage device based on the degradation coefficient identified by the identification unit; characterized in that the storage is configured to store the plurality of degradation coefficients corresponding to the plurality of SOC ranges obtained by dividing SOCs of 0 to 100% at different intervals, and the identification unit is configured to identify the degradation coefficient of an SOC range including the SOCs at the start and end acquired by the first acquisition unit and having a smallest range width in the plurality of SOC ranges. a first acquisition unit that is configured to acquire SOCs at a start and an end in charge, discharge, or floating charge of an energy storage device ; a storage that is configured to store a plurality of degradation coefficients corresponding to a plurality of SOC ranges; an identification unit that is configured to identify a corresponding degradation coefficient from the plurality of degradation coefficients stored in the storage based on the SOCs at the start and the end acquired by the first acquisition unit; and an estimation unit that is configured to estimate degradation of the energy storage device based on the degradation coefficient identified by the identification unit; characterized in that the storage is configured to store the plurality of degradation coefficients corresponding to the plurality of SOC ranges obtained by dividing SOCs of 0 to 100% at different intervals, and the identification unit is configured to identify the degradation coefficient of an SOC range including the SOCs at the start and end acquired by the first acquisition unit and having a smallest range width in the plurality of SOC ranges.
Rotor for a device for mixing powder and liquid, comprising a support structure designed with a shaft receiving portion arranged in a central region, comprising a number of shear blades that extend in the axial direction, that are formed on the support structure , that are arranged at a radial distance from the shaft receiving portion and that extend away from the support structure in the axial direction, wherein at least some shear blades have side walls that each extend in the direction of the central region of the support structure , that are designed in a wedge-like manner so as to be oriented at an acute angle to one another and that extend radially inwards towards one another, wherein the wedge-like shear blades are set with end faces facing radially inwards away from the shaft receiving portion , and wherein the wedge-like shear blades are set with respect to the radial direction such that the end edges are at the front during mixing in the event of an intended direction of rotation (R) of the rotor in relation to an opposing direction of flow (F), characterised in that the shear blades are designed in the basic form of an acute-angled triangular wedge with two planar side walls that extend towards one another at an acute angle so as to form a sharp end edge as the end face, which points in the direction of the central region and extends in the axial direction, wherein an end wall of each wedge-like shear blade that faces radially outwards is designed to be rounded with a radius corresponding to the circumference of the support disc .
A manufacturing system comprising: a bifurcated backbone having an upper plate and lower plate , with a longitudinal slot between the upper and lower plates ; a plurality of actuator groups mounted longitudinally adjacent the slot , wherein actuators of each actuator group are spaced by a pulse width; and, a carrier configured to support a panel for longitudinal translation into the slot and further configured to pulse longitudinally in the slot relative to the plurality of actuator groups during a sequence of fabrication operations by the plurality of actuator groups on the panel. a bifurcated backbone having an upper plate and lower plate , with a longitudinal slot between the upper and lower plates ; a plurality of actuator groups mounted longitudinally adjacent the slot , wherein actuators of each actuator group are spaced by a pulse width; and, a carrier configured to support a panel for longitudinal translation into the slot and further configured to pulse longitudinally in the slot relative to the plurality of actuator groups during a sequence of fabrication operations by the plurality of actuator groups on the panel.
A method operational on an access terminal , comprising: actively transmitting a plurality of frames on a reverse link channel; autonomously implementing a discontinuous transmission, DTX, operation during active reverse link transmissions; and powering down a transmitter circuit for a duration of at least one slot, and puncturing reverse link transmissions during the powered down periods; and characterised by : determining whether to puncture at least one slot in a subframe based on whether an earlier slot in the subframe was punctured. actively transmitting a plurality of frames on a reverse link channel; autonomously implementing a discontinuous transmission, DTX, operation during active reverse link transmissions; and powering down a transmitter circuit for a duration of at least one slot, and puncturing reverse link transmissions during the powered down periods; and characterised by : determining whether to puncture at least one slot in a subframe based on whether an earlier slot in the subframe was punctured.
A method for performing vehicle-to-X, V2X, operation in a wireless communication system, the method performed by a user equipment, UE , and comprising: selecting a first plurality of V2X resources with which to perform the V2X operation; determining whether there is a transmission on the first plurality of V2X resources during a threshold time value; based on there being no transmission on the first plurality of V2X resources during the threshold time value, selecting a second plurality of V2X resources; and performing the V2X operation based on the second plurality of V2X resources. selecting a first plurality of V2X resources with which to perform the V2X operation; determining whether there is a transmission on the first plurality of V2X resources during a threshold time value; based on there being no transmission on the first plurality of V2X resources during the threshold time value, selecting a second plurality of V2X resources; and performing the V2X operation based on the second plurality of V2X resources.
An additive manufacturing process for the manufacture of an object in an additive manufacturing apparatus, wherein the object is formed by one or several individual solid filamentous units, said additive manufacturing process comprising the steps of, - discharging a polymer composition in a molten state from a nozzle of a print head, thereby imparting an orienting flow on said polymer composition in a molten state being discharged from said nozzle of the print head and depositing the discharged polymer composition in a molten state along at least one predefined, preferably horizontal, path and allowing the thus formed one or several filamentous units to solidify such as to form one or several solid filamentous units of the object to be manufactured; - optionally repeating the previous step until the object is formed; wherein said polymer composition consists of a thermotropic liquid crystal polymer as the polymer component of the polymer composition or consists of a thermotropic liquid crystal polymer as the polymer component of the polymer composition and additives or reinforcing fibres dispersed in the polymer composition, characterized in that the smallest thickness of the one or several filamentous units is less than 0.2 mm, preferably equal or less 0.15 mm and more preferably equal or less 0.10 mm and most preferably is between 0.1 and 0.01 mm. - discharging a polymer composition in a molten state from a nozzle of a print head, thereby imparting an orienting flow on said polymer composition in a molten state being discharged from said nozzle of the print head and depositing the discharged polymer composition in a molten state along at least one predefined, preferably horizontal, path and allowing the thus formed one or several filamentous units to solidify such as to form one or several solid filamentous units of the object to be manufactured; - optionally repeating the previous step until the object is formed;