mhurhangee/ep-ind-claims huggingface dataset:
An negative electrode comprising a negative electrode current collector, and a negative electrode mixed-materials layer disposed on the negative electrode current collector, the negative electrode mixed-materials layer including 70-96 mass% of a titanium-including metal oxide particle capable of having lithium ions inserted into and extracted from, 2-28 mass% of a conductive agent and 2-28 mass% of a binder that includes an acrylic resin, in amount of 70 mass% or higher based on the total weight of binder the titanium-including metal oxide particle including a phase that includes a carbon material having a high crystallinity on at least a portion of a surface thereof, and satisfying Equation (I: α / β > 6 in Equation, α is a peel strength (kN/m) between the negative electrode current collector and the negative electrode mixed-materials layer according to a surface/interface cutting method SAICAS, and β is a cutting strength (kN/m) in the negative electrode mixed-materials layer according to the surface/interface cutting method SAICAS, wherein the peel strength is determined in a constant load mode of the surface/interface cutting method SAICAS and the cutting strength is determined in a constant speed mode of the surface/interface cutting method SAICAS, the content of the carbon material disposed on the surface of the titanium-including metal oxide particle is from 0.5 wt.% to 5 wt.% of carbon based on the weight of the titanium comprising metal oxide particle, the acrylic resin is composed of polyacrylonitrile, and the binder has a weight average molecular weight of 10,000 to 50,000,000., the peel strength α is from 1.1 kN/m to 20 kN/m, and the cutting strength β is from 0.18 kN/m to 3.33 kN/m. in Equation, α is a peel strength (kN/m) between the negative electrode current collector and the negative electrode mixed-materials layer according to a surface/interface cutting method SAICAS, and β is a cutting strength (kN/m) in the negative electrode mixed-materials layer according to the surface/interface cutting method SAICAS, wherein the peel strength is determined in a constant load mode of the surface/interface cutting method SAICAS and the cutting strength is determined in a constant speed mode of the surface/interface cutting method SAICAS, the content of the carbon material disposed on the surface of the titanium-including metal oxide particle is from 0.5 wt.% to 5 wt.% of carbon based on the weight of the titanium comprising metal oxide particle, the acrylic resin is composed of polyacrylonitrile, and the binder has a weight average molecular weight of 10,000 to 50,000,000., the peel strength α is from 1.1 kN/m to 20 kN/m, and the cutting strength β is from 0.18 kN/m to 3.33 kN/m.
Hand-tool case having at least one base unit which comprises at least one side wall (14, 14a), and having at least one cover unit which is intended to directly or indirectly define with the base unit a case interior for storing and/or transporting at least one item to be transported (20, 22, 24, 26, 28), having a positioning unit which, for wireless energy transfer into the item to be transported (20, 22, 24, 26, 28), generates in at least one operating state a clamping force on the at least one item to be transported (20, 22, 24, 26, 28), said clamping force having at least one major component in the direction of the side wall (14, 14a) such that it moves the at least one item to be transported (20, 22, 24, 26, 28) in the direction of the side wall (14, 14a) into a predetermined loading position and/or orients it relative to the side wall (14, 14a), in which the item to be transported (20, 22, 24, 26, 28) can pick up energy particularly efficiently, characterized in that the positioning unit, in at least one operating state, converts a closing force into the clamping force during a closing movement between the base unit and the cover unit.
A system comprising a device for maintaining a tread band (135, 235, 335, 635, 735, 835, 935) onto a tire (100, 200, 300, 600, 700, 800, 900) during retreading operations and a tread band, the tire defining a crown, an equatorial plane, bead portions (120, 130), and sidewalls (125, 225, 625, 925) extending between the bead portions and crown, the tread band being positioned onto the crown of the tire and defining a tread region, and defining at least one pair of opposing connectors with each connector being an integral part of the tread band and positioned on a lateral side of the tread band, the device comprising: at least one pair of fastening elements (150, 250, 350, 450, 650, 750, 850, 950), each said fastening element attached to one of said opposing connectors of the tread band; and at least one membrane (155, 255, 355, 455, 555, 655, 755, 855, 955) connected to said fastening elements and extending over at least a portion of the sidewalls of the tire and away from the tread band without crossing over the tread region of the tire.
Bearing arrangement, comprising a rolling or sliding bearing with an inner ring and an outer ring and at least one add-on part arranged on the inner ring or on the outer ring, characterized in that the add-on part consists of a meltable or curable material which is attached to the inner ring or the outer ring with a positive fit by a generative production process, and in that the add-on part has been produced by layer-by-layer deposition of multiple layers of the meltable or curable material.
A method for diagnosis that a pet foodstuff provides an increase of endogenous margaric acid level in a cat, said method comprising the steps of: (a) feeding a cat a foodstuff comprising a protein to fat ratio of 1:0.27 to 1:0.63 on a gram:gram as fed or dry matter basis, and (b) measuring the level of margaric acid in a blood sample from the cat before and after feeding the foodstuff, wherein an increase in endogenous margaric acid levels post-prandially is indicative of a foodstuff for preventing and/or reducing the risk of coronary heart disease, type 2 diabetes and/or inflammation in the cat. (a) feeding a cat a foodstuff comprising a protein to fat ratio of 1:0.27 to 1:0.63 on a gram:gram as fed or dry matter basis, and (b) measuring the level of margaric acid in a blood sample from the cat before and after feeding the foodstuff,
An electronic communication module for a tire comprising a radio device having at least a portion of its outer surface surrounded by a rubber coating comprising: (a) 100 phr of at least one diene-based elastomer; and characterized by (b) 20 to 100 phr of at least one nano-sized inorganic material having a dielectric constant of at least 9 and a loss tangent of less than 0.1; and no more than 5 phr of reinforcing carbon black having a particle size of 10 nm up to 1000 nm, wherein the coating when cured has a dielectric constant of at least 4.5 and a loss tangent of less than 0.01 when measured at 915 MHz according to ASTM Method D110. (a) 100 phr of at least one diene-based elastomer; and characterized by (b) 20 to 100 phr of at least one nano-sized inorganic material having a dielectric constant of at least 9 and a loss tangent of less than 0.1; and no more than 5 phr of reinforcing carbon black having a particle size of 10 nm up to 1000 nm,
A radiotherapy apparatus comprising; a source (110, 136) arranged to emit a beam of therapeutic radiation and moveable to direct the beam towards a location from a plurality of directions, the source comprising a collimator able to limit and offset the beam shape; an electronic portal imaging device, EPID, for the therapeutic radiation, being movable with the source; a control unit, characterised in that the EPID is movable relative to the source; and in that the control unit is arranged to: receive a treatment plan comprising EPID positions for a plurality of treatment positions; co-ordinate the movement of both the source (110, 136) and the EPID; adjust the collimator to create and offset the collimated beam as the source moves to the treatment positions; and adjust the position of the EPID relative to the source (110, 136) in accordance with the treatment plan to maintain the offset collimated beam within the bounds of the EPID as the source moves to the treatment positions. a source (110, 136) arranged to emit a beam of therapeutic radiation and moveable to direct the beam towards a location from a plurality of directions, the source comprising a collimator able to limit and offset the beam shape; an electronic portal imaging device, EPID, for the therapeutic radiation, being movable with the source; a control unit, characterised in that the EPID is movable relative to the source; and in that the control unit is arranged to: receive a treatment plan comprising EPID positions for a plurality of treatment positions; co-ordinate the movement of both the source (110, 136) and the EPID; adjust the collimator to create and offset the collimated beam as the source moves to the treatment positions; and adjust the position of the EPID relative to the source (110, 136) in accordance with the treatment plan to maintain the offset collimated beam within the bounds of the EPID as the source moves to the treatment positions. receive a treatment plan comprising EPID positions for a plurality of treatment positions; co-ordinate the movement of both the source (110, 136) and the EPID; adjust the collimator to create and offset the collimated beam as the source moves to the treatment positions; and adjust the position of the EPID relative to the source (110, 136) in accordance with the treatment plan to maintain the offset collimated beam within the bounds of the EPID as the source moves to the treatment positions.
A method for wirelessly transmitting data to a plurality of terminals in each of a plurality of beams- of a telecommunication satellite through a plurality of transmit feeds, each beam projecting on ground on a respective area of coverage, the method comprising: selecting, for each beam, two or more terminals among the plurality of terminals in the respective area of coverage of the beam as a subgroup of terminals, on the basis of channel state information of the plurality of terminals in the beam, wherein for each terminal the channel state information is represented by a complex channel state coefficient for each of the plurality of transmit feeds; determining, for each beam, one piece of equivalent channel state information representing the subgroup of terminals in the respective beam on the basis of the channel state information of the terminals of at least one of the plural subgroups of terminals; and jointly determining a set of weight coefficients that relate the plurality of transmit feeds to a plurality of signals that are intended for transmission in the plurality of beams on the basis of the pieces of equivalent channel state information respectively representing the plural subgroups of terminals, wherein the determined set of weight coefficients forms a precoding matrix, and the precoding matrix is kept constant over the terminals in the subgroup of terminals. selecting, for each beam, two or more terminals among the plurality of terminals in the respective area of coverage of the beam as a subgroup of terminals, on the basis of channel state information of the plurality of terminals in the beam, wherein for each terminal the channel state information is represented by a complex channel state coefficient for each of the plurality of transmit feeds; determining, for each beam, one piece of equivalent channel state information representing the subgroup of terminals in the respective beam on the basis of the channel state information of the terminals of at least one of the plural subgroups of terminals; and jointly determining a set of weight coefficients that relate the plurality of transmit feeds to a plurality of signals that are intended for transmission in the plurality of beams on the basis of the pieces of equivalent channel state information respectively representing the plural subgroups of terminals, wherein the determined set of weight coefficients forms a precoding matrix, and the precoding matrix is kept constant over the terminals in the subgroup of terminals.
Household appliance for the treatment of laundry items, having a control facility and at least one operating device (7,9) comprising a data unit and an operating means (1,6,10), wherein the at least one operating device (7,9) is configured to exchange data wirelessly with the control facility and wherein a treatment program database is stored in the data unit, characterised in that the at least one operating device (7,9) is designed to allow an input of at least one user appointment BT1, and wherein the at least one operating device (7,9) is furthermore designed to perform a data reconciliation between at least one user appointment BT1 and the treatment program database on the basis of an assignment routine and to determine at least one treatment program B BT1 and to output an item of information to a user within a specified time period Δt BT1 before the at least one user appointment BT1.
A genetically modified Rag2 -/- IL-2rγ -/- mouse, comprising a replacement of a mouse thrombopoietin gene with a human TPO gene at a mouse TPO gene locus, wherein the mouse comprises human hematopoietic cells, and the mouse is infected by a human pathogen that does not infect wild-type mice.
A battery pack comprising: a battery module including a plurality of secondary batteries and a module case having an outer wall configured to form an internal space for receiving the plurality of secondary batteries; and a pack housing including an intermediate housing formed in the shape of a box with open top and bottom and having an outer sidewall configured to form an internal space for receiving the module case, wherein at least one guide rail is provided on an inner surface of the intermediate housing, the guide rail protruding in an inward direction toward the battery module and extending in a vertical direction to guide the insertion of the module case in the vertical direction, and at least one guide protrusion portion is provided on an outer surface of a horizontal direction of the module case, the guide protrusion portion protruding in an outward direction and extending in the vertical direction to move in the vertical direction along the guide rail, and having at least one compression protrusion (P1, P2) protruding to press the guide rail, wherein the guide rail has at least one guide groove that is recessed in a shape corresponding to an outer shape of a protruding direction of the guide protrusion portion and extends in the vertical direction, and the compression protrusion (P1, P2) is configured to press an inner surface of the guide groove, wherein the battery pack further comprises a stopper having a plate shape extending in the horizontal direction to limit the vertical movement of the module case provided on the guide rail. a battery module including a plurality of secondary batteries and a module case having an outer wall configured to form an internal space for receiving the plurality of secondary batteries; and a pack housing including an intermediate housing formed in the shape of a box with open top and bottom and having an outer sidewall configured to form an internal space for receiving the module case, wherein at least one guide rail is provided on an inner surface of the intermediate housing, the guide rail protruding in an inward direction toward the battery module and extending in a vertical direction to guide the insertion of the module case in the vertical direction, and at least one guide protrusion portion is provided on an outer surface of a horizontal direction of the module case, the guide protrusion portion protruding in an outward direction and extending in the vertical direction to move in the vertical direction along the guide rail, and having at least one compression protrusion (P1, P2) protruding to press the guide rail, wherein the guide rail has at least one guide groove that is recessed in a shape corresponding to an outer shape of a protruding direction of the guide protrusion portion and extends in the vertical direction, and the compression protrusion (P1, P2) is configured to press an inner surface of the guide groove, wherein the battery pack further comprises a stopper having a plate shape extending in the horizontal direction to limit the vertical movement of the module case provided on the guide rail.
An undifferentiated isolated stem cell or an undifferentiated isolated progenitor cell for use in a method for treating a disease or condition in a subject, wherein said method for treating comprises exposing said undifferentiated isolated stem cell or undifferentiated isolated progenitor cell in vitro to a light stimulation that promotes cell differentiation or proliferation and transplanting said light stimulated cell into said subject in need of a cell differentiated from said undifferentiated isolated stem cell or undifferentiated isolated progenitor cell, wherein said light stimulation is performed with a light having a wavelength of 200-1500 nm, a power density of 0.001-500 mW/cm 2, and a total light dosage of 0.001-100 J.
A method of separating a carrier-workpiece bonded stack comprising: (i) providing a carrier-workpiece bonded stack including n bonding polymeric adhesive layers sandwiched between a carrier layer and a workpiece layer, wherein n is an integer and n≥1, wherein the n bonding polymeric adhesive layers are represented as layer 1 to layer n, wherein layer 1 is bonded to the carrier layer with a peeling strength Pc1, layer 2 is bonded to layer 1 with a peeling strength P12, layer n is bonded to layer (n-1) with a peeling strength P(n-1)n, and the workpiece layer is bonded to layer n with a peeling strength Pnw; (ii) optionally treating the stack so that at least one of the peeling strengths Pc1, P12... P(n-1)n and Pnw is decreased to the range of from 0.01 to 50.0 g/cm, as determined by ASTM D6862; (iii) delivering a gas jet at the junction of two adjacent layers so as to separate the two adjacent layers from one another, wherein the corresponding peeling strength therebetween is in the range of from 0.01 to 50.0 g/cm, wherein the gas jet has a circular sector shape where the central angle of the circular sector is in the range of from 30° to 100°, and wherein the plane of the circular sector and the interfacial plane defined by the two adjacent layers to be separated has a dihedral angle of greater than 0° to 30°. (i) providing a carrier-workpiece bonded stack including n bonding polymeric adhesive layers sandwiched between a carrier layer and a workpiece layer, wherein n is an integer and n≥1, wherein the n bonding polymeric adhesive layers are represented as layer 1 to layer n, wherein layer 1 is bonded to the carrier layer with a peeling strength Pc1, layer 2 is bonded to layer 1 with a peeling strength P12, layer n is bonded to layer (n-1) with a peeling strength P(n-1)n, and the workpiece layer is bonded to layer n with a peeling strength Pnw; (ii) optionally treating the stack so that at least one of the peeling strengths Pc1, P12... P(n-1)n and Pnw is decreased to the range of from 0.01 to 50.0 g/cm, as determined by ASTM D6862; (iii) delivering a gas jet at the junction of two adjacent layers so as to separate the two adjacent layers from one another, wherein the corresponding peeling strength therebetween is in the range of from 0.01 to 50.0 g/cm, wherein the gas jet has a circular sector shape where the central angle of the circular sector is in the range of from 30° to 100°, and wherein the plane of the circular sector and the interfacial plane defined by the two adjacent layers to be separated has a dihedral angle of greater than 0° to 30°.
A method for power monitoring and profiling, comprising: receiving power at a power monitor from a power supply, wherein the power monitor is external to and coupled to a target device; receiving power in the target device via the power monitor; receiving power data at a diagnostic module in the target device from the power monitor, wherein the power monitor generates the power data by measuring the power in response to at least one command received from the diagnostic module, the power data including at least one of test number or session number data; determining, via a processing module in the target device, operational data for the target device; receiving, via the diagnostic module, the operational data from the processing module; providing, via the target device, the power data and operational data to a profiling device; parsing, by the profiling device, the power data and the operational data; determining, by the profiling device, relevant power data and relevant operational data based on the parsing; correlating, by the profiling device, the relevant power data with the relevant operational data to determine a profile of power consumption of the target device. receiving power at a power monitor from a power supply, wherein the power monitor is external to and coupled to a target device; receiving power in the target device via the power monitor; receiving power data at a diagnostic module in the target device from the power monitor, wherein the power monitor generates the power data by measuring the power in response to at least one command received from the diagnostic module, the power data including at least one of test number or session number data; determining, via a processing module in the target device, operational data for the target device; receiving, via the diagnostic module, the operational data from the processing module; providing, via the target device, the power data and operational data to a profiling device; parsing, by the profiling device, the power data and the operational data; determining, by the profiling device, relevant power data and relevant operational data based on the parsing; correlating, by the profiling device, the relevant power data with the relevant operational data to determine a profile of power consumption of the target device.
Wheel suspension for the rear axle of a vehicle, comprising a hub carrier that is steerable in a pivoting range for mounting a wheel, the pivoting range extending from a hard left steering angle of the steerable hub carrier to a hard right steering angle of the steerable hub carrier, and a plurality of suspension links (31, 32, 33, 34, 35) for articulation of the hub carrier to the vehicle body of the vehicle, further comprising a damping device for damping a movement of the hub carrier relative to the vehicle body, wherein the damping device is connected to the hub carrier by means of a hub carrier connection, wherein the hub carrier connection is arranged in a connection area of the surface sections of the wheel space of the wheel defined by the pivoting range of the hub carrier, which, of all areas of the wheel space facing the vehicle body, has the greatest direct distance from the vehicle body, wherein the wheel space of the wheel defined by the pivoting range of the hub carrier is configured symmetrically to a plane of symmetry, wherein the hub carrier connection of the damping device is arranged in this plane of symmetry, and characterised in that, separately from the damping device in relation to the hub carrier, a spring device for springing the movement of the hub carrier relative to the vehicle body is arranged on the opposite side of the damping device.