mhurhangee/patent-ind-claim-en huggingface dataset:
A lithium metal battery which comprises a composite solid electrolyte membrane interposed between a lithium metal negative electrode and a positive electrode , wherein the composite solid electrolyte membrane comprises: a phase transformation layer containing a plasticizer and a lithium salt; a porous polymer sheet layer ; and a solid polymer electrolyte layer , the phase transformation layer , the porous polymer sheet layer and the solid polymer electrolyte layer are stacked successively, and the phase transformation layer is disposed in such a manner that it faces the lithium metal negative electrode ; wherein the plasticizer has a melting point of 30-130°C, and the lithium metal battery is activated at a temperature ranging from the melting point of the plasticizer to 130°C. a phase transformation layer containing a plasticizer and a lithium salt; a porous polymer sheet layer ; and a solid polymer electrolyte layer , the phase transformation layer , the porous polymer sheet layer and the solid polymer electrolyte layer are stacked successively, and the phase transformation layer is disposed in such a manner that it faces the lithium metal negative electrode ; wherein the plasticizer has a melting point of 30-130°C, and the lithium metal battery is activated at a temperature ranging from the melting point of the plasticizer to 130°C.
A lane information recording method for recording lane information for travel path planning using a processor , comprising: acquiring road map information and information on a plurality of travel histories that are represented by travel trajectories on a road map; the method characterized by extracting a terminated line of a lane connected to an intersection where two or more cars enter the intersection in the lane; calculating, using the terminated line and the travel trajectories, points at which the terminated line intersects with respective travel trajectories as lateral positions of the two or more cars within an area including the terminated line; clustering the lateral positions into two or more position sets; when a distance or distances between the two or more position sets are not less than a predetermined value that is no less than 1m, determining that the two or more cars in the lane form different lines in a lateral direction of the cars on a single lane and that the lane including the area is in a state of the multiple lane form; specifying the lane information to be recorded using a lane ID, the lane ID being given to each lane represented by the road map information; and recording a result of determination of a multiple lane form associated with the specified lane information in a database . acquiring road map information and information on a plurality of travel histories that are represented by travel trajectories on a road map; the method characterized by extracting a terminated line of a lane connected to an intersection where two or more cars enter the intersection in the lane; calculating, using the terminated line and the travel trajectories, points at which the terminated line intersects with respective travel trajectories as lateral positions of the two or more cars within an area including the terminated line; clustering the lateral positions into two or more position sets; when a distance or distances between the two or more position sets are not less than a predetermined value that is no less than 1m, determining that the two or more cars in the lane form different lines in a lateral direction of the cars on a single lane and that the lane including the area is in a state of the multiple lane form; specifying the lane information to be recorded using a lane ID, the lane ID being given to each lane represented by the road map information; and recording a result of determination of a multiple lane form associated with the specified lane information in a database .
An end effector for a surgical device comprising: first and second jaws disposed at a distal portion of an elongate tubular shaft , the first and second jaws pivotably coupled to each other at ends of the first and second jaws that are proximal to the elongate tubular shaft, the first and second jaws spaced apart and defining a gap therebetween; and first and second pluralities of teeth extending perpendicularly from the first and second jaws respectively, the first plurality of teeth longitudinally offset from the second plurality of teeth; wherein the first and second jaws are transitionable from an open configuration to an approximated configuration, the approximated configuration adapted to clamp tissue in the gap between the first and second jaws and thereby displacing sections of tissue outwardly between the first and second pluralities of teeth, characterised in that : the first and second pluralities of teeth extend in the same direction from their respective jaws and perpendicular to parallel planes. first and second jaws disposed at a distal portion of an elongate tubular shaft , the first and second jaws pivotably coupled to each other at ends of the first and second jaws that are proximal to the elongate tubular shaft, the first and second jaws spaced apart and defining a gap therebetween; and first and second pluralities of teeth extending perpendicularly from the first and second jaws respectively, the first plurality of teeth longitudinally offset from the second plurality of teeth;
A method implemented in a CELP-based sound signal encoder or a CELP-based sound signal decoder for converting, when the encoder or the decoder switches from a first frame with an internal sampling rate S1 to a second frame, divided into subframes, with an internal sampling rate S2, linear predictive, LP, filter parameters of the first frame from the internal sampling rate S1 to the internal sampling rate S2, the method being characterized by : computing, at the internal sampling rate S1, a power spectrum of an LP synthesis filter using the LP filter parameters; modifying the power spectrum of the LP synthesis filter to convert it from the internal sampling rate S1 to the internal sampling rate S2; inverse transforming the modified power spectrum of the LP synthesis filter to determine autocorrelations of the LP synthesis filter at the internal sampling rate S2; and using the autocorrelations to compute the LP filter parameters at the internal sampling rate S2; wherein the method further comprises: determining for one subframe or a plurality of subframes of the second frame interpolated LP filter parameters by interpolation between LP filter parameters of the second frame determined at the internal sampling rate S2 and the LP filter parameters of the first frame converted from the internal sampling rate S1 to the internal sampling rate S2. computing, at the internal sampling rate S1, a power spectrum of an LP synthesis filter using the LP filter parameters; modifying the power spectrum of the LP synthesis filter to convert it from the internal sampling rate S1 to the internal sampling rate S2; inverse transforming the modified power spectrum of the LP synthesis filter to determine autocorrelations of the LP synthesis filter at the internal sampling rate S2; and using the autocorrelations to compute the LP filter parameters at the internal sampling rate S2;
A method for producing D-galactose from a solution of dried whey permeate or a liquid whey permeate, comprising: (i) obtaining liquid whey permeate produced as by-product in the production of whey protein isolates; (ii) removing non-sugar materials from a solution of dried whey permeate obtained by concentrating and drying the liquid whey permeate obtained in (i), or from the liquid whey permeate obtained in (i), wherein said removing step comprises forming insoluble solid precipitates from the dissolved solution of dried whey permeate or the liquid whey permeate, through heat treatment at 40°C to 90°C, and/or adjusting the dissolved solution to a pH of 3 to 9, and removing the solid precipitates; (iii) hydrolyzing the product obtained in (ii) using a lactase; (iv) removing residual proteins, using activated carbon, from the product obtained in (iii); and (v) removing ash, salts or both from the product obtained in (iv). (i) obtaining liquid whey permeate produced as by-product in the production of whey protein isolates; (ii) removing non-sugar materials from a solution of dried whey permeate obtained by concentrating and drying the liquid whey permeate obtained in (i), or from the liquid whey permeate obtained in (i), wherein said removing step comprises forming insoluble solid precipitates from the dissolved solution of dried whey permeate or the liquid whey permeate, through heat treatment at 40°C to 90°C, and/or adjusting the dissolved solution to a pH of 3 to 9, and removing the solid precipitates; (iii) hydrolyzing the product obtained in (ii) using a lactase; (iv) removing residual proteins, using activated carbon, from the product obtained in (iii); and (v) removing ash, salts or both from the product obtained in (iv).
A contactor with a rotary actuation system , the contactor with the rotary actuation system comprising: a plurality of switching devices configured to switch a plurality of electrical circuits; a plurality of cam followers each operably coupled to one of the plurality of switching devices, wherein each cam follower of the plurality of cam followers is configured to actuate a switching device of the plurality of switching devices; a cam mechanism , the cam mechanism pivotally attached to a point rotation , the cam having a perimeter and plurality of lobes about the perimeter, the cam in operable communication with each cam follower of the plurality of cam followers such that upon rotation of the cam mechanism, each cam follower engages a lobe of the plurality of lobes, it causes each cam follower to actuate the respective switching device of the plurality of switching devices; an actuator in operable communication with the cam mechanism, the actuator responsive to a control current (I c ) and operable to rotate the cam mechanism; and a controller , the controller in operably communication with the actuator, the controller operable to supply the control current the actuator; wherein the actuator is a rotary actuator , and characterized in that the rotary actuator is configured to have a ferromagnetic stator assembly and a ferromagnetic rotor assembly , the ferromagnetic stator assembly configured as an arcuate annular segment and the ferromagnetic rotor assembly configured as a sector, the ferromagnetic rotor assembly fixed to the cam mechanism. a plurality of switching devices configured to switch a plurality of electrical circuits; a plurality of cam followers each operably coupled to one of the plurality of switching devices, wherein each cam follower of the plurality of cam followers is configured to actuate a switching device of the plurality of switching devices; a cam mechanism , the cam mechanism pivotally attached to a point rotation , the cam having a perimeter and plurality of lobes about the perimeter, the cam in operable communication with each cam follower of the plurality of cam followers such that upon rotation of the cam mechanism, each cam follower engages a lobe of the plurality of lobes, it causes each cam follower to actuate the respective switching device of the plurality of switching devices; an actuator in operable communication with the cam mechanism, the actuator responsive to a control current (I c ) and operable to rotate the cam mechanism; and a controller , the controller in operably communication with the actuator, the controller operable to supply the control current the actuator; wherein the actuator is a rotary actuator , and characterized in that the rotary actuator is configured to have a ferromagnetic stator assembly and a ferromagnetic rotor assembly , the ferromagnetic stator assembly configured as an arcuate annular segment and the ferromagnetic rotor assembly configured as a sector, the ferromagnetic rotor assembly fixed to the cam mechanism.
A method for bonding a first substrate to a second substrate on mutually facing contact surfaces of the substrates , the first substrate being mounted on a first chuck and the second substrate being mounted on a second chuck with a plate , and the plate being arranged between the second substrate and the second chuck , and the second substrate with the plate is deformed with respect to the second chuck before and/or during the bonding characterized in that the deformation is set and/or controlled by means of a bending means loading the plate and the deformation of the second substrate and/or the plate is detected by curvature measuring means.
A method performed by an access network node, said method comprising: obtaining from a control plane, CP, network element, for each of two or more sessions which exist between a user equipment, UE, and a data network, a maximum bandwidth rate corresponding to said session; determining a sum of the maximum bandwidth rates corresponding to the two or more sessions; obtaining from the CP network element, a subscribed bandwidth rate for the UE; and performing bandwidth constraint on a packet of the UE based on a smaller one of the sum of the maximum bandwidth rates and the subscribed bandwidth rate. obtaining from a control plane, CP, network element, for each of two or more sessions which exist between a user equipment, UE, and a data network, a maximum bandwidth rate corresponding to said session; determining a sum of the maximum bandwidth rates corresponding to the two or more sessions; obtaining from the CP network element, a subscribed bandwidth rate for the UE; and performing bandwidth constraint on a packet of the UE based on a smaller one of the sum of the maximum bandwidth rates and the subscribed bandwidth rate.
A biocompatible component having a surface intended for contact with living tissue, wherein the surface comprises particles comprising titanium dioxide, said particles having an average particle size of less than 25 nm, wherein the particles have a particle size distribution obtained by electrospray-scanning mobility particle sizer (ES-SMPS) of up to 40 %.
Wheel-force dynamometer for measuring forces and torques which act on a vehicle tyre and a vehicle wheel , by means of force sensors , the vehicle wheel being mounted rotatably by means of a wheel axle, the wheel axle being configured as a hollow shaft which is mounted on a flexurally stiff bearing journal which is arranged in a stationary manner, characterized in that the bearing journal is supported via the force sensors on a stationary load-bearing structure , the hollow shaft being mounted with respect to the bearing journal via hydrostatic plain bearings , the hollow shaft being mounted with respect to a bearing journal , which is configured as a hollow journal, via a first and a second hydrostatic plain bearing, configured as a first radial bearing and as a second radial bearing , which bearing journal is supported via force sensors on the stationary load-bearing structure , and a third hydrostatic plain bearing being configured as an axial bearing .
A method performed by a mobile terminal in a wireless wide area system, the method comprising: - listening to a high speed shared control channel for a first identity or a second identity; in case of detecting the first identity: - receiving data of a first logical downlink channel on a high-speed downlink shared channel as indicated by a scheduling command received with the detected first identity; and in case of detecting the second identity: - receiving data of a second logical downlink channel on the high-speed downlink shared channel as indicated by a scheduling command received with the detected second identity. - listening to a high speed shared control channel for a first identity or a second identity; in case of detecting the first identity: - receiving data of a first logical downlink channel on a high-speed downlink shared channel as indicated by a scheduling command received with the detected first identity; and in case of detecting the second identity: - receiving data of a second logical downlink channel on the high-speed downlink shared channel as indicated by a scheduling command received with the detected second identity. in case of detecting the first identity: - receiving data of a first logical downlink channel on a high-speed downlink shared channel as indicated by a scheduling command received with the detected first identity; and - receiving data of a first logical downlink channel on a high-speed downlink shared channel as indicated by a scheduling command received with the detected first identity; and in case of detecting the second identity: - receiving data of a second logical downlink channel on the high-speed downlink shared channel as indicated by a scheduling command received with the detected second identity. - receiving data of a second logical downlink channel on the high-speed downlink shared channel as indicated by a scheduling command received with the detected second identity.
A wrought 7xxx aluminum alloy product comprising: 0.15 to 0.50 wt. % Mn; 5.5-7.3 wt. % Zn; 0.95-2.2 wt. % Mg; 1.5-2.4 wt. % Cu; up to 1.0 wt. % of grain structure control materials, wherein the grain structure control materials comprise at least one of Zr, Cr, Sc, and Hf; and up to 0.15 wt. % Ti; the balance being aluminum and unavoidable impurities; wherein the wrought 7xxx aluminum alloy product has a thickness of from 3.8 - 30 cm (1.5 to 12 inches). 0.15 to 0.50 wt. % Mn; 5.5-7.3 wt. % Zn; 0.95-2.2 wt. % Mg; 1.5-2.4 wt. % Cu; up to 1.0 wt. % of grain structure control materials, wherein the grain structure control materials comprise at least one of Zr, Cr, Sc, and Hf; and up to 0.15 wt. % Ti; the balance being aluminum and unavoidable impurities; wherein the wrought 7xxx aluminum alloy product has a thickness of from 3.8 - 30 cm (1.5 to 12 inches).
Device for a flash point determination and/or a combustion point determination of a liquid sample which is receivable in a container and for a flame recognition, comprising: a container reception for receiving the container ; an infrared sensor which is arranged for detecting light which is generated by a flame in a region around or within the container ; a flame ionization detector with two electrodes, a voltage source for applying an electric voltage to an electrode, and a calibratable resistance measuring circuit , in particular a Wheatstone measuring bridge, for measuring resistance data which indicate a resistance between the electrodes depending on a flame ionization; and an evaluation system which is coupled with the infrared sensor and which is configured for evaluating infrared sensor data of the infrared sensor, to indicate a combustion of the sample and/or a burn of the sample based on the evaluation, wherein a burn comprises a short-time inflammation of the sample, and a combustion comprises a continuous flame. a container reception for receiving the container ; an infrared sensor which is arranged for detecting light which is generated by a flame in a region around or within the container ; a flame ionization detector with two electrodes, a voltage source for applying an electric voltage to an electrode, and a calibratable resistance measuring circuit , in particular a Wheatstone measuring bridge, for measuring resistance data which indicate a resistance between the electrodes depending on a flame ionization; and an evaluation system which is coupled with the infrared sensor and which is configured for evaluating infrared sensor data of the infrared sensor, to indicate a combustion of the sample and/or a burn of the sample based on the evaluation, wherein a burn comprises a short-time inflammation of the sample, and a combustion comprises a continuous flame.
A tire comprising three or more circumferential main grooves , on a tread surface , extending in the tire circumferential direction and having a groove width that prevents two side walls from contacting each other when the tire is grounded, wherein among the three or more circumferential main grooves , both of a pair of shoulder main grooves disposed on the outermost side in the tire width direction are configured such that inclination angle formed by a groove wall on a tread edge (TE) side and the tread surface is greater than 90°, the both of the pair of shoulder main grooves are configured such that the inclination angle formed by a groove wall on the tire equatorial plane (CL) side and the tread surface is 90° or less, and among the three or more circumferential main grooves , at least one circumferential main groove other than the pair of shoulder main grooves is configured such that a maximum groove width position in the groove depth direction is located on a groove bottom side than a tread surface position. among the three or more circumferential main grooves , both of a pair of shoulder main grooves disposed on the outermost side in the tire width direction are configured such that inclination angle formed by a groove wall on a tread edge (TE) side and the tread surface is greater than 90°, the both of the pair of shoulder main grooves are configured such that the inclination angle formed by a groove wall on the tire equatorial plane (CL) side and the tread surface is 90° or less, and among the three or more circumferential main grooves , at least one circumferential main groove other than the pair of shoulder main grooves is configured such that a maximum groove width position in the groove depth direction is located on a groove bottom side than a tread surface position.
A medicine for use in treating a stellate cell-related disorder comprising a drug carrier comprising a retinoid derivative and/or vitamin A analogue as a component, and a diagnostic and/or therapeutic drug, wherein the stellate cell-related disorder is selected from the group consisting of fibrosis, hepatitis and pancreatitis, and wherein the retinoid derivative and/or vitamin A analogue are/is selected from vitamin A, tretinoin, adapalene, or retinol palmitate, and Fenretinide (4-HPR), and, by bonding to or being included in the drug carrier, enables the specific transport of the drug to stellate cells.