mhurhangee/ep-ind-claims huggingface dataset:
A lithium metal secondary battery, which comprises: a negative electrode comprising: a negative electrode current collector; a lithium metal (Li-metal) thin film formed on the negative electrode current collector; and a negative electrode protective layer including a diazonium ion chemically bonded to the lithium metal thin film, an electrolyte, and a positive electrode comprising: a positive electrode current collector; and a positive electrode mixture layer disposed on the positive electrode current collector, wherein the positive electrode mixture layer includes a positive electrode active material of one or more of complex oxides of cobalt, manganese, nickel, iron or their combination, and lithium. a negative electrode comprising: a negative electrode current collector; a lithium metal (Li-metal) thin film formed on the negative electrode current collector; and a negative electrode protective layer including a diazonium ion chemically bonded to the lithium metal thin film, a negative electrode current collector; a lithium metal (Li-metal) thin film formed on the negative electrode current collector; and a negative electrode protective layer including a diazonium ion chemically bonded to the lithium metal thin film, an electrolyte, and a positive electrode comprising: a positive electrode current collector; and a positive electrode mixture layer disposed on the positive electrode current collector, a positive electrode current collector; and a positive electrode mixture layer disposed on the positive electrode current collector, wherein the positive electrode mixture layer includes a positive electrode active material of one or more of complex oxides of cobalt, manganese, nickel, iron or their combination, and lithium.
A method of authorizing access to a third party service, comprising: providing, from a mobile device management server to an instance of an application configured to access the third party service a token that includes data comprising or otherwise associated with a device identifier of a device on which the instance of the application is installed, wherein the device on which the instance of the application is installed is configured to send to the third party service a service access authorization request that includes the token; characterized by the further steps of: receiving at the mobile device management server from the third party service an authorization query that includes the token, wherein the third party service is configured to send the authorization query in response to the service access authorization request; using the received token to determine device information associated with the service access authorization request; and providing from the mobile device management server to the third party service a notification that is based on the determined device information, wherein the third party service is configured to provide service access to the device based on the notification. providing, from a mobile device management server to an instance of an application configured to access the third party service a token that includes data comprising or otherwise associated with a device identifier of a device on which the instance of the application is installed, wherein the device on which the instance of the application is installed is configured to send to the third party service a service access authorization request that includes the token; characterized by the further steps of: receiving at the mobile device management server from the third party service an authorization query that includes the token, wherein the third party service is configured to send the authorization query in response to the service access authorization request; using the received token to determine device information associated with the service access authorization request; and providing from the mobile device management server to the third party service a notification that is based on the determined device information, wherein the third party service is configured to provide service access to the device based on the notification. receiving at the mobile device management server from the third party service an authorization query that includes the token, wherein the third party service is configured to send the authorization query in response to the service access authorization request; using the received token to determine device information associated with the service access authorization request; and providing from the mobile device management server to the third party service a notification that is based on the determined device information, wherein the third party service is configured to provide service access to the device based on the notification.
A compound, having the structure: wherein M is a metal selected from Ir, Pt, Pd, Rh, Ru, and Os; (C-N) is a cyclometallated ligand, and (C-N) is different from at least one other ligand attached to the metal; R 8 -R 14 is each independently H, halogen, or alkyl; X is independently H, halogen, or alkyl; n has a value of at least 1; and m + n is the maximum number of ligands that may be attached to the metal; wherein the term alkyl contemplates both straight and branched chain alkyl radicals which may be optionally substituted with one or more substituents selected from halo, CN, CO 2 R C R, NR 2, cyclic-amino, NO 2, and OR. M is a metal selected from Ir, Pt, Pd, Rh, Ru, and Os; (C-N) is a cyclometallated ligand, and (C-N) is different from at least one other ligand attached to the metal; R 8 -R 14 is each independently H, halogen, or alkyl; X is independently H, halogen, or alkyl; n has a value of at least 1; and m + n is the maximum number of ligands that may be attached to the metal;
A measurement device diagnostic system, comprising: an ultrasonic flow meter configured to take measurements of transit times of ultrasonic pulses across a pipeline and configured to calculate from said measurements output data comprising the average flow velocity of fluid flowing through the pipeline; a processor not located in said ultrasonic flow meter; the ultrasonic flow meter configured to record a snapshot of data corresponding to said measurements to a memory device, the recording being triggered automatically when an event occurs that exceeds a predetermined threshold; and the ultrasonic flow meter configured to transmit said snapshot of measurement data from said memory device to said processor; and the processor configured to simulate the calculation of the output data using the snapshot of measurement data; wherein the output data rate is lower than said measurement data acquisition rate. an ultrasonic flow meter configured to take measurements of transit times of ultrasonic pulses across a pipeline and configured to calculate from said measurements output data comprising the average flow velocity of fluid flowing through the pipeline; a processor not located in said ultrasonic flow meter; the ultrasonic flow meter configured to record a snapshot of data corresponding to said measurements to a memory device, the recording being triggered automatically when an event occurs that exceeds a predetermined threshold; and the ultrasonic flow meter configured to transmit said snapshot of measurement data from said memory device to said processor; and the processor configured to simulate the calculation of the output data using the snapshot of measurement data; wherein the output data rate is lower than said measurement data acquisition rate.
Method for detecting and possibly correcting an incorrect position of a distance sensor of a vehicle, by means of which a signal profile consisting of a multiplicity of items of distance data is generated by scanning objects moving transversely relative to the sensing direction of the distance sensor in the surrounding area, from which signal profile geometrical data are extracted in order to detect a parking space between parked vehicles as the vehicle passes by, wherein an edge falling with increasing distance from a parked vehicle indicates the start of a parking space and an edge rising with decreasing distance from a parked vehicle indicates the end of the parking space, and wherein the signal profile is observed and statistically evaluated in order to detect an incorrect position of the distance sensor, characterized in that the statistical evaluation provides for a comparison of the edges rising with decreasing distance from objects in the surrounding area with the edges falling with increasing distance from objects in the surrounding area, wherein a pronounced asymmetry of the signal profile is interpreted as an indication of an incorrect position of the distance sensor.
Method for setting up in an operating position a volumetric dosage pump arranged for filling up containers, the pump (1; 91) comprising a body (3; 93) with a piston (4; 94) slidingly mounted therein and switching valve (5; 95) rotably mounted within the body, the piston and the switching valve extending outside the body (3; 93), said method comprising the following steps: - one holds, the piston (4; 94) and the switching valve (5; 95) fast together with the body (3; 93) of the pump (1; 91), - one hooks up either one of the body (3; 93), the piston (4; 94) and the switching valve (5; 95) to a pivot, and - one rotates the pump (1; 91) around the pivot to fasten the others of the body (3; 93), the piston (4; 94) and the switching valve (5; 95) on an operating support of a driving machine. - one holds, the piston (4; 94) and the switching valve (5; 95) fast together with the body (3; 93) of the pump (1; 91), - one hooks up either one of the body (3; 93), the piston (4; 94) and the switching valve (5; 95) to a pivot, and - one rotates the pump (1; 91) around the pivot to fasten the others of the body (3; 93), the piston (4; 94) and the switching valve (5; 95) on an operating support of a driving machine.
A device for antenna impedance matching, comprising: an application detection module, configured to detect a current state of an antenna of a terminal, and output a matching adjustment signal according to the state; an adaptive control module, configured to perform control over a process of matching adjustment in response to the matching adjustment signal; and a matching adjustable module, configured to, under the control of the adaptive control module, perform the matching adjustment on impedance of the antenna through an impedance matching network corresponding to the matching adjustment signal, characterized in that it further comprises: a feedback coupling module, configured to sample a matched impedance value to obtain a circuit measurement value, and output the circuit measurement value to a matching comparison module; and the matching comparison module, configured to perform matching comparison between the circuit measurement value and a target characteristic impedance value, and feed a matching comparison result back to the adaptive control module. an application detection module, configured to detect a current state of an antenna of a terminal, and output a matching adjustment signal according to the state; an adaptive control module, configured to perform control over a process of matching adjustment in response to the matching adjustment signal; and a matching adjustable module, configured to, under the control of the adaptive control module, perform the matching adjustment on impedance of the antenna through an impedance matching network corresponding to the matching adjustment signal, characterized in that it further comprises: a feedback coupling module, configured to sample a matched impedance value to obtain a circuit measurement value, and output the circuit measurement value to a matching comparison module; and the matching comparison module, configured to perform matching comparison between the circuit measurement value and a target characteristic impedance value, and feed a matching comparison result back to the adaptive control module. a feedback coupling module, configured to sample a matched impedance value to obtain a circuit measurement value, and output the circuit measurement value to a matching comparison module; and the matching comparison module, configured to perform matching comparison between the circuit measurement value and a target characteristic impedance value, and feed a matching comparison result back to the adaptive control module.
Method for controlling a heating or cooling system, the system comprising a heat exchanger connected in series with a valve, control means controlling an opening degree of the valve, the method comprising the steps of: forming a difference between a room temperature and a room temperature set point and adjusting the opening degree of the valve based on the difference, characterized in that a memorized steady-state working point of the system is used, a boost value based on the steady-state working point is calculated, wherein upon a change of the room temperature set point the opening degree of the valve is changed, wherein the opening degree of the valve is limited to a degree of opening based on the boost value.
A scoring device to be worn by a person for scoring a snowball fight, the device comprising: a target portion including: a target; a permeable layer coupled to the target in a spaced apart construction to form an interior region between the permeable layer and the target, the permeable layer configured to allow snow from snowballs to pass through the permeable layer and into the interior region; a scoring chamber portion coupled below the target portion, the scoring chamber portion arranged to accumulate and store snow falling from the interior region; one or more attachment elements configured to attach the device to the torso of the person; and a stopper element at least partially separating the target portion from the scoring chamber portion, wherein the stopper element is shaped and arranged to allow snow to enter the scoring chamber portion but limits the amount of snow that exits the scoring chamber portion when the person bends over. a target portion including: a target; a permeable layer coupled to the target in a spaced apart construction to form an interior region between the permeable layer and the target, the permeable layer configured to allow snow from snowballs to pass through the permeable layer and into the interior region; a target; a permeable layer coupled to the target in a spaced apart construction to form an interior region between the permeable layer and the target, the permeable layer configured to allow snow from snowballs to pass through the permeable layer and into the interior region; a scoring chamber portion coupled below the target portion, the scoring chamber portion arranged to accumulate and store snow falling from the interior region; one or more attachment elements configured to attach the device to the torso of the person; and a stopper element at least partially separating the target portion from the scoring chamber portion, wherein the stopper element is shaped and arranged to allow snow to enter the scoring chamber portion but limits the amount of snow that exits the scoring chamber portion when the person bends over.
A method for determining the direction of movement of a predetermined object, in particular a cooking accessory, in the area of a cooking chamber opening of a cooking appliance comprising the following steps: a) continuous or repeated, in particular regularly repeated creation of insertion images of a detection area using an insertion sensor, b) allocation of the insertion images to an object category (F, G, A) each and recording the allocated object category (F, G, A) in a storage device, at least provided that the object category (F, G, A) differs from the object category (F, G, A) last recorded in the storage device, c) determination of the direction of movement of the object by means of the sequence of the object categories (F, G, A) recorded in the storage device, wherein the object categories (F, G, A) are being recorded in chronological order in the storage device, characterized in that a distinction is made between at least three object categories (F, G, A), with object category F corresponding to an unoccupied detection area, object G corresponding to the presence of the object, particularly the cooking accessory, in the detection area and object category A corresponding to the presence of other objects, particularly hands, in the detection area. a) continuous or repeated, in particular regularly repeated creation of insertion images of a detection area using an insertion sensor, b) allocation of the insertion images to an object category (F, G, A) each and recording the allocated object category (F, G, A) in a storage device, at least provided that the object category (F, G, A) differs from the object category (F, G, A) last recorded in the storage device, c) determination of the direction of movement of the object by means of the sequence of the object categories (F, G, A) recorded in the storage device,
A service orchestration method in a Software Defined Networking, SDN: determining whether a current SDN open network platform resource meets an SDN open network platform resource requested by an SDN application or not after receiving a request of using the SDN open network platform resource sent from the SDN application via an external application interface, further determining whether an application engine function and an application extension function meet a requirement of an execution of the SDN application or not when the resource requested by the SDN application is met, and loading the application engine function or the application extension function when the requirement of the execution of the SDN application is met; and applying for the resource required by the SDN application from a controller layer of the SDN according to the request of the SDN application, and allocating the applied resource to the loaded application engine function or application extension function; wherein the application engine function includes at least one of following functions: basic network application functions of a tenant, a network, a subnet, a port, and advanced network application functions of network topology, service migration, load balance, security protection, service emulation; the application extension function provides installing a support plugin and a downloadable component. determining whether a current SDN open network platform resource meets an SDN open network platform resource requested by an SDN application or not after receiving a request of using the SDN open network platform resource sent from the SDN application via an external application interface, further determining whether an application engine function and an application extension function meet a requirement of an execution of the SDN application or not when the resource requested by the SDN application is met, and loading the application engine function or the application extension function when the requirement of the execution of the SDN application is met; and applying for the resource required by the SDN application from a controller layer of the SDN according to the request of the SDN application, and allocating the applied resource to the loaded application engine function or application extension function; wherein the application engine function includes at least one of following functions: basic network application functions of a tenant, a network, a subnet, a port, and advanced network application functions of network topology, service migration, load balance, security protection, service emulation; the application extension function provides installing a support plugin and a downloadable component.
A molded grip for an implement handle to be swung with force and speed, comprising: a tubular member formed of flexible material having: (a) an open end for receiving there the implement handle; (b) a closed end distal from the open end; characterized by (c) at least a portion of the outer periphery thereof configured to have integrally thereon a pattern having a plurality of spaced raised surfaces having the face thereof textured; and, a plurality of spaces intermediate said raised portions and untextured; wherein the area of each of the raised surfaces is in the range of 100-200 percent of the spaces intermediate the raised surfaces and is raised by an amount in the range of 0.5 mm to 2 mm. a tubular member formed of flexible material having: (a) an open end for receiving there the implement handle; (b) a closed end distal from the open end; characterized by (c) at least a portion of the outer periphery thereof configured to have integrally thereon a pattern having a plurality of spaced raised surfaces having (a) an open end for receiving there the implement handle; (b) a closed end distal from the open end; characterized by (c) at least a portion of the outer periphery thereof configured to have integrally thereon a pattern having a plurality of spaced raised surfaces having the face thereof textured; and, a plurality of spaces intermediate said raised portions and untextured; wherein the area of each of the raised surfaces is in the range of 100-200 percent of the spaces intermediate the raised surfaces and is raised by an amount in the range of 0.5 mm to 2 mm.
An optoelectronic sensor having at least one electronic card, with the electronic card comprising light transmitter elements and/or light reception elements, and having at least two optical modules (3.1, 3.2, 3.3) which can be fastened to the electronic card, wherein each optical module (3.1, 3.2, 3.3) comprises a tube array having a plurality of tubes, characterized in that each optical module comprises an open end and a closed end; and wherein the open end of the optical module (3.1, 3.2, 3.3) comprises an open first connection element (6.1) of a connection of the tube array and comprises wall connection elements (6.2) and the closed end of the optical module (3.1, 3.2, 3.3) comprises a closed second connection element (7.1) of the connection which has an outer wall which is configured with shape matching to the wall connection elements (6.2) of the open end of the optical module (3.1, 3.2, 3.3) such that, on a plugging together of an open end of an optical module (3.1) and of a closed end of a further optical module (3.2), the two connection elements (6.1, 7.1) of the connection form a connection tube which is like the tubes of the tube array.
An ampholyte compound represented by a formula: wherein R 2, and R 3, are independently chosen from the group consisting of (a) an alkyl group, (b) an aryl group,(c) a cycloalkyl group, (d) a cycloalkenyl group, (e) a heterocycle group, and (f) an alkenyl group; wherein m and p independently range from 0 to 13, with an m of 1 to 13 denoting a hydrocarbon chain referred to as the m-hydrocarbon chain and a p in a range from 1 to 13 denoting a hydrocarbon chain referred to as the p-hydrocarbon chain; wherein X represents a hydrogen or a methyl, and Y represents an oxygen in an ester moiety or a secondary amine in an amide moiety. wherein R 2, and R 3, are independently chosen from the group consisting of (a) an alkyl group, (b) an aryl group,(c) a cycloalkyl group, (d) a cycloalkenyl group, (e) a heterocycle group, and (f) an alkenyl group; (a) an alkyl group, (b) an aryl group,(c) a cycloalkyl group, (d) a cycloalkenyl group, (e) a heterocycle group, and (f) an alkenyl group; wherein m and p independently range from 0 to 13, with an m of 1 to 13 denoting a hydrocarbon chain referred to as the m-hydrocarbon chain and a p in a range from 1 to 13 denoting a hydrocarbon chain referred to as the p-hydrocarbon chain; wherein X represents a hydrogen or a methyl, and Y represents an oxygen in an ester moiety or a secondary amine in an amide moiety.