mhurhangee/patent-ind-claim-en huggingface dataset:
Chassis for a motor vehicle, comprising a passenger compartment cell , a front frame and a rear frame , which are arranged along a longitudinal direction of the chassis , the passenger compartment cell being interposed between the frame front and the rear frame , the chassis having a transverse direction that is orthogonal to the longitudinal direction ,wherein at least one among the front frame and the rear frame is an adjustable frame, the adjustable frame comprising two longitudinal member (31, 32; 41, 42) and a cross member (35; 45), which form a substantially C-shaped structure, each longitudinal member (31, 32; 41, 42) having a first end region (301; 401), which is attachable to the passenger compartment cell and a second end region (302; 402), which is adapted to support the cross member (35; 45), the chassis being arranged for the attaching of each longitudinal member (31, 32; 41, 42) to the passenger compartment cell at a plurality of positions that are spaced apart in the transverse direction, in such a way as to allow a adjustment of the transverse distance between the two longitudinal members (31, 32; 41, 42).
A power distribution control system for controlling a plurality of power assets connected to a power grid , the system comprising: a server operable to identify a set of power assets selected from sources, loads, and stores that are to form a string based on respective individual response capabilities of the power assets in responding to a potential future change in the power grid, and to provide to the string instructions for response to the potential future change in the power grid; and a router , for each of the power assets in the string, operable to receive instructions from the server and to control the respective power asset; wherein the power assets in the string are configured to be selected by the server to have different individual responses, whereby each of the power assets in the string is configured to take its respective time to reach a predetermined percentage of full power capacity required of that asset and each has its respective endurance time over which it is configured to maintain its power capacity above a predetermined percentage of full capacity for that asset, and wherein the instructions from the server are configured to instruct the routers in the string to activate or deactivate their respective power assets at different times in response to the potential future change when it happens in the power grid such that the string of power assets present a collective response to the change, wherein the collective response is an attempt to achieve an idealized response envelope and is defined by the server. a server operable to identify a set of power assets selected from sources, loads, and stores that are to form a string based on respective individual response capabilities of the power assets in responding to a potential future change in the power grid, and to provide to the string instructions for response to the potential future change in the power grid; and a router , for each of the power assets in the string, operable to receive instructions from the server and to control the respective power asset; wherein the power assets in the string are configured to be selected by the server to have different individual responses, whereby each of the power assets in the string is configured to take its respective time to reach a predetermined percentage of full power capacity required of that asset and each has its respective endurance time over which it is configured to maintain its power capacity above a predetermined percentage of full capacity for that asset, and wherein the instructions from the server are configured to instruct the routers in the string to activate or deactivate their respective power assets at different times in response to the potential future change when it happens in the power grid such that the string of power assets present a collective response to the change, wherein the collective response is an attempt to achieve an idealized response envelope and is defined by the server.
A system for reconstructing an image of an object , wherein the system comprises: a projection data providing unit for providing projection data of the object , wherein the projection data has been acquired by a CT system , a base image generation unit for generating a base image based on the projection data, a modifying unit for modifying the base image to generate a modified image, wherein for modifying the base image the modifying unit is adapted to modify an image value of a voxel of the base image based on the image value of the voxel, an image reconstruction unit for reconstructing an image of the object based on the projection data using an iterative reconstruction algorithm that employs the modified image as a start image for the iterative reconstruction, characterized in that the projection data comprises scout scan projection data acquired during a scout scan of the object and diagnostic projection data acquired during a diagnostic scan of the object , wherein the image reconstruction unit is adapted to reconstruct the image of the object based on the scout scan projection data and the diagnostic scan projection data using the iterative reconstruction algorithm, wherein the image reconstruction unit is adapted such that during the iterative reconstruction the scout scan projection data receives a lower weight than the diagnostic projection data. a projection data providing unit for providing projection data of the object , wherein the projection data has been acquired by a CT system , a base image generation unit for generating a base image based on the projection data, a modifying unit for modifying the base image to generate a modified image, wherein for modifying the base image the modifying unit is adapted to modify an image value of a voxel of the base image based on the image value of the voxel, an image reconstruction unit for reconstructing an image of the object based on the projection data using an iterative reconstruction algorithm that employs the modified image as a start image for the iterative reconstruction, characterized in that the projection data comprises scout scan projection data acquired during a scout scan of the object and diagnostic projection data acquired during a diagnostic scan of the object , wherein the image reconstruction unit is adapted to reconstruct the image of the object based on the scout scan projection data and the diagnostic scan projection data using the iterative reconstruction algorithm, wherein the image reconstruction unit is adapted such that during the iterative reconstruction the scout scan projection data receives a lower weight than the diagnostic projection data.
A method comprising: receiving, by a validation entity computer , an authentication code, wherein the authentication code includes a non-encrypted portion and an encrypted portion; decrypting, by the validation entity computer , the encrypted portion of the authentication code to obtain access data; and initiating, by the validation entity computer, provisioning the access data to a mobile device ; wherein the non-encrypted portion comprises a key index, the key index being used for identifying a key used to decrypt the encrypted portion. receiving, by a validation entity computer , an authentication code, wherein the authentication code includes a non-encrypted portion and an encrypted portion; decrypting, by the validation entity computer , the encrypted portion of the authentication code to obtain access data; and initiating, by the validation entity computer, provisioning the access data to a mobile device ; wherein the non-encrypted portion comprises a key index, the key index being used for identifying a key used to decrypt the encrypted portion.
A pressure support device for providing pressure support therapy to a patient , the pressure support device comprising: an airflow generator structured to generate pressure to provide pressure compensation to the patient via a patient circuit , wherein the patient circuit comprises components including a patient interface , a conduit , and any other components between the airflow generator and the patient; and one or more sensors structured to gather data related to effectiveness of the pressure compensation after one of the components of the patient circuit are replaced, characterized in that the pressure support device further comprises: a processing unit structured to analyze outputs of the sensors while pressure support therapy is provided to the patient to determine if the pressure compensation provided to the patient is improper, based on the severity and/or frequency of sleep disordered breathing symptoms and/or a sub-optimal breath waveform shape indicating signs of uncomfortable breathing, and to initiate action to confirm whether components of the patient circuit have been replaced in response to determining that the pressure compensation provided to the patient is improper. an airflow generator structured to generate pressure to provide pressure compensation to the patient via a patient circuit , wherein the patient circuit comprises components including a patient interface , a conduit , and any other components between the airflow generator and the patient; and one or more sensors structured to gather data related to effectiveness of the pressure compensation after one of the components of the patient circuit are replaced, characterized in that the pressure support device further comprises: a processing unit structured to analyze outputs of the sensors while pressure support therapy is provided to the patient to determine if the pressure compensation provided to the patient is improper, based on the severity and/or frequency of sleep disordered breathing symptoms and/or a sub-optimal breath waveform shape indicating signs of uncomfortable breathing, and to initiate action to confirm whether components of the patient circuit have been replaced in response to determining that the pressure compensation provided to the patient is improper.
An oral care composition comprising: an amine base, wherein the amine base is a plant-derived amine base, a fluoride source, and a zinc source that is zinc lactate, wherein the composition comprises less than 0.01 wt% stannous fluoride. an amine base, wherein the amine base is a plant-derived amine base, a fluoride source, and a zinc source that is zinc lactate, wherein the composition comprises less than 0.01 wt% stannous fluoride.
A stabilizer comprising: a main body including a torsion portion , shoulder bent portions extending respectively from both ends of the torsion portion , and arm portions extending from the shoulder bent portions for generating an elastic restoring force; and connecting portions formed respectively at ends of the arm portions and connected respectively to left and right suspension devices , wherein each connecting portion has a lower hardness than the torsion portion , the shoulder bent portions , and the arm portions of the main body , wherein each connecting portion has a Brinell hardness from about HBW300 to HBW415, and wherein the main body has a Brinell hardness of HBW415 or more. a main body including a torsion portion , shoulder bent portions extending respectively from both ends of the torsion portion , and arm portions extending from the shoulder bent portions for generating an elastic restoring force; and connecting portions formed respectively at ends of the arm portions and connected respectively to left and right suspension devices , wherein each connecting portion has a lower hardness than the torsion portion , the shoulder bent portions , and the arm portions of the main body , wherein each connecting portion has a Brinell hardness from about HBW300 to HBW415, and wherein the main body has a Brinell hardness of HBW415 or more.
A method for monitoring a health condition of a trip circuitry associated with trip operation of a circuit breaker and a status of circuit breaker contacts with a trip circuit supervision relay , the circuit breaker is connected in an electrical line and operates to interrupt a current flowing in the electrical line by opening main contacts and has auxiliary contacts to indicate the status of the circuit breaker contacts, and wherein the circuit breaker is electrically connected with a protection relay at trip contacts and is tripped with a signal from the protection relay , and wherein the trip circuitry includes the electrical connection between the protection relay and the circuit breaker , and trip coils to activate tripping of the circuit breaker , the method comprises: utilizing auxiliary contacts for monitoring the status of circuit breaker with the trip circuit supervision relay by electrically connecting the auxiliary contacts with a first coil in the trip circuit supervision relay ; utilizing the trip contacts for monitoring the health condition of the trip circuitry associated with trip operation of the circuit breaker with a second coil in the trip circuit supervision relay ; wherein the first coil and the second coil are comprised within a single trip circuit supervision relay and the trip circuit supervision relay is magnetically operated by any of the first coil and the second coil to indicate the status of the circuit breaker and the health condition of the trip circuitry associated with the circuit breaker , characterised in that the first coil and the second coil are electrically insulated and magnetically connected. utilizing auxiliary contacts for monitoring the status of circuit breaker with the trip circuit supervision relay by electrically connecting the auxiliary contacts with a first coil in the trip circuit supervision relay ; utilizing the trip contacts for monitoring the health condition of the trip circuitry associated with trip operation of the circuit breaker with a second coil in the trip circuit supervision relay ; wherein the first coil and the second coil are comprised within a single trip circuit supervision relay and the trip circuit supervision relay is magnetically operated by any of the first coil and the second coil to indicate the status of the circuit breaker and the health condition of the trip circuitry associated with the circuit breaker ,
A molecular manipulation system for investigating molecules, the system comprising: a flow cell made of one piece of material with a channel in the middle having a first surface with second connectors , wherein the flow cell is suitable for holding a sample comprising a plurality of molecules (M) with first connectors attached on one side to the second connectors on the first surface and on another side attached to a microbead (B) of a plurality of microbeads; and a molecular manipulation device comprising an acoustic wave generator configured to generate an acoustic standing wave for pushing the microbeads (B) in the sample away from the first surface towards a centerline of the channel and exerting a force on the microbeads in the sample stretching the molecules towards the centerline . a flow cell made of one piece of material with a channel in the middle having a first surface with second connectors , wherein the flow cell is suitable for holding a sample comprising a plurality of molecules (M) with first connectors attached on one side to the second connectors on the first surface and on another side attached to a microbead (B) of a plurality of microbeads; and a molecular manipulation device comprising an acoustic wave generator configured to generate an acoustic standing wave for pushing the microbeads (B) in the sample away from the first surface towards a centerline of the channel and exerting a force on the microbeads in the sample stretching the molecules towards the centerline .
An electrode comprising: a current collector ; and an active material-containing layer which is provided on the current collector and comprises active material particles and insulator particles , the active material-containing layer having a first face (1b-1) facing the current collector and a second face (1b-2) as a surface of the active material-containing layer , the second face (1b-2) comprising a surface of a part of the insulator particles , a volume ratio of the insulator particles decreasing from the second face (1b-2) toward the first face (1b-1) in the active material-containing layer , wherein an average particle size of the insulator particles is smaller than an average particle size of the active material particles , and the active material-containing layer comprising a part of the insulator particles in a part wherein a distance from the first face (1b-1) is T 1 , and a distance T 1 being within the range of 0.01 ≤ T 1 /T ≤ 0.9, wherein T is a distance from the first face (1b-1) to the second face (1b-2) of the active material-containing layer . a current collector ; and an active material-containing layer which is provided on the current collector and comprises active material particles and insulator particles , the active material-containing layer having a first face (1b-1) facing the current collector and a second face (1b-2) as a surface of the active material-containing layer , the second face (1b-2) comprising a surface of a part of the insulator particles , a volume ratio of the insulator particles decreasing from the second face (1b-2) toward the first face (1b-1) in the active material-containing layer , wherein an average particle size of the insulator particles is smaller than an average particle size of the active material particles , and the active material-containing layer comprising a part of the insulator particles in a part wherein a distance from the first face (1b-1) is T 1 , and a distance T 1 being within the range of 0.01 ≤ T 1 /T ≤ 0.9, wherein T is a distance from the first face (1b-1) to the second face (1b-2) of the active material-containing layer .
A depth limiter configured to couple with a first cannula tube of a first trocar having a first tube cross dimension, the depth limiter comprising: (a) an outer frame portion ; and (b) an inner gripping portion housed within the outer frame portion , wherein the outer frame portion and the inner gripping portion are integrally formed as a unitary piece; wherein the inner gripping portion includes a plurality of lobes flexible relative to each other between a relaxed configuration and at least one flexed configuration including a first flexed configuration, wherein in the relaxed configuration the plurality of lobes collectively form a first effective cross dimension, wherein the first effective cross dimension is configured to be less than the first tube cross dimension, wherein in the first flexed configuration the plurality of lobes collectively form a second effective cross dimension greater than the first effective cross dimension, wherein the second effective cross dimension is configured to be equal to the first tube cross dimension such that the second effective cross dimension is sized to restrict axial movement of the depth limiter relative to the first cannula tube of the first trocar. (a) an outer frame portion ; and (b) an inner gripping portion housed within the outer frame portion , wherein the outer frame portion and the inner gripping portion are integrally formed as a unitary piece; wherein the inner gripping portion includes a plurality of lobes flexible relative to each other between a relaxed configuration and at least one flexed configuration including a first flexed configuration, wherein in the relaxed configuration the plurality of lobes collectively form a first effective cross dimension, wherein the first effective cross dimension is configured to be less than the first tube cross dimension, wherein in the first flexed configuration the plurality of lobes collectively form a second effective cross dimension greater than the first effective cross dimension, wherein the second effective cross dimension is configured to be equal to the first tube cross dimension such that the second effective cross dimension is sized to restrict axial movement of the depth limiter relative to the first cannula tube of the first trocar.
An apparatus, comprising: a block of memory cells (BLK0-3), the memory cells (MC1, MC2, 702-716, 722-736, 742-756, 762-776, 1250-1261) comprise 3D NAND flash memory cells connected to word lines (WLL0-WLL10) and arranged in NAND strings (NS1, NS2, 700n, 710n, 720n and 730n); and a control circuit , the control circuit is configured to: make a detection of a failure in an attempt to program data into memory cells of a particular word line (WLrec+1) in the block; in response to the detection of the failure, make a determination that memory cells in an adjacent word line (WLrec) comprise one or more uncorrectable errors, wherein the adjacent word line is programmed before the particular word line; characterised in that the control circuit is further configured to: in response to the determination, erase memory cells of the particular word line followed by reading data from the memory cells in the adjacent word line. a block of memory cells (BLK0-3), the memory cells (MC1, MC2, 702-716, 722-736, 742-756, 762-776, 1250-1261) comprise 3D NAND flash memory cells connected to word lines (WLL0-WLL10) and arranged in NAND strings (NS1, NS2, 700n, 710n, 720n and 730n); and a control circuit , the control circuit is configured to: make a detection of a failure in an attempt to program data into memory cells of a particular word line (WLrec+1) in the block; in response to the detection of the failure, make a determination that memory cells in an adjacent word line (WLrec) comprise one or more uncorrectable errors, wherein the adjacent word line is programmed before the particular word line; characterised in that the control circuit is further configured to: in response to the determination, erase memory cells of the particular word line followed by reading data from the memory cells in the adjacent word line. make a detection of a failure in an attempt to program data into memory cells of a particular word line (WLrec+1) in the block; in response to the detection of the failure, make a determination that memory cells in an adjacent word line (WLrec) comprise one or more uncorrectable errors, wherein the adjacent word line is programmed before the particular word line; characterised in that the control circuit is further configured to: in response to the determination, erase memory cells of the particular word line followed by reading data from the memory cells in the adjacent word line. in response to the determination, erase memory cells of the particular word line followed by reading data from the memory cells in the adjacent word line.