mhurhangee/patent-ind-claim-en huggingface dataset:
A low-field magnetic resonance imaging system comprising: a Bo magnet (1700; 1800; 1900; 2100) configured to produce a Bo magnetic field at a field strength of less than or equal to approximately .2T; and characterised in that the system further comprises at least one permanent magnet shim comprising a sheet of magnetic material (905; 1005) logically partitioned into a plurality of regions (907-907"; 1007-1007"; 2017, 2027) comprising a first region and a second region and having a predetermined magnetic pattern applied thereto that produces a corrective magnetic field to improve a profile of the Bo magnetic field, such that the first region is magnetized at a field strength or in a polarity different than the second region . a Bo magnet (1700; 1800; 1900; 2100) configured to produce a Bo magnetic field at a field strength of less than or equal to approximately .2T; and characterised in that the system further comprises at least one permanent magnet shim comprising a sheet of magnetic material (905; 1005) logically partitioned into a plurality of regions (907-907"; 1007-1007"; 2017, 2027) comprising a first region and a second region and having a predetermined magnetic pattern applied thereto that produces a corrective magnetic field to improve a profile of the Bo magnetic field, such that the first region is magnetized at a field strength or in a polarity different than the second region .
A system information SI transmission method, wherein the method is executed by UE comprises: sending a request to a base station, wherein the request is used to request at least one type of SI of a first-type cell, and the first-type cell is a cell on which channel detection needs to be performed before data is sent; and receiving the at least one type of SI of the first-type cell, wherein the receiving the at least one type of SI of the first-type cell comprises: receiving the at least one type of SI of the first-type cell in one or more SI windows following a current SI window that is corresponding to the first-type cell at a current moment at which the request is sent to the base station, wherein the SI window for receiving the at least one type of SI of the first-type cell is an N th SI window following the current SI window, and N is an integer greater than or equal to 1. sending a request to a base station, wherein the request is used to request at least one type of SI of a first-type cell, and the first-type cell is a cell on which channel detection needs to be performed before data is sent; and receiving the at least one type of SI of the first-type cell, wherein the receiving the at least one type of SI of the first-type cell comprises: receiving the at least one type of SI of the first-type cell in one or more SI windows following a current SI window that is corresponding to the first-type cell at a current moment at which the request is sent to the base station, wherein the SI window for receiving the at least one type of SI of the first-type cell is an N th SI window following the current SI window, and N is an integer greater than or equal to 1.
A medical system for therapy delivery, the medical system comprising: a plurality of hardware sensing sources configured to generate sensor data; and a processing circuit configured to: receive the sensor data generated by the plurality of hardware sensing sources; determine confidence levels for sensor data generated by each of the plurality of sensing sources, wherein each of the confidence levels of the sensor data from each of the sensing sources is a measure of accuracy of the sensor data received from respective sensing sources; determine that the confidence levels are compliant with conditions of a rule of a plurality of rules, wherein each rule is associated with a respective set of available therapy parameter values for respective confidence levels, and to determine the one or more therapy parameter values based on the set of available therapy parameter values associated with the rule; and cause delivery of therapy based on the determined one or more therapy parameter values. a plurality of hardware sensing sources configured to generate sensor data; and a processing circuit configured to: receive the sensor data generated by the plurality of hardware sensing sources; determine confidence levels for sensor data generated by each of the plurality of sensing sources, wherein each of the confidence levels of the sensor data from each of the sensing sources is a measure of accuracy of the sensor data received from respective sensing sources; determine that the confidence levels are compliant with conditions of a rule of a plurality of rules, wherein each rule is associated with a respective set of available therapy parameter values for respective confidence levels, and to determine the one or more therapy parameter values based on the set of available therapy parameter values associated with the rule; and cause delivery of therapy based on the determined one or more therapy parameter values. receive the sensor data generated by the plurality of hardware sensing sources; determine confidence levels for sensor data generated by each of the plurality of sensing sources, wherein each of the confidence levels of the sensor data from each of the sensing sources is a measure of accuracy of the sensor data received from respective sensing sources; determine that the confidence levels are compliant with conditions of a rule of a plurality of rules, wherein each rule is associated with a respective set of available therapy parameter values for respective confidence levels, and to determine the one or more therapy parameter values based on the set of available therapy parameter values associated with the rule; and cause delivery of therapy based on the determined one or more therapy parameter values.
A guiding device for one end of a conveying line, the device being configured for guiding and supporting the return movement of a conveyor, the device comprising at least one plate-like body designed for being positioned at said end of the conveying line and for being aligned with the conveyor, said plate-like body comprising: - a pair of opposed side surfaces ; - an upper surface and a lower surface opposed to each other, which are substantially orthogonal to said pair of side surfaces ; - a rounded front surface , which connects said upper surface to said lower surface, said rounded front surface and at least said upper surface defining respective sliding surfaces for said conveyor; and - at least one rolling body , protruding from the rounded front surface and freely rotatable about at least one pin engaged in at least one respective seat obtained at said rounded front surface , wherein said pin and said seat are oriented along one and the same axis (A) which is substantially parallel to said upper surface and lower surface, opposed to each other, and which is substantially perpendicular to said pair of opposed side surfaces , and wherein the rotation of said at least one rolling body is caused by the sliding of said conveyor on said rounded front surface , the device being characterized in that said plate-like body consists of a single piece of plastic material, wherein said seat is obtained by a milling operation on said rounded front surface , said seat consisting of a substantially U-shaped channel which is frontally open and having a width (L1), as measured in the direction of said axis (A), that is smaller than the overall width (L2) of said upper surface , said lower surface and said rounded front surface , so that said channel is laterally closed by said pair of opposed side surfaces . - a pair of opposed side surfaces ; - an upper surface and a lower surface opposed to each other, which are substantially orthogonal to said pair of side surfaces ; - a rounded front surface , which connects said upper surface to said lower surface, said rounded front surface and at least said upper surface defining respective sliding surfaces for said conveyor; and - at least one rolling body , protruding from the rounded front surface and freely rotatable about at least one pin engaged in at least one respective seat obtained at said rounded front surface ,
A platoon traffic system comprising: a plurality of platoons including vehicles (111-113, 121-125) on and from which passengers can board and exit; and an operation management apparatus adapted to set an operation schedule including assignment of the vehicles (111-113, 121-125) to the plurality of platoons and to manage operation of the plurality of platoons, wherein the vehicles (111-113, 121-125) in each of the platoons integrally are adapted to operate in accordance with the operation schedule along a track including boarding and exiting points where passengers can board and exit the vehicles (111-113, 121-125), and addition and reduction of vehicles (111-113, 121-125) belonging to the platoon are enabled, and the operation management apparatus is adapted to accept a boarding request for the vehicles (111-113, 121-125), the request specifying the boarding and exiting points, and to change the operation schedule to reassign the vehicles (111-113, 121-125) belonging to the plurality of platoons, among the platoons on a basis of the boarding request and numbers of passengers allowed to board the vehicles (111-113, 121-125), characterized in that , when passengers a number of which is larger than a number-of-passengers threshold for a first vehicle belonging to a first platoon are destined for a boarding and exiting point not passed through in accordance with an operation schedule for the first platoon, the operation management apparatus is adapted to change assignment of the first vehicle to a second platoon passing through the boarding and exiting point. a plurality of platoons including vehicles (111-113, 121-125) on and from which passengers can board and exit; and an operation management apparatus adapted to set an operation schedule including assignment of the vehicles (111-113, 121-125) to the plurality of platoons and to manage operation of the plurality of platoons, wherein the vehicles (111-113, 121-125) in each of the platoons integrally are adapted to operate in accordance with the operation schedule along a track including boarding and exiting points where passengers can board and exit the vehicles (111-113, 121-125), and addition and reduction of vehicles (111-113, 121-125) belonging to the platoon are enabled, and the operation management apparatus is adapted to accept a boarding request for the vehicles (111-113, 121-125), the request specifying the boarding and exiting points, and to change the operation schedule to reassign the vehicles (111-113, 121-125) belonging to the plurality of platoons, among the platoons on a basis of the boarding request and numbers of passengers allowed to board the vehicles (111-113, 121-125), characterized in that , when passengers a number of which is larger than a number-of-passengers threshold for a first vehicle belonging to a first platoon are destined for a boarding and exiting point not passed through in accordance with an operation schedule for the first platoon, the operation management apparatus is adapted to change assignment of the first vehicle to a second platoon passing through the boarding and exiting point.
A grinding and cleaning tool for grinding and cleaning the inside of pipes, comprising a distal part to which a flexible shaft_ is attachable and a proximal part adapted to guide the flexible shaft through the center of the proximal part , at least two elongated and flexible linking members connecting the distal part with the proximal part , grinding elements attached to or being an integrated part of said flexible linking members, characterized by a resilient spacer member placed between the distal and proximal parts , whereby the flexible shaft can pass coaxially through it, thereby keeping the distal and proximal parts apart. a distal part to which a flexible shaft_ is attachable and a proximal part adapted to guide the flexible shaft through the center of the proximal part , at least two elongated and flexible linking members connecting the distal part with the proximal part , grinding elements attached to or being an integrated part of said flexible linking members,
A computer-implemented method for implementing blockchain contracts on blockchain, comprising: obtaining combined bytecode of a blockchain contract, wherein source code of the blockchain contract has been compiled by a compiler into a first byte code portion wherein: the combined bytecode comprises: i) the first bytecode portion; and ii) a second bytecode portion including an indicator representing a type of the blockchain contract; the type of the blockchain contract comprises native contract type or solidity contract type, the native contract type indicates that the source code of the blockchain contract is written in a high-level programming language other than solidity, and the solidity contract type indicates that the source code of the blockchain contract is written in solidity; determining the type of the blockchain contract based at least on the indicator; and executing the blockchain contract based on the determined type of the blockchain contract. obtaining combined bytecode of a blockchain contract, wherein source code of the blockchain contract has been compiled by a compiler into a first byte code portion wherein: the combined bytecode comprises: i) the first bytecode portion; and ii) a second bytecode portion including an indicator representing a type of the blockchain contract; the type of the blockchain contract comprises native contract type or solidity contract type, the native contract type indicates that the source code of the blockchain contract is written in a high-level programming language other than solidity, and the solidity contract type indicates that the source code of the blockchain contract is written in solidity; the combined bytecode comprises: i) the first bytecode portion; and ii) a second bytecode portion including an indicator representing a type of the blockchain contract; i) the first bytecode portion; and ii) a second bytecode portion including an indicator representing a type of the blockchain contract; the type of the blockchain contract comprises native contract type or solidity contract type, the native contract type indicates that the source code of the blockchain contract is written in a high-level programming language other than solidity, and the solidity contract type indicates that the source code of the blockchain contract is written in solidity; determining the type of the blockchain contract based at least on the indicator; and executing the blockchain contract based on the determined type of the blockchain contract.
A method for authenticating users connecting to at least one of a local area network and a wide area network using biometric signatures, comprising: receiving a first username from a first user device ; transmitting , by a hardware processor to the first user device, a first passcode; receiving , by the hardware processor from the first user device, a version of the first passcode; determining whether the version of the first passcode matches the first passcode transmitted to the first user device; in response to determining that the version of the first passcode matches the first passcode transmitted to the first user device, receiving a first biometric sample corresponding to a first user of the first user device; and storing the first biometric sample in association with the first username; and receiving, from the first user device, an indication that the first user device is to be connected to the at least one of a local area network and a wide area network; in response to receiving the indication, causing a user interface to be presented on the first user device that receives the first username corresponding to the first user of the first user device; receiving, from the first user device, a second biometric sample corresponding to the first user of the first user device; determining whether the second biometric sample matches the first biometric sample; and in response to determining that the second biometric sample matches the first biometric sample, granting access to the at least one of a local area network and a wide area network. receiving a first username from a first user device ; transmitting , by a hardware processor to the first user device, a first passcode; receiving , by the hardware processor from the first user device, a version of the first passcode; determining whether the version of the first passcode matches the first passcode transmitted to the first user device; in response to determining that the version of the first passcode matches the first passcode transmitted to the first user device, receiving a first biometric sample corresponding to a first user of the first user device; and storing the first biometric sample in association with the first username; and receiving, from the first user device, an indication that the first user device is to be connected to the at least one of a local area network and a wide area network; in response to receiving the indication, causing a user interface to be presented on the first user device that receives the first username corresponding to the first user of the first user device; receiving, from the first user device, a second biometric sample corresponding to the first user of the first user device; determining whether the second biometric sample matches the first biometric sample; and in response to determining that the second biometric sample matches the first biometric sample, granting access to the at least one of a local area network and a wide area network.
A subcutaneously implantable device comprising: a clip that is configured to anchor the subcutaneously implantable device to a muscle, a bone, and/or a first tissue; a first prong with a proximal end attached to the clip and a distal end extending away from the clip that is configured to contact an organ, a nerve, and/or a second tissue; a first electrode on the first prong that is configured to contact the organ, the nerve, and/or the second tissue; and a wire conductively connected to the first electrode, wherein the wire is configured to be connected to an external device (ED) that is positioned outside of a patient's body to electrically connect the subcutaneously implantable device to the external device. a clip that is configured to anchor the subcutaneously implantable device to a muscle, a bone, and/or a first tissue; a first prong with a proximal end attached to the clip and a distal end extending away from the clip that is configured to contact an organ, a nerve, and/or a second tissue; a first electrode on the first prong that is configured to contact the organ, the nerve, and/or the second tissue; and a wire conductively connected to the first electrode, wherein the wire is configured to be connected to an external device (ED) that is positioned outside of a patient's body to electrically connect the subcutaneously implantable device to the external device.
A method of calculating residual stress, the method calculating residual stress of a metal sheet subjected to plastic deformation and comprising: a strain history acquisition step of measuring strain of a deformed portion of the metal sheet in a deformation process of plastically deforming the metal sheet and acquiring a strain history of the measured strain, characterised in that it is further comprising: a sequential stress updating step of calculating a stress increment of the deformed portion in the deformation process according to a material constitutive model using an acquired strain increment calculated from the strain history and an assumed strain increment calculated, by assuming a deformation state of the deformed portion, from strain other than the strain from which the strain history is acquired, and sequentially updating stress from a start to an end of deformation of the deformed portion using the calculated stress increment; and a residual stress determination step of determining, as residual stress of the deformed portion, the stress of the deformed portion at the end of the deformation in the deformation process among the stresses sequentially updated in the sequential stress updating step. a strain history acquisition step of measuring strain of a deformed portion of the metal sheet in a deformation process of plastically deforming the metal sheet and acquiring a strain history of the measured strain, characterised in that it is further comprising: a sequential stress updating step of calculating a stress increment of the deformed portion in the deformation process according to a material constitutive model using an acquired strain increment calculated from the strain history and an assumed strain increment calculated, by assuming a deformation state of the deformed portion, from strain other than the strain from which the strain history is acquired, and sequentially updating stress from a start to an end of deformation of the deformed portion using the calculated stress increment; and a residual stress determination step of determining, as residual stress of the deformed portion, the stress of the deformed portion at the end of the deformation in the deformation process among the stresses sequentially updated in the sequential stress updating step. a sequential stress updating step of calculating a stress increment of the deformed portion in the deformation process according to a material constitutive model using an acquired strain increment calculated from the strain history and an assumed strain increment calculated, by assuming a deformation state of the deformed portion, from strain other than the strain from which the strain history is acquired, and sequentially updating stress from a start to an end of deformation of the deformed portion using the calculated stress increment; and a residual stress determination step of determining, as residual stress of the deformed portion, the stress of the deformed portion at the end of the deformation in the deformation process among the stresses sequentially updated in the sequential stress updating step.