mhurhangee/ep-ind-claims huggingface dataset:
A method for reporting mobility state estimation, MSE, information and mobility history information, performed by a user equipment, UE, in a wireless communication system, the method comprising: generating the mobility state estimation, MSE, information and the mobility history information; transmitting a mobility information availability indicator to a network, wherein the mobility information availability indicator indicates an existence of the mobility history information to be reported, wherein the mobility information availability indicator is included in at least a radio resource control, RRC, connection complete message, an RRC connection re-establishment complete message, or an RRC connection re-configuration complete message; receiving from the network a request to report the mobility information; and transmitting the MSE information and the mobility history information to the network, wherein when the UE moves from a first cell to a second cell, the mobility history information includes entry information indicating a mobility history entry for the first cell, wherein the mobility history information includes a fixed maximum number of entries corresponding to recently camped cells, which is used as a condition for discarding the mobility history entry, wherein the MSE information is used to represent a mobility state of the UE as a high mobility state, a medium mobility state and a normal mobility state, and wherein the mobility state of the UE is determined by the number of performing a handover or a cell reselection by the UE. generating the mobility state estimation, MSE, information and the mobility history information; transmitting a mobility information availability indicator to a network, wherein the mobility information availability indicator indicates an existence of the mobility history information to be reported, wherein the mobility information availability indicator is included in at least a radio resource control, RRC, connection complete message, an RRC connection re-establishment complete message, or an RRC connection re-configuration complete message; receiving from the network a request to report the mobility information; and transmitting the MSE information and the mobility history information to the network, wherein when the UE moves from a first cell to a second cell, the mobility history information includes entry information indicating a mobility history entry for the first cell, wherein the mobility history information includes a fixed maximum number of entries corresponding to recently camped cells, which is used as a condition for discarding the mobility history entry, wherein the MSE information is used to represent a mobility state of the UE as a high mobility state, a medium mobility state and a normal mobility state, and wherein the mobility state of the UE is determined by the number of performing a handover or a cell reselection by the UE.
A humanized antibody that binds with a human insulin receptor, said antibody comprising: a) a heavy chain of amino acids comprising a constant region and a variable region wherein the amino acid sequence for said variable region is set forth in SEQ ID No.5; and b) a light chain of amino acids comprising a constant region and a variable region, wherein the amino acid sequence for the variable region is set forth in SEQ ID No.6. a) a heavy chain of amino acids comprising a constant region and a variable region wherein the amino acid sequence for said variable region is set forth in SEQ ID No.5; and b) a light chain of amino acids comprising a constant region and a variable region, wherein the amino acid sequence for the variable region is set forth in SEQ ID No.6.
A tricycle comprising a frame (103,203), two rear wheels and a front wheel (107,207), means enabling the frame (103,203) to roll relative to the rear wheels and a drivetrain for rotating at least one rear wheel to, in use, propel the tricycle along a road, wherein the drivetrain comprises a drive shaft extending in a direction perpendicular to the axial direction of said two rear wheels, a drive wheel rotatable by said drive shaft, characterised in that the drivetrain further comprises a helical gear assembly connected to and arranged to rotate the drive shaft, wherein the drive wheel is a sprocket wheel, a driven wheel which, on rotation, rotates said at least one rear wheel, wherein the driven wheel is a sprocket wheel, and a drive member for transmitting rotation of said drive wheel to said driven wheel, wherein the drive member is a chain.
Device for pastillating a flowable product, in particular a melt, said device having a revolving belt and a drop former, wherein the drop former deposits product drops on an upper run of the belt, wherein the product drops in the course of transportation on the upper run of the belt solidify to form pastilles, and wherein means (32, 38) for wetting the belt with a liquid release agent are provided upstream of that region in which the product drops are deposited on the belt, wherein the release agent prevents or reduces the adhesion of the product drops to the belt, characterized in that a proportional metering pump is provided for continuously mixing the release agent from at least two liquid components during the operation of the device.
A transmitter (1; 2) comprising: means (63; 73) for acquiring transmission data; encoding means (65; 75) arranged to output sound data obtained by encoding the transmission data, the output sound data indicating a plurality of sound sections including sound in an inaudible frequency band interspersed with soundless sections; and sound output means (66; 76) arranged to cause a DA converter to convert the output sound data so as to cause a speaker to output sound corresponding to the output sound data, characterized in that the output sound data is in a PCM format and indicates a sine curve formed by the amplitude of the inaudible sound, in which an amplitude of the inaudible sound in the sound sections increases from a start time and decreases after reaching a maximum. means (63; 73) for acquiring transmission data; encoding means (65; 75) arranged to output sound data obtained by encoding the transmission data, the output sound data indicating a plurality of sound sections including sound in an inaudible frequency band interspersed with soundless sections; and sound output means (66; 76) arranged to cause a DA converter to convert the output sound data so as to cause a speaker to output sound corresponding to the output sound data, characterized in that the output sound data is in a PCM format and indicates a sine curve formed by the amplitude of the inaudible sound, in which an amplitude of the inaudible sound in the sound sections increases from a start time and decreases after reaching a maximum.
An immunoparticle comprising a lipidated secondary antibody comprising a secondary antibody attached via a linker to a lipidated peptide, said lipidated secondary antibody is non-covalently attached to an outer surface of a lipid-based particle via said lipidated peptide, and wherein said lipidated secondary antibody non-covalently interacts with an Fc region of a primary antibody, wherein said primary antibody comprises an antigen recognition domain which binds a tissue or tumor specific antigen, and wherein said immunoparticle is loaded with a diagnostic or a therapeutic agent.
Method for electrically powering an ignition spark plug of a combustion engine to an electric voltage adapted to ensuring the generation of a branched ignition spark, characterized in that it comprises a step of increasing by stages (17.1, 17.2), from a first voltage for igniting the spark up to said adapted voltage (Um), the electric voltage for powering the spark plug.
An electronic device comprising: a socket provided within the electronic device for receiving a card-type external device having a cut-out portion formed in a corner of the card-type external device; a detection unit for detecting erroneous insertion of the card-type external device into the socket according to incorrect location of the cut-out portion during insertion of the card-type external device; and a processor for outputting a control signal in response to the detected erroneous insertion of the card-type external device, wherein the detection unit comprises: a movable piece occupying the cut-out portion when the card-type external device is normally inserted into the socket, and the movable piece comprises a sloped portion; a fixed piece spaced apart from the moveable piece at a predetermined interval; and a spring configured to support the moveable piece in occupying the cut-out portion and being supported by the fixed piece. a socket provided within the electronic device for receiving a card-type external device having a cut-out portion formed in a corner of the card-type external device; a detection unit for detecting erroneous insertion of the card-type external device into the socket according to incorrect location of the cut-out portion during insertion of the card-type external device; and a processor for outputting a control signal in response to the detected erroneous insertion of the card-type external device, a movable piece occupying the cut-out portion when the card-type external device is normally inserted into the socket, and the movable piece comprises a sloped portion; a fixed piece spaced apart from the moveable piece at a predetermined interval; and a spring configured to support the moveable piece in occupying the cut-out portion and being supported by the fixed piece.
A luciferase derived from Lucidina accensa and comprising an amino acid sequence selected from the group consisting of an amino acid sequence shown in SEQ ID NO: 1, an amino acid sequence shown in SEQ ID NO: 2, an amino acid sequence shown in SEQ IDE NO: 34, an amino acid sequence shown in SEQ ID NO: 36, and an amino acid sequence with sequence homology of 99% or more with the amino acid sequence shown in SEQ ID NO: 1, 2, 34, or 36.
A bone plate, comprising: a bone facing side, a front side being arranged substantially opposite to and facing away from the bone facing side, and at least a first and a second elongated guiding channel (32, 34), the first and second guiding channel (32, 34) each being configured to receive a flexible elongated member, the first and second guiding channel (32, 34) each further being configured to guide said elongated member along a respective first and second guiding channel axis (A, B) from a first to a second lateral region (46, 48) of the bone plate, the first and second guiding channel axes (A, B) crossing each other in at least one region of the bone plate, wherein the guiding channel axes (A, B) cross each other in a common channel portion of the first and second guiding channels (32, 34), characterized in that the common channel portion is configured as a recess at the front side. a bone facing side, a front side being arranged substantially opposite to and facing away from the bone facing side, and at least a first and a second elongated guiding channel (32, 34), the first and second guiding channel (32, 34) each being configured to receive a flexible elongated member, the first and second guiding channel (32, 34) each further being configured to guide said elongated member along a respective first and second guiding channel axis (A, B) from a first to a second lateral region (46, 48) of the bone plate, the first and second guiding channel axes (A, B) crossing each other in at least one region of the bone plate, wherein the guiding channel axes (A, B) cross each other in a common channel portion of the first and second guiding channels (32, 34), characterized in that the common channel portion is configured as a recess at the front side.
Adapter module for fastening a device for holding a user on a pair of skis, said adapter module comprising a central base connected to a pair of pads (13a, 13b) extending in parallel and intended to be each fastened to a ski, said central base being mounted in a hinged manner on said pair of pads (13a, 13b), said adapter module comprising braking means and being characterised in that said braking means comprise a right lateral gripper and a left lateral gripper, each gripper being actuated by an independent brake pedal.
A computer method for testing of closed-loop_treatment strategies for Type 1 diabetes provided by an insulin pump applying a control algorithm using a computer simulation environment including a mathematical model of the human glucose-insulin metabolic system, a simulated continuous glucose sensor comprising a model of the errors of continuous glucose monitoring using non-white noise, based on a degree of dependence between sequential readings, influence of calibration errors, and potential for loss of sensitivity, and a simulated insulin pump delivering insulin according to said control algorithm, executing a treatment strategy for Type 1 diabetes in said computer simulation environment using said mathematical model, said simulated continuous glucose sensor, and said simulated insulin pump on a population of simulated subjects in a computer processor, and measuring the outcome of such treatment strategy as a result of said execution; wherein said computer simulation environment includes a database of said population of simulated human subjects, said population having a set of metabolic parameters encompassing a distribution of metabolic parameters observed in Type 1 diabetic subjects in vivo.
A method for changing a booting source when a first operating system is being executed, the method utilized in a computer system having a first storage device storing the first operating system and a second storage device storing a second operating system, the method characterized by: receiving a signal from the second storage device; detecting whether the second storage device is a target device; when it is determined that the second storage device is a target device, setting the second storage device as a booting device; rebooting; and executing the second operating system from the second storage device. receiving a signal from the second storage device; detecting whether the second storage device is a target device; when it is determined that the second storage device is a target device, setting the second storage device as a booting device; rebooting; and executing the second operating system from the second storage device. detecting whether the second storage device is a target device; when it is determined that the second storage device is a target device, setting the second storage device as a booting device; rebooting; and executing the second operating system from the second storage device.
A method for operation in a multicast communications system having a communications path between a content server on a server side of the communications system and first and second user systems (110b, 110m) on a client side of the communications system via a server system on the server side of the communications system, the communications path comprising a shared forward link over which bandwidth resources are shared, the method comprising: receiving, at the second user system, an object from a multicast from the server side over the communications path, the object having been requested by the first user system; storing, by the second user system, the received object; in response to a request for the object at the second user system, sending, by the second user system over the communications path to the server side, a request for the object; receiving, at the second user system over the communications path from the server side, error correction data as part of a second object repair message, the second object repair message and a first object repair message each individually comprising repair information for a block of data from the object, the first object repair message having previously been communicated to the first user system by the server system after receipt at the server system of a reliability message from the first user system identifying the block of data from the object in which an error or omission was identified; and integrating, at the second user system, the error correction data with the stored object to create a fully error checked object that may be used by the second user system. receiving, at the second user system, an object from a multicast from the server side over the communications path, the object having been requested by the first user system; storing, by the second user system, the received object; in response to a request for the object at the second user system, sending, by the second user system over the communications path to the server side, a request for the object; receiving, at the second user system over the communications path from the server side, error correction data as part of a second object repair message, the second object repair message and a first object repair message each individually comprising repair information for a block of data from the object, the first object repair message having previously been communicated to the first user system by the server system after receipt at the server system of a reliability message from the first user system identifying the block of data from the object in which an error or omission was identified; and integrating, at the second user system, the error correction data with the stored object to create a fully error checked object that may be used by the second user system.
A network node configured to communicate with a wireless device, WD, the network node configured to configure at least one periodic signal of the WD based at least on at least one parameter, the at least one parameter corresponding to a time division duplex, TDD, pattern, wherein the at least one parameter includes an indication of transmission opportunities in the TDD pattern for the WD, wherein the at least one parameter includes a first parameter representing a periodicity in terms of transmission opportunities and a second parameter representing an offset in terms of transmission opportunities, wherein the transmission opportunities are indicated using contiguous integers, and wherein the indication of the transmission opportunities for the WD is one of a bitmap and a variable-length vector that indicates the transmission opportunities. wherein the at least one parameter includes an indication of transmission opportunities in the TDD pattern for the WD, wherein the at least one parameter includes a first parameter representing a periodicity in terms of transmission opportunities and a second parameter representing an offset in terms of transmission opportunities, wherein the transmission opportunities are indicated using contiguous integers, and wherein the indication of the transmission opportunities for the WD is one of a bitmap and a variable-length vector that indicates the transmission opportunities.
A portable system comprising: a package comprising a first surface and a second surface different from the first surface and opposite to the first surface; a display screen on the first surface; a user interface device (30; 65; 67) on the second surface, the device comprising an array of photon sensors distributed in rows and columns, a control unit connected to the display screen and to the user interface device (30; 65; 67) and capable of controlling a modification of the display on the display screen when the user interface device detects the actuating member in a range of positions relative to the sensor array, characterized in that the user interface device (30; 65; 67) further comprises an array of emitters of a visible or infrared radiation, in that it further comprises a darkness sensor, the user interface device being capable of deducing information representative of a variation of the distance between the actuating member and the array of photon sensors, in a first mode, from variations of the shadow of the actuating member, and, in a second mode, from the variation of the reflection of a radiation by the actuating member, the user interface device automatically switching between the first mode and the second mode depending on an ambient luminosity detected by the darkness sensor, and in that the photon sensors are organic sensors formed by deposition of organic semiconductor and conductor materials in liquid form on a dielectric support. a package comprising a first surface and a second surface different from the first surface and opposite to the first surface; a display screen on the first surface; a user interface device (30; 65; 67) on the second surface, the device comprising an array of photon sensors distributed in rows and columns, a control unit connected to the display screen and to the user interface device (30; 65; 67) and capable of controlling a modification of the display on the display screen when the user interface device detects the actuating member in a range of positions relative to the sensor array, characterized in that the user interface device (30; 65; 67) further comprises an array of emitters of a visible or infrared radiation, in that it further comprises a darkness sensor, the user interface device being capable of deducing information representative of a variation of the distance between the actuating member and the array of photon sensors, in a first mode, from variations of the shadow of the actuating member, and, in a second mode, from the variation of the reflection of a radiation by the actuating member, the user interface device automatically switching between the first mode and the second mode depending on an ambient luminosity detected by the darkness sensor, and in that the photon sensors are organic sensors formed by deposition of organic semiconductor and conductor materials in liquid form on a dielectric support.
Method for connecting information sources, said information sources being referenced in an information container and source base, wherein information containers generated from said information sources are manipulated, by one or more operators during a session, using a device enabling the operators to perform operations on the information containers, an information container corresponding to a form of unitary presentation of information, for the use of an operator, offering a visual representation of numerical information, said method being characterised in that: - any operation performed by an operator on an information container and belonging to a type of operation on the information containers identified in a nomenclature of predefined operations, is recorded by the device in a register of the operations on the information containers of a digital processing system of said device; and in that: - a processing of the register of operations by the digital processing system determines relational links between the information sources. - any operation performed by an operator on an information container and belonging to a type of operation on the information containers identified in a nomenclature of predefined operations, is recorded by the device in a register of the operations on the information containers of a digital processing system of said device; - a processing of the register of operations by the digital processing system determines relational links between the information sources.