mhurhangee/ep-ind-claims huggingface dataset:
An e-charger comprising: a shaft supported for rotation about an axis; a compressor wheel that is attached to the shaft; an electric motor configured to drive the shaft and the compressor wheel in rotation; a housing that houses the electric motor and at least part of the shaft, the housing including a motor case that encases the electric motor and an outer housing that houses the motor case; and a dampening system incorporated in the housing and configured to dampen loads transferring through the housing, the dampening system including at least one solid-state dampener that is resiliently flexible, the dampening system including at least one fluid viscous dampener, wherein the at least one fluid viscous dampener comprises a coolant fluid provided between the motor case and the outer housing, and wherein the at least one solid-state dampener comprises a sealing dampener that is resiliently flexible, that seals against the motor case and the outer housing, and that defines a fluid boundary for the coolant fluid, and wherein the at least one fluid viscous dampener is cooperatively defined between corresponding nest surfaces (169a-d) of the motor case and the outer housing, the corresponding nest surfaces nested together to define a fluid boundary, the fluid boundary separating two neighboring fluid passages for the coolant fluid. a shaft supported for rotation about an axis; a compressor wheel that is attached to the shaft; an electric motor configured to drive the shaft and the compressor wheel in rotation; a housing that houses the electric motor and at least part of the shaft, the housing including a motor case that encases the electric motor and an outer housing that houses the motor case; and a dampening system incorporated in the housing and configured to dampen loads transferring through the housing, the dampening system including at least one solid-state dampener that is resiliently flexible, the dampening system including at least one fluid viscous dampener, wherein the at least one fluid viscous dampener comprises a coolant fluid provided between the motor case and the outer housing, and wherein the at least one solid-state dampener comprises a sealing dampener that is resiliently flexible, that seals against the motor case and the outer housing, and that defines a fluid boundary for the coolant fluid, and wherein the at least one fluid viscous dampener is cooperatively defined between corresponding nest surfaces (169a-d) of the motor case and the outer housing, the corresponding nest surfaces nested together to define a fluid boundary, the fluid boundary separating two neighboring fluid passages for the coolant fluid.
A single-chain antibody comprising a single polypeptide comprising the following components: (a) a first VH (VH 1) domain and a second VH (VH 2) domain, (b) an HD tether of 20-40 amino acids; and (c) a first CH2 (CH2 1) domain, a first CH3 (CH3 1) domain, a second CH2 (CH2 2) domain, and a second CH3 (CH3 2) domain; and wherein said components are positioned relative to each other in an N-terminal to C-terminal direction as follows: VH 1 -CH2 1 -CH3 1 -HD tether-VH 2 -CH2 2 -CH3 2. (a) a first VH (VH 1) domain and a second VH (VH 2) domain, (b) an HD tether of 20-40 amino acids; and (c) a first CH2 (CH2 1) domain, a first CH3 (CH3 1) domain, a second CH2 (CH2 2) domain, and a second CH3 (CH3 2) domain; and
Method for determining controllable process parameters (x) for a battery production system, having the following steps: - ascertaining measurement values of production parameters (A, B) in the battery production system by means of sensors, - ascertaining at least one quality value of at least one battery cell produced in the battery production system with the ascertained measurement values, wherein the quality value is associated with the measurement values, - transferring the at least one quality value and the measurement values to a computing unit, - ascertaining the dependency of the at least one quality value on the measurement values in the computing unit, - ascertaining a dependency of the at least one quality value on changed production parameters which differ in value from the measurement values, in the computing unit, wherein a machine learning method is performed in the computing unit, - ascertaining at least one controllable process parameter from the changed production parameters with an improved quality value, wherein the ascertaining takes place on the basis of a parameter optimisation for the machine learning method, wherein a Bayesian optimisation for the ascertained dependency is used as parameter optimisation, wherein measurement values with associated quality values are included in the optimisation as reference points (12, 13, 14). - ascertaining measurement values of production parameters (A, B) in the battery production system by means of sensors, - ascertaining at least one quality value of at least one battery cell produced in the battery production system with the ascertained measurement values, wherein the quality value is associated with the measurement values, - transferring the at least one quality value and the measurement values to a computing unit, - ascertaining the dependency of the at least one quality value on the measurement values in the computing unit, - ascertaining a dependency of the at least one quality value on changed production parameters which differ in value from the measurement values, in the computing unit, wherein a machine learning method is performed in the computing unit, - ascertaining at least one controllable process parameter from the changed production parameters with an improved quality value, wherein the ascertaining takes place on the basis of a parameter optimisation for the machine learning method, wherein a Bayesian optimisation for the ascertained dependency is used as parameter optimisation, wherein measurement values with associated quality values are included in the optimisation as reference points (12, 13, 14).
An apparatus comprising: an acquisition unit configured to acquire traffic information relating to traffic of a cell group including two or more cells; and a provision unit configured to provide the traffic information to a control device, the control device being configured to perform routing control of traffic of a plurality of cell groups including the cell group, characterized in that the traffic information includes information relating to traffic of each cell included in the cell group or the whole of the cell group, traffic being defined as an amount of data in a data plane, the amount of data included in control information in an control plane, a number of control information items, a number of packets processed, or a flow statistics in OpenFlow. an acquisition unit configured to acquire traffic information relating to traffic of a cell group including two or more cells; and a provision unit configured to provide the traffic information to a control device, the control device being configured to perform routing control of traffic of a plurality of cell groups including the cell group, characterized in that the traffic information includes information relating to traffic of each cell included in the cell group or the whole of the cell group, traffic being defined as an amount of data in a data plane, the amount of data included in control information in an control plane, a number of control information items, a number of packets processed, or a flow statistics in OpenFlow.
Cutting tool comprising a tool holder with a pocket and a triangular cutting insert having three side surfaces (33, 34, 35) and three cutting corners, wherein the pocket is provided with a base support surface, a first lateral support surface, a second lateral support surface, and an undercut provided at the juncture of the lateral support surfaces (25, 26), wherein the pocket is open towards one side perpendicular to the base support surface, wherein the cutting insert is releaseably securable in the pocket with two side surfaces of the insert (34, 35) abutting the two lateral support surfaces (25, 26) of the pocket for presenting one cutting corner while the other two cutting corners are received in the pocket, characterized in that each of the side surfaces (33, 34, 35) is provided with one notch extending in an axial direction of the insert, and on only one of the first lateral support surface and the second lateral support surface a complementary rib element is provided, wherein the complimentary rib element is provided on the second lateral support surface, and wherein the complimentary rib element has a front face facing towards the open side of the pocket and interacting with one of said notches for providing an end stop of the cutting insert in the pocket.
A method of decoding video data using intra block copy mode, the method comprising: including a current picture and a reference picture in a reference picture list, the reference picture being different from the current picture, wherein including the current picture and the reference picture in the reference picture list comprises including, in the reference picture list, the current picture before long term pictures in the reference picture list; determining a co-located block of the reference picture, the co-located block being co-located with a current block of the current picture; deriving a temporal motion vector predictor from the co-located block; determining whether the temporal motion vector predictor has sub-pixel precision; right-shifting the temporal motion vector predictor determined to have sub-pixel precision; determining, based on the right-shifted temporal motion vector predictor, a predictive block within the current picture, the predictive block being formed using decoded reference sample arrays for the current picture without in-loop filtering of samples; and forming a decoded video block by summing samples of a residual block and corresponding samples of the predictive block. including a current picture and a reference picture in a reference picture list, the reference picture being different from the current picture, wherein including the current picture and the reference picture in the reference picture list comprises including, in the reference picture list, the current picture before long term pictures in the reference picture list; determining a co-located block of the reference picture, the co-located block being co-located with a current block of the current picture; deriving a temporal motion vector predictor from the co-located block; determining whether the temporal motion vector predictor has sub-pixel precision; right-shifting the temporal motion vector predictor determined to have sub-pixel precision; determining, based on the right-shifted temporal motion vector predictor, a predictive block within the current picture, the predictive block being formed using decoded reference sample arrays for the current picture without in-loop filtering of samples; and forming a decoded video block by summing samples of a residual block and corresponding samples of the predictive block.
A portable device used in a Global Navigation Satellite System, the device comprising: a Global Navigation Satellite System module for determining location of the portable device according to the Global Navigation Satellite System; a processing unit coupled to the Global Navigation Satellite System module and to a memory, the memory comprising: a model of a satellite's orbital and/or clock data including orbital parameters; and computer code which when executed by the processing unit extract satellite trajectory information from the orbital parameters stored in the memory, downloads at least a subframe of broadcast ephemeris data that includes specific satellite trajectory data, determines the satellite's position based on the extracted satellite trajectory information and the downloaded specific satellite trajectory data, and determines position of the portable device according to the determined satellite's position. a Global Navigation Satellite System module for determining location of the portable device according to the Global Navigation Satellite System; a processing unit coupled to the Global Navigation Satellite System module and to a memory, the memory comprising: a model of a satellite's orbital and/or clock data including orbital parameters; and computer code which when executed by the processing unit extract satellite trajectory information from the orbital parameters stored in the memory, downloads at least a subframe of broadcast ephemeris data that includes specific satellite trajectory data, determines the satellite's position based on the extracted satellite trajectory information and the downloaded specific satellite trajectory data, and determines position of the portable device according to the determined satellite's position. a model of a satellite's orbital and/or clock data including orbital parameters; and computer code which when executed by the processing unit extract satellite trajectory information from the orbital parameters stored in the memory, downloads at least a subframe of broadcast ephemeris data that includes specific satellite trajectory data, determines the satellite's position based on the extracted satellite trajectory information and the downloaded specific satellite trajectory data, and determines position of the portable device according to the determined satellite's position.
A system for managing maintenance activities on system on a chip, SoC, the system comprising: legacy devices; a processor (401, 501) configured to: restrict maintenance activities from occurring during a low-power state when not in a maintenance window; generate a maintenance window notification; and when a maintenance activity occurs during the maintenance window, transition the SoC to an active state; and perform the maintenance activity, wherein the system further comprises a notification interface configured to receive registrations for maintenance window notifications, wherein the notification interface is configured to periodically trigger the maintenance window based on a period or periodically trigger the maintenance window based on a percentage of time for the maintenance window, wherein, during the maintenance window, the SoC is available to exit a low-power state and become active to perform maintenance functions, and the SoC is restricted to an idle state for maintenance activities except during the maintenance window, wherein to restrict the maintenance activities from occurring further comprises to communicate to the legacy devices that alternating current, AC, is not present when outside of maintenance window, and wherein to generate the maintenance window notification further comprises communicating to the legacy devices that AC is present when inside of the maintenance window. legacy devices; a processor (401, 501) configured to: restrict maintenance activities from occurring during a low-power state when not in a maintenance window; generate a maintenance window notification; and when a maintenance activity occurs during the maintenance window, transition the SoC to an active state; and perform the maintenance activity, restrict maintenance activities from occurring during a low-power state when not in a maintenance window; generate a maintenance window notification; and when a maintenance activity occurs during the maintenance window, transition the SoC to an active state; and perform the maintenance activity, wherein the system further comprises a notification interface configured to receive registrations for maintenance window notifications, wherein the notification interface is configured to periodically trigger the maintenance window based on a period or periodically trigger the maintenance window based on a percentage of time for the maintenance window, wherein, during the maintenance window, the SoC is available to exit a low-power state and become active to perform maintenance functions, and the SoC is restricted to an idle state for maintenance activities except during the maintenance window, wherein to restrict the maintenance activities from occurring further comprises to communicate to the legacy devices that alternating current, AC, is not present when outside of maintenance window, and wherein to generate the maintenance window notification further comprises communicating to the legacy devices that AC is present when inside of the maintenance window.
A refrigerator comprising: a main body; a storeroom formed inside the main body and including an opening at a front side thereof; a cooling room provided at a rear side of the storeroom; an evaporator disposed on a first side of the cooling room, the evaporator including a refrigerant tube; a first combining member to couple the upper side of the evaporator with the first side of the cooling room, the first combining member being disposed on and protruding from the first side of the cooling room such that a lower surface of the refrigerant tube at an upper side of the evaporator is received in a hook groove of the first combining member, such that the evaporator is supported while being rotatable with respect to the first combining member; and a second combining member to couple the lower side of the evaporator with the first side of the cooling room, the second combining member being disposed on and protruding from the first side of the cooling room below the first combining member such that the refrigerant tube at a lower side of the evaporator is insertable into the second combining member by being rotated with respect to the first combining member into the second combining member. a main body; a storeroom formed inside the main body and including an opening at a front side thereof; a cooling room provided at a rear side of the storeroom; an evaporator disposed on a first side of the cooling room, the evaporator including a refrigerant tube; a first combining member to couple the upper side of the evaporator with the first side of the cooling room, the first combining member being disposed on and protruding from the first side of the cooling room such that a lower surface of the refrigerant tube at an upper side of the evaporator is received in a hook groove of the first combining member, such that the evaporator is supported while being rotatable with respect to the first combining member; and a second combining member to couple the lower side of the evaporator with the first side of the cooling room, the second combining member being disposed on and protruding from the first side of the cooling room below the first combining member such that the refrigerant tube at a lower side of the evaporator is insertable into the second combining member by being rotated with respect to the first combining member into the second combining member.
Packaging that is closed by a cap, wherein fitted to and/or on the cap is a seal made of thermosetting polymer that is preferably in contact with the packaging, wherein the seal cannot be removed from the cap and/or the packaging without being destroyed and the seal comprises means for identifying the originality of the seal and thus of the packaging, characterised in that the means for identifying the originality include Stokes pigments or anti-Stokes pigments which require a detector device for identification, and/or include diatoms that are visible to the aided eye.
A control device for an internal combustion engine, comprising: an airflow meter provided in an intake passage; and an engine controller that controls a fuel injection amount of an internal combustion engine according to an intake air quantity that is detected by the airflow meter, wherein the airflow meter is configured to output a frequency signal indicating a magnitude and a direction of the detected intake air quantity, the direction being positive when the intake air flows in a forward direction and negative when the intake air flows in an opposite direction, the frequency signal having predetermined features such that the frequency increases in correspondence with increases in the magnitude of the intake air quantity when the direction is positive and the frequency decreases in correspondence with increases in the magnitude of the intake air quantity when the direction is negative, and the engine controller has a conversion table for converting the frequency signal to an air quantity, characterised by the table being configured to assign a dummy output as the air quantity in a low frequency region that is lower than a predetermined frequency threshold value, the dummy output being a positive air quantity and the predetermined frequency threshold value corresponding to a negative air quantity according to the conversion table. an airflow meter provided in an intake passage; and an engine controller that controls a fuel injection amount of an internal combustion engine according to an intake air quantity that is detected by the airflow meter, wherein the airflow meter is configured to output a frequency signal indicating a magnitude and a direction of the detected intake air quantity, the direction being positive when the intake air flows in a forward direction and negative when the intake air flows in an opposite direction, the frequency signal having predetermined features such that the frequency increases in correspondence with increases in the magnitude of the intake air quantity when the direction is positive and the frequency decreases in correspondence with increases in the magnitude of the intake air quantity when the direction is negative, and the engine controller has a conversion table for converting the frequency signal to an air quantity, characterised by the table being configured to assign a dummy output as the air quantity in a low frequency region that is lower than a predetermined frequency threshold value, the dummy output being a positive air quantity and the predetermined frequency threshold value corresponding to a negative air quantity according to the conversion table.
A longitudinal adjustment device for a motor vehicle seat, which comprises two pairs of rails, one locking device for each pair of rails, namely the locking device of the left-hand seat side and the locking device of the right-hand seat side, and a common actuating unit for the two locking devices (22, 24) that cooperates with the two locking devices (22, 24) and has a handling means, the actuating unit comprises an electric drive motor, a gear unit connected to this electric drive motor, and an actuator, wherein the actuating unit exerts a pull, the actuator carries out a linear movement, and the linear movement is parallel to the y-axis, characterized in that the linear movement extends over at least twice the distance required for releasing a locking device (22, 24), and in that the actuating device first pulls the locking device of one seat side free, and only then the locking device of the other seat side.