mhurhangee/ep-ind-claims huggingface dataset:
A wire harness, comprising: a plurality of insulated electric wires wherein each insulated electric wire is an insulated wire in which an outer periphery of a center conductor formed of a high-conductive metal is covered with an insulation; a first wire holding portion for holding one of both end portions of the plurality of electric wires, the first wire holding_portion comprising a first shield shell formed of a conductive metal; a second wire holding portion for holding another of the both end portions,_ the second wire holding portion comprising a second shield shell formed of a conductive metal; an annular electromagnetic wave absorption component arranged between the first and second wire holding portions so as to absorb an electromagnetic wave radiated from the plurality of insulated electric wires; and a braided shield provided around the plurality of insulated electric wires and the electromagnetic wave absorption component, wherein the braided shield is connected to the first shield shell and the second shield shell, wherein the electromagnetic wave absorption component comprises a through-hole for inserting collectively the plurality of insulated electric wires (11 - 13) such that the plurality of insulated electric wires are inserted in the through-hole and are thereby bundled together. a plurality of insulated electric wires wherein each insulated electric wire is an insulated wire in which an outer periphery of a center conductor formed of a high-conductive metal is covered with an insulation; a first wire holding portion for holding one of both end portions of the plurality of electric wires, the first wire holding_portion comprising a first shield shell formed of a conductive metal; a second wire holding portion for holding another of the both end portions,_ the second wire holding portion comprising a second shield shell formed of a conductive metal; an annular electromagnetic wave absorption component arranged between the first and second wire holding portions so as to absorb an electromagnetic wave radiated from the plurality of insulated electric wires; and a braided shield provided around the plurality of insulated electric wires and the electromagnetic wave absorption component,
An apparatus comprising: a representational state transfer, REST, application interface, API, or a remote procedure call, RPC, API to communicatively couple a computing platform with a network; and circuitry at the computing platform, the circuitry to execute logic to: receive information to allocate processor cache resources to a plurality of class of service, CLOS, the allocated processor cache resources to include an n-way set associative last level cache, LLC, for a processor hosted by the computing platform, where "n" is any whole, positive number greater than or equal to 1; and cause one or more cache ways of the n-way set associative LLC to be allocated to separate CLOS of the plurality of CLOS based on the information including identification information that matches identification information for at least the processor hosted by the computer platform. a representational state transfer, REST, application interface, API, or a remote procedure call, RPC, API to communicatively couple a computing platform with a network; and circuitry at the computing platform, the circuitry to execute logic to: receive information to allocate processor cache resources to a plurality of class of service, CLOS, the allocated processor cache resources to include an n-way set associative last level cache, LLC, for a processor hosted by the computing platform, where "n" is any whole, positive number greater than or equal to 1; and cause one or more cache ways of the n-way set associative LLC to be allocated to separate CLOS of the plurality of CLOS based on the information including identification information that matches identification information for at least the processor hosted by the computer platform. receive information to allocate processor cache resources to a plurality of class of service, CLOS, the allocated processor cache resources to include an n-way set associative last level cache, LLC, for a processor hosted by the computing platform, where "n" is any whole, positive number greater than or equal to 1; and cause one or more cache ways of the n-way set associative LLC to be allocated to separate CLOS of the plurality of CLOS based on the information including identification information that matches identification information for at least the processor hosted by the computer platform.
A multilayer edible product comprising: a co-extruded center; a co-extruded barrier layer completely and directly encompassing the center, the barrier layer comprising: a hydrophilic powder; and a source of fat; and a co-extruded outer layer directly encompassing the barrier layer and indirectly encompassing the center, wherein the center has at least one of: a fat content that is either greater than or less than a fat content of the outer layer, or a water activity that is either greater than or less than a water activity of the outer layer, wherein a composition of the barrier layer is different than a composition of the center and a composition of the outer layer, and wherein the barrier layer comprises greater than or equal to 30.0 wt% hydrophilic powder. a co-extruded center; a co-extruded barrier layer completely and directly encompassing the center, the barrier layer comprising: a hydrophilic powder; and a source of fat; and a hydrophilic powder; and a source of fat; and a co-extruded outer layer directly encompassing the barrier layer and indirectly encompassing the center, wherein the center has at least one of: a fat content that is either greater than or less than a fat content of the outer layer, or a water activity that is either greater than or less than a water activity of the outer layer, a fat content that is either greater than or less than a fat content of the outer layer, or a water activity that is either greater than or less than a water activity of the outer layer, wherein a composition of the barrier layer is different than a composition of the center and a composition of the outer layer, and wherein the barrier layer comprises greater than or equal to 30.0 wt% hydrophilic powder.
A system for multi-track playback of media content during repetitive motion activities, comprising: a media device, including a processor; a tempo logic, provided within the media device, which is configured to automatically select a selected tempo based upon a cadence of a user of the system determined using an accelerometer of a cadence-acquiring device and a cadence-determination engine, wherein the cadence is determined while the user is performing a repetitive motion activity; wherein the tempo logic comprises a tempo selection module including a current tempo indicator, an increase tempo selector configured to increase the selected tempo when selected and a decrease tempo selector configured to decrease the selected tempo when selected; and wherein the system further comprises: a user interface, provided at the media device, which is configured to display a visual array of media options, wherein each media option is associated with one or more media content items that can be streamed to the media device, and wherein the one or more media content items are associated with the selected tempo; and a playback logic, provided within the media device, which is configured so that, while a selected point or region is determined by the user interface as being moved in response to user input, within the visual array of media options, the system determines media options that are proximate to the selected point or region, and adjusts playback parameters for corresponding media content items, by crossfading or otherwise combining playback to reflect the media options relative distances from the selected point or region. a media device, including a processor; a tempo logic, provided within the media device, which is configured to automatically select a selected tempo based upon a cadence of a user of the system determined using an accelerometer of a cadence-acquiring device and a cadence-determination engine, wherein the cadence is determined while the user is performing a repetitive motion activity; wherein the tempo logic comprises a tempo selection module including a current tempo indicator, an increase tempo selector configured to increase the selected tempo when selected and a decrease tempo selector configured to decrease the selected tempo when selected; and wherein the system further comprises: a user interface, provided at the media device, which is configured to display a visual array of media options, wherein each media option is associated with one or more media content items that can be streamed to the media device, and wherein the one or more media content items are associated with the selected tempo; and a playback logic, provided within the media device, which is configured so that, while a selected point or region is determined by the user interface as being moved in response to user input, within the visual array of media options, the system determines media options that are proximate to the selected point or region, and adjusts playback parameters for corresponding media content items, by crossfading or otherwise combining playback to reflect the media options relative distances from the selected point or region.
Drainage grid shaped as a rectangular element having four sides (12, 14, 16, 18), an upper face and a lower face, having an arc-shaped structure at the lower face, comprising longitudinal ribs and transverse ribs (26, 28, 30, 32, 34, 36, 38), with a section shaped like an inverted T, characterized by the fact that the ribs have a greater section in the lower part of the drainage grid.
A method of starting a fuel cell apparatus having a plurality of fuel cells under freeze start conditions, comprising the steps of: - of determining the existence of freeze-start conditions for the fuel cell apparatus, - supplying on the anode side a hydrogen-containing reactant and on the cathode side an oxygen-containing reactant in a sub stoichiometric ratio with an oxygen deficit, - maintaining the supply of the reactants in a sub stoichiometric ratio for a predeterminable time interval, - after expiration of the time interval, effecting complete discharge of the fuel cells in a discharge phase, - and subsequently transferring the fuel cell device to a normal mode with the supply of the reactants in accordance with the requirements for the given operating state and the power requirement, characterized in that the complete discharge of the fuel cells is effected by stopping the supply of the oxygen-containing reactant from the reactant source and consuming all the oxygen in the fuel cell. - of determining the existence of freeze-start conditions for the fuel cell apparatus, - supplying on the anode side a hydrogen-containing reactant and on the cathode side an oxygen-containing reactant in a sub stoichiometric ratio with an oxygen deficit, - maintaining the supply of the reactants in a sub stoichiometric ratio for a predeterminable time interval, - after expiration of the time interval, effecting complete discharge of the fuel cells in a discharge phase, - and subsequently transferring the fuel cell device to a normal mode with the supply of the reactants in accordance with the requirements for the given operating state and the power requirement, characterized in that the complete discharge of the fuel cells is effected by stopping the supply of the oxygen-containing reactant from the reactant source and consuming all the oxygen in the fuel cell.
A security inspection system, comprising: at least one inspection sub-system (210, 230, 240, 250, 260) deployed at an inspection site and configured to perform ray scanning on an object to be inspected to obtain a radiographic image of the object to be inspected; at least one on-site image processing computer deployed at the inspection site and communicatively connected to the at least one inspection sub-system (210, 230, 240, 250, 260), wherein the at least one on-site image processing computer each comprises a hardware device, an operating system, and an image processing application, and is configured to store and process the radiographic image in real time; at least one remote image processing computer (291, 202, 29n) communicatively connected to the at least one on-site image processing computer via at least one of a public network and a dedicated network, and each of the remote image processing computer (291, 202, 29n) is configured to log in one of the at least one on-site image processing computer through remote access to synchronize remote data on a screen of the on-site image processing computer to the remote image processing computer (291, 202, 29n) for displaying of the remote data on the screen; characterized that the remote image processing computer (291, 202, 29n) is further configured to receive a graphics command input by the operator, check whether there is an overlap among image regions changed through the graphics command, and in response to there is an overlap, merge the regions related to the graphics command to generate the remote data on the screen. at least one inspection sub-system (210, 230, 240, 250, 260) deployed at an inspection site and configured to perform ray scanning on an object to be inspected to obtain a radiographic image of the object to be inspected; at least one on-site image processing computer deployed at the inspection site and communicatively connected to the at least one inspection sub-system (210, 230, 240, 250, 260), wherein the at least one on-site image processing computer each comprises a hardware device, an operating system, and an image processing application, and is configured to store and process the radiographic image in real time; at least one remote image processing computer (291, 202, 29n) communicatively connected to the at least one on-site image processing computer via at least one of a public network and a dedicated network, and each of the remote image processing computer (291, 202, 29n) is configured to log in one of the at least one on-site image processing computer through remote access to synchronize remote data on a screen of the on-site image processing computer to the remote image processing computer (291, 202, 29n) for displaying of the remote data on the screen; characterized that the remote image processing computer (291, 202, 29n) is further configured to receive a graphics command input by the operator, check whether there is an overlap among image regions changed through the graphics command, and in response to there is an overlap, merge the regions related to the graphics command to generate the remote data on the screen.
A method comprising: receiving a user input, via a user interface, identifying a task to be performed; determining if one or more software packages local to a task query apparatus are configured to perform the task; if it is determined that at least one software packages local to the task query apparatus is configured to perform the task, performing the task using a local software package; if it is determined that no software packages local to the task query apparatus are configured to perform the task, the method further comprising: generating a task based query at a task query apparatus, wherein the task based query is generated based on the user input and identifies the user identified task to be performed; causing the task based query to be provided from the task query apparatus to a remote service discovery engine; and receiving, at the task query apparatus, from the remote service discovery engine and as a response to the task based query, an indication of a remote service of a plurality of remote services that is configured to perform the user identified task, the indication comprising access instructions for querying the remote service; and accessing the remote service to provide requested functionality defined by the task. receiving a user input, via a user interface, identifying a task to be performed; determining if one or more software packages local to a task query apparatus are configured to perform the task; if it is determined that at least one software packages local to the task query apparatus is configured to perform the task, performing the task using a local software package; if it is determined that no software packages local to the task query apparatus are configured to perform the task, the method further comprising: generating a task based query at a task query apparatus, wherein the task based query is generated based on the user input and identifies the user identified task to be performed; causing the task based query to be provided from the task query apparatus to a remote service discovery engine; and receiving, at the task query apparatus, from the remote service discovery engine and as a response to the task based query, an indication of a remote service of a plurality of remote services that is configured to perform the user identified task, the indication comprising access instructions for querying the remote service; and accessing the remote service to provide requested functionality defined by the task. generating a task based query at a task query apparatus, wherein the task based query is generated based on the user input and identifies the user identified task to be performed; causing the task based query to be provided from the task query apparatus to a remote service discovery engine; and receiving, at the task query apparatus, from the remote service discovery engine and as a response to the task based query, an indication of a remote service of a plurality of remote services that is configured to perform the user identified task, the indication comprising access instructions for querying the remote service; and accessing the remote service to provide requested functionality defined by the task.
Silicon doped metal oxide particles in which the metal oxide particles are doped with silicon, wherein the molar ratio (Si/M) of a metal element and silicon (Si) of the silicon doped metal oxide particles is in the range of 0.01 or more and 1.00 or less, the silicon doped metal oxide particles are solid solution oxide particles, and an average molar absorption coefficient in the wavelength range of 200 nm to 380 nm, of a dispersion in which the silicon doped metal oxide particles are dispersed in a dispersion medium, is improved as compared with the metal oxide particles not doped with silicon. wherein the molar ratio (Si/M) of a metal element and silicon (Si) of the silicon doped metal oxide particles is in the range of 0.01 or more and 1.00 or less, the silicon doped metal oxide particles are solid solution oxide particles, and an average molar absorption coefficient in the wavelength range of 200 nm to 380 nm, of a dispersion in which the silicon doped metal oxide particles are dispersed in a dispersion medium, is improved as compared with the metal oxide particles not doped with silicon.
An apparatus comprising: means for measuring, over a first number of subframes, throughput of a user equipment, UE, for a transmission transmitted at a first signal strength level using a modulation and coding scheme, MCS; characterized by means for measuring (505, 510), over the first number of subframes, throughput of the UE for a transmission using the MCS that is transmitted at incrementally decreased signal strength levels until a second signal strength level is reached at which the measured throughput is below a target throughput; measuring throughput of the UE for a transmission using the MCS that is transmitted at the second signal strength level over a second number of subframes, larger than the first number of subframes; means for measuring (525, 530), over the second number of subframes, throughput of the UE for a transmission using the MCS that is transmitted at incrementally increased signal strength levels until a third signal strength level is reached at which the measured throughput is above a target throughput, wherein a step size for incrementally increasing the signal strength level is smaller than that for incrementally decreasing the signal strength level; and means for interpolating, based on the measuring of the throughput at the second signal strength level over the second number of subframes and the third signal strength level, a fourth signal strength level that corresponds to the target throughput. means for measuring, over a first number of subframes, throughput of a user equipment, UE, for a transmission transmitted at a first signal strength level using a modulation and coding scheme, MCS; characterized by means for measuring (505, 510), over the first number of subframes, throughput of the UE for a transmission using the MCS that is transmitted at incrementally decreased signal strength levels until a second signal strength level is reached at which the measured throughput is below a target throughput; measuring throughput of the UE for a transmission using the MCS that is transmitted at the second signal strength level over a second number of subframes, larger than the first number of subframes; means for measuring (525, 530), over the second number of subframes, throughput of the UE for a transmission using the MCS that is transmitted at incrementally increased signal strength levels until a third signal strength level is reached at which the measured throughput is above a target throughput, wherein a step size for incrementally increasing the signal strength level is smaller than that for incrementally decreasing the signal strength level; and means for interpolating, based on the measuring of the throughput at the second signal strength level over the second number of subframes and the third signal strength level, a fourth signal strength level that corresponds to the target throughput.
An information processing apparatus comprising: an on-board user specifying unit configured to specify a group of users on board a vehicle; an acquiring unit configured to acquire an attribute value of driving of the vehicle; a driver estimating unit configured to estimate, based on the group of users specified by the on-board user specifying unit relative to a plurality of movements of groups of users' movements of the vehicle, that a user driving the vehicle is a user who is included in the group out of the groups of users for which the attribute value acquired by the acquiring unit is the same relative to the plurality of movements of the vehicle; and a learning model generating unit configured to generate a learning model using identification information of the user specified by the driver estimating unit and driving attributes of the user as training data. an on-board user specifying unit configured to specify a group of users on board a vehicle; an acquiring unit configured to acquire an attribute value of driving of the vehicle; a driver estimating unit configured to estimate, based on the group of users specified by the on-board user specifying unit relative to a plurality of movements of groups of users' movements of the vehicle, that a user driving the vehicle is a user who is included in the group out of the groups of users for which the attribute value acquired by the acquiring unit is the same relative to the plurality of movements of the vehicle; and a learning model generating unit configured to generate a learning model using identification information of the user specified by the driver estimating unit and driving attributes of the user as training data.