mhurhangee/ep-ind-claims huggingface dataset:
A spark plug manufacturing method for manufacturing a spark plug including: a rod-like center electrode extending in an axis line direction; a substantially cylindrical insulator having an axial hole extending in the axis line direction, the center electrode being provided at a front end side of the axial hole; a substantially cylindrical metal shell provided on an outer circumference of the insulator; and a ground electrode which includes a proximal end portion joined to the metal shell, and an intermediate portion bent so as to form a spark discharge gap between a distal end portion of the ground electrode and a front end portion of the center electrode, the spark plug manufacturing method comprising: a bending step of pressing the distal end portion of the ground electrode toward the center electrode by bending means so that the ground electrode is bent to adjust a relative height position of the distal end portion of the ground electrode in the axis line direction relative to the front end portion of the center electrode; and a gap adjusting step of adjusting a magnitude of the spark discharge gap which is defined in a direction perpendicular to the axis line by use of gap adjusting means for moving the distal end portion of the ground electrode relative to the center electrode, wherein restricting means for restricting the relative movement of the distal end portion of the ground electrode relative to the center electrode in the axis line direction is used in the gap adjusting step, characterized in that, in the gap adjusting step the ground electrode is held by arms (83A, 83B). a rod-like center electrode extending in an axis line direction; a substantially cylindrical insulator having an axial hole extending in the axis line direction, the center electrode being provided at a front end side of the axial hole; a substantially cylindrical metal shell provided on an outer circumference of the insulator; and a ground electrode which includes a proximal end portion joined to the metal shell, and an intermediate portion bent so as to form a spark discharge gap between a distal end portion of the ground electrode and a front end portion of the center electrode, a bending step of pressing the distal end portion of the ground electrode toward the center electrode by bending means so that the ground electrode is bent to adjust a relative height position of the distal end portion of the ground electrode in the axis line direction relative to the front end portion of the center electrode; and a gap adjusting step of adjusting a magnitude of the spark discharge gap which is defined in a direction perpendicular to the axis line by use of gap adjusting means for moving the distal end portion of the ground electrode relative to the center electrode, wherein restricting means for restricting the relative movement of the distal end portion of the ground electrode relative to the center electrode in the axis line direction is used in the gap adjusting step,
A method for pre-warming a heat recovery steam generator and associated steam lines, the method comprising: providing heating steam from a steam source; directing the heating steam to a superheater to warm at least a portion of the superheater; directing at least a portion of the heating steam from the superheater to at least one bypass line; maintaining the at least a portion of the heating steam from the superheater in the at least one bypass line until a predefined temperature or pressure is attained; and directing the at least a portion of the heating steam in the at least one bypass line at the predefined temperature or pressure to a reheater to warm at least a portion of the reheater. providing heating steam from a steam source; directing the heating steam to a superheater to warm at least a portion of the superheater; directing at least a portion of the heating steam from the superheater to at least one bypass line; maintaining the at least a portion of the heating steam from the superheater in the at least one bypass line until a predefined temperature or pressure is attained; and directing the at least a portion of the heating steam in the at least one bypass line at the predefined temperature or pressure to a reheater to warm at least a portion of the reheater.
A drive control device for executing a creep control based on a torque demand amount of a creep torque that comprises a torque for starting a vehicle, the drive control device comprising: a control unit configured to increase a torque of an engine of the vehicle based on a predefined torque demand amount to execute the creep control when a request for actuation of the creep control is detected; and a detection unit configured to detect the engine rotational speed of the vehicle, wherein the control unit is configured to, when the engine rotational speed detected by the detection unit, at a time when an OFF signal of a brake actuation is received, is greater than a target engine rotational speed, start, after reducing the predefined torque demand amount in accordance with a deviation between the engine rotational speed at the time when the OFF signal of the brake actuation is received and the target rotational speed to obtain a correction amount, the creep control based on the correction amount. a control unit configured to increase a torque of an engine of the vehicle based on a predefined torque demand amount to execute the creep control when a request for actuation of the creep control is detected; and a detection unit configured to detect the engine rotational speed of the vehicle, wherein the control unit is configured to, when the engine rotational speed detected by the detection unit, at a time when an OFF signal of a brake actuation is received, is greater than a target engine rotational speed, start, after reducing the predefined torque demand amount in accordance with a deviation between the engine rotational speed at the time when the OFF signal of the brake actuation is received and the target rotational speed to obtain a correction amount, the creep control based on the correction amount.
A method for managing secure access to user account data, wherein the method is implemented by a data management platform, the method comprising: generating a financial report based on account information associated with one or more user accounts, each user account being associated with one or more institutions, where the account information includes financial information; receiving a financial report request for the financial report of the user account, wherein the financial report request is identified as being received from a first third-party system; generating an audit report token associated with the financial report; sharing the audit report token with the first third-party system in response to the financial report request; providing the first third-party system account access to the financial report through the audit report token, wherein the audit report token is shared with a second third-party system and provided by the second third-party system in order to confirm authorization to the report and integrity of the report; evaluating interactions of the second third-party system with the data management platform; and automatically regulating access by the second third-party system and selectively permitting or denying access based on the result of the evaluation of the interactions of the second third-party system with the data management platform. generating a financial report based on account information associated with one or more user accounts, each user account being associated with one or more institutions, where the account information includes financial information; receiving a financial report request for the financial report of the user account, wherein the financial report request is identified as being received from a first third-party system; generating an audit report token associated with the financial report; sharing the audit report token with the first third-party system in response to the financial report request; providing the first third-party system account access to the financial report through the audit report token, wherein the audit report token is shared with a second third-party system and provided by the second third-party system in order to confirm authorization to the report and integrity of the report; evaluating interactions of the second third-party system with the data management platform; and automatically regulating access by the second third-party system and selectively permitting or denying access based on the result of the evaluation of the interactions of the second third-party system with the data management platform.
A cache-based content delivery system, comprising: a processor; and a non-transitory, computer-readable storage medium in operable communication with the processor, wherein the computer-readable storage medium contains one or more programming instructions that, when executed, cause the processor to: receive content targeting information for targeting content to a plurality of consumer devices, each of the plurality of consumer devices being operably coupled to at least one cache element, generate at least one cache instruction for each of the plurality of consumer devices based on the content targeting information, the at least one cache instruction comprising at least one content identifier and at least one cache duration, the at least one cache duration specifying a portion of playback time of the content, and transmit the at least one cache instruction to each of the plurality of consumer devices to instruct each of the plurality of consumer devices to cache the portion of the content associated with the at least one content identifier in the at least one cache element. a processor; and a non-transitory, computer-readable storage medium in operable communication with the processor, wherein the computer-readable storage medium contains one or more programming instructions that, when executed, cause the processor to: receive content targeting information for targeting content to a plurality of consumer devices, each of the plurality of consumer devices being operably coupled to at least one cache element, generate at least one cache instruction for each of the plurality of consumer devices based on the content targeting information, the at least one cache instruction comprising at least one content identifier and at least one cache duration, the at least one cache duration specifying a portion of playback time of the content, and transmit the at least one cache instruction to each of the plurality of consumer devices to instruct each of the plurality of consumer devices to cache the portion of the content associated with the at least one content identifier in the at least one cache element. receive content targeting information for targeting content to a plurality of consumer devices, each of the plurality of consumer devices being operably coupled to at least one cache element, generate at least one cache instruction for each of the plurality of consumer devices based on the content targeting information, the at least one cache instruction comprising at least one content identifier and at least one cache duration, the at least one cache duration specifying a portion of playback time of the content, and transmit the at least one cache instruction to each of the plurality of consumer devices to instruct each of the plurality of consumer devices to cache the portion of the content associated with the at least one content identifier in the at least one cache element.
Stackable foundation spacer adapted for automated distribution using a feeder device, where a body of the feeder device is adapted to fit through a central opening of the spacer and where a release mechanism of the feeder device is adapted to release a spacer, and adapted to support a reinforcement grid, where the foundation spacer comprises a lower bearing surface adapted to be placed on a foundation support surface for the concrete, a first support surface adapted to support the reinforcement grid in a plurality of contact positions, and an outer circumferential side wall connecting the lower bearing surface with the first support surface, where the outer circumferential side wall is inclined outwards from the lower bearing surface to the first support surface with an angle α, and where the shape of the first support surface is larger than a mesh in the reinforcement grid that is to be supported, and where the foundation spacer comprises a central opening which is adapted to be used for the automated distribution of the foundation spacer, wherein the foundation spacer further comprises a second support surface adapted to support the reinforcement grid, and an inner side wall connecting the lower bearing surface with the second support surface, where the inner side wall is inclined inwards from the lower bearing surface to the second support surface with an angle β, where the second support surface comprises an inwardly extending inner rim.
A silicon nitride substrate containing silicon nitride, magnesium oxide and rare-earth element oxide, characterized in that the silicon nitride contains magnesium of 3 to 4 wt% as magnesium oxide MgO and yttrium of 2 to 5 wt% yttrium oxide Y 2 O 3, wherein a degree of orientation fa representing an orientation ratio on a plane perpendicular to a thickness direction, determined by a ratio of X-ray diffraction beam intensity on a predetermined lattice surface of a grain of the silicon nitride is 0.33 or less on a surface; and the degree of orientation is 0.16 to 0.33 on a surface obtained by grinding as deep a 20% or more of a thickness of the substrate from a substrate surface; and warpage is 2.0 μm/mm or less with a thickness of 0.1 to 1.0 mm, wherein the degree of orientation fa is defined as fa = P - P ⁢ 0 / 1 - P ⁢ 0 and in the above Equation, P denotes the ratio of the X-ray diffraction beam intensities on each of the plane, the plane, the plane, the plane, and the plane of the silicon nitride grain in the silicon nitride substrate as will be described in Equation P = ( I 110 - I 200 + I 210 + I 310 + I 320 / ( I 110 + I 200 + I 101 + I 210 + I 210 + I 310 + I 320 + I 002... and P0 denotes the ratio of the X-ray diffraction beam intensities on each of the plane, the plane, the plane, the plane and the plane of the silicon nitride grain in silicon nitride particles as will be described in Equation P ⁢ 0 = ( Iʹ 110 - Iʹ 200 + Iʹ 210 + Iʹ 310 + Iʹ 320 / Iʹ 110 + Iʹ 200 + Iʹ 101 + Iʹ 210 + Iʹ 210 + Iʹ 310 + Iʹ 320 + Iʹ 002
A method for preserving a msg3 transmission via physical uplink shared channel, PUSCH, the method comprising: receiving, by a user equipment, UE, device, from a base station, a cancelation indication, CI, that overlaps with the msg3 transmission; and responsive to receiving the CI, determining not to cancel the msg3 transmission via PUSCH. receiving, by a user equipment, UE, device, from a base station, a cancelation indication, CI, that overlaps with the msg3 transmission; and responsive to receiving the CI, determining not to cancel the msg3 transmission via PUSCH.
An image data processor, comprising: a shape likelihood determiner configured to process voxels of image data and determine a likelihood that a voxel represents predetermined tissue of interest for a plurality of the voxels based on a shape of a tissue represented by the voxel, wherein the likelihood for the voxel is a value from zero to one of representing the tissue of interest having the shape; an opacity determiner configured to determine an opacity suppression for each of the plurality of voxels based on the likelihood, and configured to determine the opacity suppression for each of the plurality of voxels based on a likelihood to opacity mapping, wherein a voxel with a likelihood of zero is not suppressed at all, and a voxel with a likelihood of one is fully suppressed such that it is not visible in the image data, and a voxel with a likelihood between zero and one is partially suppressed, with a degree of suppression based on the likelihood; a re-formatter configured to re-format the image data based on the determined opacity suppression, generating opacity suppressed re-formatted data; and a rendering engine configured to visually presents the opacity suppressed re-formatted data. a shape likelihood determiner configured to process voxels of image data and determine a likelihood that a voxel represents predetermined tissue of interest for a plurality of the voxels based on a shape of a tissue represented by the voxel, wherein the likelihood for the voxel is a value from zero to one of representing the tissue of interest having the shape; an opacity determiner configured to determine an opacity suppression for each of the plurality of voxels based on the likelihood, and configured to determine the opacity suppression for each of the plurality of voxels based on a likelihood to opacity mapping, wherein a voxel with a likelihood of zero is not suppressed at all, and a voxel with a likelihood of one is fully suppressed such that it is not visible in the image data, and a voxel with a likelihood between zero and one is partially suppressed, with a degree of suppression based on the likelihood; a re-formatter configured to re-format the image data based on the determined opacity suppression, generating opacity suppressed re-formatted data; and a rendering engine configured to visually presents the opacity suppressed re-formatted data.
A method of forming a through substrate via, TSV, in a semiconductor substrate, comprising: etching a vertical via opening into the backside of the semiconductor substrate, the via opening exposing a surface of an embedded metal landing structure; depositing a conductive layer over the backside of the semiconductor substrate, sidewalls of the via opening, and exposed surface of the metal landing structure; coating the conductive layer with a photoresist polymer material, the photoresist polymer material filling remaining portion of the via opening; irradiating the photoresist polymer material with ultraviolet, UV, light at the backside of the semiconductor substrate, a portion of the photoresist polymer material disposed in the via opening remaining unexposed to the UV light; developing the photoresist polymer material to remove the photoresist polymer material from the backside of the semiconductor substrate and leaving the remaining portion of the via opening substantially filled with undeveloped photoresist polymer material; and forming a planar backside surface of the semiconductor substrate by removing the conductive layer deposited over the backside of the semiconductor substrate; the method further comprising hard-baking the undeveloped photoresist polymer material to cross-link the photoresist polymer material and to form a permanent via filling material. etching a vertical via opening into the backside of the semiconductor substrate, the via opening exposing a surface of an embedded metal landing structure; depositing a conductive layer over the backside of the semiconductor substrate, sidewalls of the via opening, and exposed surface of the metal landing structure; coating the conductive layer with a photoresist polymer material, the photoresist polymer material filling remaining portion of the via opening; irradiating the photoresist polymer material with ultraviolet, UV, light at the backside of the semiconductor substrate, a portion of the photoresist polymer material disposed in the via opening remaining unexposed to the UV light; developing the photoresist polymer material to remove the photoresist polymer material from the backside of the semiconductor substrate and leaving the remaining portion of the via opening substantially filled with undeveloped photoresist polymer material; and forming a planar backside surface of the semiconductor substrate by removing the conductive layer deposited over the backside of the semiconductor substrate; the method further comprising hard-baking the undeveloped photoresist polymer material to cross-link the photoresist polymer material and to form a permanent via filling material.
Device (2, 16, 21) for controlling the movement of a furniture part mounted movably on a furniture body, wherein the device comprises an electrically operable actuator, so that in the assembled state of the device, as a function of the operation of the actuator, the furniture part can be driven movably relative to the furniture body by means of the actuator, wherein recovery means are provided for recovering electrical energy from a form of non-grid-bound energy provided in the area surrounding the recovery means, and wherein the recovery means are designed for supplying electrical power to an existing electrically operating activator (17, 18, 20; 22) and wherein the activator (17, 18, 20; 22) is provided for triggering the operation of the actuator by means of an external operating action, characterised in that the recovery means comprise mechanical components (12, 13) which are designed such that with external action on a body, which forms part of the mechanical components, a structure-borne sound is produced in the furniture body and/or the movably mounted furniture part, so that by means of the produced structure-borne sound a form of energy is provided which is used fully or partly by the recovery means to produce electrical energy, whereby the electrical operation of the actuator and/or activator is made possible.
A computer-implemented method comprising: generating, by a manageability engine (130; 330) of a processing system, a random text string, wherein the manageability engine (130; 330) resides within a secure partition (120; 320) of the processing system and the secure partition is isolated from a host operating system for the processing system; providing, by the manageability engine (130; 330), the random text string to a sprite engine of a graphics engine (180; 380) of the processing system, wherein the graphics engine (180; 380) also resides within the secure partition (120; 320); writing, by the sprite engine, the random text string directly to a display device of the processing system; receiving, by the manageability engine (130; 330), a response to display of the random text string; and determining, by the manageability engine (130; 330), that a human user is using the processing system if the response matches the random text string. generating, by a manageability engine (130; 330) of a processing system, a random text string, wherein the manageability engine (130; 330) resides within a secure partition (120; 320) of the processing system and the secure partition is isolated from a host operating system for the processing system; providing, by the manageability engine (130; 330), the random text string to a sprite engine of a graphics engine (180; 380) of the processing system, wherein the graphics engine (180; 380) also resides within the secure partition (120; 320); writing, by the sprite engine, the random text string directly to a display device of the processing system; receiving, by the manageability engine (130; 330), a response to display of the random text string; and determining, by the manageability engine (130; 330), that a human user is using the processing system if the response matches the random text string.