mhurhangee/ep-ind-claims huggingface dataset:
A cooling water reservoir that is adapted to passively cool a nuclear reactor building, the cooling water reservoir comprising: a storage tank that is adapted to store cooling water; a partition part disposed inside the storage tank and that is adapted to partition the inside of the storage tank into a first storage tank and a second storage tank so as to separate the cooling water; and an inlet provided in the partition part that is adapted to enable cooling water of the second storage tank to naturally enter into the first storage tank according to a water level difference between the first and second storage tanks (113a,113c) when a water level of the first storage tank decreases due to steam generation and discharge to the outside, a heat exchanger that extends from the first storage tank to the inside of the nuclear reactor building and that is adapted to cool the nuclear reactor building based on the cooling water of the first storage tank; wherein the storage tank is adapted to be supported to an outer wall of the nuclear reactor building, the first storage tank and the second storage tank each comprise a closed structure, in which a capacity of the first storage tank is smaller than that of the second storage tank, characterized in that the first storage tank comprises a steam outlet in its wall that is adapted to form a path for discharging steam generated in the first storage tank directly to the outside of the storage tank. a storage tank that is adapted to store cooling water; a partition part disposed inside the storage tank and that is adapted to partition the inside of the storage tank into a first storage tank and a second storage tank so as to separate the cooling water; and an inlet provided in the partition part that is adapted to enable cooling water of the second storage tank to naturally enter into the first storage tank according to a water level difference between the first and second storage tanks (113a,113c) when a water level of the first storage tank decreases due to steam generation and discharge to the outside, a heat exchanger that extends from the first storage tank to the inside of the nuclear reactor building and that is adapted to cool the nuclear reactor building based on the cooling water of the first storage tank; wherein the storage tank is adapted to be supported to an outer wall of the nuclear reactor building, the first storage tank and the second storage tank each comprise a closed structure, in which a capacity of the first storage tank is smaller than that of the second storage tank, characterized in that the first storage tank comprises a steam outlet in its wall that is adapted to form a path for discharging steam generated in the first storage tank directly to the outside of the storage tank.
An abrasive article comprising: a bonded abrasive body comprising: a bond material comprising an inorganic material; abrasive particles contained within the bonded abrasive body; porosity within a range of at least 55 vol% to not greater than 90 vol% for a total volume of the bonded abrasive body; and a Solid Phase Variation, determined by using a computed tomography scan via X-rays as described in the description, of not greater than 45%, wherein the bonded abrasive body is a foamed body. a bond material comprising an inorganic material; abrasive particles contained within the bonded abrasive body; porosity within a range of at least 55 vol% to not greater than 90 vol% for a total volume of the bonded abrasive body; and a Solid Phase Variation, determined by using a computed tomography scan via X-rays as described in the description, of not greater than 45%, wherein the bonded abrasive body is a foamed body.
An integrated termination package for marine operations, comprising: a. a cable including a plurality of strands, a payload end and an extraction point distal to said payload end; b. an intelligent cable termination connected to said payload end of said cable, said intelligent cable termination including a payload connecting feature; c. said intelligent cable termination including an instrument package, said instrument package including a processor; and d. a communication link contained within said instrument package, wherein said communication link is configured to transmit information from said processor, wherein the intelligent cable termination includes: a housing configured to transmit a tensile load placed on said cable to said payload connecting feature, the instrument package being contained within said housing; a collector connected to the housing; and a middle strand collector configured to slide over the plurality of strands and attach to a perimeter of the collector, wherein each individual strand includes a strand termination, and wherein the strand termination of each individual stand is configured to attach to the collector. a. a cable including a plurality of strands, a payload end and an extraction point distal to said payload end; b. an intelligent cable termination connected to said payload end of said cable, said intelligent cable termination including a payload connecting feature; c. said intelligent cable termination including an instrument package, said instrument package including a processor; and d. a communication link contained within said instrument package, wherein said communication link is configured to transmit information from said processor, wherein the intelligent cable termination includes: a housing configured to transmit a tensile load placed on said cable to said payload connecting feature, the instrument package being contained within said housing; a collector connected to the housing; and a middle strand collector configured to slide over the plurality of strands and attach to a perimeter of the collector, wherein each individual strand includes a strand termination, and wherein the strand termination of each individual stand is configured to attach to the collector. a housing configured to transmit a tensile load placed on said cable to said payload connecting feature, the instrument package being contained within said housing; a collector connected to the housing; and a middle strand collector configured to slide over the plurality of strands and attach to a perimeter of the collector, wherein each individual strand includes a strand termination, and wherein the strand termination of each individual stand is configured to attach to the collector.
A glass lift for opening of a vehicle comprising an electric motor which can be used to drive a drum mechanism, cable, rail and cursor to move a glass between open and closed positions, a support plate made of rigid plastic to which the electric motor and drum are attached, characterized in that it has a protective screen done in a single component with the support plate, overhanging the electric motor and the drum and able to protect the electric motor and the drum from water that may run on the electric motor and the drum, the guide rail of the cursor being moreover done in one component with the support plate.
A method for performing device-to-device, D2D, communication by a first device in a wireless communication system, the method comprising: performing the D2D communication with a second device; performing D2D link monitoring, DLM; transmitting a D2D link failure, DLF, declaration to a base station, when the DLM result meets a predetermined condition, the method being characterized by: receiving, from the base station, information on a resource allocation for performing the D2D communication with a relay device in response to the DLF; and performing the D2D communication with the second device via the relay device using a resource allocated by the base station. performing the D2D communication with a second device; performing D2D link monitoring, DLM; transmitting a D2D link failure, DLF, declaration to a base station, receiving, from the base station, information on a resource allocation for performing the D2D communication with a relay device in response to the DLF; and performing the D2D communication with the second device via the relay device using a resource allocated by the base station.
A method of synchronising clocks of network devices (100, 200), preferably in a non-deterministic network, - wherein each network device (100, 200) comprises at least one clock, - wherein a first network device comprises at least one clock and wherein a second network device comprises at least two clocks (XO, VCXOa, VCXOb), - wherein a first clock of the first network device and a second clock (VCXOa) of the second network device differ by an offset and the offset changes over time due to a drift and - wherein the second clock (VCXOa) of the second network device is synchronised with the first clock of the first network device, - wherein the second clock (VCXOa) of the second network device is adjusted in order to synchronise the second clock (VCXOa) of the second network device with the first clock of the first network device separately from any other clocks of the second network device and separately from any other clock of any other network device, - the drift between the first clock of the first network device and the second clock (VCXOa) of the second network device is determined and compensated for. - wherein each network device (100, 200) comprises at least one clock, - wherein a first network device comprises at least one clock and wherein a second network device comprises at least two clocks (XO, VCXOa, VCXOb), - wherein a first clock of the first network device and a second clock (VCXOa) of the second network device differ by an offset and the offset changes over time due to a drift and - wherein the second clock (VCXOa) of the second network device is synchronised with the first clock of the first network device, - wherein the second clock (VCXOa) of the second network device is adjusted in order to synchronise the second clock (VCXOa) of the second network device with the first clock of the first network device separately from any other clocks of the second network device and separately from any other clock of any other network device, - the drift between the first clock of the first network device and the second clock (VCXOa) of the second network device is determined and compensated for.
A device comprising: a battery; an auxiliary battery (204, 402) configured to supply auxiliary electrical power, wherein a first surface of the auxiliary battery (204, 402) is positioned along a first surface of the battery, and wherein the auxiliary battery (204, 402) is a thin-film battery; and an interconnect (312, 412, 512) adapted to connect two or more components of the device, wherein the interconnect (312, 412, 512) is positioned along the first surface of the battery adjacent to the auxiliary battery (204, 402), wherein the interconnect (312, 412, 512) is routed around a periphery of the auxiliary battery (204, 402), and wherein the first surface of the auxiliary battery (204, 402) has a smaller area than the first surface of the battery. a battery; an auxiliary battery (204, 402) configured to supply auxiliary electrical power, wherein a first surface of the auxiliary battery (204, 402) is positioned along a first surface of the battery, and wherein the auxiliary battery (204, 402) is a thin-film battery; and an interconnect (312, 412, 512) adapted to connect two or more components of the device, wherein the interconnect (312, 412, 512) is positioned along the first surface of the battery adjacent to the auxiliary battery (204, 402), wherein the interconnect (312, 412, 512) is routed around a periphery of the auxiliary battery (204, 402), and wherein the first surface of the auxiliary battery (204, 402) has a smaller area than the first surface of the battery.
Method for controlling operating states of a battery of electrochemical cells, wherein the operating states are controlled on the basis of an evaluation of operating states, this evaluation being obtained by means of approximation functions with the aid of which evaluations for second operating states for which no or only incomplete measuring data relating to the behaviour of the battery are available are obtained by interpolation between or extrapolation from measuring data for first operating states for which measuring data relating to the behaviour of the battery are available, wherein the evaluation of an operating state includes at least one quantitative measure for the ageing or damage of cells in this operating state, and wherein the control optimises a target variable which, in addition to at least the quantitative measure for the ageing or damage of cells, includes at least the electric power of the battery, the expected remaining service life or the remaining capacity of the battery.
A surgical instrument, comprising: a housing or a handle; an end effector configured to perform a tissue-treating function, wherein said end effector comprises: a distal head comprising a rotatable jaw; and an end effector frame comprising a longitudinal end effector axis; means for rotating said distal head relative to said end effector frame; and a display; characterised in that the surgical instrument further comprises: means for rotating a first portion of the contents of said display in relation to the rotation of said distal head, and rotating in a different way, or holding static, a second portion of the contents of said display. a housing or a handle; an end effector configured to perform a tissue-treating function, wherein said end effector comprises: a distal head comprising a rotatable jaw; and an end effector frame comprising a longitudinal end effector axis; a distal head comprising a rotatable jaw; and an end effector frame comprising a longitudinal end effector axis; means for rotating said distal head relative to said end effector frame; and a display; characterised in that the surgical instrument further comprises: means for rotating a first portion of the contents of said display in relation to the rotation of said distal head, and rotating in a different way, or holding static, a second portion of the contents of said display.
An assembly for ejecting the contents of a bottle containing an effervescent liquid, characterized in that it comprises: a sealing diffusing gasket provided with at least one diffusion opening and capable of being clamped resiliently around the neck of the bottle when the bottle is opened and placed in the ejection position and capable of sealing the mouth of the bottle when said sealing diffusing gasket is clamped in this manner, one first grip-forming part that is integrally formed with the sealing diffusing gasket and comprises a first means for gripping the bottle when the bottle is in the ejection position, characterized in that the first grip-forming part comprises a first nesting means, and said assembly further comprises a second grip-forming part that is provided with a second nesting means that is designed to nest with the first nesting means when the bottle is placed in the ejection position, and second gripping means that are integrally formed with the second nesting means, said assembly enabling the production of a jet of effervescent liquid of a selected size, duration, and distance when a user agitates the first and/or second gripping means (4 and 10) that are nested in one another.
A locking-unlocking structure for stopping a lifting body, which is vertically lifted and falls through repetition of a pushing action, in a lifting state and for releasing a stopping state of the lifting body, the locking-unlocking structure comprising a lifting body, which is exactly lifted immediately upward, or falls without being fluctuated left and right, wherein, to control lifting and falling operations of the lifting body, an actuation unit is mounted in the lifting body movably left and right, and an actuation guide unit, which guides an operation of the actuation unit, is fixedly mounted in a fixing body, the lifting body is provided therein with a rotation groove allowing the actuation unit to be movable left and right when the lifting body is lifted or falls, a rotation shaft rotatably coupled to the rotation groove is provided at one side of a lifting plate, the lifting plate is provided on a lower end of an opposite side thereof with a stop protrusion circulating a lifting line and a falling line branching left and right, the actuation guide unit to guide an operation of the actuation unit includes the lifting line having a rising curve line and the falling line having a falling curve line, the lifting line and the falling line branching left and right at a lower end of the actuation guide unit, to guide repeatedly circulating operations of the actuation unit, and the actuation guide unit is provided at a central upper portion thereof with a stop groove interposed between the lifting line and the falling line to securely mount the stop protrusion in the stop groove.
A semiconductor device comprising: at least one memory cell comprising a magnetic cell core disposed between an upper electrode and a lower electrode, and through which a programming current is passable, the magnetic cell core comprising: a magnetic region; characterised by comprising a stressor structure (180, 781) consisting of a nonmagnetic material and configured to vertically expand or vertically contract, at a different rate than a neighbouring material and in response to a change in temperature, to exert a stress upon the magnetic region and to alter a magnetic anisotropy of the magnetic region, when the stressor structure is subjected to the programming current passing through the magnetic cell core during switching of a magnetic orientation of the magnetic region. a magnetic region; characterised by comprising a stressor structure (180, 781) consisting of a nonmagnetic material and configured to vertically expand or vertically contract, at a different rate than a neighbouring material and in response to a change in temperature, to exert a stress upon the magnetic region and to alter a magnetic anisotropy of the magnetic region, when the stressor structure is subjected to the programming current passing through the magnetic cell core during switching of a magnetic orientation of the magnetic region.
A hydraulic valve for dampening pressure spikes, comprising: a spool configured to move axially inside the hydraulic valve; a sleeve configured to at least partially house the spool, wherein a location of the spool with respect to the sleeve determines a flow of a working fluid (F E, F D) through the hydraulic valve; and a viscous damper at least partially housed inside an opening in the spool, wherein a viscous friction between the viscous damper and the opening in the spool slows a motion of the spool, wherein the viscous damper comprises a self-centering feature configured to align the viscous damper with an axial direction of the spool, and wherein the self-centering feature comprises a round end that is spherical, elliptical or conical, characterized in that the round end is seated against correspondingly shaped surface of an end cap. a spool configured to move axially inside the hydraulic valve; a sleeve configured to at least partially house the spool, wherein a location of the spool with respect to the sleeve determines a flow of a working fluid (F E, F D) through the hydraulic valve; and a viscous damper at least partially housed inside an opening in the spool, wherein a viscous friction between the viscous damper and the opening in the spool slows a motion of the spool, wherein the viscous damper comprises a self-centering feature configured to align the viscous damper with an axial direction of the spool, and wherein the self-centering feature comprises a round end that is spherical, elliptical or conical, characterized in that the round end is seated against correspondingly shaped surface of an end cap.
A method of producing microfibrillated cellulose comprising the steps of: (a) mechanically fibrillating fibrous pulp suspension at a consistency of less than 12.5 %, (b) dewatering fibrillated pulp obtained from step (a) to a consistency of at least 12.5 %, (c) subjecting the dewatered pulp from step (b) to further fibrillation at a consistency of 12.5 to 20 %. (a) mechanically fibrillating fibrous pulp suspension at a consistency of less than 12.5 %, (b) dewatering fibrillated pulp obtained from step (a) to a consistency of at least 12.5 %, (c) subjecting the dewatered pulp from step (b) to further fibrillation at a consistency of 12.5 to 20 %.
A method for delivering video programming to user equipment devices in a home network comprising: storing video programming in a first format; searching for and identifying, on a server, the video programing in a plurality of second formats different from the first format; receiving a request from a first user equipment device in the home network to play back the video programming; identifying, from the plurality of second formats of the video programming, a first one of the second formats that is appropriate for the first user equipment device; accessing the video programming in the first one of the second formats from the video programming in the plurality of second formats; and delivering the video programming in the first one of the second format to the first user equipment device. storing video programming in a first format; searching for and identifying, on a server, the video programing in a plurality of second formats different from the first format; receiving a request from a first user equipment device in the home network to play back the video programming; identifying, from the plurality of second formats of the video programming, a first one of the second formats that is appropriate for the first user equipment device; accessing the video programming in the first one of the second formats from the video programming in the plurality of second formats; and delivering the video programming in the first one of the second format to the first user equipment device.
Method for managing a network layer packet (PRS, PRD) in an access node communicating with a first transmission network and communicating, by a data radio channel with a user node, comprising an inspection (E2-S2, E7-S7) of at least a part (ADS, ADD, IDP, IDS) of the network layer packet (PRS, PRD) and being characterized in that, the access node being connected to a second transmission network, the method further comprises: a switching (E3-S3, E8-S9) of the inspected network layer packet to a node (NC1, NE n) of one of the first and second transmission networks (RT1, RT2) or to the user node, and between the inspection and the switching of a network layer packet relating to a service offered by an equipment node (NE n) of the second transmission network, an initiation by the access node of a negotiation with a control node of the first transmission network to establish a data radio channel between the user node and the access node, and a transmission of the network layer packet relating to the service offered from the access node to the user node through the established data radio channel. a switching (E3-S3, E8-S9) of the inspected network layer packet to a node (NC1, NE n) of one of the first and second transmission networks (RT1, RT2) or to the user node, and between the inspection and the switching of a network layer packet relating to a service offered by an equipment node (NE n) of the second transmission network, an initiation by the access node of a negotiation with a control node of the first transmission network to establish a data radio channel between the user node and the access node, and a transmission of the network layer packet relating to the service offered from the access node to the user node through the established data radio channel.