mhurhangee/ep-ind-claims huggingface dataset:
A system for measuring a plurality of fission signatures, comprising: a radiation source comprising an X-ray source and a neutron-inducing material positioned in front of the X-ray source, whereby said radiation source is configured to produce X-rays and neutrons simultaneously and direct said X-rays and neutrons towards an object under inspection, wherein said X-rays and neutrons induce fission in nuclear material present in the object; a first detector (102, 103, 104) wherein said first detector type is a threshold-activation detector; and a second detector (102, 103, 104) wherein said second detector type is at least one of a threshold- activation detector, a plastic scintillator detector, a moderated He-3 detector, or a He-3 equivalent replacement detector. a radiation source comprising an X-ray source and a neutron-inducing material positioned in front of the X-ray source, whereby said radiation source is configured to produce X-rays and neutrons simultaneously and direct said X-rays and neutrons towards an object under inspection, wherein said X-rays and neutrons induce fission in nuclear material present in the object; a first detector (102, 103, 104) wherein said first detector type is a threshold-activation detector; and a second detector (102, 103, 104) wherein said second detector type is at least one of a threshold- activation detector, a plastic scintillator detector, a moderated He-3 detector, or a He-3 equivalent replacement detector.
A system for physiological and psychological quantification of stress levels of a human subject: a. a data acquisition device including: i. an instrument for acquiring physiological and psychological data from the human subject; ii. a microcontroller for processing of the acquired physiological and psychological data into biological metrics; b. a communication link; and c. a computing platform connected to the communication link for: i. receiving the biological metrics from the data acquisition device; and ii. processing the biological metrics into quantifiable stress metrics by means of a stress function algorithm module to calculate an estimate of levels of hormones and neurotransmitters released by the human subject to determine the level of stress experienced by the human subject. a. a data acquisition device including: i. an instrument for acquiring physiological and psychological data from the human subject; ii. a microcontroller for processing of the acquired physiological and psychological data into biological metrics; i. an instrument for acquiring physiological and psychological data from the human subject; ii. a microcontroller for processing of the acquired physiological and psychological data into biological metrics; b. a communication link; and c. a computing platform connected to the communication link for: i. receiving the biological metrics from the data acquisition device; and ii. processing the biological metrics into quantifiable stress metrics by means of a stress function algorithm module to calculate an estimate of levels of hormones and neurotransmitters released by the human subject to determine the level of stress experienced by the human subject. i. receiving the biological metrics from the data acquisition device; and ii. processing the biological metrics into quantifiable stress metrics by means of a stress function algorithm module to calculate an estimate of levels of hormones and neurotransmitters released by the human subject to determine the level of stress experienced by the human subject.
Airbag assembly for a vehicle occupant restraint system, comprising - an airbag which has at least one inflatable chamber and at least one first opening; and - a covering which at least partially covers the first opening of the airbag and which has at least one second opening, wherein - the first and the second opening (1110, 220) are designed and arranged in such a manner that the chamber of the airbag is accessible through the first and the second opening (1110, 220), characterized in that a tab (1112, 2220) is adjacent to the first and/or the second opening (1110, 220). - an airbag which has at least one inflatable chamber and at least one first opening; and - a covering which at least partially covers the first opening of the airbag and which has at least one second opening, wherein - the first and the second opening (1110, 220) are designed and arranged in such a manner that the chamber of the airbag is accessible through the first and the second opening (1110, 220),
A method of operating an access terminal configured to selectively implement autonomous uplink, AUL, transmissions, comprising: receiving, by the access terminal, an AUL disable signal instructing the access terminal to disable AUL transmissions on a shared communication medium as part of a collision avoidance scheme, wherein the AUL disable signal specifies an AUL disable expiration period; and refraining, by the access terminal, from performing one or more AUL transmissions on the shared communication medium in response to the AUL disable signal; and waiting until after the AUL disable expiration period and then selectively performing one or more AUL transmissions on the shared communication medium. receiving, by the access terminal, an AUL disable signal instructing the access terminal to disable AUL transmissions on a shared communication medium as part of a collision avoidance scheme, wherein the AUL disable signal specifies an AUL disable expiration period; and refraining, by the access terminal, from performing one or more AUL transmissions on the shared communication medium in response to the AUL disable signal; and waiting until after the AUL disable expiration period and then selectively performing one or more AUL transmissions on the shared communication medium.
A method for sharing multimedia data, comprising: - a step of inserting multimedia data into a space administered by an author; - a step of the author establishing a list of authorized people, those people receiving a right to access the multimedia data contained in the space administered by the author, those people forming a virtual community; - a step of authenticating a visitor requesting access to the space administered by the author; - a step of informing the author of the identity of the authenticated visitor; this method being characterized in that it comprises a step of presenting information in real time about the documents perused by the visitors and their identities; and - a step of establishing an interactive communication session in real time between the authenticated visitor and the author, a request to establish communication being triggered by the author with a single click. - a step of inserting multimedia data into a space administered by an author; - a step of the author establishing a list of authorized people, those people receiving a right to access the multimedia data contained in the space administered by the author, those people forming a virtual community; - a step of authenticating a visitor requesting access to the space administered by the author; - a step of informing the author of the identity of the authenticated visitor; - a step of establishing an interactive communication session in real time between the authenticated visitor and the author, a request to establish communication being triggered by the author with a single click.
Method for authenticating a mobile terminal bearing an electronic ticket, said method including: - a step of receiving said ticket from the mobile terminal by short-range communication means; - a step of extracting a public key (PBKM) of the mobile terminal that is included in said ticket; - a step of generating a random; - a step of short-range communication with a secure element of the mobile terminal in order to ask this secure element to sign said random with a private key (PVKM) of the mobile terminal that is stored in this secure element; - a step of authenticating said mobile terminal on the basis of said signed random (RND*) and of said public key (PBKM). - a step of receiving said ticket from the mobile terminal by short-range communication means; - a step of extracting a public key (PBKM) of the mobile terminal that is included in said ticket; - a step of generating a random; - a step of short-range communication with a secure element of the mobile terminal in order to ask this secure element to sign said random with a private key (PVKM) of the mobile terminal that is stored in this secure element; - a step of authenticating said mobile terminal on the basis of said signed random (RND*) and of said public key (PBKM).
A display device comprising: a first electrode and a second electrode that are spaced from each other along a first direction and are each extending along a second direction perpendicular to the first direction; a light emitting element between the first electrode and the second electrode; a first connecting electrode contacting the first electrode and a first end of the light emitting element; a second connecting electrode contacting the second electrode and a second end of the light emitting element; a first insulating pattern between the first connecting electrode and the second connecting electrode over the light emitting element; and a second insulating pattern characterised in that the second insulating pattern comprising first inorganic layers and second inorganic layers that are alternately stacked with each other between the first connecting electrode and the second connecting electrode over the first insulating pattern, and wherein the first inorganic layer and the second inorganic layer have different etch selectivities to an etching process used to form the second insulating layer, and wherein a width in the first direction of a first inorganic layer of the first inorganic layers is greater than a width in the first direction of a second inorganic layer of the second inorganic layers. a first electrode and a second electrode that are spaced from each other along a first direction and are each extending along a second direction perpendicular to the first direction; a light emitting element between the first electrode and the second electrode; a first connecting electrode contacting the first electrode and a first end of the light emitting element; a second connecting electrode contacting the second electrode and a second end of the light emitting element; a first insulating pattern between the first connecting electrode and the second connecting electrode over the light emitting element; and a second insulating pattern characterised in that the second insulating pattern comprising first inorganic layers and second inorganic layers that are alternately stacked with each other between the first connecting electrode and the second connecting electrode over the first insulating pattern, and wherein the first inorganic layer and the second inorganic layer have different etch selectivities to an etching process used to form the second insulating layer, and wherein a width in the first direction of a first inorganic layer of the first inorganic layers is greater than a width in the first direction of a second inorganic layer of the second inorganic layers.
A communication device scheduling method, suitable for a scheduling server for managing a plurality of communication devices (11, 12,..., 1N, 31, 32,..., 3M), the method comprising: assigning a first transmission time, a second transmission time, and a first scheduling channel to a first communication device among the communication devices (11, 12,..., 1N, 31, 32,..., 3M) and controlling the first communication device to respectively transmit first data (D 1) and second data at the first transmission time and the second transmission time by using the first scheduling channel, wherein the second transmission time occurs after the first transmission time; in response to receiving the first data at a first receiving time, calculating a first time offset according to the first receiving time, comprising: estimating a specific estimation time corresponding to the first transmission time, and calculating the first time offset by subtracting the specific estimation time from the first receiving time, wherein the specific estimation time is a time when the scheduling server estimates to receive the first data; and adjusting the second transmission time based on the first time offset and controlling the first communication device to transmit the second data by using the first scheduling channel (F 1) at the adjusted second transmission time (T2'), wherein the adjusted second transmission time T2' is obtained by subtracting the first time offset from the second transmission time. assigning a first transmission time, a second transmission time, and a first scheduling channel to a first communication device among the communication devices (11, 12,..., 1N, 31, 32,..., 3M) and controlling the first communication device to respectively transmit first data (D 1) and second data at the first transmission time and the second transmission time by using the first scheduling channel, wherein the second transmission time occurs after the first transmission time; in response to receiving the first data at a first receiving time, calculating a first time offset according to the first receiving time, comprising: estimating a specific estimation time corresponding to the first transmission time, and calculating the first time offset by subtracting the specific estimation time from the first receiving time, wherein the specific estimation time is a time when the scheduling server estimates to receive the first data; and adjusting the second transmission time based on the first time offset and controlling the first communication device to transmit the second data by using the first scheduling channel (F 1) at the adjusted second transmission time (T2'), wherein the adjusted second transmission time T2' is obtained by subtracting the first time offset from the second transmission time.
A component housing unit for a vehicle thermal management system, wherein the component housing unit is configured for being attached to an exterior surface of an expansion tank having an interior surface defining an interior volume, wherein the component housing unit is configured for being connected to a first thermal control loop and a second thermal control loop, and wherein the component housing unit is configured for connecting the interior volume of the expansion tank to the first thermal control loop and the second thermal control loop respectively, wherein the component housing unit comprises a first component interface configured for direct attachment of a first system component connected to the first thermal control loop, and a second component interface configured for direct attachment of a second system component connected to the second thermal control loop, characterized in that the component housing unit comprises a valve unit, wherein when the valve unit is in a first position the thermal control loops (3a,3b) are arranged in a parallel relationship and when the valve unit is in a second position the thermal control loops (3a,3b) are arranged in series. wherein the component housing unit is configured for being connected to a first thermal control loop and a second thermal control loop, and wherein the component housing unit is configured for connecting the interior volume of the expansion tank to the first thermal control loop and the second thermal control loop respectively, wherein the component housing unit comprises a first component interface configured for direct attachment of a first system component connected to the first thermal control loop, and a second component interface configured for direct attachment of a second system component connected to the second thermal control loop, characterized in that the component housing unit comprises a valve unit, wherein when the valve unit is in a first position the thermal control loops (3a,3b) are arranged in a parallel relationship and when the valve unit is in a second position the thermal control loops (3a,3b) are arranged in series.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, a radio resource control, RRC, message including information on a plurality of scheduling request, SR, configurations; receiving, from the base station, downlink control information, DCI, including an index associated with an SR configuration; and transmitting, to the base station, an SR based on the SR configuration among the SR configurations. receiving, from a base station, a radio resource control, RRC, message including information on a plurality of scheduling request, SR, configurations; receiving, from the base station, downlink control information, DCI, including an index associated with an SR configuration; and transmitting, to the base station, an SR based on the SR configuration among the SR configurations.
Sensor arrangement, comprising: - an amplifier having a signal input to receive an input signal and a signal output to provide an amplified sensor signal (SOUT) that is an inverted signal with respect to the input signal, - a series connection of a capacitive sensor and a feedback capacitor, wherein the series connection couples the signal output to the signal input, and - a voltage source arrangement that is connected to a feedback node between the capacitive sensor and the feedback capacitor, characterized in that the capacitive sensor is connected in series with the feedback capacitor to form a feedback path and the amplified sensor signal (SOUT) is capacitively coupled to the signal input via the series connection of the capacitive sensor and of the feedback capacitor and that the sensor arrangement comprises a biasing circuit which couples the signal output to the signal input and provides a low-pass characteristic. - an amplifier having a signal input to receive an input signal and a signal output to provide an amplified sensor signal (SOUT) that is an inverted signal with respect to the input signal, - a series connection of a capacitive sensor and a feedback capacitor, wherein the series connection couples the signal output to the signal input, and - a voltage source arrangement that is connected to a feedback node between the capacitive sensor and the feedback capacitor,
A method, performed by a network node in an access network, AN, for notifying of changes to the AN's compliance with a quality-of-service, QoS, requirement for a data flow between an application server and an application associated with a user equipment served by the AN, the method comprising: receiving, from a core network, CN, coupled to the AN, a first safeguard time associated with the QoS requirement, wherein the first safeguard time represents an amount of time required, prior to AN non-compliance with the QoS requirement, to adapt the application for safe operation during the AN non-compliance, wherein the safe operation comprises to take necessary actions toward the application before the required QoS no longer is guaranteed; determining that, at a first instance in the future, the AN is likely to be non-compliant with the QoS requirement; and sending, to the CN, a first notification indicating a likelihood of future AN non-compliance with the QoS requirement, wherein the first notification is sent at least the first safeguard time before the first instance. receiving, from a core network, CN, coupled to the AN, a first safeguard time associated with the QoS requirement, wherein the first safeguard time represents an amount of time required, prior to AN non-compliance with the QoS requirement, to adapt the application for safe operation during the AN non-compliance, wherein the safe operation comprises to take necessary actions toward the application before the required QoS no longer is guaranteed; determining that, at a first instance in the future, the AN is likely to be non-compliant with the QoS requirement; and sending, to the CN, a first notification indicating a likelihood of future AN non-compliance with the QoS requirement, wherein the first notification is sent at least the first safeguard time before the first instance.
An abrasive tool for CMP pad conditioning, comprising abrasive grains, bond and a substrate, the abrasive grains being adhered in a single layer array to the substrate by the bond, wherein the abrasive grains are oriented in the array according to a non-uniform pattern having an exclusionary zone around each abrasive grain, and each exclusionary zone has a minimum radius that exceeds the maximum radius of the desired abrasive grain grit size, characterized in that: the abrasive grains have a grain size, grain distribution, grain shape, grain concentration, and grain protrusion height distribution selected to produce a CMP pad texture having a surface finish of less than 1.8 μm, Ra, wherein at least 50% by weight of the abrasive grains have, independently, a particle size of less than about 75 micrometers. the abrasive grains have a grain size, grain distribution, grain shape, grain concentration, and grain protrusion height distribution selected to produce a CMP pad texture having a surface finish of less than 1.8 μm, Ra, wherein at least 50% by weight of the abrasive grains have, independently, a particle size of less than about 75 micrometers.
An electrochemical sensor device for detecting analytes in saliva, comprising: a substrate including an electrically insulative material, wherein the substrate is configured in a mouth-worn device that can fit inside a mouth of a user; a first electrode operable as a working electrode and disposed on the substrate at a first location; a sensing layer attached to a surface of the first electrode, wherein the sensing layer includes a chemical substance including a catalyst or a reactant corresponding to an analyte in saliva, wherein the sensing layer is disposed on a surface of the first electrode; and a second electrode disposed on the substrate at a second location horizontally separated on the substrate from the first electrode by a spacing region, the first and second electrodes capable of sustaining a redox reaction including the chemical substance and the analyte to produce an electrical signal, wherein, when the device is present in the mouth of a user and electrically coupled to an electrical circuit, the device is operable to detect the analyte in the user's saliva, characterized in that the mouth-worn device includes a mouthguard conformed to fit within the mouth of the user, wherein the first and second locations of the first and second electrodes are positioned on an interior region of the mouthguard proximate to the user's tongue to interface the saliva. a substrate including an electrically insulative material, wherein the substrate is configured in a mouth-worn device that can fit inside a mouth of a user; a first electrode operable as a working electrode and disposed on the substrate at a first location; a sensing layer attached to a surface of the first electrode, wherein the sensing layer includes a chemical substance including a catalyst or a reactant corresponding to an analyte in saliva, wherein the sensing layer is disposed on a surface of the first electrode; and a second electrode disposed on the substrate at a second location horizontally separated on the substrate from the first electrode by a spacing region, the first and second electrodes capable of sustaining a redox reaction including the chemical substance and the analyte to produce an electrical signal, wherein, when the device is present in the mouth of a user and electrically coupled to an electrical circuit, the device is operable to detect the analyte in the user's saliva, characterized in that the mouth-worn device includes a mouthguard conformed to fit within the mouth of the user, wherein the first and second locations of the first and second electrodes are positioned on an interior region of the mouthguard proximate to the user's tongue to interface the saliva.