mhurhangee/patent-ind-claim-en huggingface dataset:
A treatment process for a gas turbine component comprising a bond coating and a ceramic coating , the process comprising: contacting the ceramic coating with a treatment composition , the treatment composition comprising a carrier; and a particulate oxide material suspended within the carrier, the particulate oxide material being selected from the group consisting of antimony oxide, tin oxide, and combinations thereof; heating the treatment composition to form an oxide overlay coating on the ceramic coating . contacting the ceramic coating with a treatment composition , the treatment composition comprising a carrier; and a particulate oxide material suspended within the carrier, the particulate oxide material being selected from the group consisting of antimony oxide, tin oxide, and combinations thereof; heating the treatment composition to form an oxide overlay coating on the ceramic coating .
A method for calibrating a model for estimating the ageing of electrochemical accumulators (AE), comprising the following steps of: a) subjecting electrochemical accumulators to at least one first ageing phase (PV1), during which they experience a first type of stress (S1), with a performance test (TP) testing the performance of said accumulators being carried out after said first phase or each of said first phases; b) estimating, based on the results of the one or more performance tests performed during the previous step, parameters of a first elementary ageing model (ME1) by means of a digital processing system (ORD); c) subjecting the electrochemical accumulators to at least one second ageing phase (PV2), with said second ageing phase or each of said second ageing phases comprising a period during which they experience said first type of stress (S1), followed by a period during which they experience a second type of stress (S2), different from the first, with a performance test (TP) testing the performance of said accumulators being carried out after said second phase or each of said second phases; d) estimating, based on the results of the one or more performance tests performed during the previous step, parameters of a second elementary ageing model (ME2) by means of said digital processing system or of another digital processing system (ORD); characterised in that the model (MV) for estimating the ageing of electrochemical accumulators comprises the first (ME1) and the second (ME2) elementary model. a) subjecting electrochemical accumulators to at least one first ageing phase (PV1), during which they experience a first type of stress (S1), with a performance test (TP) testing the performance of said accumulators being carried out after said first phase or each of said first phases; b) estimating, based on the results of the one or more performance tests performed during the previous step, parameters of a first elementary ageing model (ME1) by means of a digital processing system (ORD); c) subjecting the electrochemical accumulators to at least one second ageing phase (PV2), with said second ageing phase or each of said second ageing phases comprising a period during which they experience said first type of stress (S1), followed by a period during which they experience a second type of stress (S2), different from the first, with a performance test (TP) testing the performance of said accumulators being carried out after said second phase or each of said second phases; d) estimating, based on the results of the one or more performance tests performed during the previous step, parameters of a second elementary ageing model (ME2) by means of said digital processing system or of another digital processing system (ORD);
A method for a vehicle-to-everything, V2X, transmission in a wireless communication system, the method performed by a first user equipment, UE , and comprising: receiving, from a second UE, scheduling information, wherein the scheduling information is information for scheduling a short-transmission time interval, S-TTI, transmission on a second resource area; based on receiving the scheduling information from the second UE, performing rate matching on a first resource area for a legacy-TTI, L-TTI, transmission except for a specific symbol in the first resource area, wherein the first resource area is frequency division multiplexed from the second resource area, wherein the first resource area includes N symbols in a time domain, wherein the N is a natural number, wherein the second resource area includes M symbols in the time domain, wherein the M is a natural number smaller than the N; and performing the L-TTI transmission on the first resource area, wherein the S-TTI transmission and the L-TTI transmission are the V2X transmission, wherein a starting point of the first resource area has a same starting point of the second resource area in the time domain, wherein the specific symbol is used for an automatic gain control, ACG, settling, and wherein the specific symbol is positioned immediately after the M symbols in the first resource area. receiving, from a second UE, scheduling information, wherein the scheduling information is information for scheduling a short-transmission time interval, S-TTI, transmission on a second resource area; based on receiving the scheduling information from the second UE, performing rate matching on a first resource area for a legacy-TTI, L-TTI, transmission except for a specific symbol in the first resource area, wherein the first resource area is frequency division multiplexed from the second resource area, wherein the first resource area includes N symbols in a time domain, wherein the N is a natural number, wherein the second resource area includes M symbols in the time domain, wherein the M is a natural number smaller than the N; and performing the L-TTI transmission on the first resource area, wherein the S-TTI transmission and the L-TTI transmission are the V2X transmission, wherein a starting point of the first resource area has a same starting point of the second resource area in the time domain, wherein the specific symbol is used for an automatic gain control, ACG, settling, and wherein the specific symbol is positioned immediately after the M symbols in the first resource area.
A marine vessel comprising an outer drive protection arrangement, which arrangement comprises a rim portion (110; 210; 310; 410; 510; 610; 810; 910) arranged in contact with at least a transom surface (101; 201; 401; 501; 601; 801; 901) and configured to surround at least one outer drive (103; 203; 303; 403; 503; 603; 803; 903); a protective cover (111; 211; 311; 411; 511; 611; 811; 911) attached to the rim portion and configured to enclose a volume encompassing the at least one outer drive, in order to isolate them from ambient air surrounding the outer drives, and a source of conditioned gas; characterized in that the arrangement provides a protective gaseous environment inside the cover; wherein the gaseous environment contained within the cover is circulated and maintained at a predetermined atmospheric condition by means of the source of conditioned gas. outer drive (103; 203; 303; 403; 503; 603; 803; 903); a protective cover (111; 211; 311; 411; 511; 611; 811; 911) attached to the rim portion and configured to enclose a volume encompassing the at least one outer drive, in order to isolate them from ambient air surrounding the outer drives, and a source of conditioned gas; characterized in that the arrangement provides a protective gaseous environment inside the cover; wherein the gaseous environment contained within the cover is circulated and maintained at a predetermined atmospheric condition by means of the source of conditioned gas.
A photoacoustic catheter adapted for placement within a blood vessel having a vessel wall, the photoacoustic catheter comprising: an elongate shaft extending between a proximal region and a distal region , the elongate shaft comprising a light guide that is in optical communication with a light source ; a balloon coupled to the elongate shaft, the balloon selectively expanding from a collapsed configuration suitable for advancing the photoacoustic catheter through a patient's vasculature to a first expanded configuration suitable for anchoring the balloon in position relative to a treatment site; wherein the balloon is an outer balloon , the photoacoustic catheter further comprising a the- second, inner balloon coupled to the elongate shaft within the outer balloon, the inner balloon being configured to expand from a collapsed configuration suitable for advancing the photoacoustic catheter through a patient's vasculature to a first expanded configuration, the inner balloon comprising a photoacoustic transducer disposed on a surface of the inner balloon; the photoacoustic transducer being in optical communication with the light guide, the photoacoustic transducer comprising a light-absorbing material and a thermal expansion material; the outer balloon being configured to expand using an outer balloon inflation fluid , and the inner balloon being configured to expand using an inner balloon inflation fluid . an elongate shaft extending between a proximal region and a distal region , the elongate shaft comprising a light guide that is in optical communication with a light source ; a balloon coupled to the elongate shaft, the balloon selectively expanding from a collapsed configuration suitable for advancing the photoacoustic catheter through a patient's vasculature to a first expanded configuration suitable for anchoring the balloon in position relative to a treatment site; wherein the balloon is an outer balloon , the photoacoustic catheter further comprising a the- second, inner balloon coupled to the elongate shaft within the outer balloon, the inner balloon being configured to expand from a collapsed configuration suitable for advancing the photoacoustic catheter through a patient's vasculature to a first expanded configuration, the inner balloon comprising a photoacoustic transducer disposed on a surface of the inner balloon; the photoacoustic transducer being in optical communication with the light guide, the photoacoustic transducer comprising a light-absorbing material and a thermal expansion material; the outer balloon being configured to expand using an outer balloon inflation fluid , and the inner balloon being configured to expand using an inner balloon inflation fluid .
An agricultural mobile system configured to perform one or more in-season management task on an agricultural field while autonomously navigating between adjacent rows of planted crops , based at least in part on an increased data collection range of one or more aerial navigation sensors, the agricultural mobile system comprising: an unmanned mobile vehicle platform dimensioned so as to enable traversal between adjacent rows of planted crops on an agricultural field , the unmanned mobile vehicle platform including a navigation module configured to receive data collected by one or more external aerial navigation sensors for aid in at least one of navigating the unmanned mobile vehicle platform between adjacent rows of planted crops and avoiding obstacles, while performing the one or more in-season management task; and an aerial vehicle comprising the one or more external aerial navigation sensors and configured to collect a range of data related to the navigational condition of the agricultural field . an unmanned mobile vehicle platform dimensioned so as to enable traversal between adjacent rows of planted crops on an agricultural field , the unmanned mobile vehicle platform including a navigation module configured to receive data collected by one or more external aerial navigation sensors for aid in at least one of navigating the unmanned mobile vehicle platform between adjacent rows of planted crops and avoiding obstacles, while performing the one or more in-season management task; and an aerial vehicle comprising the one or more external aerial navigation sensors and configured to collect a range of data related to the navigational condition of the agricultural field .
A use of a bactericidal agent for gram-positive bacteria containing spores of the fungus Myceliophthora thermophila for non-therapeutically increasing the performance of vertebrates and/or humans by stabilizing the intestinal flora.
A system comprising a smart poster and a wireless communications device , the poster comprising: printed static human-interpetable information on a display substrate ; a storage device attached to the substrate, the storage device being readable by a plurality of wireless communications devices; and a device provided on the substrate, the device comprising at least one machine-readable object, the wireless communications device comprising a controller configured to read the at least one machine-readable object, the at least one machine-readable object representing instructions configured to enable the controller to write to the storage device data readable by the plurality of wireless devices. printed static human-interpetable information on a display substrate ; a storage device attached to the substrate, the storage device being readable by a plurality of wireless communications devices; and a device provided on the substrate, the device comprising at least one machine-readable object,
A system for obtaining a biomass measurement from a medium contained within a bioreactor, the system comprising a bioreactor having a wall enclosing an interior, the wall comprising a port; and, a biomass sensing probe comprising an elongate body and at least one electrode provided on a first region of the body, wherein the biomass sensing probe body has a tapered profile; the port comprising a channel having a longitudinal axis, wherein the profile of the channel is tapered, the port being configured to receive the probe and form a watertight seal with the probe when the probe is located in an operative position within the port, wherein in the operative position the first portion of the body is exposed to the interior of the bioreactor. a bioreactor having a wall enclosing an interior, the wall comprising a port; and, a biomass sensing probe comprising an elongate body and at least one electrode provided on a first region of the body, wherein the biomass sensing probe body has a tapered profile; the port comprising a channel having a longitudinal axis, wherein the profile of the channel is tapered, the port being configured to receive the probe and form a watertight seal with the probe when the probe is located in an operative position within the port, wherein in the operative position the first portion of the body is exposed to the interior of the bioreactor.
A concealed module for electrical connections adapted to be recessed in a surface, particularly in a table or in a desk, the module comprising: - a plate supporting electrical connections, such as electric power supply sockets, or USB, RJ45, or HDMI ports, and adapted to be fixed to said surface, the module being characterized in that it further comprises: - at least one first cover that is slideable with respect to said plate between a respective covering position, in which said first cover is overlapping at least one first electrical connection , and a respective position for use, in which said at least one first electrical connection is accessible for use, - a second cover that is slideable with respect to said plate between a respective covering position, in which said second cover is overlapping at least one second electrical connection , and a respective position for use, in which said at least one second electrical connection is accessible for use; said first cover and said second cover being slideable toward or away from each other along substantially the same direction, so that, in the covering position of both of the covers , the slideable set of the first cover and of the second cover is overlapping all the electrical connections that are supported by the plate . - a plate supporting electrical connections, such as electric power supply sockets, or USB, RJ45, or HDMI ports, and adapted to be fixed to said surface, the module being characterized in that it further comprises: - at least one first cover that is slideable with respect to said plate between a respective covering position, in which said first cover is overlapping at least one first electrical connection , and a respective position for use, in which said at least one first electrical connection is accessible for use, - a second cover that is slideable with respect to said plate between a respective covering position, in which said second cover is overlapping at least one second electrical connection , and a respective position for use, in which said at least one second electrical connection is accessible for use; - at least one first cover that is slideable with respect to said plate between a respective covering position, in which said first cover is overlapping at least one first electrical connection , and a respective position for use, in which said at least one first electrical connection is accessible for use, - a second cover that is slideable with respect to said plate between a respective covering position, in which said second cover is overlapping at least one second electrical connection , and a respective position for use, in which said at least one second electrical connection is accessible for use;
A display apparatus comprising: a communication interface ; a display ; and a processor configured to: control the communication interface to receive a content that is shared with another display apparatus and to receive a video call including a voice of a user of the other display apparatus , control the display to display the content and a video call user interface for the video call with the user on an area of the content, and control the display to enlarge a display size of the video call Ul based on a volume level of the voice of the user included in the video call being greater than a volume level of the content and the processor is further configured to, based on a volume level of the voice of the user not being recognized for more than the preset time, gradually reduce the display size of the video call UI. a communication interface ; a display ; and a processor configured to: control the communication interface to receive a content that is shared with another display apparatus and to receive a video call including a voice of a user of the other display apparatus , control the display to display the content and a video call user interface for the video call with the user on an area of the content, and control the display to enlarge a display size of the video call Ul based on a volume level of the voice of the user included in the video call being greater than a volume level of the content and the processor is further configured to, based on a volume level of the voice of the user not being recognized for more than the preset time, gradually reduce the display size of the video call UI. control the communication interface to receive a content that is shared with another display apparatus and to receive a video call including a voice of a user of the other display apparatus , control the display to display the content and a video call user interface for the video call with the user on an area of the content, and control the display to enlarge a display size of the video call Ul based on a volume level of the voice of the user included in the video call being greater than a volume level of the content and the processor is further configured to, based on a volume level of the voice of the user not being recognized for more than the preset time, gradually reduce the display size of the video call UI.
A sole structure for an article of footwear including an upper , the sole structure comprising: an upper plate formed from a non-foamed polymer material and having an upper surface oriented toward the upper and an opposite lower surface oriented away from the upper ; a lower plate formed from a non-foamed polymer material; a first leg extending downward from the lower surface of the upper plate away from the upper and with a first distal end which is in contact with an upper surface of the lower plate (354; 454); and a second leg extending downward from the lower surface of the upper plate away from the upper and with a second distal end which is in contact with the upper surface of the lower plate (354; 454); wherein the first leg and the second leg are curved toward each other and taper down in thickness, wherein the first distal end and the second distal end are slidably attached to the upper surface of the lower plate (354; 454). an upper plate formed from a non-foamed polymer material and having an upper surface oriented toward the upper and an opposite lower surface oriented away from the upper ; a lower plate formed from a non-foamed polymer material; a first leg extending downward from the lower surface of the upper plate away from the upper and with a first distal end which is in contact with an upper surface of the lower plate (354; 454); and a second leg extending downward from the lower surface of the upper plate away from the upper and with a second distal end which is in contact with the upper surface of the lower plate (354; 454); wherein the first leg and the second leg are curved toward each other and taper down in thickness, wherein the first distal end and the second distal end are slidably attached to the upper surface of the lower plate (354; 454).
An arrangement for mounting a coil winding on a stator tooth , the arrangement comprising a mounting element having a first mounting arm for receiving a first stator tooth and a second mounting arm for receiving a second stator tooth , characterized in that the first mounting arm is pivotable relative to the second mounting arm between a first position and a second position; means for mounting an electrical conductor on the first stator tooth and the second stator tooth when the first mounting arm is in the first position relative to the second mounting arm to form a coil winding on the first stator tooth and the second stator tooth ; and means for placing the first mounting arm in the second position relative to the second mounting arm when the conductor has been mounted on the first stator tooth and the second stator tooth to align the first and the second stator tooth and to allow the first stator tooth and the second stator tooth to be removed from the first mounting arm and the second mounting arm respectively. the arrangement comprising a mounting element having a first mounting arm for receiving a first stator tooth and a second mounting arm for receiving a second stator tooth , characterized in that the first mounting arm is pivotable relative to the second mounting arm between a first position and a second position; means for mounting an electrical conductor on the first stator tooth and the second stator tooth when the first mounting arm is in the first position relative to the second mounting arm to form a coil winding on the first stator tooth and the second stator tooth ; and means for placing the first mounting arm in the second position relative to the second mounting arm when the conductor has been mounted on the first stator tooth and the second stator tooth to align the first and the second stator tooth and to allow the first stator tooth and the second stator tooth to be removed from the first mounting arm and the second mounting arm respectively.