mhurhangee/patent-ind-claim-en huggingface dataset:
Receiving device for an electronically scanned antenna array radar, comprising an analogue reception filter , said device furthermore comprising digital filtering able to separate the received signals depending on their frequency, characterized in that said analogue reception filter is adapted to the entire operating band of said radar, said digital filtering comprising a digital filtering adapted to the instantaneous frequency band of the reception function and a digital filtering covering the available remainder of said entire frequency band, one portion of the frequency band of said entire frequency band being allocated to the radar reception function and the available being allocated to an RESM reception function.
A modified human T cell comprising at least one ectopically expressed endogenous chemokine receptor not expressed in an unmodified human T cell, wherein the modified human T cell is produced by a method comprising introducing into a human T cell a polynucleotide encoding a chimeric antigen receptor (CAR); and an artificial transcription factor (ATF) complex comprising a catalytically inactive CRISPR-associated protein (dCas), a nucleic acid-targeting nucleic acid (NATNA), and an effector domain; whereby the ATF complex binds to a nucleic acid proximal to a transcriptional start site (TSS) of an endogenous chemokine receptor gene, wherein the at least one ectopically expressed endogenous chemokine receptor is selected from the group consisting of CCR1, CCR2, CCR3, CCR4, CCR5, CXCR4 and DARC. wherein the modified human T cell is produced by a method comprising introducing into a human T cell a polynucleotide encoding a chimeric antigen receptor (CAR); and an artificial transcription factor (ATF) complex comprising a catalytically inactive CRISPR-associated protein (dCas), a nucleic acid-targeting nucleic acid (NATNA), and an effector domain; whereby the ATF complex binds to a nucleic acid proximal to a transcriptional start site (TSS) of an endogenous chemokine receptor gene, wherein the at least one ectopically expressed endogenous chemokine receptor is selected from the group consisting of CCR1, CCR2, CCR3, CCR4, CCR5, CXCR4 and DARC.
A humidity indicating composition comprising (a) an organic pH indicator dye compound, (b) a Bronsted base comprising an organosilane, (c) a moisture-curable binder, (d) an optional rheology additive and (e) an alkaline filler. (a) an organic pH indicator dye compound, (b) a Bronsted base comprising an organosilane, (c) a moisture-curable binder, (d) an optional rheology additive and (e) an alkaline filler.
A refrigerator having an open front , the refrigerator comprising: an air curtain system having at least one upper air egress and at least one lower air-recovery ingress , the air curtain system being adapted to produce a substantially vertical air curtain over at least part of the open front of the refrigerator; a plurality of shelves between the egress and the ingress including: a first shelf that has an aerofoil positioned in front of it, the first shelf being located in the upper half of the open front of refrigerator; characterised by a second shelf that does not have an aerofoil positioned in front of it, the second shelf being located below the first shelf. an air curtain system having at least one upper air egress and at least one lower air-recovery ingress , the air curtain system being adapted to produce a substantially vertical air curtain over at least part of the open front of the refrigerator; a plurality of shelves between the egress and the ingress including: a first shelf that has an aerofoil positioned in front of it, the first shelf being located in the upper half of the open front of refrigerator; characterised by a second shelf that does not have an aerofoil positioned in front of it, the second shelf being located below the first shelf. a first shelf that has an aerofoil positioned in front of it, the first shelf being located in the upper half of the open front of refrigerator; characterised by a second shelf that does not have an aerofoil positioned in front of it, the second shelf being located below the first shelf.
A method for connecting an X-ray marker to a medical implant , comprising the steps: - providing a medical implant , the implant having an opening for receiving the X-ray marker , - providing an X-ray marker , and - gluing the X-ray marker into the opening of the medical implant by means of a liquid adhesive which comprises at least one first component comprising a fibrinogen. - providing a medical implant , the implant having an opening for receiving the X-ray marker , - providing an X-ray marker , and - gluing the X-ray marker into the opening of the medical implant by means of a liquid adhesive which comprises at least one first component comprising a fibrinogen.
Clean room system for high level clean rooms comprising wall elements with a floor-side groove , and a floor mounting element which has at least one mounting rail , to which the floor-side groove of the wall elements is adapted, wherein the shape and the depth of the groove are adapted to the shape and height (H) of the mounting rail , and a U-shaped ceiling mounting element for mounting to a ceiling, into which the wall elements can be inserted, wherein the distance (A) between the base of the ceiling mounting element and the upper edge of the wall elements is the same size as or greater than the height (H) of the mounting rail , and, in an inserted state, arms of the U-shaped ceiling mounting element surround the wall elements , wherein the floor mounting element has a U-shaped floor part for mounting the floor mounting element on a floor and a U-shaped closure part which has the mounting rail and can be attached on the floor part ; characterised in that the distance of the inner edges of the legs of the U-shaped closure part is slightly smaller than the distance of the outer edges of the legs of the U-shaped floor part , such that, upon attachment of the closure part onto the floor part , mechanical tensioning acts between the legs .
A method for transmitting Hybrid Automatic Repeat reQuest, HARQ, information on an unlicensed spectrum, comprising: determining (S210), by a network device, first HARQ information, wherein the first HARQ information comprises at least one piece of HARQ information corresponding to a first Physical Uplink Shared Channel, PUSCH, the first HARQ information is a HARQ Acknowledgement, HARQ-ACK, feedback, and the first PUSCH is a Configure Grant PUSCH, CG-PUSCH; and transmitting (S220), by the network device, the first HARQ information to a terminal device in a first time unit, wherein the first PUSCH is transmitted by the terminal device through a second time unit in a first time window, characterized in that the second time unit is a configured uplink resource allocated to the terminal device for use by the network device in a configured scheduling manner, and the first HARQ information comprises HARQ information corresponding to all of the configured uplink resources in the first time window. determining (S210), by a network device, first HARQ information, wherein the first HARQ information comprises at least one piece of HARQ information corresponding to a first Physical Uplink Shared Channel, PUSCH, the first HARQ information is a HARQ Acknowledgement, HARQ-ACK, feedback, and the first PUSCH is a Configure Grant PUSCH, CG-PUSCH; and transmitting (S220), by the network device, the first HARQ information to a terminal device in a first time unit, wherein the first PUSCH is transmitted by the terminal device through a second time unit in a first time window, characterized in that the second time unit is a configured uplink resource allocated to the terminal device for use by the network device in a configured scheduling manner, and the first HARQ information comprises HARQ information corresponding to all of the configured uplink resources in the first time window.
A valve assembly for controlling flow through a fluid pathway comprising: a valve body having a bore; a spindle received within the bore which is actuatable to open and close the valve, the spindle having an axially upstream end arranged towards the fluid pathway and an opposing downstream end; a first seal provided about the spindle between the spindle and the bore; and a biasing element arranged to impart an axial compressive force to the first seal and located within the valve body between the spindle and the bore on the downstream side of the first seal ; the assembly comprising a second seal provided about the spindle between the spindle and the bore which is axially spaced along the spindle at a position downstream from both the first seal and the biasing element ; a secondary biasing element for imparting a compressive force to the second seal ; a guide member axially fixed relative to the valve body ; and an axially movable clamping member slidingly supported about the spindle at a downstream axial position from the second seal and arranged such that the secondary biasing element urges the clamping member towards the second seal to impart said compressive force thereto; and characterized by : the spindle comprising an upper stem portion and a lower stem portion and the upper and lower stem portions being rotatable relative to each other such that the upper stem portion is able to actuate the lower stem portion in the axial direction only. a valve body having a bore; a spindle received within the bore which is actuatable to open and close the valve, the spindle having an axially upstream end arranged towards the fluid pathway and an opposing downstream end; a first seal provided about the spindle between the spindle and the bore; and a biasing element arranged to impart an axial compressive force to the first seal and located within the valve body between the spindle and the bore on the downstream side of the first seal ; the assembly comprising a second seal provided about the spindle between the spindle and the bore which is axially spaced along the spindle at a position downstream from both the first seal and the biasing element ; a secondary biasing element for imparting a compressive force to the second seal ; a guide member axially fixed relative to the valve body ; and an axially movable clamping member slidingly supported about the spindle at a downstream axial position from the second seal and arranged such that the secondary biasing element urges the clamping member towards the second seal to impart said compressive force thereto; and characterized by : the spindle comprising an upper stem portion and a lower stem portion and the upper and lower stem portions being rotatable relative to each other such that the upper stem portion is able to actuate the lower stem portion in the axial direction only.
At a first wireless transceiver device, a method comprising: transmitting a first fine timing measurement, FTM, message addressed to a second wireless transceiver device; and conditionally authenticating a received message as being transmitted by the second wireless transceiver device and acknowledging receipt of the first FTM message; and wherein the first FTM message is transmitted in response to receipt of an FTM request message from the second wireless transceiver device comprising a first token, wherein the first FTM message comprises a second token and the received message comprises a third token, and wherein conditionally authenticating the received message as being transmitted by the second wireless transceiver device and acknowledging receipt of the first FTM message further comprises comparing the third token to a value computed as a function of the first token and the second token. transmitting a first fine timing measurement, FTM, message addressed to a second wireless transceiver device; and conditionally authenticating a received message as being transmitted by the second wireless transceiver device and acknowledging receipt of the first FTM message; and
An computer-implemented image deformation method, comprising: acquiring an original image having a geometric center, and acquiring a target shape; fragmenting the whole original image into a plurality of image fragments; wherein the further an image fragment is away from the geometric center of the original image, the smaller an area of the image fragment is; for each of the plurality of image fragments: deforming the image fragment based on (i) a ratio of deformation at the geometric center of the original image to deformation at an edge of the original image, and (ii) a corresponding distance between the image fragment and the geometric center in the original image, such that the closer the image fragment is to the edge of the original image, the greater a deforming degree of the corresponding deformed image fragment is; stitching all the deformed image fragments to form a target image; wherein a shape of the target image is the target shape; and displaying the target image. acquiring an original image having a geometric center, and acquiring a target shape; fragmenting the whole original image into a plurality of image fragments; wherein the further an image fragment is away from the geometric center of the original image, the smaller an area of the image fragment is; for each of the plurality of image fragments: deforming the image fragment based on (i) a ratio of deformation at the geometric center of the original image to deformation at an edge of the original image, and (ii) a corresponding distance between the image fragment and the geometric center in the original image, such that the closer the image fragment is to the edge of the original image, the greater a deforming degree of the corresponding deformed image fragment is; stitching all the deformed image fragments to form a target image; wherein a shape of the target image is the target shape; and displaying the target image.
A platelet gel for use in a method of treating systolic dysfunction and/or diasystolic dysfunction of a heart in a subject, wherein the platelet gel is obtained by a method comprising: concentrating platelets; and activating the concentrated platelets by applying at least one electrical pulse to the concentrated platelets, wherein the electrical pulse has a duration of at least about 100 picoseconds and less than about 1 microsecond and an electric field strength of at least about 10 kV/cm and less than about 350 kV/cm. concentrating platelets; and activating the concentrated platelets by applying at least one electrical pulse to the concentrated platelets, wherein the electrical pulse has a duration of at least about 100 picoseconds and less than about 1 microsecond and an electric field strength of at least about 10 kV/cm and less than about 350 kV/cm.
Apparatus comprising: a motor flux leakage sensor arranged on an external surface of a frame of a motor or the motor's shaft within a magnetic field generated by the motor, and configured to detect a sampled leakage magnetic flux sensed from the motor, and provide sensed signaling containing information about the sampled leakage magnetic flux sensed; and a signal processor or signal processing module configured to: receive the sensed signaling, and signaling containing information about a motor load profile containing a learned leakage magnetic flux sensed from the motor and stored during a learning stage, and a user selectable band of tolerance related to the motor load profile to trigger an alarm condition for the motor; and determine corresponding signaling containing information about whether to trigger the alarm condition for the motor if the sampled leakage magnetic flux is outside the user selectable band of tolerance of the motor load profile, based upon the sensed signaling and the signaling received, and characterized in that the user selectable band of tolerance is based off a calibrated load curve versus speed. a motor flux leakage sensor arranged on an external surface of a frame of a motor or the motor's shaft within a magnetic field generated by the motor, and configured to detect a sampled leakage magnetic flux sensed from the motor, and provide sensed signaling containing information about the sampled leakage magnetic flux sensed; and a signal processor or signal processing module configured to: receive the sensed signaling, and signaling containing information about a motor load profile containing a learned leakage magnetic flux sensed from the motor and stored during a learning stage, and a user selectable band of tolerance related to the motor load profile to trigger an alarm condition for the motor; and determine corresponding signaling containing information about whether to trigger the alarm condition for the motor if the sampled leakage magnetic flux is outside the user selectable band of tolerance of the motor load profile, based upon the sensed signaling and the signaling received, receive the sensed signaling, and signaling containing information about a motor load profile containing a learned leakage magnetic flux sensed from the motor and stored during a learning stage, and a user selectable band of tolerance related to the motor load profile to trigger an alarm condition for the motor; and determine corresponding signaling containing information about whether to trigger the alarm condition for the motor if the sampled leakage magnetic flux is outside the user selectable band of tolerance of the motor load profile, based upon the sensed signaling and the signaling received, and characterized in that the user selectable band of tolerance is based off a calibrated load curve versus speed.
A method for use in a peer device, the method comprising determining which of two or more peers behind NATs to designate as a host for a service within a peer to peer grid, the method comprising: a) receiving NAT profile information for one or more other peers of the two or more peers; and b) determining from NAT profile information for the peer device and the NAT profile information for the one or more other peers which of the two or more peers behind NATs to designate as the host; wherein b) includes assigning priority values to each of the two or more peers based on the NAT profile information for the peer device and the NAT profile information for the one or more other peers and selecting the host based on the priority values. a) receiving NAT profile information for one or more other peers of the two or more peers; and b) determining from NAT profile information for the peer device and the NAT profile information for the one or more other peers which of the two or more peers behind NATs to designate as the host;
A method for manufacturing a steel component from a blank, the method comprising: a feeding system placing a blank in a furnace conveyor system for transporting the blank through a furnace; preheating at least a preselected zone of the blank before entering the furnace; and conveying the blank through the furnace using the furnace conveyor system, and wherein the preheating comprises retaining the blank at a predetermined preheating location along the furnace conveyor system. a feeding system placing a blank in a furnace conveyor system for transporting the blank through a furnace; preheating at least a preselected zone of the blank before entering the furnace; and conveying the blank through the furnace using the furnace conveyor system, and wherein the preheating comprises retaining the blank at a predetermined preheating location along the furnace conveyor system.
A wind turbine controller configured to be communicatively coupled to a wind turbine and at least one sensor configured to detect at least one environmental condition associated with the wind turbine , said wind turbine controller comprising at least one processor in communication with at least one memory device , said at least one processor configured to: retrieve at least one wind condition variable associated with the wind turbine ; retrieve a power curve, the power curve generated based on the at least one wind condition variable, a probability distribution corresponding to the at least one wind condition variable, and one or more operation variables of the wind turbine , wherein the power curve is generated by computing, for each of a plurality of wind speed values, a power value; receive, from the at least one sensor , sensor data; and control the wind turbine using the generated power curve based on the received sensor data. retrieve at least one wind condition variable associated with the wind turbine ; retrieve a power curve, the power curve generated based on the at least one wind condition variable, a probability distribution corresponding to the at least one wind condition variable, and one or more operation variables of the wind turbine , wherein the power curve is generated by computing, for each of a plurality of wind speed values, a power value; receive, from the at least one sensor , sensor data; and control the wind turbine using the generated power curve based on the received sensor data.
A charge storage material suitable for use in an electrochromic device comprising: a solution-processed low-temperature polyoxometalate, wherein the polyoxometalate is selected from [PW 12 O 40 ] 3- , [PMo 12 O 40 ] 3- , [P 2 W 18 O 62 ] 6- , [P 2 Mo 18 O 62 ] 6- , [Si 2 Nb 6 W 18 O 77 ] 8- , and [SiNb 3 W 9 O 40 ] 7- , or a mixture thereof, or wherein the polyoxometalate is selected from H 3 PW 12 O 40 , H 3 PMo 12 O 40 , K 6 P 2 W 18 O 62 , (NH 4 ) 6 P 2 W 18 O 62 , (NH 4 ) 6 P 2 Mo 18 O 62 , and H 3 PMo 12 O 40 , or a mixture thereof; and further comprising one or more of a solution-processed low-temperature metal oxide, a solution-processed low-temperature metal bronze, and a hydrate thereof. a solution-processed low-temperature polyoxometalate, wherein the polyoxometalate is selected from [PW 12 O 40 ] 3- , [PMo 12 O 40 ] 3- , [P 2 W 18 O 62 ] 6- , [P 2 Mo 18 O 62 ] 6- , [Si 2 Nb 6 W 18 O 77 ] 8- , and [SiNb 3 W 9 O 40 ] 7- , or a mixture thereof, or wherein the polyoxometalate is selected from H 3 PW 12 O 40 , H 3 PMo 12 O 40 , K 6 P 2 W 18 O 62 , (NH 4 ) 6 P 2 W 18 O 62 , (NH 4 ) 6 P 2 Mo 18 O 62 , and H 3 PMo 12 O 40 , or a mixture thereof; and further comprising one or more of a solution-processed low-temperature metal oxide, a solution-processed low-temperature metal bronze, and a hydrate thereof.
A lighting system comprising: a first solid-state lamp and a second solid-state lamp , wherein each of the first solid-state lamp and the second solid-state lamp comprise: a base configured to engage a power socket; a plurality of solid-state emitters arranged over a non-planar interior surface of the solid-state lamp , wherein at least one of the solid-state emitters is individually addressable to customize its emissions; one or more focusing optics optically coupled with the plurality of solid-state emitters ; and a control interface configured for communicative coupling with the first solid-state lamp and with the second solid-state lamp , the control interface comprising a software control layer, wherein the software control layer is configured to detect overlap of beam distribution of the first solid-state lamp and of the second solid-state lamp and adjust emissions thereof. a base configured to engage a power socket; a plurality of solid-state emitters arranged over a non-planar interior surface of the solid-state lamp , wherein at least one of the solid-state emitters is individually addressable to customize its emissions; one or more focusing optics optically coupled with the plurality of solid-state emitters ; and a control interface configured for communicative coupling with the first solid-state lamp and with the second solid-state lamp , the control interface comprising a software control layer, wherein the software control layer is configured to detect overlap of beam distribution of the first solid-state lamp and of the second solid-state lamp and adjust emissions thereof.