mhurhangee/ep-ind-claims huggingface dataset:
A method of characterizing vascular tissue, comprising; receiving IVUS RF backscatter data collected previously from a portion of a vascular object; using at least said RF backscatter data to construct a first image of said portion of said vascular object; preparing a histology of said portion of said vascular object with a fixing and staining process; using said histology to construct a second image of said portion of said vascular object; characterizing at least a portion of said histology; identifying a region of interest, ROI, of said second image, said ROI corresponding to said at least a portion of said histology; identifying at least one landmark common to a corresponding contour of each of said first and second images and using said at least one landmark to identify a region of said first image that substantially corresponds to said ROI of said second image; identifying a portion of said RF backscatter data corresponding to said region of said first image; performing a frequency transformation on said portion of said RF backscatter data; identifying a plurality of parameters of said RF backscatter data including an integrated backscatter and at least one of: maximum power, minimum power, frequency at maximum power, frequency at minimum power, y intercept, slope, mid-band fit, wherein said performing a frequency transformation is performed before said identifying said plurality of parameters of said RF backscatter data and such that said plurality of parameters are identified from the result of said frequency transformation; and storing said plurality of parameters and said characterization of said at least a portion of said histology; wherein said step of identifying at least one landmark further comprises applying a morphometric algorithm to align the at least one landmark of said second image to substantially match the at least one landmark of said first image; and wherein the method further comprises: receiving a second set of IVUS RF backscatter data collected previously from a second vascular object; performing the frequency transformation on at least a portion of said second set of RF backscatter data to produce a third set of data; identifying at least another parameter from a third set of data; and using said at least another parameter, said plurality of parameters and said characterization of said at least a portion of said histology to characterize at least a portion of said second vascular object. receiving a second set of IVUS RF backscatter data collected previously from a second vascular object; performing the frequency transformation on at least a portion of said second set of RF backscatter data to produce a third set of data; identifying at least another parameter from a third set of data; and using said at least another parameter, said plurality of parameters and said characterization of said at least a portion of said histology to characterize at least a portion of said second vascular object.
A liquid discharging device, comprising: ahead configured to eject liquid from a nozzle which is an opening in a nozzle surface of the head, a cap (62, 62A, 62B, 62C) configured to abut against the nozzle surface at a covered position and to separate from the nozzle surface in a retracted position, a first wiper configured to wipe the nozzle surface, a discharge channel connecting an internal space (67A, 67B, 67C) of the cap (62, 62A, 62B, 62C) to the outside of the cap (62, 62A, 62B, 62C), and a controller, characterized in that the controller executes: a first maintenance process in which a first maintenance liquid is brought into contact with the cap (62, 62A, 62B, 62C) in the retracted position and the first wiper, and a second maintenance process in which a second maintenance liquid different from the first maintenance liquid is distributed to the internal space (67A, 67B, 67C) of the cap (62, 62A, 62B, 62C) and the discharge channel. ahead configured to eject liquid from a nozzle which is an opening in a nozzle surface of the head, a cap (62, 62A, 62B, 62C) configured to abut against the nozzle surface at a covered position and to separate from the nozzle surface in a retracted position, a first wiper configured to wipe the nozzle surface, a discharge channel connecting an internal space (67A, 67B, 67C) of the cap (62, 62A, 62B, 62C) to the outside of the cap (62, 62A, 62B, 62C), and a controller, characterized in that the controller executes: a first maintenance process in which a first maintenance liquid is brought into contact with the cap (62, 62A, 62B, 62C) in the retracted position and the first wiper, and a second maintenance process in which a second maintenance liquid different from the first maintenance liquid is distributed to the internal space (67A, 67B, 67C) of the cap (62, 62A, 62B, 62C) and the discharge channel. a first maintenance process in which a first maintenance liquid is brought into contact with the cap (62, 62A, 62B, 62C) in the retracted position and the first wiper, and a second maintenance process in which a second maintenance liquid different from the first maintenance liquid is distributed to the internal space (67A, 67B, 67C) of the cap (62, 62A, 62B, 62C) and the discharge channel.
Compensating rocker for an attachment means with two or more strands, wherein the compensating rocker has a basic body with a longitudinal axis which coincides with the vertical when the compensating rocker is undeflected, wherein the following are formed in the basic body: - a first eye for fastening the basic body to a suspension means, and - two or more second eyes each for hitching one of the strands of the attachment means, wherein the second eyes each have a centre and in each case enclose, with the first eye, a positional angle (β w), the first limb (S 1) of which is formed by connecting the centre of the second eye and to the point of the first eye that is uppermost with respect to the longitudinal axis, and the second limb (S 2) of which is formed by the longitudinal axis, wherein - the positional angle (β w) is between 65° and 100°, characterized in that - the basic body has a transverse axis extending perpendicular to the longitudinal axis and is symmetrical in relation to the transverse axis by virtue of the centres of the second eyes lying on a straight line with a centre point of the first eye, wherein the compensating rocker can be used in two different turn-over states about the transverse axis. - a first eye for fastening the basic body to a suspension means, and - two or more second eyes each for hitching one of the strands of the attachment means, wherein the second eyes each have a centre and in each case enclose, with the first eye, a positional angle (β w), the first limb (S 1) of which is formed by connecting the centre of the second eye and to the point of the first eye that is uppermost with respect to the longitudinal axis, and the second limb (S 2) of which is formed by the longitudinal axis, wherein - the positional angle (β w) is between 65° and 100°, - the basic body has a transverse axis extending perpendicular to the longitudinal axis and is symmetrical in relation to the transverse axis by virtue of the centres of the second eyes lying on a straight line with a centre point of the first eye, wherein the compensating rocker can be used in two different turn-over states about the transverse axis.
A method for calibrating a test platform capable of receiving a microwave package, characterised in that it comprises the following steps: - determining a first array of parameters S, with a first microwave package, the microwave inletports (22a, 22b) of which are connected by an etched line of length L Thru, being connected to the test platform; - determining a second array of parameters S, with a second microwave package, the microwave inlet ports (25a, 25b) of which are short-circuited, being connected to the test platform; - determining a third array of parameters S, with a third microwave package, the microwave inlet ports (31a, 31b) of which are connected by an etched line of length L Line greater than the length L Thru, being connected to the test platform; - a step of determining the characteristics of the test platform based on the first, second and third arrays of parameters S. - determining a first array of parameters S, with a first microwave package, the microwave inletports (22a, 22b) of which are connected by an etched line of length L Thru, being connected to the test platform; - determining a second array of parameters S, with a second microwave package, the microwave inlet ports (25a, 25b) of which are short-circuited, being connected to the test platform; - determining a third array of parameters S, with a third microwave package, the microwave inlet ports (31a, 31b) of which are connected by an etched line of length L Line greater than the length L Thru, being connected to the test platform; - a step of determining the characteristics of the test platform based on the first, second and third arrays of parameters S.
A modular carpet system, comprising: a carpet tile comprising a face and a backing, wherein the carpet tile is operative for remaining dimensionally stable under adverse conditions, wherein the adverse conditions comprise at least one of a moisture vapor emission rate of at least 1.8 kg/24 hr/93 sq. m [4 lb/24 hr/1000 sq. ft.], an in situ relative humidity of at least 80%, and a surface moisture pH of at least 8; and an adhesive; characterized in that the backing comprises a polymer having at least 50% amorphous content, and the adhesive comprises a silicone-based adhesive. a carpet tile comprising a face and a backing, wherein the carpet tile is operative for remaining dimensionally stable under adverse conditions, wherein the adverse conditions comprise at least one of a moisture vapor emission rate of at least 1.8 kg/24 hr/93 sq. m [4 lb/24 hr/1000 sq. ft.], an in situ relative humidity of at least 80%, and a surface moisture pH of at least 8; and an adhesive; characterized in that the backing comprises a polymer having at least 50% amorphous content, and the adhesive comprises a silicone-based adhesive.
An optical network protection device, comprising a working line and a protection line, wherein the device further comprises: a determination module, configured to determine a protection type of an optical network; a first judgment module, configured to judge whether the working line is normal or not according to performance parameter values of service signal in the working line as well as switching conditions configured for multiplexing section protection when the protection type of the optical network is the multiplexing section protection; a second judgment module, configured to judge whether the working line is normal or not according to the performance parameter values of the service signal in the working line as well as the switching conditions configured for channel section protection when the protection type of the optical network is the channel section protection; a switching module, configured to take the service signal in the protection line as an output signal when the working line is abnormal, wherein the determination module is specifically configured to: detect a structure of the service signal, and determine the protection type of the optical network according to the structure of the service signal. a determination module, configured to determine a protection type of an optical network; a first judgment module, configured to judge whether the working line is normal or not according to performance parameter values of service signal in the working line as well as switching conditions configured for multiplexing section protection when the protection type of the optical network is the multiplexing section protection; a second judgment module, configured to judge whether the working line is normal or not according to the performance parameter values of the service signal in the working line as well as the switching conditions configured for channel section protection when the protection type of the optical network is the channel section protection; a switching module, configured to take the service signal in the protection line as an output signal when the working line is abnormal, wherein the determination module is specifically configured to: detect a structure of the service signal, and determine the protection type of the optical network according to the structure of the service signal.
Tool coupling for coupling to a surgical robot base a surgical tool comprising a first tool part and a second tool part, the second tool part being movable in relation to the first tool part wherein the tool coupling comprises a first base part for detachably retaining the first tool part of the tool to be coupled and a second base part movable in relation to the first base part for detachably retaining the second tool part of the tool to be coupled, wherein: - the first base part comprises a pusher movable in relation to the first base part for, when the tool is coupled to the tool coupling, detaching the first tool part and - the second base part comprises a cap movable in relation to the second base part for, when the tool is coupled to the tool coupling, detaching the second tool part, the second base part being movable, with a reciprocating motion, activated by an electric motor and attachable to the second tool part of the tool to be coupled to move the second tool part back and forth. - the first base part comprises a pusher movable in relation to the first base part for, when the tool is coupled to the tool coupling, detaching the first tool part and - the second base part comprises a cap movable in relation to the second base part for, when the tool is coupled to the tool coupling, detaching the second tool part, the second base part being movable, with a reciprocating motion, activated by an electric motor and attachable to the second tool part of the tool to be coupled to move the second tool part back and forth.
Crawler for capturing and determining state parameters or state data of vehicle tires mounted on a vehicle, with - a vehicle chassis with at least two axles and at least three wheels or with a chain or caterpillar drive, - a drive system with at least one electric motor and a rechargeable battery pack, - an electronic vehicle controller, - a communication unit for receiving data from a backend and for transmitting data to a backend, - a sensor system with receivers for receiving data from sensors installed in the tires and with sensors for capturing state parameters at the outside of the tires. - a vehicle chassis with at least two axles and at least three wheels or with a chain or caterpillar drive, - a drive system with at least one electric motor and a rechargeable battery pack, - an electronic vehicle controller, - a communication unit for receiving data from a backend and for transmitting data to a backend, - a sensor system with receivers for receiving data from sensors installed in the tires and with sensors for capturing state parameters at the outside of the tires.
A negative pressure wound therapy system comprising: a wound dressing configured to be placed over a wound, the wound dressing configured to absorb fluid; a source of negative pressure disposed on or within the wound dressing, the source of negative pressure configured to aspirate fluid from the wound; a vent configured to allow gas aspirated by the source of negative pressure to flow outside the system; a pressure sensor at least partially disposed on or within the wound dressing proximal to the vent; and a controller disposed on or within the wound dressing, characterized in that the controller is configured to: in response to a determination that pressure measured by the pressure sensor satisfies a threshold indicative of blockage in the vent, provide an indication that the vent is blocked. a wound dressing configured to be placed over a wound, the wound dressing configured to absorb fluid; a source of negative pressure disposed on or within the wound dressing, the source of negative pressure configured to aspirate fluid from the wound; a vent configured to allow gas aspirated by the source of negative pressure to flow outside the system; a pressure sensor at least partially disposed on or within the wound dressing proximal to the vent; and a controller disposed on or within the wound dressing, characterized in that the controller is configured to: in response to a determination that pressure measured by the pressure sensor satisfies a threshold indicative of blockage in the vent, provide an indication that the vent is blocked.
A method for predicting the risk of developing preeclampsia, the method being characterized by comprising the steps a) During gestational week 10-20 measuring the levels of A1M, HbA and HbF in an isolated serum sample from a subject, b) Calculating the ratio HbF/total Hb (HbF ratio), wherein the subject is considered to have an elevated probability of developing preeclampsia if the measured HbF-ratio exceeds 0.0020 and the measured A1 M level exceeds 21 μg/ml. a) During gestational week 10-20 measuring the levels of A1M, HbA and HbF in an isolated serum sample from a subject, b) Calculating the ratio HbF/total Hb (HbF ratio),
A method of purifying 5-acetamido- N,N '-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophathalamide, comprising: (i) adding a portion of acid to a stream comprising crude 5-acetamido- N,N'- bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophathalamide in a solvent; (ii) continuously crystallising 5-acetamido- N,N' -bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophathalamide from the crude 5-acetamido- N,N' -bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophathalamide, with removal of at least a fraction of the solvent, wherein the crystallisation is carried out in a continuous reactor, wherein the continuous reactor is a plug flow reactor; wherein at least three further portions of acid are added to the continuous reactor during the crystallisation. (i) adding a portion of acid to a stream comprising crude 5-acetamido- N,N'- bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophathalamide in a solvent; (ii) continuously crystallising 5-acetamido- N,N' -bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophathalamide from the crude 5-acetamido- N,N' -bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophathalamide, with removal of at least a fraction of the solvent, wherein the crystallisation is carried out in a continuous reactor, wherein the continuous reactor is a plug flow reactor;
A method for wireless communication, comprising: including, by a wireless communications device, a request for a reserved access resource from a reserved access pool into a first data transmission comprising a first set of data, in response to a metric of a grant-less transmission exceeding a threshold; transmitting, from the wireless communications device, the first data transmission including the request to a base station, BS, using a grant-less access resource from a common resource pool, the common resource pool being smaller than the reserved access pool; receiving, from the base station, BS, a message identifying the reserved access resource; and transmitting, from the wireless communications device, a second set of the data comprising a remaining amount of the data to the base station, BS, using the reserved access resource. including, by a wireless communications device, a request for a reserved access resource from a reserved access pool into a first data transmission comprising a first set of data, in response to a metric of a grant-less transmission exceeding a threshold; transmitting, from the wireless communications device, the first data transmission including the request to a base station, BS, using a grant-less access resource from a common resource pool, the common resource pool being smaller than the reserved access pool; receiving, from the base station, BS, a message identifying the reserved access resource; and transmitting, from the wireless communications device, a second set of the data comprising a remaining amount of the data to the base station, BS, using the reserved access resource.
Energy transmission device module comprising at least one cell connected to cell connectors, allowing this at least one cell to be connected to components that are external to the module, characterized in that it comprises at least one pair of independent electrical power links of the at least one cell that are provided for simple energy transport through the module, each of these electrical power links being connected to two connectors (A1, B1) of the module, of which one connector is arranged so as to be opposite a cell connector of another identical module that would be assembled with this module, by making an electrical connection between these two connectors (B1, C).
A method comprising: recording and storing one or more voice mail message in a voice mailbox of a subscriber; sending, to the subscriber, a text-based message including, for each of one or more stored voice mail messages: a voice mail retrieval address to retrieve the stored voice mail message, a link to send a reply text message to the sender of the stored voice mail message, and a link to send a voice mail reply to the stored voice mail; receiving a selection of the link to send a voice mail reply to the stored voice mail; initiating a phone call on a telephone from which the selection was received and prompting the caller to record the voice mail reply; recording and storing the voice mail reply; sending a notification to the sender of the voice mail that the voice mail reply is waiting. recording and storing one or more voice mail message in a voice mailbox of a subscriber; sending, to the subscriber, a text-based message including, for each of one or more stored voice mail messages: a voice mail retrieval address to retrieve the stored voice mail message, a link to send a reply text message to the sender of the stored voice mail message, and a link to send a voice mail reply to the stored voice mail; a voice mail retrieval address to retrieve the stored voice mail message, a link to send a reply text message to the sender of the stored voice mail message, and a link to send a voice mail reply to the stored voice mail; receiving a selection of the link to send a voice mail reply to the stored voice mail; initiating a phone call on a telephone from which the selection was received and prompting the caller to record the voice mail reply; recording and storing the voice mail reply; sending a notification to the sender of the voice mail that the voice mail reply is waiting.