mhurhangee/ep-ind-claims huggingface dataset:
A system for use in surgical procedures comprising: an endoscope; an imaging device coupled to the endoscope; wherein the endoscope is capable of transmitting an optical image in a surgical site to the imaging device; an imaging processor coupled to the imaging device, the imaging processor being operative to perform differential analysis of the optical image in the surgical site to distinguish between red static and moving objects to determine concentration of blood; and at least one management system coupled to the imaging processor, the at least one management system comprising a fluid management system, wherein a function of the management system is automatically adjusted upon receipt of a communication from the imaging processor in response to the detection of the concentration of blood. an endoscope; an imaging device coupled to the endoscope; wherein the endoscope is capable of transmitting an optical image in a surgical site to the imaging device; an imaging processor coupled to the imaging device, the imaging processor being operative to perform differential analysis of the optical image in the surgical site to distinguish between red static and moving objects to determine concentration of blood; and at least one management system coupled to the imaging processor, the at least one management system comprising a fluid management system, wherein a function of the management system is automatically adjusted upon receipt of a communication from the imaging processor in response to the detection of the concentration of blood.
A system for setting a tolerance limit of a correlation by using repetitive cross-validation, the system comprising: a variable extraction unit adapted to extract a maximum measurement/prediction, M/P, variable by partitioning a training set and a validation set of data and by fitting correlation coefficients for determining the maximum M/P variable from the data; a normality test unit adapted to perform a normality test for the maximum M/P variable; and a departure from nucleate boiling ratio, DNBR, limit unit adapted to determine an allowable DNBR limit based upon the maximum M/P variable, the determination depending on the tested normality. a variable extraction unit adapted to extract a maximum measurement/prediction, M/P, variable by partitioning a training set and a validation set of data and by fitting correlation coefficients for determining the maximum M/P variable from the data; a normality test unit adapted to perform a normality test for the maximum M/P variable; and a departure from nucleate boiling ratio, DNBR, limit unit adapted to determine an allowable DNBR limit based upon the maximum M/P variable, the determination depending on the tested normality.
A system comprising: a regional control system of a residence coupled via a wireless or a wired medium to a plurality of sensors and actuators of the residence; a data base coupled to the control system wherein one or more of regional history event sequences, or, behavior patterns indicative of behavior of one or more individuals that live at the residence are stored therein and are accessible to the control system, J wherein the control system, in response to detecting a variation between a stored item, and a corresponding current event sequence or behaviour pattern, is adapted to wirelessly, at least in part, transmit an advisory message to a displaced location, and responsive thereto, an activity altering communication can be sent to the control system. a regional control system of a residence coupled via a wireless or a wired medium to a plurality of sensors and actuators of the residence; a data base coupled to the control system wherein one or more of regional history event sequences, or, behavior patterns indicative of behavior of one or more individuals that live at the residence are stored therein and are accessible to the control system, J wherein the control system, in response to detecting a variation between a stored item, and a corresponding current event sequence or behaviour pattern, is adapted to wirelessly, at least in part, transmit an advisory message to a displaced location, and responsive thereto, an activity altering communication can be sent to the control system.
Piston compressor for the compression of fluids having a compression chamber (2, 3) for the compression process and a compression piston (4, 5), wherein, for the purposes of driving the piston compressor, there is provided a screw drive having a cylindrical component which is in the form of a threaded spindle and a threaded nut for converting a rotary movement into a linear movement, characterized in that an opening with a compression chamber (2, 3) is provided in the threaded spindle at at least one end, and a piston (4, 5) is arranged opposing the opening, wherein the compression chamber (2, 3) is slideable on the piston (4, 5) by the linear movement of the threaded spindle.
A lithium metal battery comprising a positive electrode plate, a negative electrode plate and an electrolyte, the positive electrode plate comprising a positive electrode current collector and a positive electrode active material layer arranged on at least one surface of the positive electrode current collector and comprising a positive electrode active material, wherein, the negative electrode plate comprises a polymer material base layer; and a lithium-based metal layer that is directly bonded to both surfaces of the polymer material base layer. a polymer material base layer; and a lithium-based metal layer that is directly bonded to both surfaces of the polymer material base layer.
A method of fabricating (i) a perforated thin-film comprising micro or nano-structure perforations on a substrate surface, and (ii) shaped and positioned micro or nano-particles encapsulated in a substrate, the method of fabrication comprises the steps of: a) providing a micro or nano structure template comprising a substrate surface and raised micro or nano structures extending above the substrate surface; b) depositing a single or a few thin-film coating(s) of a first stack of suitable coating material(s) over the substrate and raised micro or nano structures such that the thin-film coating(s) is substantially adhered to the layer over which they are deposited on, and forms overhanging thin-film caps on the raised micro or nano structures; c) depositing a layer of a potting material over the first stack of thin-film coating on the substrate and raised micro or nano structures; d) hardening or curing the potting material such that the hardened potting material encapsulates the overhanging thin-film caps on the raised micro or nano structures; and e) removing the hardened potting material from the thin-film coated substrate such that the overhanging thin-film caps remain encapsulated in the hardened potting material, to reveal: (i) a perforated thin-film coated substrate, wherein the thin-film is perforated at the locations of the micro or nano-structures of the template, and (ii) micro or nano-particles encapsulated in the hardened potting material, wherein the particles are at the locations of the micro or nano-structures of the template and comprises the removed overhanging thin-film caps. a) providing a micro or nano structure template comprising a substrate surface and raised micro or nano structures extending above the substrate surface; b) depositing a single or a few thin-film coating(s) of a first stack of suitable coating material(s) over the substrate and raised micro or nano structures such that the thin-film coating(s) is substantially adhered to the layer over which they are deposited on, and forms overhanging thin-film caps on the raised micro or nano structures; c) depositing a layer of a potting material over the first stack of thin-film coating on the substrate and raised micro or nano structures; d) hardening or curing the potting material such that the hardened potting material encapsulates the overhanging thin-film caps on the raised micro or nano structures; and e) removing the hardened potting material from the thin-film coated substrate such that the overhanging thin-film caps remain encapsulated in the hardened potting material, to reveal: (i) a perforated thin-film coated substrate, wherein the thin-film is perforated at the locations of the micro or nano-structures of the template, and (ii) micro or nano-particles encapsulated in the hardened potting material, wherein the particles are at the locations of the micro or nano-structures of the template and comprises the removed overhanging thin-film caps.
A transonic airfoil, in which a curvature that is made dimensionless by a reciprocal of the chord length has a local maximal value of 70 or more in an upwardly convex curve in a range of -0.08<s/c<0.08, an integral value of the curvature is 2.2 or more in a range from s/c=-0.1 to s/c=0.02, and the curvature is 0.3 or less in a range from s/c=0.3 to s/c=0.6, where s represents a surface length along a surface of the airfoil, with a leading edge being as a reference (an upper wing surface direction is positive, and a lower wing surface direction is negative), and c represents the chord length, wherein the curvature is less than 0.3 at s/c=0.5, and the curvature increases to be 0.45 or more at s/c=0.8, and a distribution of the curvature monotonically increases to 1 or more in a range from s/c=-0.9 or less to a position of a trailing edge. a curvature that is made dimensionless by a reciprocal of the chord length has a local maximal value of 70 or more in an upwardly convex curve in a range of -0.08<s/c<0.08, an integral value of the curvature is 2.2 or more in a range from s/c=-0.1 to s/c=0.02, and the curvature is 0.3 or less in a range from s/c=0.3 to s/c=0.6, where s represents a surface length along a surface of the airfoil, with a leading edge being as a reference (an upper wing surface direction is positive, and a lower wing surface direction is negative), and c represents the chord length, wherein s represents a surface length along a surface of the airfoil, with a leading edge being as a reference (an upper wing surface direction is positive, and a lower wing surface direction is negative), and c represents the chord length, wherein the curvature is less than 0.3 at s/c=0.5, and the curvature increases to be 0.45 or more at s/c=0.8, and a distribution of the curvature monotonically increases to 1 or more in a range from s/c=-0.9 or less to a position of a trailing edge.
A system for enabling two or more users to interact within a virtual world comprising virtual world data, comprising: a computer network comprising one or more computing devices, the one or more computing devices comprising memory, processing circuitry, and software stored at least in part in the memory and executable by the processing circuitry to process at least a portion of the virtual world data; a user device having a user display component, wherein the user device is operatively coupled to the computer network; wherein at least a first portion of the virtual world data comprises a virtual object triggered by a physical object physically present within a first user's field of views, and wherein the computer network is operable to transmit the first portion of the virtual world data to the user device associated with a second user, and the user display component is configured to display the virtual object to the second user, such that a virtual representation of the physical object within the field of view of the first user is visually presented to the second user's field of view. a computer network comprising one or more computing devices, the one or more computing devices comprising memory, processing circuitry, and software stored at least in part in the memory and executable by the processing circuitry to process at least a portion of the virtual world data; a user device having a user display component, wherein the user device is operatively coupled to the computer network; wherein at least a first portion of the virtual world data comprises a virtual object triggered by a physical object physically present within a first user's field of views, and wherein the computer network is operable to transmit the first portion of the virtual world data to the user device associated with a second user, and the user display component is configured to display the virtual object to the second user, such that a virtual representation of the physical object within the field of view of the first user is visually presented to the second user's field of view.
- Machining head with active correction, of the type used in association with a robot, comprising - a casing fixed at the end of the robot by means of attachment and connection means, provided at one end with a pressure foot with a central opening, - a drilling motor with an interchangeable associated tool, located inside the casing, - wherein it comprises - means of advancing and moving the drilling motor back on the Z-axis with respect to a part to be machined, - one or several sensors of position and angle, - localised means of movement, independent of the movement of the robot, of the drilling motor with respect to the casing, comprising - means of displacement on the Y-axis of the drilling motor and video cameras assembly with respect to the casing, - means of displacement on the X-axis of the drilling motor and video cameras assembly with respect to the casing, - means of rotation with respect to the Y-axis of the drilling motor and video cameras assembly with respect to the casing, and - means of rotation with respect to the X-axis of the drilling motor and video cameras assembly with respect to the casing, - means of communication with control computer equipment. - a casing fixed at the end of the robot by means of attachment and connection means, provided at one end with a pressure foot with a central opening, - a drilling motor with an interchangeable associated tool, located inside the casing, - wherein it comprises - means of advancing and moving the drilling motor back on the Z-axis with respect to a part to be machined, - one or several sensors of position and angle, - localised means of movement, independent of the movement of the robot, of the drilling motor with respect to the casing, comprising - means of displacement on the Y-axis of the drilling motor and video cameras assembly with respect to the casing, - means of displacement on the X-axis of the drilling motor and video cameras assembly with respect to the casing, - means of rotation with respect to the Y-axis of the drilling motor and video cameras assembly with respect to the casing, and - means of rotation with respect to the X-axis of the drilling motor and video cameras assembly with respect to the casing, - means of communication with control computer equipment.
Method for the delivery of metallic plates (21, 22), preferably made of steel, from a rolling mill, comprising method steps as follows: - transporting a first plate on a roller table (9, 13) in the direction of transport, wherein the first plate is preferably accelerated in the direction of transport; - storing the first plate on the roller table (9, 13); characterised by the following further method steps: - transporting a second plate on the roller table (9, 13) in the direction of transport; - storing the second plate in the direction of transport in front of the first plate on the roller table (9, 13); and - concurrently delivering the first and the second plate (21, 22) from the roller table (9, 13) into a storage location. - transporting a first plate on a roller table (9, 13) in the direction of transport, wherein the first plate is preferably accelerated in the direction of transport; - storing the first plate on the roller table (9, 13); - transporting a second plate on the roller table (9, 13) in the direction of transport; - storing the second plate in the direction of transport in front of the first plate on the roller table (9, 13); and - concurrently delivering the first and the second plate (21, 22) from the roller table (9, 13) into a storage location.
A method for joining at least two elements (1, 2), for example solid wood parts, the elements (1, 2) having at least partly mating contact surfaces (1a, 2a) that are to be connected to each other, the mating contact surfaces being provided by mating projections and cavities of opposite sides of the elements (1, 2), wherein a curable adhesive is applied to secure the contact surfaces to each other, wherein friction enhancing means are applied between said contact surfaces for enhancing friction after the application of the adhesive, wherein the friction enhancing means include rigid locking elements, the rigid locking elements including rigid particles, wherein at least some of the rigid locking elements are forced into at least one contact surface by pressing the contact surfaces together.
Fuel distributor, which has a pressure accumulator pipe for storing pressurised fuel, wherein the pressure accumulator pipe has a forged main body with a longitudinal hollow chamber and on the pressure accumulator pipe at least one connecting piece (12, 13) is provided for mounting the pressure accumulator pipe, characterised in that the connecting piece (12, 13) comprises a flange section designed in one piece of the same material on the main body and a sleeve, wherein the sleeve with its main body side end is pressed into a bore in the flange section and the sleeve bridges the distance between the pressure accumulator pipe and an engine block.
Rotor hub arrangement for an electric fan, in particular for a radiator fan of a motor vehicle, having a hub cup which rotates during operation and has air outlet guides on its inner side which are arranged and shaped in such a manner that they guide and accelerate cooling air, wherein - the air outlet guides have ribs extending between the base of the hub cup and the return cup, wherein the ribs run in the radial direction and/or arcuately in the radial and peripheral direction (R, U), and - a return cup is arranged within the hub cup, said return cup having air passage openings (5; 5'), which form continuous air outlets (6; 6') together with the air outlet guides (3; 3') for a cooling air stream from the pressure side to the vacuum side of the fan. - the air outlet guides have ribs extending between the base of the hub cup and the return cup, wherein the ribs run in the radial direction and/or arcuately in the radial and peripheral direction (R, U), and - a return cup is arranged within the hub cup, said return cup having air passage openings (5; 5'), which form continuous air outlets (6; 6') together with the air outlet guides (3; 3') for a cooling air stream from the pressure side to the vacuum side of the fan.
A method for distributed computing backup and recovery, comprising: receiving, into a memory via an interface controlled by a processor connected to a network in a computing environment, comprising a cluster of computing nodes, a data object request comprising a data object backup request or a data object retrieval request, wherein the data object request includes a data object identifier and a time period; evaluating, using the processor, a hash function stored in the memory to determine network storage locations or network retrieval locations, or both for the data object, wherein the hash function varies in time; storing a seed that is a function of a random function based off an initial seed, wherein the evaluated hash function is recreatable from the stored seed; storing, at each of the network storage locations, the data object according to the data object request, when the data object request comprises a data object backup request; recreating the hash function from the stored seed for the requested time period, when the data object request is a data object retrieval request; and when the data object request is a data object retrieval request, retrieving from one of the network retrieval locations identified by the recreated hash function, from a backup of the computing environment, using the processor connected to the network, the stored data object, wherein the stored data object is one of a plurality of stored data objects of a dataset identified as the backup of the computing environment. receiving, into a memory via an interface controlled by a processor connected to a network in a computing environment, comprising a cluster of computing nodes, a data object request comprising a data object backup request or a data object retrieval request, wherein the data object request includes a data object identifier and a time period; evaluating, using the processor, a hash function stored in the memory to determine network storage locations or network retrieval locations, or both for the data object, wherein the hash function varies in time; storing a seed that is a function of a random function based off an initial seed, wherein the evaluated hash function is recreatable from the stored seed; storing, at each of the network storage locations, the data object according to the data object request, when the data object request comprises a data object backup request; recreating the hash function from the stored seed for the requested time period, when the data object request is a data object retrieval request; and when the data object request is a data object retrieval request, retrieving from one of the network retrieval locations identified by the recreated hash function, from a backup of the computing environment, using the processor connected to the network, the stored data object, wherein the stored data object is one of a plurality of stored data objects of a dataset identified as the backup of the computing environment.
Weighing chamber base for a draught shield of a precision weighing machine, which comprises a weighing base section as well as two side cheeks which are arranged perpendicularly to the weighing base section and at opposite edges of the weighing base section and which are disposed outside the draught shield, characterised in that securing devices constructed as detent elements and disposed on mutually facing inner surfaces of the side cheeks are provided at the side cheeks.
Plastic selected from the group consisting of thermoplastic or elastomeric plastics, characterized in that it contains zinc sulphide, the zinc sulphide having an average grain size d 50 of 1 to 50 nm and a specific surface area of 20 to 300 m 2 /g.