mhurhangee/ep-ind-claims huggingface dataset:
An endoluminal surgical robotic system configured for performing bronchoscopy, comprising: - a robotically driven endoscopic tool, comprising a fiber optic shape sensor; - a command console configured to allow an operator to remotely control the endoscopic tool; - a display module configured to display a predetermined three-dimensional model of an anatomical space, a predetermined optimal navigation path, and a model of the endoscopic tool; - a tracking and mapping system, configured for tracking the distal end of the endoscopic tool and mapping it within the model of the anatomical space, wherein the tracking is based on: an output of the fiber optic shape sensor, a relative insertion length of the endoscopic tool relative to a starting position within a trachea of a patient, and one or more centerlines of the model of the anatomical space, wherein the tracking and mapping system is configured for estimating the location of the distal end of the endoscopic tool after determining whether the endoscopic tool is located in a branch and the distance traveled down that branch. - a robotically driven endoscopic tool, comprising a fiber optic shape sensor; - a command console configured to allow an operator to remotely control the endoscopic tool; - a display module configured to display a predetermined three-dimensional model of an anatomical space, a predetermined optimal navigation path, and a model of the endoscopic tool; - a tracking and mapping system, configured for tracking the distal end of the endoscopic tool and mapping it within the model of the anatomical space, wherein the tracking is based on: an output of the fiber optic shape sensor, a relative insertion length of the endoscopic tool relative to a starting position within a trachea of a patient, and one or more centerlines of the model of the anatomical space, wherein the tracking and mapping system is configured for estimating the location of the distal end of the endoscopic tool after determining whether the endoscopic tool is located in a branch and the distance traveled down that branch. an output of the fiber optic shape sensor, a relative insertion length of the endoscopic tool relative to a starting position within a trachea of a patient, and one or more centerlines of the model of the anatomical space,
Pharmaceutical composition for its use in the treatment and/or prevention of cancer in humans, comprising: - at least one compound selected from inositol hexaphosphoric acid, inositol pentaphosphoric acids, inositol tetraphosphoric acids or one of their salts, and - magnesium chloride, in combination with one or more pharmaceutically acceptable excipients and/or vehicles. - at least one compound selected from inositol hexaphosphoric acid, inositol pentaphosphoric acids, inositol tetraphosphoric acids or one of their salts, and - magnesium chloride, in combination with one or more pharmaceutically acceptable excipients and/or vehicles.
Method for producing at least one solid-state layer, at least comprising the steps: providing a carrier substrate having a first exposed surface and having a second exposed surface, producing a release layer in the carrier substrate or on the first exposed surface of the carrier substrate, wherein the release layer has an exposed surface, producing a first solid-state layer on the exposed surface of the release layer, wherein the first solid-state layer has a free surface at a distance from the release layer, arranging or forming a receiving layer on the second exposed surface of the carrier substrate or on the free surface of the first solid-state layer, producing stresses within the release layer, wherein the stresses are produced by tempering at least the receiving layer, wherein a crack spreads within the release layer or in the boundary region between the release layer and the solid-state layer as a result of the stresses, wherein the first solid-state layer is split off from the previously produced multi-layer arrangement by the crack, characterized in that the release layer is produced as an amorphous layer on or in the carrier substrate. providing a carrier substrate having a first exposed surface and having a second exposed surface, producing a release layer in the carrier substrate or on the first exposed surface of the carrier substrate, wherein the release layer has an exposed surface, producing a first solid-state layer on the exposed surface of the release layer, wherein the first solid-state layer has a free surface at a distance from the release layer, arranging or forming a receiving layer on the second exposed surface of the carrier substrate or on the free surface of the first solid-state layer, producing stresses within the release layer, wherein the stresses are produced by tempering at least the receiving layer, wherein a crack spreads within the release layer or in the boundary region between the release layer and the solid-state layer as a result of the stresses, wherein the first solid-state layer is split off from the previously produced multi-layer arrangement by the crack, characterized in that the release layer is produced as an amorphous layer on or in the carrier substrate.
An assembly for a turbine engine, the assembly comprising: a shell; and a heat shield attached to the shell with a cooling cavity extending between the heat shield and the shell, the heat shield defining a plurality of cooling apertures and an indentation in a side of the heat shield opposite the cooling cavity, wherein the cooling apertures are fluidly coupled with the cooling cavity, characterised in that an outlet of a first of the cooling apertures is located adjacent or on an edge of the indentation. a shell; and a heat shield attached to the shell with a cooling cavity extending between the heat shield and the shell, the heat shield defining a plurality of cooling apertures and an indentation in a side of the heat shield opposite the cooling cavity, wherein the cooling apertures are fluidly coupled with the cooling cavity, characterised in that an outlet of a first of the cooling apertures is located adjacent or on an edge of the indentation.
A dryer comprising a body; a drum wherein the laundry to be dried is placed; an air circulation duct which enable the drying air to be sent to the laundry in the drum; at least one heat exchanger which is provided on the air circulation duct and which enables the temperature of the drying air to be changed; at least one filter which retains fiber, lint and dust in the drying air; a tank wherein the condensate is collected; a discharge channel which has a flat bottom and wherein the water mixed with the fiber, lint and dust draining from the filter and the heat exchanger washed by the water taken from the tank is collected; a receptacle; a transfer member which is connected to the discharge channel at one end and connected to the receptacle at the other end and which connects the discharge channel and the receptacle to each other so as to enable the fluid coming from the discharge channel to be transferred to the receptacle; and at least two protrusions provided on the bottom of the discharge channel so as to be separated from each other by a certain distance, and which form grooves between the wall of the discharge channel and the protrusions, through which the water can flow; characterized by at least one opening provided on the protrusions, wherein said opening joins with the bottom of the discharge channel.
A vehicle tire safety monitoring system comprising a processor, wherein the processor is characterized in that the processor is configured to determine a real-time tire safety baseline based on a real-time condition of the vehicle; and determine a dynamic correlation between the tire pressure baseline and a tire load by at least one of a database lookup or a mathematical relationship, including establishing a database of tire pressure baseline, wherein the database comprises data of, within allowable load regime of tires, tire cold inflation pressure data corresponding to different tire loads; and determining a present tire pressure baseline by selecting, from the database, tire pressure data corresponding to real-time tire load.
Computer-implemented method for determining a pulse wave signal of a subject, the method comprising: - a step of providing an electrocardiographic, ECG, signal of a subject by means of one or more sensors; - a step of providing an electrical signal of the subject by means of one or more sensors; - a step of determining a collection of points of interest (S2x) in the ECG signal; - a step of determining a collection of specific points (S3x1, S3x2) in the electrical signal using the collection of points of interest (S2x), the determined collection of specific points (S3x1, S3x2) including two or more specific points in the electrical signal for each heartbeat response in a series of consecutive heartbeat responses indicated in the ECG signal; - a step of determining a cleaned electrical signal based on the collection of specific points (S3x1, S3x2); - a step of determining a pulse wave signal by subtracting the cleaned electrical signal from the electrical signal; wherein the collection of specific points (S3x1, S3x2) in the electrical signal are determined based on timestamps of the collection of points of interest (S2x) in the ECG signal, and at least one of the two or more specific points in the electrical signal for each heartbeat response in the series of consecutive heartbeat responses indicated in the ECG signal is associated with a timestamp which is offset in time relative to the timestamp of the corresponding point of interest in the ECG signal. - a step of providing an electrocardiographic, ECG, signal of a subject by means of one or more sensors; - a step of providing an electrical signal of the subject by means of one or more sensors; - a step of determining a collection of points of interest (S2x) in the ECG signal; - a step of determining a collection of specific points (S3x1, S3x2) in the electrical signal using the collection of points of interest (S2x), the determined collection of specific points (S3x1, S3x2) including two or more specific points in the electrical signal for each heartbeat response in a series of consecutive heartbeat responses indicated in the ECG signal; - a step of determining a cleaned electrical signal based on the collection of specific points (S3x1, S3x2); - a step of determining a pulse wave signal by subtracting the cleaned electrical signal from the electrical signal;
Method of producing hot-strip rolling material from a cast product, for example a thin slab, wherein the cast product is subjected to a heat pretreatment in a first step and the preheated cast product is subjected to a rolling process in a hot-rolling train in a second step, wherein the rolling material is in this way transferred to a recrystallisation state, which is suitable with respect to later further processing, at a desired final rolling temperature (T WE), and the final rolling temperature (T WE) of the rolling material is set to temperatures of at least 950° C, preferably above 1,000° C, wherein the cast product within the scope of the heat pretreatment for setting the final rolling temperature (T WE) of the rolling material in the hot-rolling train runs through at least one preheating stage and intensive heating stage and in this way is preheated to an entry temperature (T ein) of at least 1,200° C for entry into the hot-rolling train (9a or 9b) and wherein descaling is carried out in a descaling device ahead of the preheating stage, characterised in that for producing silicon-alloyed steels for further processing to form grain-oriented sheets such as, for example, magnetic steel sheets the control of the temperature in the rolling train (9a and 9b) is set by way of a combination of rolling speed and use of intermediate stand cooling devices, wherein after hot rolling the rolling material is quenched to temperatures (T A) of below 450° C within 10 seconds.
An oil scraper ring (11, 21) for a piston rod comprising a ring body having a rail (12, 22) coming into sliding contact with an outer peripheral surface of a reciprocally movable piston rod; and an annular coil spring for pressing said rail (12, 22) to the outer peripheral surface of said piston rod; said ring body being circumferentially divided to at least two; said ring body comprising said rail (12, 22) at an inner-side longitudinal center, and a groove (17, 27) receiving said coil spring at an outer-side longitudinal center; characterized in that said ring body further comprises pluralities of oil drain grooves (14, 24) vertically alternately on both upper and lower surfaces.
Installation enabling to obtain a radiative heating wall which comprises at least one panel-shaped modular heating structure having its height corresponding to the height of the premises to be heated from the floor to the ceiling, the panel-shaped modular structure being likely to be arranged vertically with its rear surface resting against a wall, each panel-shaped modular structure being formed of a plurality of spaced-apart parallel vertical posts arranged on a back wall, where each vertical post comprises an upper post under which is horizontally arranged a heat exchanger with fluid circulation ducts, and where the vertical posts are fitted with means allowing a protective and decorative panel to be quickly fitted thereto, characterized in that the vertical posts are fixed to the back wall and in that each vertical post comprises said upper post and a lower post aligned with each other and the heat exchanger is horizontally arranged between them, and in that it comprises several protective and decorative panels, and in that the means for fitting the upper and lower posts also allow a fast disassembly, and in that each modular structure comprises in its lower portion and in its upper portion ventilation gratings, and in that the air conducting passages are defined by the strips located between each pair of consecutive vertical posts, the protective and decorative panels, and the back wall.
A substantially tubular medical device comprising a substantially rectangular, implantable, pledget material releasably attached along opposite sides of said rectangular pledget material to a porous, bioabsorbable, non-woven web having a percent porosity greater than ninety; said porous web having melt-formed continuous filaments intermingled to form a porous web wherein said filaments are self-cohered to each other at multiple contact points, wherein said filaments comprise at least one semi-crystalline polymeric component covalently bonded to or blended with at least one amorphous polymeric component, wherein the filaments possess partial to full polymeric component phase immiscibility when in a crystalline state, wherein said porous web is dimensioned to retain said pledget material on a surgical stapler, and wherein the porous web is a uniaxially stretched web.
Electrodeionization device (2, 20, 22, 27) for the removal of ions from a polar liquid, in which the device comprises electrodes, at least one compartment (14, 14', 14") which comprises at least one inlet for an entering polar liquid flow and at least one outlet for an outgoing deionized liquid flow (D, F'), in which said compartment (14, 14', 14") an electrochemically regenerable ion-exchange material (17, 17', 17") fills a zone through which zone a liquid flow is able to pass, the device (2, 20, 22, 27) being characterized in that it comprises at least one sensor (1, 1'; 1") of at least one dimensional change of the ion-exchange material (17, 17', 17") filling said zone, and in that it comprises an apparatus (10, 11, 100) connected to the sensor which is able to analyze the dimensional change of the ion-exchange material and to control the electric current that can be conducted through said compartment or through said device.
A completion and production method for a borehole, comprising: running in at least one pair of spaced packers (42, 44) on a string having at least one port between the packers (42, 44); setting the packers (42, 44) in the borehole to define a zone between the packers (42, 44); fracturing the zone with pressure pumping a slurry; placing the zone on production after said fracturing; characterised in providing a zone bypass passage for fluid to flow from the fractures previously created adjacent at least one of said packers (42, 44) while avoiding slurry solids or formation produced solids that accumulate there. running in at least one pair of spaced packers (42, 44) on a string having at least one port between the packers (42, 44); setting the packers (42, 44) in the borehole to define a zone between the packers (42, 44); fracturing the zone with pressure pumping a slurry; placing the zone on production after said fracturing; characterised in providing a zone bypass passage for fluid to flow from the fractures previously created adjacent at least one of said packers (42, 44) while avoiding slurry solids or formation produced solids that accumulate there.
King pin assembly for mounting on a trailer, in particular a commercial vehicle trailer, comprising a king pin, a rotor and a stator, wherein the king pin extends in an extension direction, wherein the stator is arranged in particular rotationally fixed to the king pin, wherein the rotor has an energy connection in the form of a plug connector, wherein the plug connector is designed to be connectable or connected to a complementary plug element of a towing vehicle, characterised in that the stator has at least one connector, wherein the connection is connected to a distribution network of the trailer at least in an installed state, wherein the connection is connected in an energy-conducting, in particular electrically conducting, manner to the energy connection via an energy transmission device, and wherein the rotor is freely rotatable relative to the stator about an axis of rotation. a king pin, a rotor and a stator, wherein the king pin extends in an extension direction, wherein the stator is arranged in particular rotationally fixed to the king pin, wherein the rotor has an energy connection in the form of a plug connector, wherein the plug connector is designed to be connectable or connected to a complementary plug element of a towing vehicle, characterised in that the stator has at least one connector, wherein the connection is connected to a distribution network of the trailer at least in an installed state, wherein the connection is connected in an energy-conducting, in particular electrically conducting, manner to the energy connection via an energy transmission device, and wherein the rotor is freely rotatable relative to the stator about an axis of rotation.
An apparatus for treating a lesion in a vasculature, comprising: a catheter comprising a shaft including a plurality of lateral openings and a support within the shaft including one or more sharpened cutters adapted for moving from a retracted position to a deployed position projecting radially from the shaft through one or more of the plurality of axially aligned lateral openings for cutting the lesion.
Female accessory electrical socket intended to equip a motor vehicle, for the occasional electrical supply to an accessory appliance equipped with a complementary male connection socket, this female socket comprising: *) a ring for joining the female socket to the inside of a housing that is part of a structural element of the vehicle, *) a connector placed at the bottom of the female socket for fitting the latter to the terminals of an electrical circuit of the vehicle, and *) a pair of conductive elements for electrical connection between connection pins of the male socket and said terminals that are allocated to them, including a first conductive element conformed as a cylinder extended by a first plug and a second conductive element conformed as a plate extended by a second plug, in which: the first conductive element consists of a unitary body composed of a barrel for receiving the male socket and a fitting inside the ring, and a first connection tongue forming the first plug, the ring and the connector being integrated in a single-piece assembly, means for assembly between the unitary body and the single-piece assembly being provided, characterised in that the unitary body is formed by pressing a metal blank, which makes it possible to form, in the same operation, the barrel, an axial support member and the first tongue. *) a ring for joining the female socket to the inside of a housing that is part of a structural element of the vehicle, *) a connector placed at the bottom of the female socket for fitting the latter to the terminals of an electrical circuit of the vehicle, and *) a pair of conductive elements for electrical connection between connection pins of the male socket and said terminals that are allocated to them, including a first conductive element conformed as a cylinder extended by a first plug and a second conductive element conformed as a plate extended by a second plug, in which: the first conductive element consists of a unitary body composed of a barrel for receiving the male socket and a fitting inside the ring, and a first connection tongue forming the first plug, the ring and the connector being integrated in a single-piece assembly, means for assembly between the unitary body and the single-piece assembly being provided, characterised in that the unitary body is formed by pressing a metal blank, which makes it possible to form, in the same operation, the barrel, an axial support member and the first tongue. the first conductive element consists of a unitary body composed of a barrel for receiving the male socket and a fitting inside the ring, and a first connection tongue forming the first plug, the ring and the connector being integrated in a single-piece assembly, means for assembly between the unitary body and the single-piece assembly being provided, characterised in that the unitary body is formed by pressing a metal blank, which makes it possible to form, in the same operation, the barrel, an axial support member and the first tongue.
A computer-readable medium encoded with a computer program comprising instructions that, when executed, operate to cause a computer to perform operations comprising: defining a shape within motion data, wherein the shape (130, 402, 408, 410, 916-922) corresponds to a gesture, and wherein the motion data comprises a motion history map (120, 910) further comprising motion history data values that provide, for each point of an image, an indication of time since a moving object was detected at the point; sampling the motion data at points along the defined shape; determining, based on the sampled motion data, positions (502-532, 602-628) of the moving object along the defined shape, over time; determining whether the moving object is performing the gesture based on a pattern exhibited by the determined positions; and controlling an application if determining that the moving object is performing the gesture. defining a shape within motion data, wherein the shape (130, 402, 408, 410, 916-922) corresponds to a gesture, and wherein the motion data comprises a motion history map (120, 910) further comprising motion history data values that provide, for each point of an image, an indication of time since a moving object was detected at the point; sampling the motion data at points along the defined shape; determining, based on the sampled motion data, positions (502-532, 602-628) of the moving object along the defined shape, over time; determining whether the moving object is performing the gesture based on a pattern exhibited by the determined positions; and controlling an application if determining that the moving object is performing the gesture.