mhurhangee/ep-ind-claims huggingface dataset:
Device for isolating a lenticule in the cornea of an eye, which comprises - a laser beam source that is configured to emit pulsed laser radiation with - a pulse frequency of 1.2 MHz to 10 MHz, - a pulse energy of 1 nJ to less than 200 nJ and - a wavelength which penetrates the cornea, - a beam forming unit which comprises - beam optics, which have an image field and which bundle the pulsed laser radiation in the cornea into a focus which is located inside the image field and which has a maximum diameter of less than 3 μm, and - a beam deflection unit which shifts the focus in the cornea and inside the image field, wherein the focus moves along a path at resting image field, - a control unit, which is configured to control the laser beam source and the beam forming unit, in order to isolate the lenticule in the cornea by specifying the path, which lenticule is delimited by at least one cut surface (16, 17) which is curved with regard to a front surface of the cornea. - a laser beam source that is configured to emit pulsed laser radiation with - a pulse frequency of 1.2 MHz to 10 MHz, - a pulse energy of 1 nJ to less than 200 nJ and - a wavelength which penetrates the cornea, - a pulse frequency of 1.2 MHz to 10 MHz, - a pulse energy of 1 nJ to less than 200 nJ and - a wavelength which penetrates the cornea, - a beam forming unit which comprises - beam optics, which have an image field and which bundle the pulsed laser radiation in the cornea into a focus which is located inside the image field and which has a maximum diameter of less than 3 μm, and - a beam deflection unit which shifts the focus in the cornea and inside the image field, wherein the focus moves along a path at resting image field, - beam optics, which have an image field and which bundle the pulsed laser radiation in the cornea into a focus which is located inside the image field and which has a maximum diameter of less than 3 μm, and - a beam deflection unit which shifts the focus in the cornea and inside the image field, wherein the focus moves along a path at resting image field, - a control unit, which is configured to control the laser beam source and the beam forming unit, in order to isolate the lenticule in the cornea by specifying the path, which lenticule is delimited by at least one cut surface (16, 17) which is curved with regard to a front surface of the cornea.
A composite assembly which can be cured to form a multi-component composite structure, said composite assembly comprising: a structural component which comprises a structural element composed of a unidirectional fiber body that comprises an uncured thermosetting resin and unidirectional continuous fibers, and a multi-directional continuous fiber body composed mainly of woven fibres; said structural component comprising a structural component face (20, 22); and a moldable component which comprises a moldable body comprising an uncured thermosetting resin and discontinuous fibers, said moldable component comprising a moldable component face; wherein said structural component face (20,22) and said moldable component face share a common interface located within the interior of said composite assembly, and either: a) the multi-directional continuous fiber body is located adjacent to the unidirectional fiber body so that said structural component face (20, 22) of said structural component is made up of the face of the unidirectional fiber body and the face of the multi-directional continuous fiber body, or b) the multi-directional continuous fiber body is located between the unidirectional fiber body and the moldable component; and wherein the coefficient of thermal expansion of said structural component at said interface and the coefficient of thermal expansion of said moldable component at said interface are such that micro cracks do not form along said interface when said composite assembly is cured to form said multi-component composite structure. a structural component which comprises a structural element composed of a unidirectional fiber body that comprises an uncured thermosetting resin and unidirectional continuous fibers, and a multi-directional continuous fiber body composed mainly of woven fibres; said structural component comprising a structural component face (20, 22); and a moldable component which comprises a moldable body comprising an uncured thermosetting resin and discontinuous fibers, said moldable component comprising a moldable component face; a) the multi-directional continuous fiber body is located adjacent to the unidirectional fiber body so that said structural component face (20, 22) of said structural component is made up of the face of the unidirectional fiber body and the face of the multi-directional continuous fiber body, or b) the multi-directional continuous fiber body is located between the unidirectional fiber body and the moldable component; and wherein the coefficient of thermal expansion of said structural component at said interface and the coefficient of thermal expansion of said moldable component at said interface are such that micro cracks do not form along said interface when said composite assembly is cured to form said multi-component composite structure.
A prosthesis comprising a core of a gel material and a fibre envelope which surrounds the core, wherein the fibre envelope consists of a woven material, characterised in that the fibre envelope comprises at least two layers of the woven material which are connected to one another and surround the core.
A system for time-travel debugging, the system comprising: a host computer system comprising a processor and a non-transitory machine-readable media configured to store a digital software recorder,DSR, application and at least one containerized software application, the processor configured to execute the DSR application to provide the ability to pause, rewind, and fast-forward execution of the at least one containerized software application, the DSR application comprising: a snapshot manager service configured to take snapshots of a running container of the at least one containerized software application using checkpoint/restore functionality of a container management software platform, the snapshots being based on one or more of manual input of a user, elapsed time of execution of the at least one containerized software application, and/or resource utilization of the at least one containerized software application exceeding or falling below one or more thresholds; and an application containerization service configured to automate the process of creating one or more container images of the at least one containerized software application; and a hot code replace service configured to enable playback of a source-code-modified version of the at least one containerized software application starting from an application state corresponding to the execution of the application at a point prior to execution of modifications to the application's source code without restarting the application from its initial state, the hot code replace service being configured to recompile and containerize the source-code-modified version of the at least one containerized software application and to set its application state based on one of the snapshots taken by the snapshot manager service. a snapshot manager service configured to take snapshots of a running container of the at least one containerized software application using checkpoint/restore functionality of a container management software platform, the snapshots being based on one or more of manual input of a user, elapsed time of execution of the at least one containerized software application, and/or resource utilization of the at least one containerized software application exceeding or falling below one or more thresholds; and an application containerization service configured to automate the process of creating one or more container images of the at least one containerized software application; and a hot code replace service configured to enable playback of a source-code-modified version of the at least one containerized software application starting from an application state corresponding to the execution of the application at a point prior to execution of modifications to the application's source code without restarting the application from its initial state, the hot code replace service being configured to recompile and containerize the source-code-modified version of the at least one containerized software application and to set its application state based on one of the snapshots taken by the snapshot manager service.
A lubricating composition comprising: a lubricating grease and 0.1-10% of an additive composition comprising: (a) antimony dithiocarbamate, and (b) ammonium dithiocarbamate, wherein the antimony content of the composition is 0.07 to 0.45 mass %, and the molar ratio (total DTC:Sb) of total dithiocarbamate molecules in (a) and (b) to antimony molecules is 3.06 to 3.50:1. a lubricating grease and 0.1-10% of an additive composition comprising: (a) antimony dithiocarbamate, and (b) ammonium dithiocarbamate, (a) antimony dithiocarbamate, and (b) ammonium dithiocarbamate, wherein the antimony content of the composition is 0.07 to 0.45 mass %, and the molar ratio (total DTC:Sb) of total dithiocarbamate molecules in (a) and (b) to antimony molecules is 3.06 to 3.50:1.
A diagnostic system for a machine with a combustion engine and a variable geometry turbocharger, the variable geometry turbocharger including a vane position sensor, the diagnostic system comprising: a controller configured to monitor an output from the vane position sensor indicative of a position of one of a plurality of vanes of the turbocharger during a diagnostic procedure, characterized in that the controller is further configured to: calculate a learned span value of the turbocharger based on the output of the vane position sensor during the diagnostic procedure and a reference vane position sensor value, access a plurality of stored learned span values, each calculated during a different one of a plurality of diagnostic procedures performed over a period of time, perform a first regression analysis to predict an expected learned span value at a defined future time using the calculated learned span value and the plurality of stored learned span values, and generate an alert message when the expected learned span value is indicative of a potential future fault of the turbocharger by calculating a first expected learned span value for a predefined future time. calculate a learned span value of the turbocharger based on the output of the vane position sensor during the diagnostic procedure and a reference vane position sensor value, access a plurality of stored learned span values, each calculated during a different one of a plurality of diagnostic procedures performed over a period of time, perform a first regression analysis to predict an expected learned span value at a defined future time using the calculated learned span value and the plurality of stored learned span values, and generate an alert message when the expected learned span value is indicative of a potential future fault of the turbocharger by calculating a first expected learned span value for a predefined future time.
A dish washer comprising: a tub forming a washing space; a base disposed below the tub and forming a space below the tub; a sump disposed in the space formed by the base for storing water; a washing pump disposed in the space formed by the base for supplying the water stored in the sump to the washing space; and an air jet generator with an air pulverizing pipe having a venturi shape for forming air bubbles in water, the air pulverizing pipe including an inlet disposed in the space formed by the base and connected to the washing pump, an air inlet hole formed on one side thereof, and an outlet disposed within the tub, wherein the air jet generator includes: a tub mounting portion fixing a first portion of the air jet generator to the tub, and a base fixing portion fixing a second portion of the air jet generator to the base; characterized in that: the base fixing portion includes a fixing rib fixed to the base, the fixing rib protruding from the air jet generator and extending along the air pulverizing pipe. a tub forming a washing space; a base disposed below the tub and forming a space below the tub; a sump disposed in the space formed by the base for storing water; a washing pump disposed in the space formed by the base for supplying the water stored in the sump to the washing space; and an air jet generator with an air pulverizing pipe having a venturi shape for forming air bubbles in water, the air pulverizing pipe including an inlet disposed in the space formed by the base and connected to the washing pump, an air inlet hole formed on one side thereof, and an outlet disposed within the tub, wherein the air jet generator includes: a tub mounting portion fixing a first portion of the air jet generator to the tub, and a base fixing portion fixing a second portion of the air jet generator to the base; characterized in that: the base fixing portion includes a fixing rib fixed to the base, the fixing rib protruding from the air jet generator and extending along the air pulverizing pipe.
A compound or a pharmaceutically acceptable salt thereof or a solvate thereof for use in a method for treatment of the human or animal body, wherein the compound comprises the structure of and is selected from the group of compounds:
A gas flow measuring circuit comprising at least one reference resistor outside the gas flow and at least one variable resistor that varies in accordance with the characteristics of the flow of a gas and means for determination of the difference between said reference resistor and variable resistor, characterised in that the at least one reference resistor is arranged outside the gas flow and is at least by a factor of 10 less temperature sensitive than the at least one variable resistor, at least one current loop arrangement comprising first current source means coupled in series with said reference resistor and second current source means coupled in series with said variable resistor wherein both resistors are connected to ground for providing an ideally constant and equal current through the respective resistor (4, 5) to produce first voltages across the reference resistor and second voltages across the variable resistor, and voltage measuring means for measuring the voltage difference between said reference resistor and said variable resistor to produce a characteristic voltage difference representative of the characteristics of the gas, comprising at least two separate resistors (4a, 4b, 4c) in series as reference resistor and reference resistor input multiplexing means alternately electrically switching one input of the voltage measuring means to at least one of the separate resistors (4a, 4b, 4c) in series representing the reference resistor with the variable resistor connected to the other input of the voltage measuring means.
A method, characterized in that the method comprises: transmitting, by a user equipment, a capability message to an access node in a wireless network, wherein the capability message indicates capability corresponding to machine learning of the user equipment at a current time instance; receiving, by the user equipment from the access node, a configuration message for radio measurements indicating one or more sets of parameters to be measured; receiving, by the user equipment, a configured capability in a message from the access node and matching by the user equipment the configured capability with the capability of the user equipment at the current time instance for ensuring that all capabilities that are indicated in the received message as being required to use machine learning are supported by the user equipment; measuring (740, 775), by the user equipment, the one or more sets of parameters; using (740, 775), by the user equipment, machine learning to infer one or more values for at least one of the parameters in the one or more sets of parameters based on the measured one or more sets of parameters and based on the received configured capability; and reporting (770, 780), from the user equipment to the access node, the inferred one or more values for the at least one parameter. transmitting, by a user equipment, a capability message to an access node in a wireless network, wherein the capability message indicates capability corresponding to machine learning of the user equipment at a current time instance; receiving, by the user equipment from the access node, a configuration message for radio measurements indicating one or more sets of parameters to be measured; receiving, by the user equipment, a configured capability in a message from the access node and matching by the user equipment the configured capability with the capability of the user equipment at the current time instance for ensuring that all capabilities that are indicated in the received message as being required to use machine learning are supported by the user equipment; measuring (740, 775), by the user equipment, the one or more sets of parameters; using (740, 775), by the user equipment, machine learning to infer one or more values for at least one of the parameters in the one or more sets of parameters based on the measured one or more sets of parameters and based on the received configured capability; and reporting (770, 780), from the user equipment to the access node, the inferred one or more values for the at least one parameter.
A refrigeration apparatus, comprising: a housing that surrounds a refrigeration chamber where a refrigeration target is stored; and a negative pressure release port that includes a cylindrical body attached to the housing so as to protrude into the refrigeration chamber, a heating element provided in the cylindrical body, and a rib joining the cylindrical body and the heating element, wherein the rib is placed at a position across an inner surface of the housing, characterized in that the rib is placed so that 50% or more of a length of a portion where the rib is joined to the cylindrical body is located outside of the inner surface of the housing. a housing that surrounds a refrigeration chamber where a refrigeration target is stored; and a negative pressure release port that includes a cylindrical body attached to the housing so as to protrude into the refrigeration chamber, a heating element provided in the cylindrical body, and a rib joining the cylindrical body and the heating element, wherein the rib is placed at a position across an inner surface of the housing, characterized in that the rib is placed so that 50% or more of a length of a portion where the rib is joined to the cylindrical body is located outside of the inner surface of the housing.
A fuel cell separator plate (22, 30), comprising: fluorinated ethylene propylene; and flake graphite particles having a length along a planar direction and a thickness along a generally perpendicular direction with the planar direction being oriented parallel to the plane of the separator plate (22, 30), the flake graphite particles having a thickness of at least 20 micrometers and an aspect ratio of length to thickness that is between 5.0 and 7.5. fluorinated ethylene propylene; and flake graphite particles having a length along a planar direction and a thickness along a generally perpendicular direction with the planar direction being oriented parallel to the plane of the separator plate (22, 30), the flake graphite particles having a thickness of at least 20 micrometers and an aspect ratio of length to thickness that is between 5.0 and 7.5.
A coupling releasably connecting a fluid conduit to a port of a top drive cement swivel the coupling comprising: a stinger assembly affixed to the conduit, the stinger assembly having a generally cylindrical stinger for carrying fluid from the fluid conduit to the port and a generally cylindrical breech lock barrel radially surrounding the stinger and presenting at least one raised key thereupon; a breech lock connector associated with the port, the breech lock connector comprising a bore that is shaped and sized to receive the stinger and the breech lock barrel therein and having at least one radially inwardly projecting ridge and; wherein, the stinger assembly is secured to the breech lock connector by a inserting the stinger assembly within the bore at a rotational angle wherein the at least one key is angularly unaligned with the at least one ridge and then rotating the stinger assembly so that the at least one key is located behind and angularly in line with the at least one ridge: further comprising a locking arrangement for securing the stinger assembly against rotation within the breech lock connector; characterised in that the locking arrangement comprises: a locking pin associated with the cement swivel and movable in parallel with a stinger axis between a first, unlocked position and a second, locked position; and an indentation associated with the stinger assembly into which the locking pin is seated when in the locked position. a stinger assembly affixed to the conduit, the stinger assembly having a generally cylindrical stinger for carrying fluid from the fluid conduit to the port and a generally cylindrical breech lock barrel radially surrounding the stinger and presenting at least one raised key thereupon; a breech lock connector associated with the port, the breech lock connector comprising a bore that is shaped and sized to receive the stinger and the breech lock barrel therein and having at least one radially inwardly projecting ridge and; wherein, the stinger assembly is secured to the breech lock connector by a inserting the stinger assembly within the bore at a rotational angle wherein the at least one key is angularly unaligned with the at least one ridge and then rotating the stinger assembly so that the at least one key is located behind and angularly in line with the at least one ridge: further comprising a locking arrangement for securing the stinger assembly against rotation within the breech lock connector; characterised in that the locking arrangement comprises: a locking pin associated with the cement swivel and movable in parallel with a stinger axis between a first, unlocked position and a second, locked position; and an indentation associated with the stinger assembly into which the locking pin is seated when in the locked position. a locking pin associated with the cement swivel and movable in parallel with a stinger axis between a first, unlocked position and a second, locked position; and an indentation associated with the stinger assembly into which the locking pin is seated when in the locked position.