mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: registering, by an integrity manager, operating system hooks on behalf of a kernel-mode component of a computing device; receiving, by the integrity manager, a request associated with an update to the kernel-mode component; without rebooting the computing device, unloading, by the integrity manager, at least one component of the kernel-mode component; following the unloading, logging, by the integrity manager, events associated with the operating system hooks; following the logging, loading, by the integrity manager, an updated version of that at least one component of the kernel-mode component; and following the loading, delivering, by the integrity manager, the logged events to the updated kernel-mode component. registering, by an integrity manager, operating system hooks on behalf of a kernel-mode component of a computing device; receiving, by the integrity manager, a request associated with an update to the kernel-mode component; without rebooting the computing device, unloading, by the integrity manager, at least one component of the kernel-mode component; following the unloading, logging, by the integrity manager, events associated with the operating system hooks; following the logging, loading, by the integrity manager, an updated version of that at least one component of the kernel-mode component; and following the loading, delivering, by the integrity manager, the logged events to the updated kernel-mode component.
A method for synthesizing ZSM-58 crystals, comprising: forming a reaction mixture capable of forming ZSM-58 crystals, the mixture comprising water, a silicon oxide, an alkali or alkaline earth metal hydroxide, and a methyltropinium salt structure directing agent, the mixture having a molar ratio of water to silicon oxide of 12 to 25, a molar ratio of hydroxide to silicon oxide of 0.01 to 1.0, a molar ratio of alkali and alkaline earth metal to silicon oxide of 0.01 to 1.0, a molar ratio of structure directing agent to silicon oxide of 0.01 to 2.0, and at least 0.05 wt% of seeds relative to the weight of silicon oxide in the mixture, wherein the seeds are ZSM-58 seed crystals; and recovering the ZSM-58 crystals. forming a reaction mixture capable of forming ZSM-58 crystals, the mixture comprising water, a silicon oxide, an alkali or alkaline earth metal hydroxide, and a methyltropinium salt structure directing agent, the mixture having a molar ratio of water to silicon oxide of 12 to 25, a molar ratio of hydroxide to silicon oxide of 0.01 to 1.0, a molar ratio of alkali and alkaline earth metal to silicon oxide of 0.01 to 1.0, a molar ratio of structure directing agent to silicon oxide of 0.01 to 2.0, and at least 0.05 wt% of seeds relative to the weight of silicon oxide in the mixture, wherein the seeds are ZSM-58 seed crystals; and recovering the ZSM-58 crystals.
A system for providing endodontic material, the system comprising: an application device comprising: a cartridge including a chamber structure containing endodontic material, with the chamber structure capable of being heated by magnetic induction; and a handle assembly configured to hold the cartridge; and a docking station including a slot configured to contain the application device with a part of the application device positioned in the slot, the docking station being provided with at least one induction heating coil positioned adjacent to the slot. an application device comprising: a cartridge including a chamber structure containing endodontic material, with the chamber structure capable of being heated by magnetic induction; and a handle assembly configured to hold the cartridge; and a cartridge including a chamber structure containing endodontic material, with the chamber structure capable of being heated by magnetic induction; and a handle assembly configured to hold the cartridge; and a docking station including a slot configured to contain the application device with a part of the application device positioned in the slot, the docking station being provided with at least one induction heating coil positioned adjacent to the slot.
A modified virgin coconut oil derived from catalyzing coconut oil with 1,3-specific lipase and subjecting it to glycerolysis, said modified coconut oil containing 24.63 mg/g caprylic acid, 17.81 mg/g capric acid, 133.70 mg/g lauric acid and 11.82 mg/g monocaprylin, 8.29 mg/g monocaprin and 57.16 mg/g monolaurin; or 23.10 mg/g caprylic acid, 16.08 mg/g capric acid, 116.81 mg/g lauric acid and 16.04 mg/g monocaprylin, 10.35 mg/g monocaprin and 75.54 mg/g monolaurin.
Assembly for multispectral light emission comprising at least - a wide-band light source that emits light in a spectral range, - a filter array made up of a plurality of spectral filters having a spectral width which lies at least in part within the spectral range of the light source, and - an optical switch device for controlling a passage of the light emitted by the light source through the filter array, wherein the light source, the filter array and the optical switch device are arranged such that the light emitted by the light source is guided via the optical switch device and the filter array to an outlet of the assembly, - wherein the optical switch device comprises an array of micromirrors or micro-diaphragms and is designed and arranged in such a way that it can selectively guide the light emitted by the light source only through one or more arbitrarily specifiable spectral filters of the filter array to the outlet of the assembly, wherein each combination of one or more elements of the optical switch device and an associated spectral filter of the filter array represents an optical channel, characterized in that a device for preventing optical crosstalk between the optical channels is arranged between the light source and the filter array. - a wide-band light source that emits light in a spectral range, - a filter array made up of a plurality of spectral filters having a spectral width which lies at least in part within the spectral range of the light source, and - an optical switch device for controlling a passage of the light emitted by the light source through the filter array, wherein the light source, the filter array and the optical switch device are arranged such that the light emitted by the light source is guided via the optical switch device and the filter array to an outlet of the assembly, - wherein the optical switch device comprises an array of micromirrors or micro-diaphragms and is designed and arranged in such a way that it can selectively guide the light emitted by the light source only through one or more arbitrarily specifiable spectral filters of the filter array to the outlet of the assembly, wherein each combination of one or more elements of the optical switch device and an associated spectral filter of the filter array represents an optical channel,
A method for transmitting signals, comprising: receiving, by a combiner, multiple antenna interface standards group, AISG, protocol signals sent by a plurality of local devices and adding, by the combiner, corresponding labels to the AISG protocol signals, wherein the labels are used to identify mapping relationships between the local devices that send the AISG protocol signals and peer devices; and packing, by the combiner, the AISG protocol signals to which the labels are added into a data packet and sending, by the combiner, the data packet to a peer combiner through a shared feeder, so as to enable the peer combiner to unpack the data packet and send the AISG protocol signals to the corresponding peer devices according to the labels added to the AISG protocol signals; wherein the labels are base station identifiers, or identification codes negotiated between the combiner and the peer combiner. receiving, by a combiner, multiple antenna interface standards group, AISG, protocol signals sent by a plurality of local devices and adding, by the combiner, corresponding labels to the AISG protocol signals, wherein the labels are used to identify mapping relationships between the local devices that send the AISG protocol signals and peer devices; and packing, by the combiner, the AISG protocol signals to which the labels are added into a data packet and sending, by the combiner, the data packet to a peer combiner through a shared feeder, so as to enable the peer combiner to unpack the data packet and send the AISG protocol signals to the corresponding peer devices according to the labels added to the AISG protocol signals; wherein the labels are base station identifiers, or identification codes negotiated between the combiner and the peer combiner.
A method of responding to the environment of a device having a processor, a memory, a screen, a location determination module, and at least one audio sensor, the method comprising: producing sensor data about first and second sounds in the environment of the device, from the audio sensor; presenting, on the screen, a user interface comprising first and second parts: the first part of the user interface presenting a first icon (110, 110a, 110b) representing identification information from the audio sensor for the first sound, and a second icon (110, 110a, 110b) representing identification information from the audio sensor for the second sound; and the second part of the user interface simultaneously presenting a geographical map with indicia indicating the geolocation of the first and second sounds; responding to user selection of one of said indicia by presenting additional information about the sound corresponding thereto; and filtering historical indicia using a time-control, so that only indicia corresponding to sounds within a specified interval of time are presented on the screen. producing sensor data about first and second sounds in the environment of the device, from the audio sensor; presenting, on the screen, a user interface comprising first and second parts: the first part of the user interface presenting a first icon (110, 110a, 110b) representing identification information from the audio sensor for the first sound, and a second icon (110, 110a, 110b) representing identification information from the audio sensor for the second sound; and the second part of the user interface simultaneously presenting a geographical map with indicia indicating the geolocation of the first and second sounds; the first part of the user interface presenting a first icon (110, 110a, 110b) representing identification information from the audio sensor for the first sound, and a second icon (110, 110a, 110b) representing identification information from the audio sensor for the second sound; and the second part of the user interface simultaneously presenting a geographical map with indicia indicating the geolocation of the first and second sounds; responding to user selection of one of said indicia by presenting additional information about the sound corresponding thereto; and filtering historical indicia using a time-control, so that only indicia corresponding to sounds within a specified interval of time are presented on the screen.
A method of performing error notification and error recovery functions in an image forming apparatus, the image forming apparatus comprising a plurality of sub-processors each controlling hardware units included in the image forming apparatus and a main processor controlling the plurality of sub-processors, and the method comprising: a sub-processor of the plurality of sub-processors detecting an error of the main processor; the sub-processor deactivating a function of receiving data relating to an operation from outside the image forming apparatus when the error is detected; and the sub-processor recovering the detected error by controlling an operation of the main processor so that the sub-processor causes an application program being executed by the main processor and having the error to end followed by re-running the application program. a sub-processor of the plurality of sub-processors detecting an error of the main processor; the sub-processor deactivating a function of receiving data relating to an operation from outside the image forming apparatus when the error is detected; and the sub-processor recovering the detected error by controlling an operation of the main processor so that the sub-processor causes an application program being executed by the main processor and having the error to end followed by re-running the application program.
Force sensor, comprising: - a wall comprising an array of measurement cells, each measurement cell being filled with a filling material in which at least one inclusion of a substance is embedded, - for each cell, at least one light source arranged in order to illuminate the at least one inclusion embedded in this cell, - for each cell, a measurement system comprising at least one optical measurement point arranged in order to capture light originating from the at least one inclusion embedded in this cell, - for each cell, means (9, 10) arranged in order to convert optical signals originating from the measurement system of this cell to a signal representative of a force exerted on this cell, this signal being dependent on a movement of the at least one inclusion embedded within the filling material of this cell. - a wall comprising an array of measurement cells, each measurement cell being filled with a filling material in which at least one inclusion of a substance is embedded, - for each cell, at least one light source arranged in order to illuminate the at least one inclusion embedded in this cell, - for each cell, a measurement system comprising at least one optical measurement point arranged in order to capture light originating from the at least one inclusion embedded in this cell, - for each cell, means (9, 10) arranged in order to convert optical signals originating from the measurement system of this cell to a signal representative of a force exerted on this cell, this signal being dependent on a movement of the at least one inclusion embedded within the filling material of this cell.
A method of applying a protective aluminum coating with improved adhesion on an aluminum alloy component said method comprising: (a) pretreating the surface of the component by depositing a sacrificial protective layer using an immersion coating process; (b) electrolytically removing portions of, or all of, the protective layer and portions of the underlying aluminum alloy substrate by electrolytic etching in an ionic liquid; and (c) electrodepositing a protective pure aluminum coating on the component; characterised in that the aluminum alloy substrate comprises at least one of 6061 alloy, 7075 alloy, and 2024 alloy and the electrodeposition of step (c) is carried out in the same ionic liquid bath as the etching step of step (b). (a) pretreating the surface of the component by depositing a sacrificial protective layer using an immersion coating process; (b) electrolytically removing portions of, or all of, the protective layer and portions of the underlying aluminum alloy substrate by electrolytic etching in an ionic liquid; and (c) electrodepositing a protective pure aluminum coating on the component;
A sensation imparting apparatus comprising: a transmission part that transmits operator state information indicating a state of an operator operating a robot to the robot; a reception part that receives robot state information indicating a state of the robot from the robot; a sensation imparting part that imparts a predetermined sensation to the operator; and a control part that controls the sensation imparting part to impart a sensation based on the robot state information to the operator if a delay time required from when the transmission part transmits the operator state information to when the reception part receives the robot state information is equal to or shorter than a predetermined time period, and controls the sensation imparting part to impart a sensation based on virtual state information indicating an estimated state of the robot to the operator if the delay time is longer than the predetermined time period, wherein the control part controls the sensation imparting part to impart, to the operator, a sensation interpolated between a first sensation based on the virtual state information and a second sensation based on the robot state information received by the reception part after imparting the sensation based on the virtual state information to the operator, if there is a difference of a predetermined magnitude or more between the first sensation and the second sensation. a transmission part that transmits operator state information indicating a state of an operator operating a robot to the robot; a reception part that receives robot state information indicating a state of the robot from the robot; a sensation imparting part that imparts a predetermined sensation to the operator; and a control part that controls the sensation imparting part to impart a sensation based on the robot state information to the operator if a delay time required from when the transmission part transmits the operator state information to when the reception part receives the robot state information is equal to or shorter than a predetermined time period, and controls the sensation imparting part to impart a sensation based on virtual state information indicating an estimated state of the robot to the operator if the delay time is longer than the predetermined time period, wherein the control part controls the sensation imparting part to impart, to the operator, a sensation interpolated between a first sensation based on the virtual state information and a second sensation based on the robot state information received by the reception part after imparting the sensation based on the virtual state information to the operator, if there is a difference of a predetermined magnitude or more between the first sensation and the second sensation.
A detergent composition for the non-oxidative laundering of fabric stains, the composition comprising: (a) from 0.1 to 10% (by weight based on the total weight of the composition) of one or more deferoxamines; and (b) from 15 to 80% (by weight based on the total weight of the composition) of one or more detersive surfactants; in which the one or more deferoxamines correspond to the general formula: in which m is 3, 4 or 5; n and o are each independently 4 or 5; p is 0 or 1; R 1 is a monovalent group selected from H- and CH 3 CO- or together with R 2 forms a divalent -CO(CH 2) 2 CO- group; and R 2 is a monovalent group selected from -H, - COCH 3 and -CO(CH 2) 2 COOH; or together with R 1 forms a divalent -CO(CH 2) 2 CO-group; and/or an acid addition salt thereof selected from hydrochlorides, sulfates, phosphates, nitrates, methanesulfonates (mesylates), ethanesulfonates, ammonium salts and alkali metal salts; in which the composition contains from 0 to 0.01% (by weight based on the total weight of the composition) of transition metal ions selected from Fe, Co, Co, Mn, Mn, Ce, Ce, Zn and Bi and mixtures thereof; and in which the composition contains from 0 to 0.01% (by weight based on the total weight of the composition) of oxidising agents selected from halogen-based bleaches, oxygen-based bleaches and mixtures thereof. (a) from 0.1 to 10% (by weight based on the total weight of the composition) of one or more deferoxamines; and (b) from 15 to 80% (by weight based on the total weight of the composition) of one or more detersive surfactants; in which m is 3, 4 or 5; n and o are each independently 4 or 5; p is 0 or 1; R 1 is a monovalent group selected from H- and CH 3 CO- or together with R 2 forms a divalent -CO(CH 2) 2 CO- group; and R 2 is a monovalent group selected from -H, - COCH 3 and -CO(CH 2) 2 COOH; or together with R 1 forms a divalent -CO(CH 2) 2 CO-group; and/or an acid addition salt thereof selected from hydrochlorides, sulfates, phosphates, nitrates, methanesulfonates (mesylates), ethanesulfonates, ammonium salts and alkali metal salts; in which the composition contains from 0 to 0.01% (by weight based on the total weight of the composition) of transition metal ions selected from Fe, Co, Co, Mn, Mn, Ce, Ce, Zn and Bi and mixtures thereof; and in which the composition contains from 0 to 0.01% (by weight based on the total weight of the composition) of oxidising agents selected from halogen-based bleaches, oxygen-based bleaches and mixtures thereof.
A catalyst containing an active phase comprising at least one metal of group VIIIB selected from cobalt, nickel, ruthenium and iron deposited on an oxides support comprising alumina, silica, phosphorus and at least one simple spinel MAl 2 O 4 or mixed spinel M x M' (1-x)Al 2 O 4 which is or is not partial, wherein M and M' are separate metals selected from the group formed by magnesium (Mg), copper (Cu), cobalt (Co), nickel (Ni), tin (Sn), zinc (Zn), lithium (Li), calcium (Ca), caesium (Cs), sodium (Na), potassium, iron (Fe) and manganese (Mn) and in which x is between 0 and 1, the values 0 and 1 being themselves excluded, and in which the phosphorus content of said support is between 0.5% by weight to 3% by weight of said element with respect to the weight of the support.
A compound capable of inhibiting hemopoietic cell kinase (p59-HCK) activity for use in the treatment or prophylaxis of infection by influenza virus (A, B and C strains) wherein the compound is not N -(4-(4-(3-(3- tert -butyl-1- p -tolyl-1 H -pyrazol-5-yl) ureido) naphthalen-1-yloxy)pyridin-2-yl)-2-methoxyacetamide or a pharmaceutically acceptable salt or solvate thereof.
A method of making a methylolalkane from formaldehyde and a C 2 or higher condensable aldehyde in a multistage process comprising: (a) providing a formaldehyde containing stream to a tubular reaction system with a plurality of successive reaction stages; (b) adding a C 2 or higher condensible aldehyde and optionally a base to the formaldehyde containing stream wherein at least one of the C 2 or higher condensible aldehyde or base are added to the formaldehyde containing stream at a plurality of successive feed points to provide a production stream which is progressively provided with additional C 2 or higher condensible aldehyde or base as the production stream advances through the successive reaction stages; and (c) converting the C 2 or higher condensible aldehyde and formaldehyde to a methylolalkane, Wherein (i) the production stream is fed to a plurality of tubular reaction sections provided with tube inserts following addition of the C 2 or higher condensable aldehyde or base; or (ii) there is provided a cooling control system adapted to control temperature and flow of a cooling medium wherein the flow of the cooling medium is independently controlled in different stages of the reaction system in response to temperature measurements in respective stages. (a) providing a formaldehyde containing stream to a tubular reaction system with a plurality of successive reaction stages; (b) adding a C 2 or higher condensible aldehyde and optionally a base to the formaldehyde containing stream wherein at least one of the C 2 or higher condensible aldehyde or base are added to the formaldehyde containing stream at a plurality of successive feed points to provide a production stream which is progressively provided with additional C 2 or higher condensible aldehyde or base as the production stream advances through the successive reaction stages; and (c) converting the C 2 or higher condensible aldehyde and formaldehyde to a methylolalkane,
A busbar for connecting battery cells, having an electrically conductive metal sheet and having at least one sheet metal connector piece, which is incorporated into the metal sheet with the aid of a cutting method and which protrudes from the metal sheet; the sheet metal connector piece has a contacting part for electrically connecting to a pole of the battery cell and a safety part embodied in the form of a fuse, characterized in that the safety part is embodied in the form of a coiled helical spring.