mhurhangee/ep-ind-claims huggingface dataset:
A resource leak detection method, wherein, target code is partial code in program code, target resource is called in a process in which the target code runs, characterized in that a storage location of target code comprises at least two storage location units, each of the storage location units stores sub-code, the sub-code stored in the at least two storage location units constitutes the target code, wherein the method comprises: obtaining a target sub-resource called when the sub-code stored in the storage location unit runs, wherein target sub-resources called when the sub-code stored in the at least two storage location units runs constitute the target resource; determining a proportion value that the target sub-resource, which is called when the sub-code stored in the storage location unit runs, accounts for in the first storage resource amount; determining whether the proportion value satisfies a preset condition, wherein the preset condition is set as follows: the proportion value that the target sub-resource, which is called when the sub-code stored in the storage location unit runs, accounts for in the first storage resource amount constitutes a resource leak, and if the proportion value satisfies the preset condition, determining the storage location unit as a resource leak location unit.
An external device for the treatment of sleep disordered breathing, the device comprising: a housing configured for temporary affixation on at least one of a neck and a head of a subject; and at least one processor associated with the housing and configured for electrical communication with a power source; and an antenna associated with the at least one processor; the at least one processor is configured to: communicate with an implant circuit located in a region including at least one of the neck, an underside of a chin, and the head of the subject in a location proximate a hypoglossal nerve, characterized in that the processor is further configured to cause power to be delivered to the implant circuit via a signal in a first power mode and in a second power mode, wherein a first level of power delivered in the first power mode is less than a second level of power delivered in the second power mode, and wherein during a therapy period, power delivery is associated with a duty cycle such that power delivery in the first power mode occurs over a total time that is greater than 50% of the therapy period. a housing configured for temporary affixation on at least one of a neck and a head of a subject; and at least one processor associated with the housing and configured for electrical communication with a power source; and an antenna associated with the at least one processor; the at least one processor is configured to: communicate with an implant circuit located in a region including at least one of the neck, an underside of a chin, and the head of the subject in a location proximate a hypoglossal nerve, characterized in that the processor is further configured to cause power to be delivered to the implant circuit via a signal in a first power mode and in a second power mode, wherein a first level of power delivered in the first power mode is less than a second level of power delivered in the second power mode, and wherein during a therapy period, power delivery is associated with a duty cycle such that power delivery in the first power mode occurs over a total time that is greater than 50% of the therapy period. communicate with an implant circuit located in a region including at least one of the neck, an underside of a chin, and the head of the subject in a location proximate a hypoglossal nerve, characterized in that the processor is further configured to cause power to be delivered to the implant circuit via a signal in a first power mode and in a second power mode, wherein a first level of power delivered in the first power mode is less than a second level of power delivered in the second power mode, and wherein during a therapy period, power delivery is associated with a duty cycle such that power delivery in the first power mode occurs over a total time that is greater than 50% of the therapy period.
A method of wireless communications, comprising: determining, by a user equipment, UE, connected to a cell, a change of location of the UE; attempting, by the UE, to detect a small cell based on small cell information; and transmitting a message to turn on the small cell when the small cell is not detected, characterized in that the small cell information is requested, by the UE, from a database based at least in part on the change of location of the UE, wherein the small cell information corresponds to information relating to the small cell within a vicinity of the UE as a result of the change of location of the UE. determining, by a user equipment, UE, connected to a cell, a change of location of the UE; attempting, by the UE, to detect a small cell based on small cell information; and transmitting a message to turn on the small cell when the small cell is not detected, characterized in that the small cell information is requested, by the UE, from a database based at least in part on the change of location of the UE, wherein the small cell information corresponds to information relating to the small cell within a vicinity of the UE as a result of the change of location of the UE.
Method for operating a vehicle which moves automatically within an environment, in particular a cleaning robot, wherein the vehicle detects environment data relating to obstacles during a movement within the environment, wherein the vehicle recognizes its current position and orientation within the environment by means of a comparison of the detected environment data with map data of an environment map and moves within the environment by means of the environment map, wherein the environment map is shown on a display of the vehicle, the environment map being shown on the display of the vehicle which is oriented substantially horizontally with respect to its display plane during a movement of the vehicle, characterized in that the orientation of the map of the surroundings is varied as a function of a detected orientation of the vehicle within the environment, the environment map always being displayed in such a way that the orientation of the displayed map of the surroundings corresponds to the spatial orientation of the environment, wherein the orientation of the environment map relative to the display varies with the current direction of travel of the vehicle and the orientation of the environment map shown on the display of the vehicle is changed if the vehicle changes its direction of travel, and wherein the environment map shown on the display is a smaller image of the actual environment and corresponds to reality in relation to the spatial directions shown.
A compound of general formula A - B - C (F', G') - B - E or general formula (XXII) A - B - C (F', G') - E (XXII) wherein - A is a perfluorocarbon, - B is at least one predetermined breaking point, - C is absent or is a linker, wherein the linker is selected from the group consisting of: linear or branched acyclic or cyclic, polycyclic or heterocyclic aliphatic alkanes, alkenes, alkynes, aromatic compounds, - E is an oligonucleotide or a nucleic acid, - F' is absent or is a ligand, wherein the ligand is selected from the group consisting of: transferrin, folic acid, galactose, lactose, mannose, epidermal growth factor, RGD peptide, biotin or a nuclear localization signal, - G' is absent or is a marker, wherein the marker is a fluorescent dye, wherein: - A, B, C, E, F', G' are linked via covalent bonds, and - A-B, optionally with C, F' and/or G', is linked to E at the 2'-position of ribose, to the phosphate group or to the nucleobase, wherein: A is selected from the group of perfluorocarbons consisting of C 4 -C 30, preferably of C 4 -C 20, alkanes, alkenes or alkynes, which may be linear or branched, in which all H atoms are replaced by F atoms, and wherein: the predetermined breaking point B is structured in the form of a glycoside bond, a disulfide bridge, an ester group, ether group, peptide bond, imine bond, hydrazone bond, acylhydrazone bond, ketal bond, acetal bond, cis-aconitrile bond, trityl bond, beta-D-glucosylceramide and/or dithiothreitol, or in the form of a plasmalogen perfluoride, a vinyl ether group or ortho ester. - A is a perfluorocarbon, - B is at least one predetermined breaking point, - C is absent or is a linker, wherein the linker is selected from the group consisting of: linear or branched acyclic or cyclic, polycyclic or heterocyclic aliphatic alkanes, alkenes, alkynes, aromatic compounds, - E is an oligonucleotide or a nucleic acid, - F' is absent or is a ligand, wherein the ligand is selected from the group consisting of: transferrin, folic acid, galactose, lactose, mannose, epidermal growth factor, RGD peptide, biotin or a nuclear localization signal, - G' is absent or is a marker, wherein the marker is a fluorescent dye, - A, B, C, E, F', G' are linked via covalent bonds, and - A-B, optionally with C, F' and/or G', is linked to E at the 2'-position of ribose, to the phosphate group or to the nucleobase, wherein: A is selected from the group of perfluorocarbons consisting of C 4 -C 30, preferably of C 4 -C 20, alkanes, alkenes or alkynes, which may be linear or branched, in which all H atoms are replaced by F atoms, and wherein: the predetermined breaking point B is structured in the form of a glycoside bond, a disulfide bridge, an ester group, ether group, peptide bond, imine bond, hydrazone bond, acylhydrazone bond, ketal bond, acetal bond, cis-aconitrile bond, trityl bond, beta-D-glucosylceramide and/or dithiothreitol, or in the form of a plasmalogen perfluoride, a vinyl ether group or ortho ester.
A glass plate scribing method characterized by comprising the steps of: rotating or swinging a cutter wheel about a vertical axis perpendicular to one surface of a glass plate in a state in which said cutter wheel is brought into pressure contact with the one surface of the glass plate at a scribe starting point at the time of a scribing start, to thereby scribe form a dent at the starting point; bringing said cutter wheel into pressure contact with the one surface of the glass plate at the dent after said dent is formed; and subsequently starting scribing from within the dent by said cutter wheel with respect to the one surface of the glass plate in a state in which said cutter wheel is brought into pressure contact with the one surface of the glass plate at said dent.
Method for determining a fresh air volume flow in a vehicle for transporting people, comprising the steps: a) introducing or generating a defined water vapor mass flow into/in a passenger compartment of the vehicle, b) monitoring an air humidity in the passenger compartment of the vehicle, and c) after a quasi-stationary air humidity has been reached in the passenger compartment, calculating the fresh air volume flow according to the following equation: V ̇ fr = m ̇ ev + n ⋅ m ̇ p ρ fr ⋅ x fr − ρ i ⋅ x i with V̇ fr fresh air volume flow [m 3 /h] ṁ ev mass of the evaporated water in the interior [kg/h] n number of people in the compartment ṁ p water mass flow given off by a person [kg/h] p fr density of the fresh air (humid air) [kg/m 3] x fr specific air humidity of the fresh air [kg/kg] ρ i density of the compartment air (humid air) [kg/m 3] x i specific air humidity of the compartment air [kg/kg]. a) introducing or generating a defined water vapor mass flow into/in a passenger compartment of the vehicle, b) monitoring an air humidity in the passenger compartment of the vehicle, and c) after a quasi-stationary air humidity has been reached in the passenger compartment, calculating the fresh air volume flow according to the following equation: V ̇ fr = m ̇ ev + n ⋅ m ̇ p ρ fr ⋅ x fr − ρ i ⋅ x i V̇ fr fresh air volume flow [m 3 /h] ṁ ev mass of the evaporated water in the interior [kg/h] n number of people in the compartment ṁ p water mass flow given off by a person [kg/h] p fr density of the fresh air (humid air) [kg/m 3] x fr specific air humidity of the fresh air [kg/kg] ρ i density of the compartment air (humid air) [kg/m 3] x i specific air humidity of the compartment air [kg/kg].
A system for forming a laser-sustained plasma, comprising: a gas containment element, wherein the gas containment element is configured to contain a volume of a gas mixture, wherein the gas mixture includes a first gas component and a second gas component; an illumination source configured to generate pump illumination; and a collector element configured to focus the pump illumination from the pumping source into the volume of the gas mixture in order to generate a plasma within the volume of the gas mixture, when in use the plasma emits broadband radiation, wherein the second gas component suppresses at least one of a portion of the broadband radiation associated with the first gas component or radiation by one or more excimers associated with the first gas component from a spectrum of radiation exiting the gas mixture; wherein the gas mixture further includes a third gas component, wherein the third gas component suppresses at least one of a portion of the broadband radiation associated with the first and/or second gas component or radiation by one or more excimers associated with the first and/or second gas component from the spectrum of radiation exiting the gas mixture, characterised in that the third gas component comprises less than 5 mg per cubic centimeter of the gas mixture. a gas containment element, wherein the gas containment element is configured to contain a volume of a gas mixture, wherein the gas mixture includes a first gas component and a second gas component; an illumination source configured to generate pump illumination; and a collector element configured to focus the pump illumination from the pumping source into the volume of the gas mixture in order to generate a plasma within the volume of the gas mixture, when in use the plasma emits broadband radiation, wherein the second gas component suppresses at least one of a portion of the broadband radiation associated with the first gas component or radiation by one or more excimers associated with the first gas component from a spectrum of radiation exiting the gas mixture; wherein the gas mixture further includes a third gas component, wherein the third gas component suppresses at least one of a portion of the broadband radiation associated with the first and/or second gas component or radiation by one or more excimers associated with the first and/or second gas component from the spectrum of radiation exiting the gas mixture, characterised in that the third gas component comprises less than 5 mg per cubic centimeter of the gas mixture.
Method of production of a roll with a plurality of objects comprising a liner, a lamination (7, 19) and a plurality of objects disposed between the liner and the lamination, the method including the following steps: ✔ providing a roll comprising a liner and a self- adhesive material (21, 22), ✔ applying a lamination (7, 19) with glue on the self-adhesive material, wherein the objects are stickers or cards and in that method further includes the steps of: ✔ separating the lamination and the self-adhesive material (21, 22) from the liner, ✔ engraving the self-adhesive material (21, 22), so as to produce a plurality of stickers or cards and waste material, ✔ removing the waste material and ✔ recombining the lamination and the self-adhesive material (21, 22) with the liner to form the roll with a plurality of stickers or cards, which are completely sealed, so as they do not have any contact with the exterior environment. ✔ providing a roll comprising a liner and a self- adhesive material (21, 22), ✔ applying a lamination (7, 19) with glue on the self-adhesive material, wherein the objects are stickers or cards and in that method further includes the steps of: ✔ separating the lamination and the self-adhesive material (21, 22) from the liner, ✔ engraving the self-adhesive material (21, 22), so as to produce a plurality of stickers or cards and waste material, ✔ removing the waste material and ✔ recombining the lamination and the self-adhesive material (21, 22) with the liner to form the roll with a plurality of stickers or cards, which are completely sealed, so as they do not have any contact with the exterior environment.
Method for producing a sealed connector, comprising: - a first phase wherein cables are connected to a base with terminals (3, 3a), wherein it comprises: - a second phase wherein a protective element is provided over at least one part of terminals, which coincides with the part of the connector that is going to be overmoulded, with said protective element being welded to base by ultrasound defining a sealed housing where at least said terminals are housed, and - a third phase wherein the unit from the second phase is inserted into a mould and protective element, a part of base and a part of cables are overmoulded, defining a predetermined overmoulded external shape and sealing the cables-terminal unit. - a first phase wherein cables are connected to a base with terminals (3, 3a), - a second phase wherein a protective element is provided over at least one part of terminals, which coincides with the part of the connector that is going to be overmoulded, with said protective element being welded to base by ultrasound defining a sealed housing where at least said terminals are housed, and - a third phase wherein the unit from the second phase is inserted into a mould and protective element, a part of base and a part of cables are overmoulded, defining a predetermined overmoulded external shape and sealing the cables-terminal unit.
A computer-implemented method for providing secure services to a network device comprising a secure element, the method comprising: maintaining, by a computer, at least one cryptographic key for the secure element, the at least one cryptographic key operable to provide secure access to the secure element via a secure communication channel; receiving, by the computer, from the network device, a request to change trusted service managers from a first trusted service manager to a second trusted service manager; causing, by the computer, the first trusted service manager to lose access to the secure element by revoking the at least one cryptographic key from the first trusted service manager in response to receiving the request to change trusted service managers; transmitting, by the computer, the at least one cryptographic key to the second trusted service manager in response to receiving the request to change trusted service managers, wherein the secure element comprises least one cryptographic key for each of a plurality of trusted service managers, and wherein revoking the at least one cryptographic key comprises transmitting a message to the secure element requesting the secure element to deactivate the at least one cryptographic key for the first trusted service manager. maintaining, by a computer, at least one cryptographic key for the secure element, the at least one cryptographic key operable to provide secure access to the secure element via a secure communication channel; receiving, by the computer, from the network device, a request to change trusted service managers from a first trusted service manager to a second trusted service manager; causing, by the computer, the first trusted service manager to lose access to the secure element by revoking the at least one cryptographic key from the first trusted service manager in response to receiving the request to change trusted service managers; transmitting, by the computer, the at least one cryptographic key to the second trusted service manager in response to receiving the request to change trusted service managers, wherein the secure element comprises least one cryptographic key for each of a plurality of trusted service managers, and wherein revoking the at least one cryptographic key comprises transmitting a message to the secure element requesting the secure element to deactivate the at least one cryptographic key for the first trusted service manager.
A device comprising: a receiver plate containing a plurality of wells; and a multiwell plate having the same number of wells as the receiver plate, wherein the multiwell plate is immersed within the receiver plate, with the multiwell plate comprising: a modified polyethersulfone ultrafiltration membrane sealed into the multiwall plate and comprising human skin-like permeability and with pores of a size within the range of 0.01 μm (0.01 microns) and 0.1 μm (0.1 microns) and treated with a mixture of a fatty acid ester and a polydimethylsiloxane a receiver plate containing a plurality of wells; and a multiwell plate having the same number of wells as the receiver plate, wherein the multiwell plate is immersed within the receiver plate, with the multiwell plate comprising: a modified polyethersulfone ultrafiltration membrane sealed into the multiwall plate and comprising human skin-like permeability and with pores of a size within the range of 0.01 μm (0.01 microns) and 0.1 μm (0.1 microns) and treated with a mixture of a fatty acid ester and a polydimethylsiloxane
A steering column assembly for use with a vehicle, comprising: a steering shaft; a bracket comprising a base and a first arm extending from the base; the base being configured to be anchored to a chassis of the vehicle; the first arm having an adjustment slot; the first arm having upper and lower brakes (114a, 114b) separated from one another by empty space; a jacket rotatably supporting the steering shaft; the jacket having an inner portion, an outer portion, and a locking assembly for maintaining the jacket in various respective positions relative to the bracket; the outer portion having an axle passage positioned between the inner portion and the bracket base; the locking assembly having a shaft passing through the axle passage and the adjustment slot of the first arm; and a stop located along the jacket adjacent the first arm in the empty space between the upper and lower brakes (114a, 114b);; the stop having a main body,, characterized by the stop being located away from the adjustment slot of the first arm, and an upper leaf spring extending above the main body, and a lower leaf spring extending below the main body. a steering shaft; a bracket comprising a base and a first arm extending from the base; the base being configured to be anchored to a chassis of the vehicle; the first arm having an adjustment slot; the first arm having upper and lower brakes (114a, 114b) separated from one another by empty space; a jacket rotatably supporting the steering shaft; the jacket having an inner portion, an outer portion, and a locking assembly for maintaining the jacket in various respective positions relative to the bracket; the outer portion having an axle passage positioned between the inner portion and the bracket base; the locking assembly having a shaft passing through the axle passage and the adjustment slot of the first arm; and a stop located along the jacket adjacent the first arm in the empty space between the upper and lower brakes (114a, 114b);; the stop having a main body,, characterized by the stop being located away from the adjustment slot of the first arm, and an upper leaf spring extending above the main body, and a lower leaf spring extending below the main body.