mhurhangee/patent-ind-claim-en huggingface dataset:
A removable dental appliance comprising: an appliance body configured to at least partially surround a plurality of teeth of a dental arch of a patient, the appliance body comprising: a unitary material defining a shell shaped to receive at least one tooth of the patient; a spring member integrally formed with the shell; and a positioning member integrally formed with the shell, wherein the positioning member includes a deflection of the shell away from an occlusal surface of the dental arch, creating a cavity between the shell and occlusal surfaces of the teeth when the appliance is seated on the dental arch, wherein the spring member is configured to receive an attachment affixed to the at least one tooth, wherein the spring member is configured to apply a spring force to the attachment to cause movement of the at least one tooth toward a desired position when the removable dental appliance is worn by the patient, and wherein the positioning member is configured to deform the appliance body to facilitate engagement of the spring member with the attachment in response to a positioning force being applied to the positioning member, and wherein the appliance body comprises at least one flexural region configured to facilitate said deformation of the appliance body when the positioning force is applied to the positioning member, wherein the at least one flexural region comprises a fold in the appliance body. a unitary material defining a shell shaped to receive at least one tooth of the patient; a spring member integrally formed with the shell; and a positioning member integrally formed with the shell, wherein the positioning member includes a deflection of the shell away from an occlusal surface of the dental arch, creating a cavity between the shell and occlusal surfaces of the teeth when the appliance is seated on the dental arch, wherein the spring member is configured to receive an attachment affixed to the at least one tooth, wherein the spring member is configured to apply a spring force to the attachment to cause movement of the at least one tooth toward a desired position when the removable dental appliance is worn by the patient, and wherein the positioning member is configured to deform the appliance body to facilitate engagement of the spring member with the attachment in response to a positioning force being applied to the positioning member, and wherein the appliance body comprises at least one flexural region configured to facilitate said deformation of the appliance body when the positioning force is applied to the positioning member, wherein the at least one flexural region comprises a fold in the appliance body.
An electrolyte solution comprising: a solvent; an electrolyte salt; and at least one compound represented by the following formula in an amount of 0.001 to 10 mass% relative to the solvent, the formula being R 21 R 22 N-SO 3 M 21 wherein R 21 and R 22 may be the same as or different from each other, and are individually a C1-C6 linear or branched alkyl group, a C2-C6 linear or branched alkenyl group, a C2-C6 linear or branched alkynyl group, a C3-C6 cycloalkyl group, a C3-C6 cycloalkenyl group, or a C3-C6 alkylsilyl group, the alkyl group, the cycloalkyl group, and the alkylsilyl group may have a halogen atom which substitutes for a hydrogen atom bonding to a carbon atom, may have a cyclic structure, and R 21 and R 22 may bond to each other to form a cyclic structure; and M 21 is at least one selected from the group consisting of Li, Na, K, and Cs. a solvent; an electrolyte salt; and at least one compound represented by the following formula in an amount of 0.001 to 10 mass% relative to the solvent, the formula being R 21 R 22 N-SO 3 M 21 wherein R 21 and R 22 may be the same as or different from each other, and are individually a C1-C6 linear or branched alkyl group, a C2-C6 linear or branched alkenyl group, a C2-C6 linear or branched alkynyl group, a C3-C6 cycloalkyl group, a C3-C6 cycloalkenyl group, or a C3-C6 alkylsilyl group, the alkyl group, the cycloalkyl group, and the alkylsilyl group may have a halogen atom which substitutes for a hydrogen atom bonding to a carbon atom, may have a cyclic structure, and R 21 and R 22 may bond to each other to form a cyclic structure; and M 21 is at least one selected from the group consisting of Li, Na, K, and Cs.
A frozen confection comprising: • freezing point depressants in an amount of 25 wt% to 40 wt%, wherein the number average molecular weight < M > n of the freezing point depressants is 200 g mol -1 to 275 g mol -1 ; • distilled monoglycerides in an amount of 0.04 wt% to 1 wt%; and • soluble fibre in an amount of 1.4 wt% to 15 wt%. • freezing point depressants in an amount of 25 wt% to 40 wt%, wherein the number average molecular weight < M > n of the freezing point depressants is 200 g mol -1 to 275 g mol -1 ; • distilled monoglycerides in an amount of 0.04 wt% to 1 wt%; and • soluble fibre in an amount of 1.4 wt% to 15 wt%.
A fusion reactor comprising a reactor vessel and an apparatus for generating a plasma, the apparatus comprising: one or more filaments operably coupled to one or more power supplies; a radiofrequency, RF, electrode for insertion into the reactor vessel and operably coupled to an RF power supply; and wherein the one or more filaments are configured to provide electrons into the reactor vessel, and the RF electrode is configured to generate a plasma within the reactor vessel. one or more filaments operably coupled to one or more power supplies; a radiofrequency, RF, electrode for insertion into the reactor vessel and operably coupled to an RF power supply; and wherein the one or more filaments are configured to provide electrons into the reactor vessel, and the RF electrode is configured to generate a plasma within the reactor vessel.
An aerosol generating article (100; 300) comprising: a first section (114; 314) having a combustible heat source (102; 302) and an aerosol-forming substrate (104; 304); and a second section (118; 318) having a tubular element (150; 350) defining a recess (152; 352) at one end of the second section (118; 318), wherein the first and second sections (114,118; 314,318) are integrally connected at a region of weakness (122; 322), the first section (114; 314) and second section (118; 318) being separable at the region of weakness to enable the tubular element (150; 350) to be placed over the combustible heat source (102; 302), such that the combustible heat source (102; 302) is at least partially received in the recess (152; 352), wherein the first section (114; 314) is upstream of the second section (118; 318) when the first and second sections (114,118; 314,318) are integrally connected at the region of weakness, wherein the tubular element (150; 350) is at least partially open at both of its ends such that, during use of the aerosol generating article (100; 300), air may be drawn along the aerosol generating article (100; 300) through the tubular element (150;350), and wherein the tubular element is either at the downstream end of the second section , such that the recess forms a mouth end cavity of the aerosol generating article when the first and second sections are integrally connected, or the tubular element is at the upstream end of the second section and forms a transfer element of the aerosol generating article when the first and second sections are integrally connected. a first section (114; 314) having a combustible heat source (102; 302) and an aerosol-forming substrate (104; 304); and a second section (118; 318) having a tubular element (150; 350) defining a recess (152; 352) at one end of the second section (118; 318), wherein the first and second sections (114,118; 314,318) are integrally connected at a region of weakness (122; 322), the first section (114; 314) and second section (118; 318) being separable at the region of weakness to enable the tubular element (150; 350) to be placed over the combustible heat source (102; 302), such that the combustible heat source (102; 302) is at least partially received in the recess (152; 352), wherein the first section (114; 314) is upstream of the second section (118; 318) when the first and second sections (114,118; 314,318) are integrally connected at the region of weakness, wherein the tubular element (150; 350) is at least partially open at both of its ends such that, during use of the aerosol generating article (100; 300), air may be drawn along the aerosol generating article (100; 300) through the tubular element (150;350), and wherein the tubular element is either at the downstream end of the second section , such that the recess forms a mouth end cavity of the aerosol generating article when the first and second sections are integrally connected, or the tubular element is at the upstream end of the second section and forms a transfer element of the aerosol generating article when the first and second sections are integrally connected.
A container comprising: an upper section for storage, a lower section for storage, a linkage arrangement attaching the upper section to the lower section, such that the upper and lower sections are movable relative to each other between a closed configuration and an expanded configuration wherein the linkage arrangement comprises at least two struts on each of two opposing side faces of the container , each strut being pivotally connected to the upper section at an upper connection point, and each strut being pivotally connected to the lower section at a lower connection point; and at least one latch having a pivot point that is coaxial with the upper connection point of one of the struts on the respective opposite side face of the container , and being configurable to be pivotable between a closed position and a released position, wherein the latch retains the upper section and the lower section in the closed configuration when the latch is in the closed position, and allows the upper section and the lower section to move to the expanded configuration when the latch is in the released position. an upper section for storage, a lower section for storage, a linkage arrangement attaching the upper section to the lower section, such that the upper and lower sections are movable relative to each other between a closed configuration and an expanded configuration wherein the linkage arrangement comprises at least two struts on each of two opposing side faces of the container , each strut being pivotally connected to the upper section at an upper connection point, and each strut being pivotally connected to the lower section at a lower connection point; and at least one latch having a pivot point that is coaxial with the upper connection point of one of the struts on the respective opposite side face of the container , and being configurable to be pivotable between a closed position and a released position, wherein the latch retains the upper section and the lower section in the closed configuration when the latch is in the closed position, and allows the upper section and the lower section to move to the expanded configuration when the latch is in the released position.
A composition comprising a film, having: (a) a first polymeric moisture barrier layer comprising a first non-polar polymer; (b) a second polymeric moisture barrier layer comprising a second non-polar polymer; and (c) at least one extruded oxygen barrier layer positioned between the first polymeric moisture barrier layer and the second polymeric moisture barrier layer; wherein the extruded oxygen barrier layer comprises a blend of (i) a polyethylene oxide component and (ii) an alkoxy silane component; preferably wherein the film has a thickness ranging from 30 microns to 52 microns. (a) a first polymeric moisture barrier layer comprising a first non-polar polymer; (b) a second polymeric moisture barrier layer comprising a second non-polar polymer; and (c) at least one extruded oxygen barrier layer positioned between the first polymeric moisture barrier layer and the second polymeric moisture barrier layer; wherein the extruded oxygen barrier layer comprises a blend of (i) a polyethylene oxide component and (ii) an alkoxy silane component; preferably wherein the film has a thickness ranging from 30 microns to 52 microns.
A storage device , comprising: a non-volatile memory comprising a plurality of physical blocks (PB) coupled to each other via a plurality of dies, each die of the plurality of dies being coupled to a corresponding bank via a corresponding channel; and a storage controller configured to: receive, from a plurality of hosts , a plurality of pieces of physical function, PF, data; measure metrics of the plurality of pieces of PF data and the plurality of dies; and allocate, according to a die allocation policy and based on at least the measured metrics, the plurality of pieces of PF data to one or more dies of the plurality of dies, each die of the plurality of dies being allocated to a corresponding host of the plurality of hosts , characterized in that the measured metrics comprise: a required performance of each piece of the plurality of pieces of PF data, and an estimated performance of each die of the plurality of dies. a non-volatile memory comprising a plurality of physical blocks (PB) coupled to each other via a plurality of dies, each die of the plurality of dies being coupled to a corresponding bank via a corresponding channel; and a storage controller configured to: receive, from a plurality of hosts , a plurality of pieces of physical function, PF, data; measure metrics of the plurality of pieces of PF data and the plurality of dies; and allocate, according to a die allocation policy and based on at least the measured metrics, the plurality of pieces of PF data to one or more dies of the plurality of dies, each die of the plurality of dies being allocated to a corresponding host of the plurality of hosts , characterized in that the measured metrics comprise: a required performance of each piece of the plurality of pieces of PF data, and an estimated performance of each die of the plurality of dies. receive, from a plurality of hosts , a plurality of pieces of physical function, PF, data; measure metrics of the plurality of pieces of PF data and the plurality of dies; and allocate, according to a die allocation policy and based on at least the measured metrics, the plurality of pieces of PF data to one or more dies of the plurality of dies, each die of the plurality of dies being allocated to a corresponding host of the plurality of hosts , characterized in that the measured metrics comprise: a required performance of each piece of the plurality of pieces of PF data, and an estimated performance of each die of the plurality of dies. a required performance of each piece of the plurality of pieces of PF data, and an estimated performance of each die of the plurality of dies.
A crane, in particular fast-erecting crane, comprising a telescopable and/or luffable tower , with a height-adjustably mounted control and/or personnel stand that can be lifted and lowered by two lifting elements , wherein the two lifting elements are articulated to a balancing rocker that is luffably mounted on a rocker bearing head connected to the control and/or personnel stand about a horizontal pivot axis , wherein a monitoring and/or safety device is provided for monitoring the control and/or personnel stand , characterized in that the pivot axis is configured as a measurement axis for detecting the load state of the luffable bearing of the balancing rocker and for providing a load signal to the monitoring and/or safety device .
A method for detecting network attacks in network traffic, comprising: generating session datasets from network traffic; discarding session datasets that are not initiated by an internal host; generating an initial communication data flag which corresponds to a direction that a session was initiated, the session corresponding to communications between an internal host and an external host ; detecting one or more rapid-exchange instances that correspond to the communications between the internal host and the external host; generating dormancy period data , the dormancy period data corresponding to a period of silence between a first rapid-exchange instance and a second rapid-exchange instance; and generating alarm data that indicates a network intrusion involving manual remote control, the alarm data generated based at least in part on the initial communication data flag and the dormancy period data. generating session datasets from network traffic; discarding session datasets that are not initiated by an internal host; generating an initial communication data flag which corresponds to a direction that a session was initiated, the session corresponding to communications between an internal host and an external host ; detecting one or more rapid-exchange instances that correspond to the communications between the internal host and the external host; generating dormancy period data , the dormancy period data corresponding to a period of silence between a first rapid-exchange instance and a second rapid-exchange instance; and generating alarm data that indicates a network intrusion involving manual remote control, the alarm data generated based at least in part on the initial communication data flag and the dormancy period data.
A near field communication, NFC, device , comprising an application processor and a plurality of execution environments , wherein the application processor is configured to generate a mapping between application identifiers and said execution environments , and wherein, in said mapping , the application identifiers are associated with specific ones of said execution environments , wherein the application processor is configured to generate said mapping by: (a) initializing one of the execution environments ; (b) retrieving one or more application identifiers from the initialized execution environment; (c) associating the retrieved application identifiers with the initialized execution environment; (d) repeating steps (a) to (c) for the other execution environment or environments; characterized in that the application processor is further configured to generate said mapping in an NFC initialization phase of the NFC device and to push the mapping to an NFC controller of the NFC device during said NFC initialization phase of the NFC device , wherein the NFC controller is configured to initiate and support transactions between the NFC device and an external device requesting said transactions and to identify the execution environment to be used for said transactions by means of said mapping. (a) initializing one of the execution environments ; (b) retrieving one or more application identifiers from the initialized execution environment; (c) associating the retrieved application identifiers with the initialized execution environment; (d) repeating steps (a) to (c) for the other execution environment or environments;
A personal care product, comprising: a handle having an elongated gripping portion , the handle having a handle resting plane , wherein the handle has an end portion ; characterized in that the handle has a first docking magnet positioned within the end portion , the first docking magnet having an axis of polarity that intersects the handle resting plane at an included angle of 15 degrees to 35 degrees. a handle having an elongated gripping portion , the handle having a handle resting plane , wherein the handle has an end portion ; characterized in that the handle has a first docking magnet positioned within the end portion , the first docking magnet having an axis of polarity that intersects the handle resting plane at an included angle of 15 degrees to 35 degrees.
A personal information anonymization method, comprising: classifying each of a plurality of data including personal information into any one of a plurality of groups based on a degree of commonality of the personal information; performing, for each of the groups, an anonymization process that standardizes the personal information of each of data belonging to each of the groups; calculating, for each of the groups, a total number of the data belonging to each of the groups; calculating, for each of the groups, a ratio of the total number of the data belonging to each of the groups with respect to a total number of data in the plurality of data; and outputting, as a recommended value for an anonymization, the total number of data belonging to the group of a highest ratio among the calculated ratios respective to each of the groups. classifying each of a plurality of data including personal information into any one of a plurality of groups based on a degree of commonality of the personal information; performing, for each of the groups, an anonymization process that standardizes the personal information of each of data belonging to each of the groups; calculating, for each of the groups, a total number of the data belonging to each of the groups; calculating, for each of the groups, a ratio of the total number of the data belonging to each of the groups with respect to a total number of data in the plurality of data; and outputting, as a recommended value for an anonymization, the total number of data belonging to the group of a highest ratio among the calculated ratios respective to each of the groups.
A system for wireless transfer of electrical power to an electrical load comprising: - a power supply device and - a device to be powered , physically separate and independent from the power supply device, wherein the device to be powered comprises: - the electrical load to be powered, and - a receiving apparatus connected to the electrical load and comprising at least one receiving inductive element , wherein the power supply device comprises a plurality of electrical power transmission sets , each of which includes: - a transmitting apparatus comprising at least one transmitting inductive element able to achieve an inductive coupling with the receiving inductive element , and - a power circuit adapted to apply to the transmitting apparatus a voltage wave that is periodically variable over time, wherein each transmitting inductive element has planar conformation, elongated shape and rectilinear development, and wherein the transmitting inductive elements of the transmission sets are positioned side by side on an operating surface of the power supply device in such a way as to form a grid and are aligned by longitudinal rows and by transverse rows, where the transverse rows cross the longitudinal rows to define the grid, characterized in that each transmitting inductive element consists of a wire segment or of a strip of electrically conductive material and in that the transmitting inductive elements are positioned next to each other. - a power supply device and - a device to be powered , physically separate and independent from the power supply device, - the electrical load to be powered, and - a receiving apparatus connected to the electrical load and comprising at least one receiving inductive element , - a transmitting apparatus comprising at least one transmitting inductive element able to achieve an inductive coupling with the receiving inductive element , and - a power circuit adapted to apply to the transmitting apparatus a voltage wave that is periodically variable over time, wherein each transmitting inductive element has planar conformation, elongated shape and rectilinear development, and wherein the transmitting inductive elements of the transmission sets are positioned side by side on an operating surface of the power supply device in such a way as to form a grid and are aligned by longitudinal rows and by transverse rows, where the transverse rows cross the longitudinal rows to define the grid, characterized in that each transmitting inductive element consists of a wire segment or of a strip of electrically conductive material and in that the transmitting inductive elements are positioned next to each other.