mhurhangee/patent-ind-claim-en huggingface dataset:
A beauty tool in the form of a hair brush , comprising: a handle portion configured to house an associated heating assembly; and a bristle portion connected to the handle portion , the bristle portion including: a primary heating element configured to be heated by the associated heating assembly, a bristle base heated member mounted to an outer periphery of the primary heating element , the bristle base heated member having a secondary heating element configured to be heated by the primary heating element , a non-conductive, heat insulating bristle spacer secured between the bristle base heated member and the primary heating element , and a bristle bar secured by the bristle spacer and having bristles extending through the bristle spacer and the bristle base heated member , wherein the bristle spacer is configured to thermally isolate the bristle bar from both the primary heating element and the bristle base heated member , wherein the secondary heating element is at least one heated bristle. a handle portion configured to house an associated heating assembly; and a bristle portion connected to the handle portion , the bristle portion including: a primary heating element configured to be heated by the associated heating assembly, a bristle base heated member mounted to an outer periphery of the primary heating element , the bristle base heated member having a secondary heating element configured to be heated by the primary heating element , a non-conductive, heat insulating bristle spacer secured between the bristle base heated member and the primary heating element , and a bristle bar secured by the bristle spacer and having bristles extending through the bristle spacer and the bristle base heated member , wherein the bristle spacer is configured to thermally isolate the bristle bar from both the primary heating element and the bristle base heated member , wherein the secondary heating element is at least one heated bristle. a primary heating element configured to be heated by the associated heating assembly, a bristle base heated member mounted to an outer periphery of the primary heating element , the bristle base heated member having a secondary heating element configured to be heated by the primary heating element , a non-conductive, heat insulating bristle spacer secured between the bristle base heated member and the primary heating element , and a bristle bar secured by the bristle spacer and having bristles extending through the bristle spacer and the bristle base heated member , wherein the bristle spacer is configured to thermally isolate the bristle bar from both the primary heating element and the bristle base heated member , wherein the secondary heating element is at least one heated bristle.
An ion guiding device comprising two or more parallel conjoined ion guides, wherein the two or more parallel conjoined ion guides comprise: a first ion guide comprising a first plurality of electrodes, each electrode being an open ring-electrode, and wherein a first ion guiding path is formed within said first ion guide; and a second ion guide comprising a second plurality of electrodes, wherein a second different ion guiding path is formed within said second ion guide, and wherein the openings in the ring-electrodes of the first ion guide face openings of the second ion guide , wherein the second ion guide is selected from the group consisting of: (i) an ion guide comprising a plurality of open ring-electrodes, wherein the openings in the ring-electrodes of the first ion guide face openings in the electrodes of the second ion guide ; (ii) a stacked plate ion guide, wherein the plates are oriented perpendicular to the plane in which the ions travel through the first and second ion guides, in use, and parallel to the direction in which the ions travel through the second ion guide, in use; or (iii) a rod set. a first ion guide comprising a first plurality of electrodes, each electrode being an open ring-electrode, and wherein a first ion guiding path is formed within said first ion guide; and a second ion guide comprising a second plurality of electrodes, wherein a second different ion guiding path is formed within said second ion guide, and wherein the openings in the ring-electrodes of the first ion guide face openings of the second ion guide , wherein the second ion guide is selected from the group consisting of: (i) an ion guide comprising a plurality of open ring-electrodes, wherein the openings in the ring-electrodes of the first ion guide face openings in the electrodes of the second ion guide ; (ii) a stacked plate ion guide, wherein the plates are oriented perpendicular to the plane in which the ions travel through the first and second ion guides, in use, and parallel to the direction in which the ions travel through the second ion guide, in use; or (iii) a rod set. (i) an ion guide comprising a plurality of open ring-electrodes, wherein the openings in the ring-electrodes of the first ion guide face openings in the electrodes of the second ion guide ; (ii) a stacked plate ion guide, wherein the plates are oriented perpendicular to the plane in which the ions travel through the first and second ion guides, in use, and parallel to the direction in which the ions travel through the second ion guide, in use; or (iii) a rod set.
Fastening system for fastening a housing to a structural element , comprising a metal collar for receiving a fastening screw through a fastening orifice in the structural element, which comprises a cylindrical portion inserted into a vibration-damping buffer housed inside the housing , characterized in that the cylindrical portion of the housing is extended radially at its base by a planar portion for bearing on the structural element up to a finger for indexing on the structural element , integrated at its end.
A method for adjusting a binaural hearing system, the hearing system comprising two hearing devices , each comprising a signal processing unit for processing an input signal according to at least one hearing program (P) selected from a group of different hearing programs which control the signal processing of the hearing system to provide an output signal being forwarded to an output transducer of the respective hearing device , the method comprising the steps of: - determining device information (ACCorr(P) ipsi , ACCdelta (P) ipsi , ACCorr (P) contra , ACCdelta (P) contra ) being related to the hearing devices and to at least one hearing device specific adjustment having been applied earlier to the at least one hearing program (P); - calculating synchronization data (learnt_pref(P), ACCdelta(P)) according to a function that depends on the device information (ACCorr (P) ipsi , ACCdelta (P) ipsi , ACCorr (P) contra , ACCdelta (P) contra ); and - synchronizing the hearing devices by taking into account the synchronization data (learnt_pref(P), ACCdelta(P)) . - determining device information (ACCorr(P) ipsi , ACCdelta (P) ipsi , ACCorr (P) contra , ACCdelta (P) contra ) being related to the hearing devices and to at least one hearing device specific adjustment having been applied earlier to the at least one hearing program (P); - calculating synchronization data (learnt_pref(P), ACCdelta(P)) according to a function that depends on the device information (ACCorr (P) ipsi , ACCdelta (P) ipsi , ACCorr (P) contra , ACCdelta (P) contra ); and - synchronizing the hearing devices by taking into account the synchronization data (learnt_pref(P), ACCdelta(P)) .
Electromagnetic switching valve for opening or closing an oil or cooling medium circuit in a motor vehicle, with an electromagnet which comprises a coil and a moveable anchor , wherein the anchor is coupled to a valve element , by means of which a valve seat in the cooling medium circuit can be closed, wherein the switching valve is implemented pressure-balanced, wherein the valve element is implemented at least approximately inwardly curved or set back facing in the direction of the valve seat , the valve element comprises a valve element tappet which is coupled to the anchor and which comprises, at its end facing away from the anchor , a valve element base from which a circumferential valve element collar projects in the direction of the valve seat , wherein the valve element and the valve element tappet are implemented in one piece, wherein the anchor and the valve element are loosely attached to each other, and wherein a seal is arranged between the anchor and the valve element tappet .
A method for identifying Foundation Fieldbus linking devices which communicate with Foundation Fieldbus devices , characterized in that the method comprising: identifying , by a gateway device comprising one or more computers, a pair of redundant Foundation Fieldbus linking devices in an online state to facilitate communications with associated Foundation Fieldbus linking devices ; wherein identifying a pair of redundant Foundation Fieldbus linking devices comprises receiving status information for the linking devices from a controller that manages the linking devices , whether the redundant Foundation Fieldbus linking device is online or offline; determining , by the gateway device , a single virtual address representative of the pair of redundant Foundation Fieldbus linking devices ; identifying at least one other Foundation Fieldbus linking device in an offline state; providing , by the gateway device to an external system , information associated with operation of at least one of the pair of redundant linking devices , wherein the virtual address is utilized to represent the at least one linking device ; and communicating with the pair of redundant linking devices with the single virtual address instead of the at least one other Foundation Fieldbus linking device in the offline state. identifying , by a gateway device comprising one or more computers, a pair of redundant Foundation Fieldbus linking devices in an online state to facilitate communications with associated Foundation Fieldbus linking devices ; wherein identifying a pair of redundant Foundation Fieldbus linking devices comprises receiving status information for the linking devices from a controller that manages the linking devices , whether the redundant Foundation Fieldbus linking device is online or offline; determining , by the gateway device , a single virtual address representative of the pair of redundant Foundation Fieldbus linking devices ; identifying at least one other Foundation Fieldbus linking device in an offline state; providing , by the gateway device to an external system , information associated with operation of at least one of the pair of redundant linking devices , wherein the virtual address is utilized to represent the at least one linking device ; and communicating with the pair of redundant linking devices with the single virtual address instead of the at least one other Foundation Fieldbus linking device in the offline state.
A floor covering comprising modular carpet tiles (41-44, 61-64) connected by connectors each comprising: a. a film ; b. a layer of adhesive located on a side of the film , wherein i. the connectors extend along only a portion of adjacent tile edges; ii. the adhesive is a releasable adhesive capable of forming a releasable bond with undersides of the tiles (41-44, 61-64) so that, when a connector spans adjacent edges of adjacent tiles (41-44, 61-64) the layer of adhesive contacts the underside of each of the adjacent tiles; iii. the layer of adhesive is of sufficient shear strength to prevent relative movement between the adjacent installed tiles (41-44, 61-64); and iv. the film is a polyolefin, polyamide, polyester, or polyethylene terephthalate film. a. a film ; b. a layer of adhesive located on a side of the film , i. the connectors extend along only a portion of adjacent tile edges; ii. the adhesive is a releasable adhesive capable of forming a releasable bond with undersides of the tiles (41-44, 61-64) so that, when a connector spans adjacent edges of adjacent tiles (41-44, 61-64) the layer of adhesive contacts the underside of each of the adjacent tiles; iii. the layer of adhesive is of sufficient shear strength to prevent relative movement between the adjacent installed tiles (41-44, 61-64); and iv. the film is a polyolefin, polyamide, polyester, or polyethylene terephthalate film.
An apparatus for cutting pipes internally comprising: at least one cutting member to cut a pipe internally; at least one drive member to rotate the at least one cutting member to cut the pipe internally; at least one feed member to extend the at least one cutting member against the pipe internally and to retract the at least one cutting member from the pipe internally; at least one clamping member to secure the apparatus to the pipe internally; and at least one motor connected to a plurality of gears to drive the at least one drive member and the at least one feed member, characterised in that the at least one motor is connected to first and second gears of the plurality of gears, the first and second gears being fastened to one another to rotate at the same speed about a first axis , and in that a third gear of the plurality of gears is rotatable by the first gear and a fourth gear of the plurality of gears is rotatable by the second gear, the third and fourth gears being rotatable about a second axis at different speeds, due to a gear ratio caused by the first and second gears being of different size, to drive the at least one drive member and the at least one feed member at different speeds. at least one cutting member to cut a pipe internally; at least one drive member to rotate the at least one cutting member to cut the pipe internally; at least one feed member to extend the at least one cutting member against the pipe internally and to retract the at least one cutting member from the pipe internally; at least one clamping member to secure the apparatus to the pipe internally; and at least one motor connected to a plurality of gears to drive the at least one drive member and the at least one feed member, characterised in that the at least one motor is connected to first and second gears of the plurality of gears, the first and second gears being fastened to one another to rotate at the same speed about a first axis , and in that a third gear of the plurality of gears is rotatable by the first gear and a fourth gear of the plurality of gears is rotatable by the second gear, the third and fourth gears being rotatable about a second axis at different speeds, due to a gear ratio caused by the first and second gears being of different size, to drive the at least one drive member and the at least one feed member at different speeds.
A computer implemented method for detecting a behavioral anomaly in an application, the method comprising: retrieving historical usage information for an application on a computing device; identifying data associated with at least one key metric from the historical usage information; generating a regression model configured to predict usage behavior associated with the application based on the data associated with the at least one key metric; generating a statistical model configured to identify known outliers in the data associated with the at least one key metric; subsequent to generating the regression model and the statistical model, receiving usage information in real-time for the application; predicting, using the regression model, a usage pattern for the application indicating expected values of the at least one key metric; in response to determining that the usage information received in real-time does not correspond to the predicted usage pattern, determining via the statistical model whether the usage information comprises a known outlier, wherein the known outlier is a historical value of the at least one key metric that is not anomalous; in response to determining that the usage information does not comprise the known outlier, detecting the behavioral anomaly; and generating an alert indicative of the behavioral anomaly. retrieving historical usage information for an application on a computing device; identifying data associated with at least one key metric from the historical usage information; generating a regression model configured to predict usage behavior associated with the application based on the data associated with the at least one key metric; generating a statistical model configured to identify known outliers in the data associated with the at least one key metric; subsequent to generating the regression model and the statistical model, receiving usage information in real-time for the application; predicting, using the regression model, a usage pattern for the application indicating expected values of the at least one key metric; in response to determining that the usage information received in real-time does not correspond to the predicted usage pattern, determining via the statistical model whether the usage information comprises a known outlier, wherein the known outlier is a historical value of the at least one key metric that is not anomalous; in response to determining that the usage information does not comprise the known outlier, detecting the behavioral anomaly; and generating an alert indicative of the behavioral anomaly.
A multiple stage roots-type vacuum pump comprising: a rotor rotatably mounted within a stator; said stator being formed of a softer material than a material that said rotor is formed from; characterised in that said stator is configured such that at least a portion of a surface of said stator has been treated to harden said surface, said rotor and stator being configured such that clashing will preferentially occur between said rotor and said at least a portion of said surface of said stator that has been treated; and said stator and said rotor are configured such that axial clearance gaps are selected to be lowest between said rotor and a higher vacuum side of one of said vacuum stages of said stator and between said rotor and a lower vacuum side of another one of said vacuum stages of said stator, such that clashes preferentially occur between the rotor and these selected sides of these stages. a rotor rotatably mounted within a stator; said stator being formed of a softer material than a material that said rotor is formed from; characterised in that said stator is configured such that at least a portion of a surface of said stator has been treated to harden said surface, said rotor and stator being configured such that clashing will preferentially occur between said rotor and said at least a portion of said surface of said stator that has been treated; and said stator and said rotor are configured such that axial clearance gaps are selected to be lowest between said rotor and a higher vacuum side of one of said vacuum stages of said stator and between said rotor and a lower vacuum side of another one of said vacuum stages of said stator, such that clashes preferentially occur between the rotor and these selected sides of these stages.
Implantable capsule , in particular a self-contained cardiac stimulation capsule, comprising a tubular body provided at its distal end with a helical screw anchoring element capable of penetrating into a tissue of a wall of an organ of a patient, the body housing a set of functional elements of the capsule, the capsule comprising a set of spikes oriented in a circumferential direction opposite to that of the screwing, characterised in that it comprises : - an annular support face formed in an annular region surrounding the screw base and located radially outwardly of the anchor member ; and - formed flush in said annular bearing face , recessed arrangements defining said set of spikes . - an annular support face formed in an annular region surrounding the screw base and located radially outwardly of the anchor member ; and - formed flush in said annular bearing face , recessed arrangements defining said set of spikes .
A stowable seat for an aircraft, , comprising: a housing ; a first track coupled to the housing; a backrest slidably coupled to the first track; a seat pan pivotably coupled to the backrest; and a second track rotatable relative to the housing, characterised in that the seat pan is slidably coupled to the second track such that a first angle between the seat pan and the second track increases as the seat pan translates away from the housing. a housing ; a first track coupled to the housing; a backrest slidably coupled to the first track; a seat pan pivotably coupled to the backrest; and a second track rotatable relative to the housing, characterised in that the seat pan is slidably coupled to the second track such that a first angle between the seat pan and the second track increases as the seat pan translates away from the housing.
A universally movable drive shaft for a surgical instrument, wherein said universally movable drive shaft comprises: a first movable joint comprising: a first joint spine defining a first axis and a second axis that is transverse to said first axis; a first U-shaped bridge movably journaled on said first joint spine for pivotal travel relative thereto about said first axis; and a second U-shaped bridge movably journaled on said first joint spine for pivotal travel relative thereto about said second axis, wherein said second U-shaped bridge further comprises a third U-shaped bridge of a second movable joint , wherein said second movable joint comprises: a second joint spine defining a third axis and a fourth axis that is transverse to said third axis, wherein said third U-shaped bridge is movably journaled on said second joint spine for pivotal travel relative thereto about said fourth axis; and a fourth U-shaped bridge movably journaled on said second joint spine for pivotal travel relative thereto about said third axis characterized in that each of said first to fourth U-shaped bridges is non-removably journaled on its respective joint spine . a first joint spine defining a first axis and a second axis that is transverse to said first axis; a first U-shaped bridge movably journaled on said first joint spine for pivotal travel relative thereto about said first axis; and a second U-shaped bridge movably journaled on said first joint spine for pivotal travel relative thereto about said second axis, wherein said second U-shaped bridge further comprises a third U-shaped bridge of a second movable joint , wherein said second movable joint comprises: a first U-shaped bridge movably journaled on said first joint spine for pivotal travel relative thereto about said first axis; and a second U-shaped bridge movably journaled on said first joint spine for pivotal travel relative thereto about said second axis, wherein said second U-shaped bridge further comprises a third U-shaped bridge of a second movable joint , wherein said second movable joint comprises: a second joint spine defining a third axis and a fourth axis that is transverse to said third axis, wherein said third U-shaped bridge is movably journaled on said second joint spine for pivotal travel relative thereto about said fourth axis; and a fourth U-shaped bridge movably journaled on said second joint spine for pivotal travel relative thereto about said third axis characterized in that each of said first to fourth U-shaped bridges is non-removably journaled on its respective joint spine .