mhurhangee/patent-ind-claim-en huggingface dataset:
A rotor for a rotary machine with a magnetically levitated rotor, which rotor can be magnetically levitated, which rotor has a magnetically effective core and a sheathing made of a thermoplastically processible fluoropolymer, the sheathing completely enclosing the magnetically effective core , and wherein the magnetically effective core comprises at least one permanent magnet , characterized in that each permanent magnet has a metallic coating for protection against acidic or chemically aggressive substances, and in that a plastic coating is provided between the metallic coating and the sheathing , which plastic coating consists of a polymer belonging to the family of parylenes.
A radio frequency transmitter device configured to generate and filter a signal for transmission to interrogate distance measuring equipment, DME, the device comprising: a control unit ; a signal generation unit configured to generate an intermediate frequency, IF, signal based on a first signal from the control unit; a local oscillator , LO, configured to generate a radio-frequency, RF, LO signal based on a second signal from the control unit; a filter bank comprising a plurality of band-pass filters, BPF, wherein each BPF of the filter bank has a bandwidth narrower than a bandwidth of signals that may be used to interrogate distance measuring equipment and is configured to pass a fraction of a total bandwidth of the device; a mixer configured to mix the IF signal with the LO signal to produce a RF carrier signal; wherein the control unit is configured to select a BPF from the plurality of BPFs based on the generated IF signal and the generated LO signal, and wherein the BPF of the filter bank is configured to filter the RF carrier signal. a control unit ; a signal generation unit configured to generate an intermediate frequency, IF, signal based on a first signal from the control unit; a local oscillator , LO, configured to generate a radio-frequency, RF, LO signal based on a second signal from the control unit; a filter bank comprising a plurality of band-pass filters, BPF, wherein each BPF of the filter bank has a bandwidth narrower than a bandwidth of signals that may be used to interrogate distance measuring equipment and is configured to pass a fraction of a total bandwidth of the device; a mixer configured to mix the IF signal with the LO signal to produce a RF carrier signal; wherein the control unit is configured to select a BPF from the plurality of BPFs based on the generated IF signal and the generated LO signal, and wherein the BPF of the filter bank is configured to filter the RF carrier signal.
A translating structure, wherein the translating structure comprises: a supporting frame; a guiding piece disposed on the supporting frame, the guiding piece being movable and restricted by the supporting frame; a guiding block mounted on and movable along with the guiding piece , the guiding block being provided with a guiding groove ; a fixing frame equipped with rollers ; a sliding piece mounted in the fixing frame and partially inserted into the guiding groove ; and a sliding rod, characterized in that the sliding rod is passing through the sliding piece , two ends of the sliding rod passing through the fixing frame and being fixedly connected to the supporting frame, wherein the sliding piece is forced to move along an axial direction of the sliding rod by the guiding groove of the guiding block when the guiding piece moves, and the fixing frame is forced to move along the axial direction of the sliding rod in a translational motion by movement of the sliding piece . a supporting frame; a guiding piece disposed on the supporting frame, the guiding piece being movable and restricted by the supporting frame; a guiding block mounted on and movable along with the guiding piece , the guiding block being provided with a guiding groove ; a fixing frame equipped with rollers ; a sliding piece mounted in the fixing frame and partially inserted into the guiding groove ; and a sliding rod, characterized in that the sliding rod is passing through the sliding piece , two ends of the sliding rod passing through the fixing frame and being fixedly connected to the supporting frame, wherein the sliding piece is forced to move along an axial direction of the sliding rod by the guiding groove of the guiding block when the guiding piece moves, and the fixing frame is forced to move along the axial direction of the sliding rod in a translational motion by movement of the sliding piece .
An apparatus comprising: a data storage controller to: select at least a portion of memory devices in a rank based on one of at least two identifiers assigned to all memory devices of the selected at least portion of memory devices, wherein the memory devices in the rank include non-volatile, byte or block addressable memory connected to a same communication channel; and issue a command to access the selected at least portion of memory devices; characterised in that the at least two identifiers include a first identifier to indicate that the selected at least portion of memory devices are to be accessed responsive to a write command and a second identifier to indicate that the selected at least portion of memory devices are to be accessed responsive to a read command; wherein the selected at least portion of memory devices comprises a subgroup of memory devices in the rank; and wherein the subgroup is selected based on the first or second identifier. select at least a portion of memory devices in a rank based on one of at least two identifiers assigned to all memory devices of the selected at least portion of memory devices, wherein the memory devices in the rank include non-volatile, byte or block addressable memory connected to a same communication channel; and issue a command to access the selected at least portion of memory devices; characterised in that the at least two identifiers include a first identifier to indicate that the selected at least portion of memory devices are to be accessed responsive to a write command and a second identifier to indicate that the selected at least portion of memory devices are to be accessed responsive to a read command; wherein the selected at least portion of memory devices comprises a subgroup of memory devices in the rank; and wherein the subgroup is selected based on the first or second identifier.
Agent for the oxidative color change of keratinous fibers, in particular human hair, containing (a) glycylglycine, and (b) at least one amino acid and/or a protein hydrolyzate, and (c) at least one oxidizing agent. (a) glycylglycine, and (b) at least one amino acid and/or a protein hydrolyzate, and (c) at least one oxidizing agent.
Method for locating a transmitter , implemented in a processing unit of a processing station of a locating system comprising the following steps: - receiving (REC) signals acquired (E1) by geographically remote receiving stations , said signals being dated (E2) by local time bases of each receiving station and corresponding to signals from a transmitter to be located and from at least one known object ; - determining (DET1), on the basis of the dated signals, the measured TDOAs (TDOA_object ij MES , TDOA_transmitter ij MES ) relating to the transmitter to be located and to the object; and/or measured FDOAs (FDOA_object ij MES , FDOA_transmitter ij MES ) relating to the transmitter to be located and to the known object ; determining (DET2), on the basis of known ephemerides relating to the known object and of the geographical positions of the stations; theoretical TDOAs (TDOA_objet_ ij TH ) relating to the known object ; and/or of theoretical FDOAs (FDOA_objet_ ij TH ); - determining (DET3), by taking difference of the measured and theoretical TDOAs and/or FDOAs relating to the known object, a residual error affecting the measured TDOAs and/or FDOAs so that each receiving station corrects its local clock or the processing station corrects the timestamps of the portions of the signals coming from each receiving station ; - determining the location (LOC1) of the transmitter using measured TDOAs and/or FDOAs once the receiving stations have corrected their local time base or the processing station has corrected the timestamps of the portions of the signals coming from each receiving station . - receiving (REC) signals acquired (E1) by geographically remote receiving stations , said signals being dated (E2) by local time bases of each receiving station and corresponding to signals from a transmitter to be located and from at least one known object ; - determining (DET1), on the basis of the dated signals, the measured TDOAs (TDOA_object ij MES , TDOA_transmitter ij MES ) relating to the transmitter to be located and to the object; and/or measured FDOAs (FDOA_object ij MES , FDOA_transmitter ij MES ) relating to the transmitter to be located and to the known object ; determining (DET2), on the basis of known ephemerides relating to the known object and of the geographical positions of the stations; theoretical TDOAs (TDOA_objet_ ij TH ) relating to the known object ; and/or of theoretical FDOAs (FDOA_objet_ ij TH ); - determining (DET3), by taking difference of the measured and theoretical TDOAs and/or FDOAs relating to the known object, a residual error affecting the measured TDOAs and/or FDOAs so that each receiving station corrects its local clock or the processing station corrects the timestamps of the portions of the signals coming from each receiving station ; - determining the location (LOC1) of the transmitter using measured TDOAs and/or FDOAs once the receiving stations have corrected their local time base or the processing station has corrected the timestamps of the portions of the signals coming from each receiving station .
A method for producing an enzymatically active sulfatase fusion protein having sulfatase activity, and/or an enzymatically active mammalian sulfatase protein having sulfatase activity, comprising co-expressing in a plant or plant cell: a polynucleotide encoding a mammalian sulfatase fusion protein, and/or a polynucleotide encoding a mammalian sulfatase protein; and a polynucleotide encoding a mammalian sulfatase modifying factor 1 (SUMF1) protein or a SUMF1 fusion protein, wherein the expressed sulfatase fusion protein and/or the expressed mammalian sulfatase protein produced by the method is enzymatically activated in the plant or plant cell by the expressed SUMF1 protein or the expressed SUMF1 fusion protein.
A single chain polypeptide comprising, from N-terminal to C-terminal: a. an N-terminal fragment of a reporter protein; b. a linker comprising: (i) a C . botulinum neurotoxin (BoNT) cleavage site, and (ii) a binding fragment of a BoNT receptor; and c. a C-terminal fragment of the reporter protein; wherein the reporter protein is a luciferase protein, and wherein the N-terminal and C-terminal fragments collectively comprise a functional luciferase protein sequence when the fragments are joined together by the linker and not when the linker has been cleaved at the cleavage site. a. an N-terminal fragment of a reporter protein; b. a linker comprising: (i) a C . botulinum neurotoxin (BoNT) cleavage site, and (ii) a binding fragment of a BoNT receptor; and c. a C-terminal fragment of the reporter protein;
A dental furnace, in particular also for pre-drying dental restoration parts, - comprising at least one electric heating element which extends adjacent to a heating chamber and is driven by a heating controller , - said heating controller regulating the temperature in the heating chamber and, for this purpose, comprising an output connection for the at least one heating element and an input connection for detecting the temperature of the heating element , - being electrically connected to a temperature detection device , the temperature detection device comprising the heating element , characterized in that - the temperature detection device comprises a compensation device with which nonlinearities at temperatures above 400°C, in particular nonlinearities of the resistance of the heating element , can be compensated by the temperature detection device , and the compensation device considering nonlinearities of the physical parameters of the heating element as a temperature detection device, wherein these nonlinearities relate to the increase in resistance when the temperature increases; and - the heating controller controls its output connection based on the detected resistance, or a change in the resistance, of the heating element or a part of the heating element or all heating elements and based on the compensation device . - comprising at least one electric heating element which extends adjacent to a heating chamber and is driven by a heating controller , - said heating controller regulating the temperature in the heating chamber and, for this purpose, comprising an output connection for the at least one heating element and an input connection for detecting the temperature of the heating element , - being electrically connected to a temperature detection device , the temperature detection device comprising the heating element , characterized in that - the temperature detection device comprises a compensation device with which nonlinearities at temperatures above 400°C, in particular nonlinearities of the resistance of the heating element , can be compensated by the temperature detection device , and the compensation device considering nonlinearities of the physical parameters of the heating element as a temperature detection device, wherein these nonlinearities relate to the increase in resistance when the temperature increases; and - the heating controller controls its output connection based on the detected resistance, or a change in the resistance, of the heating element or a part of the heating element or all heating elements and based on the compensation device .
Control module for controlling a biopsy system having a tissue cutting member adapted for cutting one or more tissue specimens from tissue at a target site within the patient, in association with a graphical user interface, GUI, characterised in that : the GUI is controlled such that it represents various parts of the target site within the patient from which one or more tissue specimens have been taken or may be taken, and it represents an angular position of the tissue cutting member based on a circular shape or polygonal shape. the GUI is controlled such that it represents various parts of the target site within the patient from which one or more tissue specimens have been taken or may be taken, and it represents an angular position of the tissue cutting member based on a circular shape or polygonal shape.
Propulsion unit for an electric pedal-assisted cycle (EPAC) comprising - an electric machine having a stator and a rotor , rotatable about a motor axis (M-M), said rotor being operatively connected to a crank pin , defining a crank axis (X-X) mechanically connected to pedals , - wherein the propulsion unit comprises at least one electronic unit for operating and controlling the functioning of the electric machine , - wherein the propulsion unit comprises at least a pair of housings defining a containment space which houses the electric machine and at least partially the crank pin , - wherein the propulsion unit comprises transmission means of the movement from the rotor to the crank pin , - wherein the electronic unit is contained and is supported inside said containment space by an intermediate support element , characterized in that said intermediate support element , of the fixed type, also rotatably supports said rotor and is contained in the containment space (28 which is defined by the pair of housings , said intermediate support element being in contact with at least one of said housings so as to dissipate heat through these to the outside of the propulsion unit . - an electric machine having a stator and a rotor , rotatable about a motor axis (M-M), said rotor being operatively connected to a crank pin , defining a crank axis (X-X) mechanically connected to pedals , - wherein the propulsion unit comprises at least one electronic unit for operating and controlling the functioning of the electric machine , - wherein the propulsion unit comprises at least a pair of housings defining a containment space which houses the electric machine and at least partially the crank pin , - wherein the propulsion unit comprises transmission means of the movement from the rotor to the crank pin , - wherein the electronic unit is contained and is supported inside said containment space by an intermediate support element , characterized in that said intermediate support element , of the fixed type, also rotatably supports said rotor and is contained in the containment space (28 which is defined by the pair of housings , said intermediate support element being in contact with at least one of said housings so as to dissipate heat through these to the outside of the propulsion unit .
Method for handling bottles in which the bottles are transferred and presented vertically in a longitudinal line to a bottle takeover station disposed opposite a station for presentation of racks , the racks being disposed horizontally and provided with at least one first horizontal row of cells for retaining said bottles, in which method the following steps are performed: the necks of a first series of at least three bottles are gripped with a gripping clamp , the first series of bottles thus gripped are presented horizontally, on the open end of the first horizontal row of cells of a first rack , said first series of bottles are caused to completely enter said first row horizontally, the clamp is released so as to grip a second series of bottles which are introduced subsequently or in a second row of said first rack, repeating the steps applied above to said first series and so on in order to fill all the rows of said first rack, then said first rack is discharged and the steps above are repeated on a subsequent rack, characterised in that the bottles are displaced between the vertical line and a first position at a distance from the rack at a first speed, the bottles are displaced between this position at a distance and a second position of tilted docking of the bottoms of the bottles on said open end, the angle α for docking the bottoms of the bottles being between 45° and 20° to the horizontal, and said bottles are tilted to the horizontal at a second speed lower than the first speed, and the bottles are introduced into said first row of cells at a third speed. the necks of a first series of at least three bottles are gripped with a gripping clamp , the first series of bottles thus gripped are presented horizontally, on the open end of the first horizontal row of cells of a first rack , said first series of bottles are caused to completely enter said first row horizontally, the clamp is released so as to grip a second series of bottles which are introduced subsequently or in a second row of said first rack, repeating the steps applied above to said first series and so on in order to fill all the rows of said first rack, then said first rack is discharged and the steps above are repeated on a subsequent rack, characterised in that the bottles are displaced between the vertical line and a first position at a distance from the rack at a first speed, the bottles are displaced between this position at a distance and a second position of tilted docking of the bottoms of the bottles on said open end, the angle α for docking the bottoms of the bottles being between 45° and 20° to the horizontal, and said bottles are tilted to the horizontal at a second speed lower than the first speed, and the bottles are introduced into said first row of cells at a third speed.
An aircraft , comprising: a first pair of forward-facing flash position lamps disposed at a first wing tip , the first pair of flash position lamps comprising a first flash position lamp and a second flash position lamp; a second pair of forward-facing flash position lamps disposed at a second wing tip , the second pair of flash position lamps comprising a third flash position lamp and a fourth flash position lamp; and a controller in electronic communication with the first pair of flash position lamps, wherein at least one of the first flash position lamp and the second flash position lamp are configured to flash, while maintaining a combined intensity of the first pair of forward-facing flash position lamps above a desired intensity, to indicate a change in direction of the aircraft, wherein each flash position lamp may be operated in a continuous mode and/or a flashing mode. a first pair of forward-facing flash position lamps disposed at a first wing tip , the first pair of flash position lamps comprising a first flash position lamp and a second flash position lamp; a second pair of forward-facing flash position lamps disposed at a second wing tip , the second pair of flash position lamps comprising a third flash position lamp and a fourth flash position lamp; and a controller in electronic communication with the first pair of flash position lamps, wherein at least one of the first flash position lamp and the second flash position lamp are configured to flash, while maintaining a combined intensity of the first pair of forward-facing flash position lamps above a desired intensity, to indicate a change in direction of the aircraft,
Peeling test device for coupons derived from a vane, wherein the device is designed to test the resistance to peeling of said coupons each formed of a part forming a support and an adhesive glued to a surface of the support and comprising : - a frame comprising a front roller and at least one guide roller , with parallel axes designed to maintain one said the coupon supported while guiding movement of the latter, tangentially to the rollers by rolling, during the peeling test, at least one of the rollers being translationally adjustable in relation to the other rollers in a direction perpendicular to the axes of the rollers - means of attachment designed to be attached with the adhesive , - means of traction linked to the means of attachment, configured in order to pull the means of attachment in a pulling direction along an axis tangential to the front roller and designed to cause detachment of the adhesive from the surface of the support, - means of measuring the force exerted by the means of traction in order to pull the means of attachment during peeling, characterized in that the rollers or each roller has(have) an external local annular bearing surface with a linear feature, in order to create a one-off connection with the coupon regardless of the angular position of the guide roller . - a frame comprising a front roller and at least one guide roller , with parallel axes designed to maintain one said the coupon supported while guiding movement of the latter, tangentially to the rollers by rolling, during the peeling test, at least one of the rollers being translationally adjustable in relation to the other rollers in a direction perpendicular to the axes of the rollers - means of attachment designed to be attached with the adhesive , - means of traction linked to the means of attachment, configured in order to pull the means of attachment in a pulling direction along an axis tangential to the front roller and designed to cause detachment of the adhesive from the surface of the support, - means of measuring the force exerted by the means of traction in order to pull the means of attachment during peeling,