mhurhangee/patent-ind-claim-en huggingface dataset:
An ion transport device of a mass spectrometer, comprising: a plurality of pole rods arranged in first and second rows , the second row parallel to the first row , each pole rod of the first row forming a pole rod pair with a corresponding pole rod of the second row, the pole rod pairs defining a plurality of ion transport cells, each ion transport cell uniquely corresponding to a contiguous group of a fixed number of pole rod pairs, such that no two ion transport cells share a common pole rod pair; and a controller configured to apply voltages in a repeating voltage pattern to the pole rods of the first row ; wherein the controller is further configured to apply a common voltage to the pole rods of the second row thereby creating a plurality of potential wells capable of capturing ions, wherein each ion transport cell receives the same pattern of voltages; move the repeating voltage pattern along the pole rods of the first row to move captured ions within and between the plurality of ion transport cells along the ion transport device; and apply at least one ejection voltage to one or more electrodes to cause ions to be ejected from the ion transport device; characterised in that the common voltage to the pole rods of the second row is a fixed voltage. a plurality of pole rods arranged in first and second rows , the second row parallel to the first row , each pole rod of the first row forming a pole rod pair with a corresponding pole rod of the second row, the pole rod pairs defining a plurality of ion transport cells, each ion transport cell uniquely corresponding to a contiguous group of a fixed number of pole rod pairs, such that no two ion transport cells share a common pole rod pair; and a controller configured to apply voltages in a repeating voltage pattern to the pole rods of the first row ; wherein the controller is further configured to apply a common voltage to the pole rods of the second row thereby creating a plurality of potential wells capable of capturing ions, wherein each ion transport cell receives the same pattern of voltages; move the repeating voltage pattern along the pole rods of the first row to move captured ions within and between the plurality of ion transport cells along the ion transport device; and apply at least one ejection voltage to one or more electrodes to cause ions to be ejected from the ion transport device; apply voltages in a repeating voltage pattern to the pole rods of the first row ; wherein the controller is further configured to apply a common voltage to the pole rods of the second row thereby creating a plurality of potential wells capable of capturing ions, wherein each ion transport cell receives the same pattern of voltages; move the repeating voltage pattern along the pole rods of the first row to move captured ions within and between the plurality of ion transport cells along the ion transport device; and apply at least one ejection voltage to one or more electrodes to cause ions to be ejected from the ion transport device;
An inkjet recording method, which is performed by an inkjet recording device containing: a nozzle plate provided with a nozzle configured to eject droplets of an ink; a water-repellent film which is provided on a surface of the nozzle plate onto which the ink is ejected; a recording head containing a liquid chamber with which the nozzle is in communication, and a pressure generating unit configured to generate pressure in the liquid chamber ; and a signal generating unit configured to generate a signal to be applied to the pressure generating unit , and which allows the droplets of the ink to eject by the action of the pressure which is generated by the pressure generating unit according to the signal, wherein the water-repellent film contains a polymer containing a perfluoroalkyl chain, wherein the ink has a static surface tension of 18.0 mN/m to 27.0 mN/m at 25°C, wherein the ink has a receding contact angle on the nozzle plate of 50° or more, wherein the signal has a two-step pull pulse for pulling the ink into the nozzle in a two-step manner within one printing unit cycle, and wherein the inkjet recording method comprises pulling the ink located in proximity to a nozzle outlet into the nozzle by the action of the two-step pull pulse, to thereby form a meniscus at a predetermined position.
A system for detecting signal interference in a positioning system, the system comprising: an interface capable of linking at least two separate navigation systems to a processor; an inertial navigation system for providing inertial navigation system positions and coupled to said interface; a global positioning system receiver for providing global positioning positions in operative communication with at least one other global positioning system receiver and coupled to said interface; a processor coupled to the interface; a memory storage device coupled to said processor, characterised in said memory storage device including instructions that cause the processor to compute at least one sampled-autocorrelation function over time for the position errors of the inertial navigation system provided positions based on a comparison of inertial navigation system provided positions and global positioning system provided positions at various times, and to analyse the sampled auto-correlation function to determine the presence of interference, by taking into account the deterministic Schuler error and by searching for histogram bins where the autocorrelation function exceeds a threshold. an interface capable of linking at least two separate navigation systems to a processor; an inertial navigation system for providing inertial navigation system positions and coupled to said interface; a global positioning system receiver for providing global positioning positions in operative communication with at least one other global positioning system receiver and coupled to said interface; a processor coupled to the interface; a memory storage device coupled to said processor, characterised in said memory storage device including instructions that cause the processor to compute at least one sampled-autocorrelation function over time for the position errors of the inertial navigation system provided positions based on a comparison of inertial navigation system provided positions and global positioning system provided positions at various times, and to analyse the sampled auto-correlation function to determine the presence of interference, by taking into account the deterministic Schuler error and by searching for histogram bins where the autocorrelation function exceeds a threshold.
A pharmaceutical composition comprising: i) a glucokinase activator, or a pharmaceutically acceptable salt thereof, ii) an anti-diabetic drug selected from the group consisting of a GLP-1 analog, or a pharmaceutically acceptable salt thereof; and iii) at least one pharmaceutically acceptable carrier, excipient, diluent or mixture thereof, wherein the glucokinase activator is {2-[3-cyclohexyl-3-(trans-4-propoxy-cyclohexyl)-ureido]-thiazol-5-ylsulfanyl}-acetic acid. i) a glucokinase activator, or a pharmaceutically acceptable salt thereof, ii) an anti-diabetic drug selected from the group consisting of a GLP-1 analog, or a pharmaceutically acceptable salt thereof; and iii) at least one pharmaceutically acceptable carrier, excipient, diluent or mixture thereof,
A current sensor for detecting a magnitude of a current flowing through a measuring object , the current sensor comprising: a magnetic core comprising a first magnetic core and a second magnetic core that is arranged magnetically in parallel to the first magnetic core , wherein the first magnetic core has a magnetic permeability that is higher than that of the second magnetic core in a first frequency band, and the first magnetic core has a magnetic permeability that is lower than that of the second magnetic core in a second frequency band, the second frequency band being higher than the first frequency band, and the current sensor detects the magnitude of the current in a frequency band that is constituted by combining the first frequency band and the second frequency band. a magnetic core comprising a first magnetic core and a second magnetic core that is arranged magnetically in parallel to the first magnetic core , wherein the first magnetic core has a magnetic permeability that is higher than that of the second magnetic core in a first frequency band, and the first magnetic core has a magnetic permeability that is lower than that of the second magnetic core in a second frequency band, the second frequency band being higher than the first frequency band, and the current sensor detects the magnitude of the current in a frequency band that is constituted by combining the first frequency band and the second frequency band.
A method for making a table , the table comprising a supporting surface made of glass, the method comprising the following steps, in the specific order indicated: - applying a base layer of the type gripping on the supporting surface , the base layer comprising a paint of water-based or alcohol-based, gripping type; - drying the paint of water-based or alcohol-based, gripping type; - printing a graphical design on the base layer ; - applying an outer transparent protective layer wherein the step of printing the graphical design is performed by applying a cold ink on the base layer and in that the cold ink is an ink catalysed by exposure to UV type lamps. - applying a base layer of the type gripping on the supporting surface , the base layer comprising a paint of water-based or alcohol-based, gripping type; - drying the paint of water-based or alcohol-based, gripping type; - printing a graphical design on the base layer ; - applying an outer transparent protective layer wherein the step of printing the graphical design is performed by applying a cold ink on the base layer and in that the cold ink is an ink catalysed by exposure to UV type lamps.
Sorting device for articles comprising at least two main conveyor lines , each conveying consecutively arranged articles in a direction of conveyance , at least two feeder devices which respectively feed the articles to one of the main conveyor lines , at least two recognition devices each arranged in the direction of conveyance downstream of the feeder devices , which detect a sorting destination for each article , a plurality of sorting outlets arranged at the end of each main conveyor line , which are each assigned to sorting destinations and into which the articles are transported according to their sorting destination , at least two connecting conveyor lines , each branching off from the main conveyor lines at branch points , each of which connects two main conveyor lines and by way of which articles can be fed from one main conveyor line to another main conveyor line , and at least one storage device in which articles can be stored temporarily, characterised in that the storage device feeds temporarily stored articles to one of the main conveyor lines in the direction of conveyance upstream of at least one of the branch points .
A signal transmission method, comprising: a terminal device determining beam information about N groups of random access signals, wherein the beam information about the N groups of random access signals is identical, and each group of random access signals comprises M random access signals, M being a positive integer and N being a positive integer, and N being equal to or greater than 2; in a case where the terminal device sends the N groups of random access signals to a network device according to the beam information about the N groups of random access signals, while the terminal device does not receive a response message sent by the network device for the N groups of random access signals, redetermining the beam information about the N groups of random access signals; and the terminal device re-transmitting at least one random access signal in the N groups of random access signals to the network device according to the redetermined beam information about the N groups of random access signals. a terminal device determining beam information about N groups of random access signals, wherein the beam information about the N groups of random access signals is identical, and each group of random access signals comprises M random access signals, M being a positive integer and N being a positive integer, and N being equal to or greater than 2; in a case where the terminal device sends the N groups of random access signals to a network device according to the beam information about the N groups of random access signals, while the terminal device does not receive a response message sent by the network device for the N groups of random access signals, redetermining the beam information about the N groups of random access signals; and the terminal device re-transmitting at least one random access signal in the N groups of random access signals to the network device according to the redetermined beam information about the N groups of random access signals.
Inverter system for a drive train of a motor vehicle, which is arranged in a multipart housing , comprising a control board which is connectable by means of control cable terminals and control lines, intermediate circuit capacitors , power semiconductors , actuation units and power converters , wherein the housing comprises an electronics level , a power level and a connection level , arranged one above another, wherein the interior of the housing comprises a plurality of zones (23 a - e) in which different conditions prevail, with respect to temperature and EMC shielding; characterized in that the housing is moreover divided by means of a dividing wall into a first volume (21 a) and a second volume (21 b), wherein the power level and the control level are arranged in the first volume (21 a) which, in turn, is subdivided into a plurality of zones (23 b - e), and the connection level is arranged in the second volume (21 b), and forms a zone (23 a); in the first volume (21 a), the power level , and the control level which is arranged thereunder, are separated by a heat sink ; the power level and the control level respectively comprise two zones (23 b, c and 23 d, e), wherein the zones (23 b and 23 e) adjoin a first cooling zone (29 a) of the heat sink , and the zones (23 b and 23 d) adjoin a second cooling zone (29 b) of the heat sink ; in the power level , the power semiconductors are fastened in the region of the first cooling zone (29 a), and the intermediate circuit capacitors are fastened to the heat sink in the region of the second cooling zone (29 b); the control board is arranged in the region of the second cooling zone (29 b), in a depression of the heat sink . the housing is moreover divided by means of a dividing wall into a first volume (21 a) and a second volume (21 b), wherein the power level and the control level are arranged in the first volume (21 a) which, in turn, is subdivided into a plurality of zones (23 b - e), and the connection level is arranged in the second volume (21 b), and forms a zone (23 a); in the first volume (21 a), the power level , and the control level which is arranged thereunder, are separated by a heat sink ; the power level and the control level respectively comprise two zones (23 b, c and 23 d, e), wherein the zones (23 b and 23 e) adjoin a first cooling zone (29 a) of the heat sink , and the zones (23 b and 23 d) adjoin a second cooling zone (29 b) of the heat sink ; in the power level , the power semiconductors are fastened in the region of the first cooling zone (29 a), and the intermediate circuit capacitors are fastened to the heat sink in the region of the second cooling zone (29 b); the control board is arranged in the region of the second cooling zone (29 b), in a depression of the heat sink .
An electrical assembly comprising: an exhaust outlet ; a plurality of panels defining an enclosure section and configured to enclose an electrical distribution device, the plurality of panels including a roof panel ; and an exhaust path originating at the electrical distribution device and ending at the exhaust outlet , the exhaust path providing an exhaust route for a pressure wave caused by an arc event at the electrical distribution device, the pressure wave initially traveling in a first generally vertical upwards direction towards the roof panel and subsequently in a second generally horizontal direction towards the exhaust outlet ; the electrical assembly further comprising and characterized by : a damper panel mounted inside the enclosure section underneath the roof panel , the damper panel being separated from the roof panel by an air pocket, the damper panel configured to redirect the pressure wave to change directions from the first generally vertical upwards direction to the second generally horizontal direction, wherein the damper panel is adapted to elastically deform responsive to peak pressure of the pressure wave and the roof panel is adapted to plastically deform responsive to peak pressure of the pressure wave. an exhaust outlet ; a plurality of panels defining an enclosure section and configured to enclose an electrical distribution device, the plurality of panels including a roof panel ; and an exhaust path originating at the electrical distribution device and ending at the exhaust outlet , the exhaust path providing an exhaust route for a pressure wave caused by an arc event at the electrical distribution device, the pressure wave initially traveling in a first generally vertical upwards direction towards the roof panel and subsequently in a second generally horizontal direction towards the exhaust outlet ; the electrical assembly further comprising and characterized by : a damper panel mounted inside the enclosure section underneath the roof panel , the damper panel being separated from the roof panel by an air pocket, the damper panel configured to redirect the pressure wave to change directions from the first generally vertical upwards direction to the second generally horizontal direction, wherein the damper panel is adapted to elastically deform responsive to peak pressure of the pressure wave and the roof panel is adapted to plastically deform responsive to peak pressure of the pressure wave.
A method for controlling power transfer at a wireless power receiver , the method comprising: determining a duty cycle of a DC-DC converter of the wireless power receiver based on one of a voltage output to a load of the wireless power receiver and a desired voltage input to the DC-DC converter; and a current output to a load of the wireless power receiver and a desired current input to the DC-DC converter; and characterised by : determining a duty cycle limit for an AC switching controller based on the determined duty cycle and the one of the voltage and the current output to the load; determining an operational duty cycle for the AC switching controller based on the other one of the desired voltage and current input to the DC-DC converter and an actual one of a current and voltage output from the AC switching controller; comparing the operational duty cycle to the duty cycle limit; and adjusting at least one of the desired voltage and current input to the DC-DC converter when the operational duty cycle is greater than the duty cycle limit. determining a duty cycle limit for an AC switching controller based on the determined duty cycle and the one of the voltage and the current output to the load; determining an operational duty cycle for the AC switching controller based on the other one of the desired voltage and current input to the DC-DC converter and an actual one of a current and voltage output from the AC switching controller; comparing the operational duty cycle to the duty cycle limit; and adjusting at least one of the desired voltage and current input to the DC-DC converter when the operational duty cycle is greater than the duty cycle limit.
A fuel cell stack in which a plurality of fuel cells are stacked via separators , the fuel cell including a solid electrolyte plate interposed between an anode electrode and a cathode electrode , wherein: the separator is constituted of an uneven member that includes a first abutting portion , a second abutting portion , and a connecting portion , the first abutting portion abuts on one fuel cell of the two adjacent fuel cells, the second abutting portion abuts on the other fuel cell , and the connecting portion connects the first abutting portion to the second abutting portion , characterized in that: at least one abutting portion of the first abutting portion or the second abutting portion has a central portion formed to have a thickness greater than a thickness of an end portion of the connecting portion coupled to the at least one abutting portion, and the at least one abutting portion has a section modulus greater than a section modulus of the connecting portion .
Dry instant sauce base material, in particular powdered and/or granulated, containing 16% of animal and/or vegetable protein and/or protein hydroxide and containing 28% of animal and/or vegetable fat, containing 0. 2% of crude fibre, and 5-50% of gel-forming component, the sauce base material being mixed with a predetermined proportion of water in the range of room temperature forms a hydrocolloidal dispersion, which can be added to a pet food with solid components in the form of a sauce.
Suspension system for a suspended ceiling, comprising: - a primary profile which, in an installed state, extends in a first direction, - one or more suspension elements for the suspension of the primary profile, - a secondary profile which, in an installed state, is arranged under the primary profile and which extends in a second direction perpendicular to the first direction and which is configured to support ceiling plates, - a coupling bracket for the coupling of the primary profile and the secondary profile, wherein the coupling bracket comprises: - a main body which couples to the primary profile; - two coupling legs which extend from the main body and couple with the secondary profile; and - a positioning element which is configured to cooperate with the primary profile to position the coupling bracket in relation to the primary profile, wherein the primary profile and the secondary profile are each provided with a corresponding openings combination, comprising a central opening and two side openings situated on opposite sides of the central opening, characterised in that , a distance between the side openings of the openings combination substantially corresponds to the maximum horizontal dimension of a cross-section of the primary profile , wherein the central opening of the openings combination of the primary profile receives one end of the positioning element , wherein the side openings of the openings combination of the primary profile are configured to receive one end of a suspension element , and wherein the side openings of the openings combination of the secondary profile are configured to receive a leg end of a coupling leg of the coupling bracket. - a primary profile which, in an installed state, extends in a first direction, - one or more suspension elements for the suspension of the primary profile, - a secondary profile which, in an installed state, is arranged under the primary profile and which extends in a second direction perpendicular to the first direction and which is configured to support ceiling plates, - a coupling bracket for the coupling of the primary profile and the secondary profile, wherein the coupling bracket comprises: - a main body which couples to the primary profile; - two coupling legs which extend from the main body and couple with the secondary profile; and - a positioning element which is configured to cooperate with the primary profile to position the coupling bracket in relation to the primary profile, - a main body which couples to the primary profile; - two coupling legs which extend from the main body and couple with the secondary profile; and - a positioning element which is configured to cooperate with the primary profile to position the coupling bracket in relation to the primary profile,