mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for displaying and using a graphical user interface, GUI , the method comprising: displaying, via the GUI , a graphical representation of a plurality of electrodes of an ablation catheter; designating, via the GUI , at least some of the plurality of electrodes to be active electrodes ; designating, via the GUI, the active electrodes as a source electrode or a sink electrode ; assigning, via the GUI, an electrical unit to each of the designated source electrodes ; and estimating an amount of electrical units associated with each of the designated sink electrodes based on the assigned electrical unit of the designated source electrodes and further based on distances between the designated source electrodes and the designated sink electrodes ; wherein the electrical unit is power. displaying, via the GUI , a graphical representation of a plurality of electrodes of an ablation catheter; designating, via the GUI , at least some of the plurality of electrodes to be active electrodes ; designating, via the GUI, the active electrodes as a source electrode or a sink electrode ; assigning, via the GUI, an electrical unit to each of the designated source electrodes ; and estimating an amount of electrical units associated with each of the designated sink electrodes based on the assigned electrical unit of the designated source electrodes and further based on distances between the designated source electrodes and the designated sink electrodes ; wherein the electrical unit is power.
A communication control device for controlling communication on an equipment network on which a first equipped device having a communication capacity corresponding to a first communication, and a second equipped device that can switch between having a communication capacity corresponding to the first communication and having a higher-speed communication capacity than that of the first equipped device corresponding to a second communication are connected to each other, characterized by comprising: a communication assignment device configured to assign a free space of the equipment network not used by first communication performed by the first equipped device to second communication performed by the second equipped device; and a communication controller configured to transmit a trigger signal for switching a communication mode of the equipment network from the first communication to the second communication, wherein the communication controller is configured to switch a communication mode of the equipment network from the second communication to the first communication after the end of a predetermined time after the second communication. a communication assignment device configured to assign a free space of the equipment network not used by first communication performed by the first equipped device to second communication performed by the second equipped device; and a communication controller configured to transmit a trigger signal for switching a communication mode of the equipment network from the first communication to the second communication, wherein the communication controller is configured to switch a communication mode of the equipment network from the second communication to the first communication after the end of a predetermined time after the second communication.
An electric synchronous motor for an electrical power tool, comprising a: - tubular rotor magnetized to have circumferential polar alternations; - a tubular slotless stator yoke of ferromagnetic material, wherein - the tubular rotor is magnetized to have two pairs of circumferential polar alternations and wherein - a stator comprises three concentrically wound coils , wherein the three concentrically wound coils are assembled in a non-overlapping fashion inside the tubular stator yoke to form a concentrated motor winding, wherein the three concentrically wound coils are winded on three equally distributed bobbins , characterized in that the three concentrically wound coils are arranged in a self-supporting manner and in that the three concentrically wound coils are surrounded by an isolating material and that three concentrically wound coils and the three equally distributed bobbins are glued to the insulating material . - tubular rotor magnetized to have circumferential polar alternations; - a tubular slotless stator yoke of ferromagnetic material, wherein - the tubular rotor is magnetized to have two pairs of circumferential polar alternations and wherein - a stator comprises three concentrically wound coils , wherein the three concentrically wound coils are assembled in a non-overlapping fashion inside the tubular stator yoke to form a concentrated motor winding, wherein the three concentrically wound coils are winded on three equally distributed bobbins , characterized in that
An agricultural working machine, in particular a harvester, comprising a crop collection arrangement for separating and picking up crop material from a field stand , which as components (7-10) has at least one crop cutting device , a crop conveyor device arranged downstream thereof and a crop intake device arranged downstream of the latter, and a closed-loop control device which has at least one sensor unit for optical detection of a crop material flow, an image processing unit for processing images which are generated by the sensor unit based on the optically detected crop material flow and a data output unit for output of the images processed by the image processing unit , wherein the image processing unit creates a speed characteristic diagram based on the images produced by the sensor unit , characterised in that the image processing unit is configured to create a directional change characteristic diagram based on the images produced by the sensor unit in addition to the speed characteristic diagram , wherein the information from the respective directional change characteristic diagram is used to check the information from the associated speed characteristic diagram , corresponding therefore in respect of time, in respect of its plausibility, and that the two characteristic diagrams are used jointly or each individually by the closed-loop control device for the control of processes in the agricultural working machine and/or in the crop collection arrangement . a crop collection arrangement for separating and picking up crop material from a field stand , which as components (7-10) has at least one crop cutting device , a crop conveyor device arranged downstream thereof and a crop intake device arranged downstream of the latter, and a closed-loop control device which has at least one sensor unit for optical detection of a crop material flow, an image processing unit for processing images which are generated by the sensor unit based on the optically detected crop material flow and a data output unit for output of the images processed by the image processing unit , wherein the image processing unit creates a speed characteristic diagram based on the images produced by the sensor unit , characterised in that the image processing unit is configured to create a directional change characteristic diagram based on the images produced by the sensor unit in addition to the speed characteristic diagram , wherein the information from the respective directional change characteristic diagram is used to check the information from the associated speed characteristic diagram , corresponding therefore in respect of time, in respect of its plausibility, and that the two characteristic diagrams are used jointly or each individually by the closed-loop control device for the control of processes in the agricultural working machine and/or in the crop collection arrangement .
A video bitstream characterized by : a video signal representing one or more picture frames; and metadata accompanying the video signal, wherein a subset of the metadata is collocated temporally and spatially with the video signal that is intended to be rendered at a given time, the subset of metadata including a first level of metadata, the first level of metadata including source display gamut parameters indicative of source image data having been color graded on a reference display device to produce the one or more picture frames; wherein the source display gamut parameters include: a. a white point and a black point of the reference display, and b. primaries of the reference display, wherein the primaries are provided (i) as CIE x,y chromaticity coordinates with maximum luminance specified or (ii) as CIE XYZ values. a video signal representing one or more picture frames; and metadata accompanying the video signal, wherein a subset of the metadata is collocated temporally and spatially with the video signal that is intended to be rendered at a given time, the subset of metadata including a first level of metadata, the first level of metadata including source display gamut parameters indicative of source image data having been color graded on a reference display device to produce the one or more picture frames; wherein the source display gamut parameters include: a. a white point and a black point of the reference display, and b. primaries of the reference display, wherein the primaries are provided (i) as CIE x,y chromaticity coordinates with maximum luminance specified or (ii) as CIE XYZ values. a. a white point and a black point of the reference display, and b. primaries of the reference display, wherein the primaries are provided (i) as CIE x,y chromaticity coordinates with maximum luminance specified or (ii) as CIE XYZ values.
A chromatography system comprising a mixing circuit , a bubble trap , a concentration detector , a mixing circuit pump , a main pump , and an adjustable valve , wherein the mixing circuit comprises the mixing circuit pump and the concentration detector , wherein the bubble trap is separated from the mixing circuit and connected to the mixing circuit by the adjustable valve , wherein the main pump is downstream of the bubble trap , characterized in that the bubble trap has a permanent opening at the highest point . wherein the mixing circuit comprises the mixing circuit pump and the concentration detector , wherein the bubble trap is separated from the mixing circuit and connected to the mixing circuit by the adjustable valve , wherein the main pump is downstream of the bubble trap , characterized in that the bubble trap has a permanent opening at the highest point .
A liquid discharge head , comprising: a pressure chamber connected to a nozzle from which a liquid is di scharged; an actuator configured to apply discharge pressure to the liquid in the pressure chamber ; a first supply channel which is connected to the pressure chamber , and through which a first liquid is supplied to the pressure chamber ; a second supply channel , different from the first supply channel , which is connected to the pressure chamber , and through which a second liquid different from the first liquid is supplied to the pressure chamber ; characterised in that the liquid discharge head further comprises a first valve which is disposed in the first supply channel , and by which the first supply channel is opened and closed; and a second valve which is disposed in the second supply channel , and by which the second supply channel is opened and closed. a pressure chamber connected to a nozzle from which a liquid is di scharged; an actuator configured to apply discharge pressure to the liquid in the pressure chamber ; a first supply channel which is connected to the pressure chamber , and through which a first liquid is supplied to the pressure chamber ; a second supply channel , different from the first supply channel , which is connected to the pressure chamber , and through which a second liquid different from the first liquid is supplied to the pressure chamber ; characterised in that the liquid discharge head further comprises a first valve which is disposed in the first supply channel , and by which the first supply channel is opened and closed; and a second valve which is disposed in the second supply channel , and by which the second supply channel is opened and closed.
A communication station for an intercom network comprising a plurality of operating elements , each of which is configured as a lever , wherein a lever starting from an inactive centre position , is manually shiftable along a first direction into a first switching position or alternatively shiftable into a second switching position along a second direction contrary to the first direction, wherein the lever is pre-tensioned towards its centre position, characterised in that the lever comprises a rotatably mounted setting element for changing a parameter or in that the lever reaches past such a setting element.
A printhead die, comprising: a first resistor to cause fluid to be ejected out of a first nozzle (142; 205; 305); a second resistor to cause fluid to be ejected out of a second nozzle ; a first cavitation plate to cover the first resistor ; and a second cavitation plate to cover the second resistor , the first cavitation plate spaced from the second cavitation plate , characterised by : a first adhesive overlying the first cavitation plate ; a second adhesive overlying the second cavitation plate ; first and second protective layers over portions of the cavitation plates . a first resistor to cause fluid to be ejected out of a first nozzle (142; 205; 305); a second resistor to cause fluid to be ejected out of a second nozzle ; a first cavitation plate to cover the first resistor ; and a second cavitation plate to cover the second resistor , the first cavitation plate spaced from the second cavitation plate , characterised by : a first adhesive overlying the first cavitation plate ; a second adhesive overlying the second cavitation plate ; first and second protective layers over portions of the cavitation plates . a first adhesive overlying the first cavitation plate ; a second adhesive overlying the second cavitation plate ; first and second protective layers over portions of the cavitation plates .
Universal shaft with a generator for generating electricity, characterized in that said generator is driven by a tangential acceleration acting upon the universal shaft due to a cardan error when the universal shaft rotates at a constant rotational speed.
A gas turbine engine comprising a plurality of rotor disks and a second plurality of rotor disks aft of the first plurality of rotor disks , wherein the first plurality of rotor disks includes an aft rotor disk; a shaft located radially inward from the first plurality of rotor disks and the second plurality of rotor disks ; and a seal for a rotor stack , wherein the seal extends from the shaft to the aft rotor disk, and wherein the seal contacts the shaft axially spaced from the aft rotor disk, the seal comprising: a first portion including a shaft contact surface ; a second portion including a rotor disk contact surface; and a transition portion connecting the first portion and the second portion and the transition portion extends radially outward and axially from the first portion , wherein the shaft contact surface faces radially inward and an end of the first portion includes a tab contact surface, wherein the first portion includes a first thickness at the shaft contact surface and a second thickness axially spaced from the shaft contact surface and the first thickness is greater than the second thickness; wherein the rotor disk contact surface faces radially inward; and characterised in that the rotor disk contact surface is configured to engage a radially outer surface of a tab on an axially forward side of the aft rotor disk. a plurality of rotor disks and a second plurality of rotor disks aft of the first plurality of rotor disks , wherein the first plurality of rotor disks includes an aft rotor disk; a shaft located radially inward from the first plurality of rotor disks and the second plurality of rotor disks ; and a seal for a rotor stack , wherein the seal extends from the shaft to the aft rotor disk, and wherein the seal contacts the shaft axially spaced from the aft rotor disk, the seal comprising: a first portion including a shaft contact surface ; a second portion including a rotor disk contact surface; and a transition portion connecting the first portion and the second portion and the transition portion extends radially outward and axially from the first portion , a first portion including a shaft contact surface ; a second portion including a rotor disk contact surface; and a transition portion connecting the first portion and the second portion and the transition portion extends radially outward and axially from the first portion , wherein the shaft contact surface faces radially inward and an end of the first portion includes a tab contact surface, wherein the first portion includes a first thickness at the shaft contact surface and a second thickness axially spaced from the shaft contact surface and the first thickness is greater than the second thickness; wherein the rotor disk contact surface faces radially inward; and characterised in that the rotor disk contact surface is configured to engage a radially outer surface of a tab on an axially forward side of the aft rotor disk.
A modular airbag system , comprising: at least two airbag compartments ; at least two inflatable airbags housed in the at least two airbag compartments , the at least two inflatable airbags configured to deploy outward on two sides of the airbag system in two opposite substantially horizontal directions; characterized by one or more straps connected to at least one of the at least two airbag compartments , the one or more straps configured to strap the at least two airbag compartments securely to a backpack, and configured to release the at least two airbag compartments from the backpack. at least two airbag compartments ; at least two inflatable airbags housed in the at least two airbag compartments , the at least two inflatable airbags configured to deploy outward on two sides of the airbag system in two opposite substantially horizontal directions; characterized by one or more straps connected to at least one of the at least two airbag compartments , the one or more straps configured to strap the at least two airbag compartments securely to a backpack, and configured to release the at least two airbag compartments from the backpack.
A fan, comprising a motor , a fan wheel , an inlet nozzle arranged upstream of the fan wheel, at least one air pressure measuring device with at least one air pressure sensor, control electronics connected to the air pressure measuring device, wherein the at least one air pressure measuring device is in direct operative connection with an inflow area (A) and a nozzle pressure area (B) determined by the inflow nozzle , characterized in that the air pressure measuring device and the control electronics are arranged directly on the inflow nozzle or indirectly via a front element upstream of the inflow nozzle , and in that the air pressure measuring device and the control electronics are designed integrally as a measuring module . a motor , a fan wheel , an inlet nozzle arranged upstream of the fan wheel, at least one air pressure measuring device with at least one air pressure sensor, control electronics connected to the air pressure measuring device, wherein the at least one air pressure measuring device is in direct operative connection with an inflow area (A) and a nozzle pressure area (B) determined by the inflow nozzle , characterized in that the air pressure measuring device and the control electronics are arranged directly on the inflow nozzle or indirectly via a front element upstream of the inflow nozzle , and in that the air pressure measuring device and the control electronics are designed integrally as a measuring module .
A computer-implemented method for calculating a result of a digital polymerase chain reaction protocol, procedure, or experiment for a biological analysis, comprising: displaying to a user a scatter plot of a portion of emission data from a plurality of reaction sites, wherein the portion of emission data has been selected by the user to be displayed and the plurality of reaction sites has been obtained by dividing an initial sample solution into at least 20,000 reaction sites, each having a volume of less than 2 nanoliters, determining a classification for each data point; receiving a selection of a data point or a group of data points to change the determined classification to a second classification, wherein the data point or the group of data points has been visualized to the user and has been selected by the user by selecting a visualization of the data point or the group of data points and wherein the second classification is different than the determined classification; changing the classification of the data point or the group of data points from the determined classification to the second classification; calculating the result based on an adjusted number of data points in each classification, wherein the calculated result is a copy number of a target molecule or a concentration of the target molecule; and changing a color of the data point or the group of data points on the scatter plot to reflect the second classification for the data point or the group of data points. displaying to a user a scatter plot of a portion of emission data from a plurality of reaction sites, wherein the portion of emission data has been selected by the user to be displayed and the plurality of reaction sites has been obtained by dividing an initial sample solution into at least 20,000 reaction sites, each having a volume of less than 2 nanoliters, determining a classification for each data point; receiving a selection of a data point or a group of data points to change the determined classification to a second classification, wherein the data point or the group of data points has been visualized to the user and has been selected by the user by selecting a visualization of the data point or the group of data points and wherein the second classification is different than the determined classification; changing the classification of the data point or the group of data points from the determined classification to the second classification; calculating the result based on an adjusted number of data points in each classification, wherein the calculated result is a copy number of a target molecule or a concentration of the target molecule; and changing a color of the data point or the group of data points on the scatter plot to reflect the second classification for the data point or the group of data points.
A method for operating a conveyor installation in the form of a long stator linear motor, wherein a plurality of transport units (TEn) being moved along a conveying track of the conveyor installation by a system controller , characterized in that a first trigger point (Tx) is defined in at least one first position (Px) on the conveying track and a first program code (Fx) with a movement profile defined therein, which can be executed in the system controller and with which a transport unit (TEn) is moved along a track section of the conveying track in accordance with a defined movement profile, is assigned to the first trigger point (Tx), whereas a movement profile is in principle a progress over time of a parameter of the movement, and this program code (Fx) is executed for each transport unit (TEn) that reaches the first trigger point (Tx), in that a memory region (SBn) is allocated to each transport unit (TEn) and specific data relating to the associated transport unit (TEn) are stored in this memory region (SBn), and in that specific data regarding the transport unit (TEn) located at the first trigger point (Tx) are read out at the trigger point (Tx) and are checked by means of a condition defined in the first executable program code (Fx), and, depending on the outcome of the check, the further movement of the transport unit (TEn) along the conveying track is defined.