mhurhangee/patent-ind-claim-en huggingface dataset:
A network module for providing a communication connection between a data processing entity (DVE) of a user and a communication network (KN), the network module comprising: a first communication interface for wired communication with the data processing entity (DVE); a second communication interface for communication with the communication network (KN); a user interface which is configured to receive a personal characteristic of the user; and a processor which is configured to authenticate the user on the basis of the received personal characteristic for access to the communication network (KN), wherein the processor is further configured to enable a communication connection between the first communication interface and the communication network (KN) via the second communication interface if the user is successfully authenticated, characterized in that the processor is configured to instruct the second communication interface to establish the communication connection if the user is successfully authenticated, and wherein the second communication interface is configured to establish the communication connection with the communication network (KN). a first communication interface for wired communication with the data processing entity (DVE); a second communication interface for communication with the communication network (KN); a user interface which is configured to receive a personal characteristic of the user; and a processor which is configured to authenticate the user on the basis of the received personal characteristic for access to the communication network (KN), wherein the processor is further configured to enable a communication connection between the first communication interface and the communication network (KN) via the second communication interface if the user is successfully authenticated, characterized in that the processor is configured to instruct the second communication interface to establish the communication connection if the user is successfully authenticated, and wherein the second communication interface is configured to establish the communication connection with the communication network (KN).
A system , comprising: a circuit including a controller device , an LED light string and a pulsed current driver of the LED light string , the circuit connected to a power source ; a current sensor measuring a current through the circuit; and a detecting device determining an ON or OFF pulsed current state of the circuit, the detecting device receiving, from the controller device an expected current expected to be passing through the circuit based on an intensity of the LED light string, the expected current associated with the ON pulsed current state, the detecting device receiving a current measurement from the current sensor during a time when the circuit is in the ON pulsed current state, the detecting device determining a comparison between the current measurement and the expected current when the circuit is in an ON pulsed current state, the detecting device generating an output indicative of a health status of the circuit based on the comparison. a circuit including a controller device , an LED light string and a pulsed current driver of the LED light string , the circuit connected to a power source ; a current sensor measuring a current through the circuit; and a detecting device determining an ON or OFF pulsed current state of the circuit, the detecting device receiving, from the controller device an expected current expected to be passing through the circuit based on an intensity of the LED light string, the expected current associated with the ON pulsed current state, the detecting device receiving a current measurement from the current sensor during a time when the circuit is in the ON pulsed current state, the detecting device determining a comparison between the current measurement and the expected current when the circuit is in an ON pulsed current state, the detecting device generating an output indicative of a health status of the circuit based on the comparison.
An electric motor drive system comprising: a plurality of drive modules each comprising a converter for converting incoming AC power to DC power and an inverter coupled to the converter for converting the DC power to controlled frequency AC power; a shared line-side bus coupled to the converters of the drive modules for providing the incoming AC power; a shared load-side bus coupled to the inverters for combining the controlled frequency AC power from all of the drive modules into a common AC output; and a common controller including control circuitry , the common controller being coupled to all of the inverters and configured to provide signals to the inverters to permit each inverter to generate gate drive signals for power electronic switches of the respective inverter separately and in parallel with one another, wherein the control circuitry is coupled to the inverters via parallel optical cables , wherein the optical cables each include 2 parallel optical fibers, and wherein one of the optical fibers is dedicated to transmission of data from the common control circuitry to the respective inverter, and the other of the optical fibers is dedicated to transmission of data from the respective inverter to the common control circuitry. a plurality of drive modules each comprising a converter for converting incoming AC power to DC power and an inverter coupled to the converter for converting the DC power to controlled frequency AC power; a shared line-side bus coupled to the converters of the drive modules for providing the incoming AC power; a shared load-side bus coupled to the inverters for combining the controlled frequency AC power from all of the drive modules into a common AC output; and a common controller including control circuitry , the common controller being coupled to all of the inverters and configured to provide signals to the inverters to permit each inverter to generate gate drive signals for power electronic switches of the respective inverter separately and in parallel with one another, wherein the control circuitry is coupled to the inverters via parallel optical cables , wherein the optical cables each include 2 parallel optical fibers, and wherein one of the optical fibers is dedicated to transmission of data from the common control circuitry to the respective inverter, and the other of the optical fibers is dedicated to transmission of data from the respective inverter to the common control circuitry.
A method for providing tactile feedback that corresponds to a clock , comprising: displaying a representation of a clock on a display of an electronic device that has a touch-sensitive surface ; detecting an input on the touch-sensitive surface causing a focus selector to be directed to the representation of the clock, wherein the representation of the clock is displayed prior to and while detecting the input; in response to detecting the input, providing tactile feedback that corresponds to advancement of time on the clock, wherein the tactile feedback includes a regular pattern of tactile outputs on the touch-sensitive surface that provides an indication of the rate at which time is passing; while providing the tactile feedback, detecting movement of the input causing the focus selector to move away from the representation of the clock; and while continuing to detect the input, in response to detecting that the focus selector is no longer directed to the representation of the clock, ceasing to provide the tactile feedback corresponding to advancement of time on the clock. displaying a representation of a clock on a display of an electronic device that has a touch-sensitive surface ; detecting an input on the touch-sensitive surface causing a focus selector to be directed to the representation of the clock, wherein the representation of the clock is displayed prior to and while detecting the input; in response to detecting the input, providing tactile feedback that corresponds to advancement of time on the clock, wherein the tactile feedback includes a regular pattern of tactile outputs on the touch-sensitive surface that provides an indication of the rate at which time is passing; while providing the tactile feedback, detecting movement of the input causing the focus selector to move away from the representation of the clock; and while continuing to detect the input, in response to detecting that the focus selector is no longer directed to the representation of the clock, ceasing to provide the tactile feedback corresponding to advancement of time on the clock.
A transgenic plant, plant cell or seed, comprising exogenous polynucleotides encoding a Δ6-desaturase, a Δ6-elongase, a Δ5-desaturase, a Δ5-elongase and a Δ4-desaturase wherein the Δ6-desaturase comprises amino acids having a sequence as provided in SEQ ID NO:8.
Pneumatic vehicle tyre with a profiled tread , having at least one circumferential groove , a breaker belt assembly , a radial carcass and an inner layer , forming the inner side of the tyre, wherein there is attached on the inner side of the tyre at least one sensor element , which detects bendings of the tyre taking place in the lateral direction and transmits signals correlating to the respective bending to evaluation electronics integrated in the tyre, wherein, depending on predetermined evaluation criteria, the evaluation electronics send signals to a display system in the vehicle or a safety system of the vehicle, characterized in that the sensor element is exclusively attached radially within the profile or the position of the circumferential groove and exclusively detects bendings in this region.
Multifunction unit consisting of a plurality of movable tools (51-58, 71) installed in a base body of the multifunction unit, with at least one central drive , - wherein the tools (51-58, 71) in the base body are in either a retracted, parking position or an extended, working position , characterized in that the tools (51-58, 71) represent various types for separating and joining manufacturing processes, - wherein one or more tools (51-58, 71) from each tool type (50-70) are present, - wherein the multifunction unit is designed such that multiple tools (51-58, 71), combined in a group mechanically or by software program, are able to be brought into a working position simultaneously, and - wherein the base body has a base-side adapter for a tool interface system , by which the mass forces of the multifunction unit are braced and via which at least the energy and data communication can be transferred. - wherein the tools (51-58, 71) in the base body are in either a retracted, parking position or an extended, working position , characterized in that the tools (51-58, 71) represent various types for separating and joining manufacturing processes, characterized in that the tools (51-58, 71) represent various types for separating and joining manufacturing processes, - wherein one or more tools (51-58, 71) from each tool type (50-70) are present, - wherein the multifunction unit is designed such that multiple tools (51-58, 71), combined in a group mechanically or by software program, are able to be brought into a working position simultaneously, and - wherein the base body has a base-side adapter for a tool interface system , by which the mass forces of the multifunction unit are braced and via which at least the energy and data communication can be transferred.
A method for purifying ethanolamine from a fermentation composition, the method comprising: adding a base to the fermentation composition; and removing ethanolamine from the fermentation composition by distillation, wherein addition of the base to the fermentation composition increases the pH of the fermentation composition from about 8 or less to equal to or greater than about pH 9, for example pH 10 or greater, for example pH 11 or greater. adding a base to the fermentation composition; and removing ethanolamine from the fermentation composition by distillation,
An exhaust gas flow regulator comprising: a plurality of first tubes extending in an extension direction and being spaced apart from each other in a spacing direction perpendicular to the extension direction; a support plate disposed perpendicular to the extension direction of the plurality of first tubes and through which the plurality of first tubes penetrates; and a second tube coupled to one end of the support plate and extending parallel to the plurality of first tubes ; wherein the second tube is provided with a guide plate configured to redirect exhaust gases flowing around the second tube toward the plurality of first tubes ; characterized in that the guide plate is rotatably connected to the second tube so that a flow direction of the exhaust gases flowing between the second tube and a first tube of the plurality of first tubes adjacent to the second tube is directed toward the first tube . a plurality of first tubes extending in an extension direction and being spaced apart from each other in a spacing direction perpendicular to the extension direction; a support plate disposed perpendicular to the extension direction of the plurality of first tubes and through which the plurality of first tubes penetrates; and a second tube coupled to one end of the support plate and extending parallel to the plurality of first tubes ; wherein the second tube is provided with a guide plate configured to redirect exhaust gases flowing around the second tube toward the plurality of first tubes ; characterized in that the guide plate is rotatably connected to the second tube so that a flow direction of the exhaust gases flowing between the second tube and a first tube of the plurality of first tubes adjacent to the second tube is directed toward the first tube .
Tool for fixing a blade of a chainsaw, with a pipe spanner with a hexagon for a spark plug and a hexagon for a retaining nut for the blade of the chainsaw and with a rod which is connected to the pipe spanner and which has a screwdriver-shaped end , characterized in that an insert provided with an internal thread is fixed in the pipe wrench , in that an insert provided with an internal thread is fixed in the pipe spanner , in that a threaded rod with an actuating head which can be screwed into the insert is provided in the interior of the pipe spanner , and in that the actuating head carries on its side facing the threaded rod an extension which fits into the interior of the hexagonal edge for the spark plug.
A floor cleaning apparatus comprising a floor engaging head, an upstanding body pivotally attached to the head and an elongate detachable handle extending from the body, wherein the head comprises a formation adapted to engage a lower end of the handle when the latter is detached from the body and to support the handle in a generally upright position alongside the body when the cleaner is not in use, characterised in that an upper portion of the handle is adapted to engage the body when the lower end of the handle is engaged with said formation.
A portable ultrasonic diagnostic system comprising: a portable ultrasonic diagnostic device ; an ultrasonic diagnostic application installed in a portable terminal , wherein the ultrasound diagnostic application is configured to receive ultrasonic image data from the portable ultrasonic diagnostic device , and display an ultrasonic image through a display screen of the portable terminal ; and an ultrasonic image server configured to store guiding ultrasonic images for various diagnosis locations and diagnosed parts, wherein the ultrasonic diagnostic application in the portable terminal is configured to transmit position information of the portable terminal and diagnosed part information to the ultrasonic image server , wherein the ultrasonic image server is configured to provide guiding ultrasonic images of a diagnosis location and a diagnosed part corresponding to the position information of the portable terminal and the diagnosed part information to the ultrasonic diagnostic application, and wherein the ultrasonic diagnostic application in the portable terminal is configured to display the ultrasonic image with a guiding ultrasonic image provided from the ultrasonic image server . a portable ultrasonic diagnostic device ; an ultrasonic diagnostic application installed in a portable terminal , wherein the ultrasound diagnostic application is configured to receive ultrasonic image data from the portable ultrasonic diagnostic device , and display an ultrasonic image through a display screen of the portable terminal ; and an ultrasonic image server configured to store guiding ultrasonic images for various diagnosis locations and diagnosed parts, wherein the ultrasonic diagnostic application in the portable terminal is configured to transmit position information of the portable terminal and diagnosed part information to the ultrasonic image server , wherein the ultrasonic image server is configured to provide guiding ultrasonic images of a diagnosis location and a diagnosed part corresponding to the position information of the portable terminal and the diagnosed part information to the ultrasonic diagnostic application, and wherein the ultrasonic diagnostic application in the portable terminal is configured to display the ultrasonic image with a guiding ultrasonic image provided from the ultrasonic image server .
A light emitting device package comprising: a first frame having a first through hole (TH1) a second frame having a second through hole (TH2); a third frame having a third through hole (TH3); a fourth frame having a fourth through hole (TH4); and wherein a conductive layer is provided in the first, the second, the third, and the fourth through holes (TH1, TH2, TH3, TH4). and wherein the second frame and the third frame are diagonally spaced apart from each other in the light emitting package. further comprising a connecting frame diagonally extending in the light emitting device package from the second frame to the third frame; a body supporting the first, second, third, and fourth frames and the connecting frame ; a first light emitting device including a first electrode pad and a second electrode pad , the first electrode pad being disposed on the first through hole (TH1) of the first frame and the second electrode pad being disposed on the second through hole (TH2) of the second frame; a second light emitting device including a third electrode pad and a fourth electrode pad , the third electrode pad being disposed on the third through hole (TH3) of the third frame and the fourth electrode pad being disposed on the fourth through hole (TH4) of the fourth frame; and an inner wall part between the first light emitting device and the second light emitting device, wherein the connecting frame is disposed between the body and the inner wall part , and wherein the connecting frame is formed of metal. a first frame having a first through hole (TH1) a second frame having a second through hole (TH2); a third frame having a third through hole (TH3); a fourth frame having a fourth through hole (TH4); and wherein a conductive layer is provided in the first, the second, the third, and the fourth through holes (TH1, TH2, TH3, TH4). and wherein the second frame and the third frame are diagonally spaced apart from each other in the light emitting package. further comprising a connecting frame diagonally extending in the light emitting device package from the second frame to the third frame; a body supporting the first, second, third, and fourth frames and the connecting frame ; a first light emitting device including a first electrode pad and a second electrode pad , the first electrode pad being disposed on the first through hole (TH1) of the first frame and the second electrode pad being disposed on the second through hole (TH2) of the second frame; a second light emitting device including a third electrode pad and a fourth electrode pad , the third electrode pad being disposed on the third through hole (TH3) of the third frame and the fourth electrode pad being disposed on the fourth through hole (TH4) of the fourth frame; and an inner wall part between the first light emitting device and the second light emitting device, wherein the connecting frame is disposed between the body and the inner wall part , and wherein the connecting frame is formed of metal.
Positioning device of a flexible sticker intended to be stuck to a part of a motor vehicle , comprising: - at least two centering pins extending along a so-called vertical axis (Z-Z), intended to be inserted respectively into corresponding orifices of the sticker ; - for each centering pin , at least one adjustment pin extending along the vertical axis (Z-Z), intended to be inserted respectively into at least one corresponding orifice of the sticker ; - displacement means of each adjustment pin with respect to the corresponding centering pin in a direction contained in a plane transverse to the vertical axis (Z-Z), preferably a plane normal to the vertical axis (Z-Z); and - descent means of the ensemble formed by the centering pins and the adjustment pins according to the vertical axis (Z-Z). - at least two centering pins extending along a so-called vertical axis (Z-Z), intended to be inserted respectively into corresponding orifices of the sticker ; - for each centering pin , at least one adjustment pin extending along the vertical axis (Z-Z), intended to be inserted respectively into at least one corresponding orifice of the sticker ; - displacement means of each adjustment pin with respect to the corresponding centering pin in a direction contained in a plane transverse to the vertical axis (Z-Z), preferably a plane normal to the vertical axis (Z-Z); and - descent means of the ensemble formed by the centering pins and the adjustment pins according to the vertical axis (Z-Z).