mhurhangee/ep-ind-claims huggingface dataset:
A computing device, comprising: an electronic component; a printed circuit board assembly (100, 100') comprising at least two latch receiving spaces; and a latch assembly configured to be connected to the printed circuit board assembly (100, 100') at one of the at least two latch receiving spaces for securing the electronic component, wherein the latch receiving spaces are positioned on the printed circuit board assembly (100, 100') to accommodate various sizes of the electronic component, wherein the latch assembly comprises: a securing element connected to the printed circuit board assembly (100, 100'), wherein the securing element comprises at least two cylindrical elements, wherein the at least two cylindrical elements comprise two different sizes; and a latch mechanism, wherein the latch mechanism is characterized by comprising a connection component configured to secure the latch mechanism to the securing element via at least one cylindrical element of the at least two cylindrical elements, wherein the connection component of the latch mechanism comprises a magnet (516, 531) configured to magnetically connect to the at least one cylindrical element of the securing element, wherein the at least one cylindrical element of the securing element comprises a tapered feature comprising a magnetic metal component. an electronic component; a printed circuit board assembly (100, 100') comprising at least two latch receiving spaces; and a latch assembly configured to be connected to the printed circuit board assembly (100, 100') at one of the at least two latch receiving spaces for securing the electronic component, wherein the latch receiving spaces are positioned on the printed circuit board assembly (100, 100') to accommodate various sizes of the electronic component, wherein the latch assembly comprises: a securing element connected to the printed circuit board assembly (100, 100'), wherein the securing element comprises at least two cylindrical elements, wherein the at least two cylindrical elements comprise two different sizes; and a latch mechanism, wherein the latch mechanism is characterized by comprising a connection component configured to secure the latch mechanism to the securing element via at least one cylindrical element of the at least two cylindrical elements, wherein the connection component of the latch mechanism comprises a magnet (516, 531) configured to magnetically connect to the at least one cylindrical element of the securing element, wherein the at least one cylindrical element of the securing element comprises a tapered feature comprising a magnetic metal component.
A protector configured to protect a belt-like flexible board where a wiring pattern (204a, 204b) is provided, the protector comprising: a first accommodation portion configured to accommodate the flexible board so as to be slidable in a length direction of the flexible board; a second accommodation portion configured to accommodate the flexible board in a position different from the first accommodation portion in the length direction of the flexible board; and a coupling portion that connects between the first accommodation portion and the second accommodation portion, characterized in that the coupling portion is a bendable coupling portion that connects between the first accommodation portion and the second accommodation portion, the coupling portion is structured so that under a condition where the coupling portion is curved and the first accommodation portion and the second accommodation portion are faced to each other such that a length direction of the first accommodation portion and a length direction of the second accommodation portion are parallel to each other, deformation of the flexible board between the first accommodation portion and the second accommodation portion in the direction away from the coupling portion is allowed by sliding the flexible board in the length direction of the flexible board and a direction in which the flexible board is inserted into the first accommodation portion with respect to the first accommodation portion. a first accommodation portion configured to accommodate the flexible board so as to be slidable in a length direction of the flexible board; a second accommodation portion configured to accommodate the flexible board in a position different from the first accommodation portion in the length direction of the flexible board; and a coupling portion that connects between the first accommodation portion and the second accommodation portion, characterized in that the coupling portion is a bendable coupling portion that connects between the first accommodation portion and the second accommodation portion, the coupling portion is structured so that under a condition where the coupling portion is curved and the first accommodation portion and the second accommodation portion are faced to each other such that a length direction of the first accommodation portion and a length direction of the second accommodation portion are parallel to each other, deformation of the flexible board between the first accommodation portion and the second accommodation portion in the direction away from the coupling portion is allowed by sliding the flexible board in the length direction of the flexible board and a direction in which the flexible board is inserted into the first accommodation portion with respect to the first accommodation portion.
A method for operating a light curtain arrangement (1, 20, 50) for monitoring a safety area, the light curtain arrangement (1, 20, 50) comprising a light receiver element, a plurality of light emitter elements (2a - 2e) associated with the light receiver element and at least one deflection element (4, 4a, 4b) placed between the light emitter elements (2a - 2e) and the light receiver element, wherein the light emitter elements (2a - 2e) are configured to emit light along respective light paths and the at least one deflection element (4, 4a, 4b) is configured to deflect the light emitted along the light paths such as to direct it towards the light receiver element, the method comprising the steps of: sequentially activating the light emitter elements (2a - 2e) of the plurality of light emitter elements (2a - 2e); for each of the sequentially activated light emitter elements (2a - 2e), determining an intensity of a light signal received from the sequentially activated light emitter element (2a - 2e) by the light receiver element; selecting at least one selected light emitter element (2a - 2e) from the plurality of light emitter elements (2a - 2e) in accordance with the determined intensities of the light signals; and monitoring the safety area by only activating the at least one selected light emitter element (2a - 2e). sequentially activating the light emitter elements (2a - 2e) of the plurality of light emitter elements (2a - 2e); for each of the sequentially activated light emitter elements (2a - 2e), determining an intensity of a light signal received from the sequentially activated light emitter element (2a - 2e) by the light receiver element; selecting at least one selected light emitter element (2a - 2e) from the plurality of light emitter elements (2a - 2e) in accordance with the determined intensities of the light signals; and monitoring the safety area by only activating the at least one selected light emitter element (2a - 2e).
A liquid crystal polymer film made of a thermoplastic polymer capable of forming an optically anisotropic melt phase (hereinafter, referred to as a thermoplastic liquid crystal polymer film), wherein a change ratio of a relative dielectric constant (ε r2) of the film after heating of the film to a relative dielectric constant (ε r1) of the film before the heating satisfies the following formula where the film is heated for 1 hour at the melting point of the film, ε r 2 − ε r 1 / ε r 1 × 100 ≤ 5 where ε r1 denotes the relative dielectric constant before the heating, ε r2 denotes the relative dielectric constant after the heating, and these relative dielectric constants are measured at the same frequency in a range of 1 to 100 GHz and at a temperature of 20°C.
A turbofan engine comprising: a first spool including a first turbine; a second spool including a second turbine disposed axially forward of the first turbine; a first tower shaft engaged to the first spool; and a second tower shaft engaged to the second spool, and characterised by: a superposition gearbox including a sun gear, a plurality of intermediate gears engaged to the sun gear and supported in a carrier and a ring gear circumscribing the intermediate gears, wherein the second tower shaft is engaged to drive the sun gear; a first clutch for selectively coupling the first tower shaft to the ring gear; a second clutch for selectively coupling the sun gear to the carrier; and an accessory gearbox driven by an output of the superposition gearbox. a first spool including a first turbine; a second spool including a second turbine disposed axially forward of the first turbine; a first tower shaft engaged to the first spool; and a second tower shaft engaged to the second spool, and characterised by: a superposition gearbox including a sun gear, a plurality of intermediate gears engaged to the sun gear and supported in a carrier and a ring gear circumscribing the intermediate gears, wherein the second tower shaft is engaged to drive the sun gear; a first clutch for selectively coupling the first tower shaft to the ring gear; a second clutch for selectively coupling the sun gear to the carrier; and an accessory gearbox driven by an output of the superposition gearbox. a superposition gearbox including a sun gear, a plurality of intermediate gears engaged to the sun gear and supported in a carrier and a ring gear circumscribing the intermediate gears, wherein the second tower shaft is engaged to drive the sun gear; a first clutch for selectively coupling the first tower shaft to the ring gear; a second clutch for selectively coupling the sun gear to the carrier; and an accessory gearbox driven by an output of the superposition gearbox.
Device for labelling single packages, - having an advancing installation for transporting the respective package in a transportation direction, - having a dispensing installation for dispensing a label in a dispensing position, - having an application installation for applying the dispensed label to the respective package, wherein the application installation has a punch, having a punch shaft and a punch, foot, for moving the dispensed label from a receiving position in which the label is received by the punch foot to a dispensing position in which the label is capable of being applied by the punch foot to the package, wherein the punch shaft is mounted so as to be pivotable about at least one first pivot axis (S 1, S 1' that runs transversely to the transportation direction, wherein the punch shaft is movable axially in a guide element, said guide element being the single guide element for the punch and being movable in the reciprocating manner parallel with the transportation direction, and wherein the application installation has a lifting installation having a lifting element that is movable in the reciprocating manner parallel with the direction which is at an angle to the transportation direction, characterized in that the lifting installation has a first drive having a motor which drives the lifting element, and in that the punch shaft of the punch is connected by way of a joint to the lifting element of the lifting installation. - having an advancing installation for transporting the respective package in a transportation direction, - having a dispensing installation for dispensing a label in a dispensing position, - having an application installation for applying the dispensed label to the respective package,
A composite passive armor protection having a structure embedded in a light alloy matrix, wherein said structure is made of elements in the form of geometric solids, resting on a frame in the form of a grid, wherein said geometric solids are embedded in the light alloy matrix to a level above one half of their total height, characterized in that the grid is made of permanently interconnected layers of tubes, wherein through the tubes fibers are passing.
A device for extracorporeal treatment of blood comprising at least one first pump for conveying blood, at least one second pump for conveying an infusion solution A, a third pump for conveying an additional infusion solution in the form of an anticoagulant, and at least one control unit, said control unit controlling or regulating the second pump, so that the second pump conveys the infusion solution A with a pulsed flow profile, characterized in that the control unit calculates a pulsed flow profile for the second pump by means of an algorithm saved in the control unit, taking into account the flow of the first pump and/or of the third pump, and the pulsed flow profile is generated in a targeted manner by the control signals of the control unit.
Respirator/baseplate unit comprising a respirator and a baseplate capable of and designed for receiving and supporting the respirator, said baseplate comprising an attachment system enabling the attachment thereof, direct or indirect, to a wall, said respirator/baseplate unit further comprising: - a fastening system (1, 11; 2, 21) enabling a coupling positioning of the respirator on the baseplate, - a locking system (1, 12, 13; 40-45) enabling the respirator to be locked in a locking position on the baseplate, subsequently to the coupling positioning, the locking position being separate from the coupling position, the locking system (1, 12, 13; 40-45) comprising first locking means (1, 12, 13) supported by the respirator, and second locking means supported by the baseplate and capable of and designed to cooperate with the first locking means (1, 12, 13) so as to enable a rigid attachment in locking position of the respirator to the baseplate, and - an electrical connection system enabling to ensure an electrical connection between the respirator and the baseplate, subsequently to the coupling positioning and simultaneously or quasi-simultaneously to the locking positioning, characterised in that: - the first locking means (1, 12, 13) supported by the respirator comprise a stopper, and - the second locking means supported by the baseplate comprise a pivoting ratchet, said ratchet cooperating with said stopper to hold the respirator rigid to the baseplate in the locking position, the ratchet being supported by a ratchet support and actuated by a spring which normally presses on a front part of the ratchet to ensure said rigid holding of the respirator on the baseplate in said locking position. - a fastening system (1, 11; 2, 21) enabling a coupling positioning of the respirator on the baseplate, - a locking system (1, 12, 13; 40-45) enabling the respirator to be locked in a locking position on the baseplate, subsequently to the coupling positioning, the locking position being separate from the coupling position, the locking system (1, 12, 13; 40-45) comprising first locking means (1, 12, 13) supported by the respirator, and second locking means supported by the baseplate and capable of and designed to cooperate with the first locking means (1, 12, 13) so as to enable a rigid attachment in locking position of the respirator to the baseplate, and - an electrical connection system enabling to ensure an electrical connection between the respirator and the baseplate, subsequently to the coupling positioning and simultaneously or quasi-simultaneously to the locking positioning, characterised in that: - the first locking means (1, 12, 13) supported by the respirator comprise a stopper, and - the second locking means supported by the baseplate comprise a pivoting ratchet, said ratchet cooperating with said stopper to hold the respirator rigid to the baseplate in the locking position, the ratchet being supported by a ratchet support and actuated by a spring which normally presses on a front part of the ratchet to ensure said rigid holding of the respirator on the baseplate in said locking position.
Method for controlling a hybrid powertrain of a vehicle, including an electrical machine coupled between an internal combustion engine and an inverter, a first power supply block at a first voltage level coupled to the inverter and a second power supply block at a second voltage level coupled to the inverter via a capacitor, the first voltage level being higher than the second voltage level and the second power supply block including a battery able to supply the second voltage level and a DC current converter coupled between the capacitor and said battery, characterized in that, when the first power supply block is defective, the method comprises: - determining a current setpoint to be delivered by the inverter so as to allow the operation of the auxiliary electronic systems of the vehicle requiring a supply of power at the second voltage level, as a function of a measurement of the current (I inverter) delivered by the inverter and of the difference between a voltage (V C) measured across the terminals of the capacitor and a voltage setpoint V C setpoint to be applied to the terminals of the capacitor, - comparing the determined current setpoint with an acceptable current range to be delivered, and - saturating the current setpoint to be delivered by the inverter and transmitting the saturated setpoint to the inverter if the determined current setpoint is outside of said current range, or - transmitting the non-saturated setpoint if the determined setpoint is within said current range. - determining a current setpoint to be delivered by the inverter so as to allow the operation of the auxiliary electronic systems of the vehicle requiring a supply of power at the second voltage level, as a function of a measurement of the current (I inverter) delivered by the inverter and of the difference between a voltage (V C) measured across the terminals of the capacitor and a voltage setpoint V C setpoint to be applied to the terminals of the capacitor, - comparing the determined current setpoint with an acceptable current range to be delivered, and - saturating the current setpoint to be delivered by the inverter and transmitting the saturated setpoint to the inverter if the determined current setpoint is outside of said current range, or - transmitting the non-saturated setpoint if the determined setpoint is within said current range.
An electromagnetically operable valve device comprising a valve housing which has first and second fluid ports each configured to be opened and closed in a controlled manner by movement of a closing unit and at least one other fluid port which is provided on the valve housing and which forms a fluid channel toward the first and second fluid ports which can be alternately interrupted by the closing unit, the closing unit being provided on or in an armature unit, which is guided within the valve housing in a displaceable manner along a longitudinal axis of movement and can be driven in response to an energization of a coil unit (14, 16) provided stationary in the valve housing, and being displaceable between opposite first and second closed positions, being configured for magnetic interaction with a stationary core unit which is at least partially surrounded by the coil unit and being pre-loaded into one of the closed positions by force storage means acting on the armature unit, the first closed position being realized by a valve seat connected to the first fluid port, the force storage means being connected or interacting with the armature unit at one end and with the core unit at the other end in such a manner that the force storage means are located outside of the fluid channel from the second fluid port to the other fluid port, characterized in that the core unit has an oblong tube and/or sleeve portion realizing a core body in an axial and integral manner, having a smaller diameter than the core body and forming, at its end, the second fluid position associated with the second fluid port, a portion of the armature unit axially engaging over the tube and/or sleeve portion and/or the tube and/or sleeve portion engaging into a recess formed in the armature unit and the tube and/or sleeve portion having a groove, material depression, material puncture (60, 29), material erosion in one area in such a manner that an increase in magnetic resistance to a magnetic flux flowing through the tube or sleeve portion occurs in said area, and the closing unit being able to seal a free end of the tube and/or sleeve portion for closing the second fluid port.
A compound having Formula II: or a pharmaceutically acceptable salt or hydrate thereof, wherein: R 1 is C 1-4 alkyl; R 2a and R 2b are each independently selected from the group consisting of hydrogen and C 1-4 alkyl, or R 2a and R 2b together with the carbon atom to which they are attached form a 3- to 6-membered cycloalkyl; R 3a and R 3b are each independently selected from the group consisting of hydrogen and C 1-4 alkyl; R 4 is selected from the group consisting of alkyl substituted with one, two, or three optionally substituted aryl groups and optionally substituted C 3-7 cycloalkyl; R 5 is selected from the group consisting of hydrogen, halogen, C 1-4 alkyl, optionally substituted C 2-4 alkynyl, and substituted 5- to 14-membered heteroaryl; and Y is -O-. R 1 is C 1-4 alkyl; R 2a and R 2b are each independently selected from the group consisting of hydrogen and C 1-4 alkyl, or R 2a and R 2b together with the carbon atom to which they are attached form a 3- to 6-membered cycloalkyl; R 3a and R 3b are each independently selected from the group consisting of hydrogen and C 1-4 alkyl; R 4 is selected from the group consisting of alkyl substituted with one, two, or three optionally substituted aryl groups and optionally substituted C 3-7 cycloalkyl; R 5 is selected from the group consisting of hydrogen, halogen, C 1-4 alkyl, optionally substituted C 2-4 alkynyl, and substituted 5- to 14-membered heteroaryl; and Y is -O-.
An apparatus for improving a left/right (L, R) or mid/side (M, S) stereo audio signal of an FM stereo radio receiver, the FM stereo radio receiver configured to receive an FM radio signal comprising a mid signal and side signal, the apparatus comprising: a parametric stereo parameter estimation stage, the parameter es-timation stage configured to determine one or more parametric stereo parameters based on the left/right (L, R) or mid/side (M, S) audio signal in a frequency-variant or frequency-invariant manner; an upmix stage, the upmix stage configured to generate a stereo signal (L', R')) based on a first audio signal and the one or more parametric stereo parameters, the first audio signal obtained from the left/right (L, R) or mid/side (M, S) audio signal; and a quantizer unit operatively connecting the parametric stereo parameter estimation stage to the upmix stage, wherein the upmix stage includes a standard HE AAC v2 decoder. a parametric stereo parameter estimation stage, the parameter es-timation stage configured to determine one or more parametric stereo parameters based on the left/right (L, R) or mid/side (M, S) audio signal in a frequency-variant or frequency-invariant manner; an upmix stage, the upmix stage configured to generate a stereo signal (L', R')) based on a first audio signal and the one or more parametric stereo parameters, the first audio signal obtained from the left/right (L, R) or mid/side (M, S) audio signal; and a quantizer unit operatively connecting the parametric stereo parameter estimation stage to the upmix stage, wherein the upmix stage includes a standard HE AAC v2 decoder.