mhurhangee/ep-ind-claims huggingface dataset:
Method for transmitting data packets provided by at least one stationary data transmission device via at least one channel in a vehicle, characterized in that the data packets are received by a communication control unit by means of a communication module configured for reception via the at least one channel, and the data packets are temporarily stored in a memory, a permissible delivery latency being determined for each data packet, which indicates the time period, from the receipt of the data packet by the communication module, within which this data packet is to be processed and/or displayed in the vehicle, and the data packets being transmitted in a sequence to at least one further component (200, 300) of the vehicle via at least one data transmission path (201, 202), the transmission rate of which is lower than the maximum transmission rate of the at least one channel, the sequence of the transmission of the data packets being determined in such a way that the permissible delivery latency of each data packet is adhered to. the data packets are received by a communication control unit by means of a communication module configured for reception via the at least one channel, and the data packets are temporarily stored in a memory, a permissible delivery latency being determined for each data packet, which indicates the time period, from the receipt of the data packet by the communication module, within which this data packet is to be processed and/or displayed in the vehicle, and the data packets being transmitted in a sequence to at least one further component (200, 300) of the vehicle via at least one data transmission path (201, 202), the transmission rate of which is lower than the maximum transmission rate of the at least one channel, the sequence of the transmission of the data packets being determined in such a way that the permissible delivery latency of each data packet is adhered to.
A centrifugal pendulum, especially for arranging on a drive shaft of an internal combustion engine, with a drive ring which can be mounted in rotation-resistant manner on a drive shaft, a synchronising ring which is freely rotatable relative to the drive ring, wherein the axis of rotation of the drive ring and the axis of rotation of the synchronising ring are identical, and at least one pendulum body which is movably mounted on the drive ring, wherein the pendulum body is kinematically coupled to the synchronising ring by way of at least one coupling element such that the coupling element (18; 40; 42; 44) upon turning of the synchronising ring relative to the drive ring in a first direction deflects the centre of gravity of the pendulum body towards the axis of rotation, wherein the coupling element is a rolling body which is placed in freely movable manner in spatially limited contours (30, 32) of the synchronising ring and of the pendulum body.
A fluid ejection die including: a substrate including an array of nozzles extending through the substrate, and thin film layers on the substrate, the thin film layers including ejection chambers and fluid ejection actuators associated with the nozzles, wherein the ejection chambers are outside of the substrate, and each respective fluid ejection actuator of the fluid ejection actuators is disposed in a respective ejection chamber of the ejection chambers, and the respective fluid ejection actuator is upstream of an associated nozzle of the nozzles and is outside of the substrate through which the associated nozzle extends from an upstream side of the substrate to a fluid ejection die head surface of the substrate from which a fluid that has passed through the associated nozzle is to be ejected, characterised in that a depth of the nozzles is more than a thickness of the thin film layers, and the sum of that depth and thickness approximately equals the total thickness of the die. a substrate including an array of nozzles extending through the substrate, and thin film layers on the substrate, the thin film layers including ejection chambers and fluid ejection actuators associated with the nozzles, wherein the ejection chambers are outside of the substrate, and each respective fluid ejection actuator of the fluid ejection actuators is disposed in a respective ejection chamber of the ejection chambers, and the respective fluid ejection actuator is upstream of an associated nozzle of the nozzles and is outside of the substrate through which the associated nozzle extends from an upstream side of the substrate to a fluid ejection die head surface of the substrate from which a fluid that has passed through the associated nozzle is to be ejected, characterised in that a depth of the nozzles is more than a thickness of the thin film layers, and the sum of that depth and thickness approximately equals the total thickness of the die.
A glass bonding material comprising a cladding material in which at least a first layer made of an Al-based alloy and configured to be bonded to glass and a second layer made of an Fe-Ni based alloy having a thermal expansion coefficient from 30°C to 400°C of 11.5×10 -6 (K -1) or less are bonded, wherein the thickness of the first layer is twice or more the thickness of the second layer.
A deployable and foldable shield, comprising an elongated base plate having attachment means for attaching the base plate along the forearm of a person, and a plurality of substantially triangular and at least substantially equal-sided shield plates, supported by the base plate, which have a top angle (α) smaller than 40° and are pivotally mounted at a triangle corner enclosing the top angle (α) to a pivot projecting from the base plate, said shield plates forming a stack supported by the base plate when the shield is folded and forming a deployed shield surface supported by the base plate when pivoted away from the base plate, characterized in that the shield plates (4, 4') are arranged in two stacks (6, 6'), disposed next to each other on the base plate, with a respective pivot (5, 5') for mounting and pivoting of the shield plates (4, 4'), that the shield plates in one stack are deployed by pivoting in a first direction and the shield plates in the other stack by pivoting in the opposite direction, and that connecting devices are provided for connecting these uppermost two shield plates (4, 4').
A kit for performing an antibody-based array method for one or more analytes, the kit comprising: (a) a dilution series of a plurality of capture antibodies restrained on a solid support specific for one or more analytes; and (b) a plurality of detection antibodies specific for one or more analytes comprising i) a plurality of activation state-independent antibodies each labeled with glucose oxidase; and ii) a plurality of activation state-dependent antibodies each labeled with a peroxidase, wherein binding of both (i) and (ii) to an analyte brings glucose oxidase within sufficient proximity to the peroxidase so that a signal generated by glucose oxidase can channel to the peroxidase resulting in the generation of a detectable and/or amplifiable signal. (a) a dilution series of a plurality of capture antibodies restrained on a solid support specific for one or more analytes; and (b) a plurality of detection antibodies specific for one or more analytes comprising i) a plurality of activation state-independent antibodies each labeled with glucose oxidase; and ii) a plurality of activation state-dependent antibodies each labeled with a peroxidase, wherein binding of both (i) and (ii) to an analyte brings glucose oxidase within sufficient proximity to the peroxidase so that a signal generated by glucose oxidase can channel to the peroxidase resulting in the generation of a detectable and/or amplifiable signal. i) a plurality of activation state-independent antibodies each labeled with glucose oxidase; and ii) a plurality of activation state-dependent antibodies each labeled with a peroxidase, wherein binding of both (i) and (ii) to an analyte brings glucose oxidase within sufficient proximity to the peroxidase so that a signal generated by glucose oxidase can channel to the peroxidase resulting in the generation of a detectable and/or amplifiable signal.
A method of post-harvest light treatment for increasing the ascorbic acid content of a piece of fruit, the method comprising: - providing a harvested unripe piece of fruit detached from a plant; - irradiating at least part of the piece of fruit with white light with a predetermined minimum radiation intensity and during a predetermined continuous radiation period; wherein - at least 90% of the total number of photons of the white light are in the range of 380-800 nm, wherein less than 10% of the total number of photons of the white light are in the range of 700-800 nm; - wherein in average over the predetermined radiation period the predetermined intensity is at least 100 μmol/m 2 /s for the piece of fruit, and wherein the predetermined radiation period is at least 48 hours. - providing a harvested unripe piece of fruit detached from a plant; - irradiating at least part of the piece of fruit with white light with a predetermined minimum radiation intensity and during a predetermined continuous radiation period; - at least 90% of the total number of photons of the white light are in the range of 380-800 nm, wherein less than 10% of the total number of photons of the white light are in the range of 700-800 nm; - wherein in average over the predetermined radiation period the predetermined intensity is at least 100 μmol/m 2 /s for the piece of fruit, and wherein the predetermined radiation period is at least 48 hours.
Transmission module (10, 20, 21), said module being adapted to associate two modes of operation, and including - a switch comprising an input adapted to receive a signal to be transmitted, to be switched between two outputs each corresponding to one transmission channel (V1, V2), - a circulator comprising at least a first arm, a second arm and a third arm (B 1; B 2, B 3) that are different; - a first transmission channel and a second transmission channel each comprising a first end connected to said switch and a second end connected to said circulator; said switch being adapted to connect selectively the input of the switch, in a first mode of operation, to the first end (E 11 of the first transmission channel, and in a second mode of operation, to the first end (E 21) of the second transmission channel; said transmission module being characterized in that the second end (E 12) of the first transmission channel is connected to the first arm (B 1) of the circulator and the second end (E 22) of the second transmission channel is connected to the second arm (B 2) of the circulator. - a switch comprising an input adapted to receive a signal to be transmitted, to be switched between two outputs each corresponding to one transmission channel (V1, V2), - a circulator comprising at least a first arm, a second arm and a third arm (B 1; B 2, B 3) that are different; - a first transmission channel and a second transmission channel each comprising a first end connected to said switch and a second end connected to said circulator;
A detector probe for use in a level gauge or density profiler for detecting ionising radiation comprising alpha, beta or gamma radiation or neutrons, said detector probe comprising at least 4 radiation detectors spaced apart and arranged as a linear array of detectors mounted on a support characterised in that said detector probe is provided with at least one elongated heat pipe for cooling the detector probe and the detectors are mounted in direct thermal contact with the heat pipe and are physically supported on the heat pipe.
A compressor having a plurality of cylinder banks, comprising: a case defining: a first cylinder bank having a plurality of cylinders (76, 77); a cylinder head; a suction port; a discharge port; and an economizer port; and a plurality of pistons, each individually associated with a respective one of the cylinders; and a crankshaft held by the case for rotation about a crankshaft axis and coupled to the pistons, characterized in that: the first cylinder bank cylinder head is divided into: a first suction chamber; a second suction chamber; and a single discharge chamber; the first cylinder bank first suction chamber is coupled to the suction port; the first cylinder bank second suction chamber is coupled to the economizer port; and the first cylinder bank discharge chamber is coupled to the discharge port. a case defining: a first cylinder bank having a plurality of cylinders (76, 77); a cylinder head; a suction port; a discharge port; and an economizer port; and a first cylinder bank having a plurality of cylinders (76, 77); a cylinder head; a suction port; a discharge port; and an economizer port; and a plurality of pistons, each individually associated with a respective one of the cylinders; and a crankshaft held by the case for rotation about a crankshaft axis and coupled to the pistons, the first cylinder bank cylinder head is divided into: a first suction chamber; a second suction chamber; and a single discharge chamber; the first cylinder bank first suction chamber is coupled to the suction port; the first cylinder bank second suction chamber is coupled to the economizer port; and the first cylinder bank discharge chamber is coupled to the discharge port.
An integrated circuit die (401, 501, 601, 700) comprising: core circuitry (411, 711) comprising a plurality of groups of high speed input/output channels, wherein each of the input/output channels of one of the plurality of groups is coupled to the output of a respective multiplexer, and wherein each of the multiplexers is adapted to select between an optical interface and an electrical interface based on a control signal from circuitry outside or inside the integrated circuit die; and an optical receiver control circuitry coupled to the core circuitry; and wherein the electrical interface comprises a plurality of electrical input/output pins coupled to the core circuitry, and wherein all connections between the core circuitry (411, 711) and the optical receiver control circuitry are internal to the die (401,501,601,700) and do consume any of the conventional inputs/outputs of the die (401,501,601,700). core circuitry (411, 711) comprising a plurality of groups of high speed input/output channels, wherein each of the input/output channels of one of the plurality of groups is coupled to the output of a respective multiplexer, and wherein each of the multiplexers is adapted to select between an optical interface and an electrical interface based on a control signal from circuitry outside or inside the integrated circuit die; and an optical receiver control circuitry coupled to the core circuitry; and wherein the electrical interface comprises a plurality of electrical input/output pins coupled to the core circuitry, and wherein all connections between the core circuitry (411, 711) and the optical receiver control circuitry are internal to the die (401,501,601,700) and do consume any of the conventional inputs/outputs of the die (401,501,601,700).
A kit for illuminating the hair of a user, comprising: - at least one light emitting diode emitting light at a wavelength (λ l), - an optical fiber coupled to the or each light emitting diode, - a fastening element to fasten the or each light emitting diode and/or the optical fiber to the hair of a user, characterized in that the kit comprises a fluorescent material, the optical fiber being configured to transmit the light emitted by the or each light emitting diode to the fluorescent material, the fluorescent material being excited at the wavelength (λ l) of the or each light emitting diode. - at least one light emitting diode emitting light at a wavelength (λ l), - an optical fiber coupled to the or each light emitting diode, - a fastening element to fasten the or each light emitting diode and/or the optical fiber to the hair of a user,
An electrically conductive thin film, comprising a compound represented by Chemical Formula 1 or Chemical Formula 2 and having a layered crystal structure: Chemical Formula 1 M 1 Te 2 wherein M 1 is titanium, zirconium, hafnium, vanadium, tantalum, or niobium; or Chemical Formula 2 M 2 Se 2 wherein M 2 is vanadium or tantalum.
A probe tip eject device of an automated diagnostic analysis apparatus, the probe tip eject device comprising: a body having a top, a first side, and a second side opposite the first side, the top having an arcuate slot extending there across from the first side toward the second side, the first side having an opening aligned with the arcuate slot, the opening and the arcuate slot each having a width sized to receive a top portion of a probe tip; and a ramp disposed within the body that slopes downward from the first side toward the second side, wherein the arcuate slot extends downward through the body and the ramp, the ramp sized to engage a top of a flange of the probe tip, the flange disposed below and extending outward from the top portion of the probe tip. a body having a top, a first side, and a second side opposite the first side, the top having an arcuate slot extending there across from the first side toward the second side, the first side having an opening aligned with the arcuate slot, the opening and the arcuate slot each having a width sized to receive a top portion of a probe tip; and a ramp disposed within the body that slopes downward from the first side toward the second side, wherein the arcuate slot extends downward through the body and the ramp, the ramp sized to engage a top of a flange of the probe tip, the flange disposed below and extending outward from the top portion of the probe tip.
A mobile terminal comprising: a window having a key region; and a key body assembly disposed beneath the key region of the window, the key body assembly including: a light guide film; and one key body (181, 181') having a first surface and a second surface, the first surface having a recess portion or a protrusion portion facing the key region of the window, and the second surface being coupled to the light guide film, wherein the recess portion or protrusion portion of the one key body (181, 181') forms an overall concave or convex shape of the one key body (181, 181'), respectively, so that the thickness of the one key body (181, 181') continuously changes from one end to another and, wherein a key mark printed layer having different patterns related to functions of the terminal is located between the one key body (181, 181') and the light guide film, characterized in: the window having patterns configured to be sensitive to a user's touch inputs, at least one of the patterns being located in the key region of the window, and wherein all the different patterns of the key mark printed layer are disposed beneath the one key body (181, 181'). a window having a key region; and a key body assembly disposed beneath the key region of the window, the key body assembly including: a light guide film; and one key body (181, 181') having a first surface and a second surface, the first surface having a recess portion or a protrusion portion facing the key region of the window, and the second surface being coupled to the light guide film, a light guide film; and one key body (181, 181') having a first surface and a second surface, the first surface having a recess portion or a protrusion portion facing the key region of the window, and the second surface being coupled to the light guide film, the window having patterns configured to be sensitive to a user's touch inputs, at least one of the patterns being located in the key region of the window, and wherein all the different patterns of the key mark printed layer are disposed beneath the one key body (181, 181').
A tab connection (12, 14, 16, 18) for connecting sheet metal layers, comprising a first sheet metal layer having at least one first recess in which at least one first connecting tab is formed in each case, and a second sheet metal layer having at least one second recess in which at least one second connecting tab is formed in each case, wherein a first connecting tab and a second connecting tab are in each case engaged with one another in an overlap area, characterized in that the at least one first recess (3, 40) essentially has the shape of an equilateral triangle, wherein the three sides form three first tabs, and wherein the at least one second recess includes three essentially kidney-shaped recesses situated on a circle, wherein the tabs face radially outwardly.
Lift braking device for braking a travelling body (2, 3) of a lift installation on a vertically arranged brake rail, preferably on a brake rail integrated in a guide rail, the lift braking device comprising: - a brake housing, wherein the brake housing is arranged in the travelling body (2, 3) to be displaceable in a vertical guide between a first position and a second position, - a force store which acts by a force on the brake housing and urges the brake housing in the direction of the second position, characterised in that the lift braking device further comprises a switchable actuator which in a first setting keeps the brake housing in the first position and a braking force produced by the braking device is transmissible by way of a boundary of the vertical guide to the travelling body (2, 3). - a brake housing, wherein the brake housing is arranged in the travelling body (2, 3) to be displaceable in a vertical guide between a first position and a second position, - a force store which acts by a force on the brake housing and urges the brake housing in the direction of the second position, characterised in that the lift braking device further comprises a switchable actuator which in a first setting keeps the brake housing in the first position and a braking force produced by the braking device is transmissible by way of a boundary of the vertical guide to the travelling body (2, 3).