mhurhangee/ep-ind-claims huggingface dataset:
A backlight for a display, comprising: light source circuit units which are arranged side-by-side; and a circuit substrate that has a light-reflective wiring pattern on a surface thereof; wherein each light source circuit unit comprises: a pedestal having a circular form and formed of a water-repellent agent and having a sealing lens thereon, wherein the pedestal is provided on the circuit substrate and has a shape that determines the shape and position of the sealing lens without a wiring function;; and a reflective sheet provided in common with the plurality of the light source circuit units and having one or more openings corresponding to each of the one or more light-emitting device chips over the circuit substrate, characterised in that each light source circuit unit comprises a chip mounting layer not being the pedestal; and that one or two or more light-emitting device chips are mounted on the chip mounting layer not being the pedestal of each light source unit by die bonding, and driven by a current that flows through the wiring pattern, wherein the chip mounting layer is formed using the same material as the wiring pattern. light source circuit units which are arranged side-by-side; and a circuit substrate that has a light-reflective wiring pattern on a surface thereof; wherein each light source circuit unit comprises: a pedestal having a circular form and formed of a water-repellent agent and having a sealing lens thereon, wherein the pedestal is provided on the circuit substrate and has a shape that determines the shape and position of the sealing lens without a wiring function;; and a reflective sheet provided in common with the plurality of the light source circuit units and having one or more openings corresponding to each of the one or more light-emitting device chips over the circuit substrate, a pedestal having a circular form and formed of a water-repellent agent and having a sealing lens thereon, wherein the pedestal is provided on the circuit substrate and has a shape that determines the shape and position of the sealing lens without a wiring function;; and a reflective sheet provided in common with the plurality of the light source circuit units and having one or more openings corresponding to each of the one or more light-emitting device chips over the circuit substrate, characterised in that each light source circuit unit comprises a chip mounting layer not being the pedestal; and that one or two or more light-emitting device chips are mounted on the chip mounting layer not being the pedestal of each light source unit by die bonding, and driven by a current that flows through the wiring pattern, wherein the chip mounting layer is formed using the same material as the wiring pattern.
A cooling appliance comprising; a planar surface; a retaining means comprising a shaft and a pair of flaps extending from the shaft; the flaps are pivotable attached onto the shaft between a closed position and an open position during which the articles to be cooled are retained, wherein the planar surface comprises at least a first slot into which a first end of the shaft is inserted, perpendicular fixing the shaft with respect to the planar surface wherein the flaps are biased towards the closed position by means of a spring, the shaft comprises a locking catch opposite the first end, the spring is equidistant from the locking catch and the first end, wherein the retaining means further comprises a cap, wherein the cap is cylindrical shaped and comprises two ends, each end comprises a slot, wherein the end facing the locking catch comprises a second slot configured to be seated onto the locking catch and the other end that is located opposite the second slot comprises a third slot, wherein the third slot on the locking catch is identical to the first slot provided on the planar surface and allows another shaft to be placed onto the locking catch. a planar surface; a retaining means comprising a shaft and a pair of flaps extending from the shaft; the flaps are pivotable attached onto the shaft between a closed position and an open position during which the articles to be cooled are retained, wherein the planar surface comprises at least a first slot into which a first end of the shaft is inserted, perpendicular fixing the shaft with respect to the planar surface wherein the flaps are biased towards the closed position by means of a spring, the shaft comprises a locking catch opposite the first end, the spring is equidistant from the locking catch and the first end, wherein the retaining means further comprises a cap, wherein the cap is cylindrical shaped and comprises two ends, each end comprises a slot, wherein the end facing the locking catch comprises a second slot configured to be seated onto the locking catch and the other end that is located opposite the second slot comprises a third slot, wherein the third slot on the locking catch is identical to the first slot provided on the planar surface and allows another shaft to be placed onto the locking catch.
Hydraulic temperature compensator (5; 25; 28), at least comprising - a longitudinally extensible hydraulic chamber (10, 11) and - a gas-filled chamber which is at least partly enclosed by the hydraulic chamber (10, 11), - wherein the hydraulic chamber (10, 11) is subdivided into a first sub-chamber and a second sub-chamber which are hydraulically connected to each other by means of at least one throttle point, - wherein the second sub-chamber adjoins the gas-filled chamber, and wherein - the hydraulic chamber (10, 11) is formed by means of an inner wall contactlessly inserted into an outer wall, - a partition is contactlessly inserted between the outer wall and the inner wall in order to form the first sub-chamber and the second sub-chamber and the partition includes the at least one throttle point, - the inner wall, the outer wall and the partition are each open at one side and are hermetically attached by their respective open side to a common cover, and - the gas-filled chamber is formed by means of an inside surface of the inner wall. - a longitudinally extensible hydraulic chamber (10, 11) and - a gas-filled chamber which is at least partly enclosed by the hydraulic chamber (10, 11), - wherein the hydraulic chamber (10, 11) is subdivided into a first sub-chamber and a second sub-chamber which are hydraulically connected to each other by means of at least one throttle point, - wherein the second sub-chamber adjoins the gas-filled chamber, - the hydraulic chamber (10, 11) is formed by means of an inner wall contactlessly inserted into an outer wall, - a partition is contactlessly inserted between the outer wall and the inner wall in order to form the first sub-chamber and the second sub-chamber and the partition includes the at least one throttle point, - the inner wall, the outer wall and the partition are each open at one side and are hermetically attached by their respective open side to a common cover, and - the gas-filled chamber is formed by means of an inside surface of the inner wall.
A computer system for dynamically adapting a software-defined network, the computer system comprising: a plurality of virtual domains (23, 24, 28, 29, 35), each virtual domain (23, 24, 28, 29, 35) comprising a network controller (13, 15, 17, 31, 33, 36) to which a back-up network controller (14, 16, 18, 32, 35, 37) is assigned, wherein the network controller (13, 15, 17, 31, 33, 36) is adapted to manage a plurality of switches being assigned to the virtual domain (23, 24, 28, 29, 35), wherein the software- defined network is partitioned into the plurality of virtual domains (23, 24, 28, 29, 35), and a root controller, wherein the root controller is adapted to manage the software-defined network by dynamically adding and/or removing virtual domains (23, 24, 28, 29, 35) based on a threshold of the software-defined network, wherein a back-up root controller is assigned to the root controller, wherein the back-up root controller is adapted to monitor the root controller and to determine a fault of the root controller, and wherein the back-up root controller is adapted to take over the management of the software-defined network. a plurality of virtual domains (23, 24, 28, 29, 35), each virtual domain (23, 24, 28, 29, 35) comprising a network controller (13, 15, 17, 31, 33, 36) to which a back-up network controller (14, 16, 18, 32, 35, 37) is assigned, wherein the network controller (13, 15, 17, 31, 33, 36) is adapted to manage a plurality of switches being assigned to the virtual domain (23, 24, 28, 29, 35), wherein the software- defined network is partitioned into the plurality of virtual domains (23, 24, 28, 29, 35), and a root controller, wherein the root controller is adapted to manage the software-defined network by dynamically adding and/or removing virtual domains (23, 24, 28, 29, 35) based on a threshold of the software-defined network, wherein a back-up root controller is assigned to the root controller, wherein the back-up root controller is adapted to monitor the root controller and to determine a fault of the root controller, and wherein the back-up root controller is adapted to take over the management of the software-defined network.
Actuator for axial displacement of a gas exchange valve in a combustion engine, the actuator comprises - an actuator piston disc, - an actuator piston rod, which, together with the actuator piston disc, forms an actuator piston, - a cylinder volume, the actuator piston disc being, in the axial direction, reciprocally displaceable in said cylinder volume between an inactive position and an active position, and - a first hydraulic circuit comprising a liquid-filled space, the actuator piston rod being configured to be axially displaced in relation to said liquid-filled space in connection with axial displacement of the actuator piston disc in the cylinder volume, wherein the actuator piston comprises a second hydraulic circuit of the actuator, the liquid-filled space of the first hydraulic circuit being in fluid communication with an inner cavity of the second hydraulic circuit when the actuator piston disc is in said inactive position, said inner cavity partly being delimited by a positioning piston, which, in the axial direction, is reciprocally displaceable in relation to the actuator piston, the second hydraulic circuit comprising a valve, wherein the actuator piston rod is fixedly connected to and axially projecting from the actuator piston disc, wherein the actuator piston disc divides said cylinder volume into a first part and a second part, and wherein the actuator comprises a gas pressure fluid circuit arranged for controllable fluid communication with the first part of the cylinder volume, wherein the positioning piston, is arranged to press on said gas exchange valve in the second part of the cylinder volume, the valve of the second hydraulic circuit being configured to prevent fluid flow from the inner cavity, the actuator piston rod having a free end, which is configured to at least partly abut against a stop surface in the liquid-filled space, when the actuator piston disc is in the inactive position, the pressurized area of the positioning piston, which faces the inner cavity, being as large as or smaller than the pressurized area of the free end of the actuator piston rod. - an actuator piston disc, - an actuator piston rod, which, together with the actuator piston disc, forms an actuator piston, - a cylinder volume, the actuator piston disc being, in the axial direction, reciprocally displaceable in said cylinder volume between an inactive position and an active position, and - a first hydraulic circuit comprising a liquid-filled space, the actuator piston rod being configured to be axially displaced in relation to said liquid-filled space in connection with axial displacement of the actuator piston disc in the cylinder volume,
An adhesion plate cylinder for multiple applications and removals of flexographic printing plates, wherein the adhesion plate cylinder includes: a plate cylinder, the plate cylinder having an outer circumferential surface and a longitudinal axis, an adhesion layer, the adhesion layer being attached to the plate cylinder and comprising: a carrier sheet with a mounting surface side facing the plate cylinder and an adhesion surface side facing radially outwards in relation to the longitudinal axis, and a plurality of adhesion elements, wherein each adhesion element includes an elongated body extending radially outwards in relation to the longitudinal axis and an end face for attaching the printing plate by means of adhesion, wherein the end faces of the adhesion elements form the adhesion surface side. a plate cylinder, the plate cylinder having an outer circumferential surface and a longitudinal axis, an adhesion layer, the adhesion layer being attached to the plate cylinder and comprising: a carrier sheet with a mounting surface side facing the plate cylinder and an adhesion surface side facing radially outwards in relation to the longitudinal axis, and a plurality of adhesion elements, wherein each adhesion element includes an elongated body extending radially outwards in relation to the longitudinal axis and an end face for attaching the printing plate by means of adhesion, wherein the end faces of the adhesion elements form the adhesion surface side. a carrier sheet with a mounting surface side facing the plate cylinder and an adhesion surface side facing radially outwards in relation to the longitudinal axis, and a plurality of adhesion elements, wherein each adhesion element includes an elongated body extending radially outwards in relation to the longitudinal axis and an end face for attaching the printing plate by means of adhesion, wherein the end faces of the adhesion elements form the adhesion surface side.
Method for creating collective printing formes for printing collective jobs including different types of blanks on one print sheet, wherein area coverage values with which the blanks are printed are obtained from the image data of the print sheet for printing presses that print the blanks, characterized in that the area coverage values in the ink zones from a previous print job are compared to those of a follow-up job in which the number, arrangement, or type of at least one blank (1 to 8) differs from the corresponding value of the previous job, and that if the differences in the area coverage values for the ink zones exceed a predefined threshold, the geometrical arrangement and/or the number of blanks (1 to 8) on the sheet is changed in such a way that the difference of the area coverage values are minimized.
A bilateral cochlear implant system comprising: a preprocessor including a bank of filters having different group delays, each filter being associated with a band of audio frequencies, for processing an acoustic audio signal to generate a set of band pass signals (B 1 -B N), each band pass signal (B 1 -B N) corresponding to the band of frequencies associated with one of the filters; a stimulation pulse generator for extracting stimulation information from the band pass signals (B 1 -B N) to generate a set of stimulation event signals (S 1 -S M) defining electrode stimulation signals; and a pulse shaper for developing weighted electrode stimulation signals (A 1 -A L) into a set of output electrode pulses (E 1 -E L) to the electrodes in the implanted electrode arrays; characterized in that the system comprises: a pulse weighting module for weighting the stimulation event signals (S 1 -S M) with a weighted matrix of stimulation amplitudes reflecting patient-specific perceptual characteristics including interaural time delays while taking into account said different group delays to produce a set of weighted electrode stimulation signals (A 1 -A L) for input to the pulse shaper. a preprocessor including a bank of filters having different group delays, each filter being associated with a band of audio frequencies, for processing an acoustic audio signal to generate a set of band pass signals (B 1 -B N), each band pass signal (B 1 -B N) corresponding to the band of frequencies associated with one of the filters; a stimulation pulse generator for extracting stimulation information from the band pass signals (B 1 -B N) to generate a set of stimulation event signals (S 1 -S M) defining electrode stimulation signals; and a pulse shaper for developing weighted electrode stimulation signals (A 1 -A L) into a set of output electrode pulses (E 1 -E L) to the electrodes in the implanted electrode arrays; a pulse weighting module for weighting the stimulation event signals (S 1 -S M) with a weighted matrix of stimulation amplitudes reflecting patient-specific perceptual characteristics including interaural time delays while taking into account said different group delays to produce a set of weighted electrode stimulation signals (A 1 -A L) for input to the pulse shaper.
A composition for use for the protection of a cornea, comprising a compound of formula: wherein Ra is selected from the group consisting of halo, hydroxy, alkyl, halo-substituted alkyl, aryl, halo- or alkyl-substituted aryl, alkoxy, hydroxy- or carboxy-substituted alkoxy, aryloxy, halo- or alkyl-substituted aryloxy, CHO, C -alkyl, C -aryl, C -alkyl-carboxyl, C -alkylene-carboxy ester, and cyano, and m is an integer selected from 0 to 4, or an ester, oxide, pharmaceutically acceptable salt or solvate thereof. Ra is selected from the group consisting of halo, hydroxy, alkyl, halo-substituted alkyl, aryl, halo- or alkyl-substituted aryl, alkoxy, hydroxy- or carboxy-substituted alkoxy, aryloxy, halo- or alkyl-substituted aryloxy, CHO, C -alkyl, C -aryl, C -alkyl-carboxyl, C -alkylene-carboxy ester, and cyano, and m is an integer selected from 0 to 4, or an ester, oxide, pharmaceutically acceptable salt or solvate thereof.
A wearing part system comprising a wearing part holder, a wearing part, where the wearing part and the wearing part holder jointly define at least one locking opening; at least one wedge for locking of the wearing part to the wearing part holder, where the wearing part is arranged with at least one rotatable rotary disk (20, 200), where the rotary disk (20, 200) can be arranged in a first open position and a second closed position, characterised by the wedge can move in the locking opening through the rotary disk (20, 200), when the rotary disk is oriented in a first open position, and the wedge is locked and retains the wearing part against the wearing part holder when the rotary disk is oriented in a second closed position; and wherein the rotary disk (20, 200) is arranged in a groove produced in the wearing part at a first opening of the wearing part.
Process for oxidative conversion of at least one alkane, preferably of a C1-C4 alkane, especially preferably of methane, in at least one first fixed bed membrane reactor (PPBMR, 18) comprising a tubular membrane having an interior as the reaction space, wherein the interior is filled with at least one catalytic solid as a fixed bed, an outer reactor shell surrounding the membrane and a shell space formed between the reactor shell and the membrane, characterized in that at least one gas stream (2, 11, 12) containing a mixture of at least one alkane and oxygen or an oxygen-containing gas is introduced into the interior of the tubular membrane into the catalytic solid and additionally at least one gas stream containing at least one alkane is introduced into the shell space.
Monitoring method to monitor the built up of obstructing coatings due to coking in sprayholes of a fuel injector jet nozzle, the monitoring method comprising the steps of: - providing at least two fuel injector jet nozzles, each having an injector needle to open and close the sprayholes of the respective fuel injector jet nozzle; - predefining a desired needle opening duration (op n) for each fuel injector jet nozzle; - detecting an actual needle opening duration (op n) for each fuel injector jet nozzle; - calculating an individual needle opening time delay for each fuel injector jet nozzle based on a comparison of the actual needle opening duration (op n) and the desired needle opening duration (op n); - calculating an average needle opening time delay of the calculated individual needle opening time delays of all provided fuel injector jet nozzles; - comparing for each fuel injector jet nozzle its individual needle opening time delay with the average needle opening time delay; and - determining a built up of obstructing coatings due to coking in the sprayholes of the fuel injector jet nozzle if the individual needle opening time delay of the fuel injector jet nozzle is substantially corresponding to the average needle opening time delay and determining that this delay is not related to a built up of obstructing coatings in the sprayholes if there is a significant deviation of the individual needle opening time delay from the average needle opening time delay. - providing at least two fuel injector jet nozzles, each having an injector needle to open and close the sprayholes of the respective fuel injector jet nozzle; - predefining a desired needle opening duration (op n) for each fuel injector jet nozzle; - detecting an actual needle opening duration (op n) for each fuel injector jet nozzle; - calculating an individual needle opening time delay for each fuel injector jet nozzle based on a comparison of the actual needle opening duration (op n) and the desired needle opening duration (op n); - calculating an average needle opening time delay of the calculated individual needle opening time delays of all provided fuel injector jet nozzles; - comparing for each fuel injector jet nozzle its individual needle opening time delay with the average needle opening time delay; and - determining a built up of obstructing coatings due to coking in the sprayholes of the fuel injector jet nozzle if the individual needle opening time delay of the fuel injector jet nozzle is substantially corresponding to the average needle opening time delay and determining that this delay is not related to a built up of obstructing coatings in the sprayholes if there is a significant deviation of the individual needle opening time delay from the average needle opening time delay.