mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit comprising a plurality of memories and a circuitry configured to perform parallel test of the plurality of memories, the circuitry comprising: a first controller for generating a test data pattern to be applied to one or more groups of the plurality of memories; a first group of local comparators, each local comparator of the first group of local comparators being associated with a respective one of a first group of the plurality of memories, the first group of the plurality of memories including at least two memories; and a first shared local delay response generator, coupled to receive the test data pattern from the first controller and coupled to each of the first group of local comparators, for simultaneously applying an expected data response corresponding to the test data pattern to the first group of local comparators after a first selected delay; a second group of local comparators, each local comparator of the second group of local comparators being associated with a respective one of a second group of the plurality of memories; and a second shared local delay response generator, coupled to receive the test data pattern from the first controller and coupled to each of the second group of local comparators, for simultaneously applying an expected data response corresponding to the test data pattern to the second group of local comparators after a second selected delay. a first controller for generating a test data pattern to be applied to one or more groups of the plurality of memories; a first group of local comparators, each local comparator of the first group of local comparators being associated with a respective one of a first group of the plurality of memories, the first group of the plurality of memories including at least two memories; and a first shared local delay response generator, coupled to receive the test data pattern from the first controller and coupled to each of the first group of local comparators, for simultaneously applying an expected data response corresponding to the test data pattern to the first group of local comparators after a first selected delay; a second group of local comparators, each local comparator of the second group of local comparators being associated with a respective one of a second group of the plurality of memories; and a second shared local delay response generator, coupled to receive the test data pattern from the first controller and coupled to each of the second group of local comparators, for simultaneously applying an expected data response corresponding to the test data pattern to the second group of local comparators after a second selected delay.
A method for checking the production quality, preferably the printing quality, of a prescribed optical security feature in or on a prescribed portion of a value document on the basis of pixel data of pixels of an image of the prescribed portion which are respectively associated with places in or on the portion and render optical properties of the value document at the places, wherein it is checked whether a first number of those pixels, or a first share of those pixels in the pixels of the image, whose pixel data, according to a first prescribed criterion, lie within a first reference region prescribed for the security feature exceeds a first minimum hit value prescribed for the security feature, and whether a first scatter of the pixel data of those pixels lying within the first reference region for the pixel data according to the first criterion exceeds a first minimum scatter prescribed for the security feature, and there is formed in dependence on the result of the check a quality signal which represents an indication of a sufficient production quality only when the first number or first share exceeds the first minimum hit value, and the scatter the first minimum scatter, and/or which represents an indication of a production fault, when the first number or first share does not exceed the first minimum hit value, and the scatter the first minimum scatter.
A heat-sensitive recording material, comprising a carrier substrate and at least one heat-sensitive thermal reaction layer applied to at least one side of the carrier substrate, which layer contains at least one fluoran colour former, at least one colour developer, at least one melting aid and if applicable usual additives, such as slip additives, stabilisers and/or pigments, characterised in that the colour developer is dodecyl gallate and the melting aid is an ethylene-bis-fatty acid amide of Formula I, wherein R 1 and R 2 are CH 3 (CH 2) m CH 2 with m = 13 and/or 15.
A method of storing data on a chip card for a mobile telecommunication device, wherein the chip card comprises: - a data storage, the data storage comprising a first and a second data storage portion, wherein the first data storage portion is a volatile storage and the second data storage portion is a non-volatile storage, wherein a plurality of first elementary files is provided in the second data storage portion; wherein the method comprises the steps of: - storing (S1; S4) data in the first data storage portion in a second elementary file, said second elementary file being defined as comprising first type data, wherein said data is second type data, wherein said data comprises first information, the first information being indicative of said second elementary file being invalid, and - providing (S2; S5) second information, wherein the second information is indicative of said second elementary file comprising second type data, whereby the combination of the first and the second information being present with respect to the data is indicative of the data being valid. - a data storage, the data storage comprising a first and a second data storage portion, wherein the first data storage portion is a volatile storage and the second data storage portion is a non-volatile storage, wherein a plurality of first elementary files is provided in the second data storage portion; - storing (S1; S4) data in the first data storage portion in a second elementary file, said second elementary file being defined as comprising first type data, wherein said data is second type data, wherein said data comprises first information, the first information being indicative of said second elementary file being invalid, and - providing (S2; S5) second information, wherein the second information is indicative of said second elementary file comprising second type data, whereby the combination of the first and the second information being present with respect to the data is indicative of the data being valid.
A thermostatic valve, comprising a valve body, wherein the valve body comprises a main valve body configured to form a valve cavity, and a plurality of connecting tube portions, each of the connecting tube portions comprises a straight tube section connected to the main valve body; the valve body further comprises a mounting base portion, the mounting base portion is arranged to be adjacent to the connecting tube portion, and a reinforcing rib is provided between the adjacent straight tube section of the connecting tube portion and the mounting base portion; characterized in that, the valve body is formed by die casting; and the mounting base portion is configured for mounting the thermostatic valve to a vehicle body, the main valve body is further provided with a fixing base portion configured to be fixed to a gearbox; the mounting base portion comprises a first mounting base portion and a second mounting base portion, and the fixing base portion comprises a first fixing base portion and a second fixing base portion; the main valve body comprises a first main valve body and a second main valve body each having a cylindrical shape, and an outer diameter of the first main valve body is greater than an outer diameter of the second main valve body; each of the connecting tube portions also has a cylindrical shape; the first mounting base portion, the second mounting base portion, the first fixing base portion and the second fixing base portion each has a cylindrical shape; and the first main valve body, the second main valve body, the connecting tube portions, the first mounting base portion, the second mounting base portion, the first fixing base portion and the second fixing base portion are integrally formed by die casting. the valve body is formed by die casting; and the mounting base portion is configured for mounting the thermostatic valve to a vehicle body, the main valve body is further provided with a fixing base portion configured to be fixed to a gearbox; the mounting base portion comprises a first mounting base portion and a second mounting base portion, and the fixing base portion comprises a first fixing base portion and a second fixing base portion; the main valve body comprises a first main valve body and a second main valve body each having a cylindrical shape, and an outer diameter of the first main valve body is greater than an outer diameter of the second main valve body; each of the connecting tube portions also has a cylindrical shape; the first mounting base portion, the second mounting base portion, the first fixing base portion and the second fixing base portion each has a cylindrical shape; and the first main valve body, the second main valve body, the connecting tube portions, the first mounting base portion, the second mounting base portion, the first fixing base portion and the second fixing base portion are integrally formed by die casting.
A toothbrush kit including a toothbrush, the kit comprising: the toothbrush having a base portion having an outer perimeter and a brush portion, wherein the outer perimeter of base portion includes three grooves, each groove formed so as to receive a decorative band; and at least one decorative band, wherein said at least one decorative band is sized to fit around the outer perimeter of the base portion of the toothbrush; wherein the at least one decorative band is made of an elastic material so that it can stretch to fit the outer perimeter of the toothbrush; characterized in that the at least one decorative band is disposed within at least one of the grooves. the toothbrush having a base portion having an outer perimeter and a brush portion, wherein the outer perimeter of base portion includes three grooves, each groove formed so as to receive a decorative band; and at least one decorative band, wherein said at least one decorative band is sized to fit around the outer perimeter of the base portion of the toothbrush; wherein the at least one decorative band is made of an elastic material so that it can stretch to fit the outer perimeter of the toothbrush; characterized in that the at least one decorative band is disposed within at least one of the grooves.
Method for treating fumes, in particular baking fumes, for use in installations which release fumes containing water vapour and organic constituents and the conversion products of the latter, in particular in baking ovens, characterized in that, the water vapour contained in the fumes is, by way of direct cooling of the fumes as a result of the fumes making contact with at least one cooling medium in a counterflow configuration, condensed out in a single stage in at least one condensation chamber (1a, 1b) and also, at the same time, the organic constituents and the conversion products of the latter contained in the fumes are, for the most part, separated out, wherein the at least one cooling medium flows into the at least one condensation chamber (1a, 1b) in the form of a continuous liquid stream with a flow speed of between 0.5 m/min and 10.0 m/min without droplet formation, wherein the condensation of the water vapour contained in the fumes and the separation of the organic constituents and the conversion products of the latter take place at at least one surface of a condensation means (2a, 2b) arranged in the condensation chamber (1a, 1b), and wherein the condensation means (2a, 2b) arranged in the condensation chamber (1a, 1b) has at least one cavity structure in the form of an open-pored cell system, and wherein the material used for the condensation means consists of a metallic and/or ceramic substance. wherein the condensation of the water vapour contained in the fumes and the separation of the organic constituents and the conversion products of the latter take place at at least one surface of a condensation means (2a, 2b) arranged in the condensation chamber (1a, 1b), and wherein the condensation means (2a, 2b) arranged in the condensation chamber (1a, 1b) has at least one cavity structure in the form of an open-pored cell system, and wherein the material used for the condensation means consists of a metallic and/or ceramic substance.
An environmental control system for an aircraft comprising: at least one heat exchanger (70, 72); a compression device arranged in fluid communication with the at least one heat exchanger, the compression device including a plurality of components including a first component and a second component (64, 66) coupled by a shaft; a first bleed port arranged in fluid communication with the compression device via a first fluid flow path, wherein the first component is positioned along the first fluid flow path; and a second bleed port, distinct from the first bleed port, arranged in fluid communication with the compression device via a second fluid flow path distinct from the first fluid flow path, wherein the second component is positioned along the second fluid flow path, wherein the first fluid flow path and the second fluid flow path are arranged in parallel relative to an outlet of the environmental control system; and characterized in that: the at least one heat exchanger includes: a first precooler arranged upstream from the first component; and a second precooler arranged upstream from the second component. at least one heat exchanger (70, 72); a compression device arranged in fluid communication with the at least one heat exchanger, the compression device including a plurality of components including a first component and a second component (64, 66) coupled by a shaft; a first bleed port arranged in fluid communication with the compression device via a first fluid flow path, wherein the first component is positioned along the first fluid flow path; and a second bleed port, distinct from the first bleed port, arranged in fluid communication with the compression device via a second fluid flow path distinct from the first fluid flow path, wherein the second component is positioned along the second fluid flow path, wherein the first fluid flow path and the second fluid flow path are arranged in parallel relative to an outlet of the environmental control system; and characterized in that: the at least one heat exchanger includes: a first precooler arranged upstream from the first component; and a second precooler arranged upstream from the second component. a first precooler arranged upstream from the first component; and a second precooler arranged upstream from the second component.
System for the controlled tapping of liquid from a container comprising: - at least one main body adapted to be connected to said container and equipped with at least one connection flange to said container, and at least one mouth equipped with at least one first opening which communicates an inside of said container with an outside by interposing at least one valve means arranged through said first opening; - at least one tapping tap equipped with at least one first connection end to said mouth, said mouth being integral with at least one closing plug of said first opening, characterised in that said plug is equipped with at least one second opening placed next to said first opening when said plug is placed in a closing position of said mouth and said connection end of said tap being adapted to open said valve means when said tap is connected to said mouth through said first and second openings to communicate the inside of said container with the outside through said tap. - at least one main body adapted to be connected to said container and equipped with at least one connection flange to said container, and at least one mouth equipped with at least one first opening which communicates an inside of said container with an outside by interposing at least one valve means arranged through said first opening; - at least one tapping tap equipped with at least one first connection end to said mouth, said mouth being integral with at least one closing plug of said first opening,
A method of manufacturing an LED lighting device comprising a lead frame, comprising the steps of A) preparing a stamping arrangement to stamp a lead frame comprising - a plurality of electrode contact regions, wherein complementary contact regions comprise an anode contact region and a cathode contact region separated by an initial gap width (Gs); and - a number of connecting bars, wherein a connecting bar extends between regions of the lead frame; B) using the stamping arrangement to stamp the lead frame; and C) deforming at least one connecting bar of the stamped lead frame to reduce the gap width between complementary contact regions to a final gap width (G D), and D) mounting at least one semiconductor device onto the complementary electrode contact regions of the lead frame, and wherein, the at least one semiconductor device is a light emitting diode die package, and the step of deforming a connecting bar comprises bending a portion of a connecting bar out of the plane of the lead frame to shorten the length of the connecting bar. A) preparing a stamping arrangement to stamp a lead frame comprising - a plurality of electrode contact regions, wherein complementary contact regions comprise an anode contact region and a cathode contact region separated by an initial gap width (Gs); and - a number of connecting bars, wherein a connecting bar extends between regions of the lead frame; - a plurality of electrode contact regions, wherein complementary contact regions comprise an anode contact region and a cathode contact region separated by an initial gap width (Gs); and - a number of connecting bars, wherein a connecting bar extends between regions of the lead frame; B) using the stamping arrangement to stamp the lead frame; and C) deforming at least one connecting bar of the stamped lead frame to reduce the gap width between complementary contact regions to a final gap width (G D), and D) mounting at least one semiconductor device onto the complementary electrode contact regions of the lead frame,
A video compression decoder comprising: an input receiving a compression encoded bitstream representing transformed picture differences organised in blocks; an inverse quantisation unit providing blocks of re-scaled transform coefficients; an inverse block transform conducting an inverse spatial transform on a block of re-scaled transform coefficients to provide a block of picture differences for summation with prediction values to provide a block of decoded picture values; and a predictor operating on the decoded picture values to provide prediction values for summation with said picture differences, wherein the predictor comprises a first predictor operating wholly outside a particular one of said blocks to provide first prediction values for that block and a second predictor operating at least partly inside that block to provide second prediction values for that block; the prediction values comprising a combination of the first prediction values and the second prediction values. an input receiving a compression encoded bitstream representing transformed picture differences organised in blocks; an inverse quantisation unit providing blocks of re-scaled transform coefficients; an inverse block transform conducting an inverse spatial transform on a block of re-scaled transform coefficients to provide a block of picture differences for summation with prediction values to provide a block of decoded picture values; and a predictor operating on the decoded picture values to provide prediction values for summation with said picture differences, wherein the predictor comprises a first predictor operating wholly outside a particular one of said blocks to provide first prediction values for that block and a second predictor operating at least partly inside that block to provide second prediction values for that block; the prediction values comprising a combination of the first prediction values and the second prediction values.
A semiconductor device (1, 1C) comprising: a plurality of gate finger electrodes which is aligned in one direction, and each of which is arranged in a manner alternately adjacent to a corresponding one of drain electrodes and a corresponding one of source electrodes; gate routing lines provided along the direction in which the plurality of gate finger electrodes is aligned, each of the plurality of gate finger electrodes being connected to a corresponding one of the gate routing lines; a first resistor and two capacitors arranged on respective two sides with respect to the first resistor; wherein the first resistor has one end separating the gate routing lines on the respective two sides at a center portion between the gate routing lines, and having another end connected to an input line; the device further comprising first air bridges (9, 9B) which connect the capacitors to the respective gate routing lines and are provided either along the respective gate routing lines or in a manner corresponding to the respective plurality of gate finger electrodes. a plurality of gate finger electrodes which is aligned in one direction, and each of which is arranged in a manner alternately adjacent to a corresponding one of drain electrodes and a corresponding one of source electrodes; gate routing lines provided along the direction in which the plurality of gate finger electrodes is aligned, each of the plurality of gate finger electrodes being connected to a corresponding one of the gate routing lines; a first resistor and two capacitors arranged on respective two sides with respect to the first resistor; wherein the first resistor has one end separating the gate routing lines on the respective two sides at a center portion between the gate routing lines, and having another end connected to an input line; the device further comprising first air bridges (9, 9B) which connect the capacitors to the respective gate routing lines and are provided either along the respective gate routing lines or in a manner corresponding to the respective plurality of gate finger electrodes.
A housing unit for a heating apparatus with two heating circuits, one for room heating and one for service water heating, and which forms a pump casing for a circulation pump and which at the suction side of the pump comprises a valve for switching over the heating circuits, with which in the installed condition, at least one connection for the direct connection of a plate heat exchanger for service water heating is provided at the rear side of the housing unit, with which an opening for the return of the room heating is arranged at one side, in which opening a suction chamber is formed, to which suction chamber the suction port of the pump connects and runs out into the two channels, of which selectively the one or the other can be closed by a valve body of the valve and of which the one channel leads to the conduit connection for the return and the other channel to the connection of the plate heat exchanger, characterised in that a bypass which is closed by a pressure-limiting valve and which runs out in the suction chamber of the pump is provided between the heating feed and the heating return, that the pressure-limiting valve is integrated into the housing unit on the suction chamber side, that the bypass at least in sections runs through a conduit (10, 13) which supplies the plate heat exchanger with heat, and that the other channel which at the rear side leads to the one connection of the plate heat exchanger also forms part of the bypass.