mhurhangee/ep-ind-claims huggingface dataset:
A power conversion device including a power conversion portion that switches direct current voltage supplied by a positive line and negative line of a direct current power supply with a semiconductor switching element, and outputs converted voltage, the power conversion device further including: a snubber capacitor (Cs), connected between the positive line and negative line, that suppresses surge voltage generated when the power conversion portion switches, wherein at least one interline capacitor is connected between the positive line and negative line between the snubber capacitor (Cs) and power conversion portion, characterized in that the capacitance of the interline capacitor is of a value smaller than that of the capacitance of the snubber capacitor (Cs), and wherein the capacitance of the interline capacitor is of a value that becomes smaller the nearer to the power conversion portion the position in which the interline capacitor is connected, and the capacitance of the interline capacitor with the smallest value of capacitance is of a value greater than that of the capacitance between main electrodes of the switching element when a direct current voltage is applied to the switching element used in the power conversion portion. a snubber capacitor (Cs), connected between the positive line and negative line, that suppresses surge voltage generated when the power conversion portion switches, wherein at least one interline capacitor is connected between the positive line and negative line between the snubber capacitor (Cs) and power conversion portion, characterized in that the capacitance of the interline capacitor is of a value smaller than that of the capacitance of the snubber capacitor (Cs), and wherein the capacitance of the interline capacitor is of a value that becomes smaller the nearer to the power conversion portion the position in which the interline capacitor is connected, and the capacitance of the interline capacitor with the smallest value of capacitance is of a value greater than that of the capacitance between main electrodes of the switching element when a direct current voltage is applied to the switching element used in the power conversion portion.
An image processing method for displaying multiple images of a tissue region of a biopsy tissue sample comprising: a) acquiring multiple images (237, 5, 6, 7) from neighboring tissue slices (1, 2, 3, 4) of the tissue region, wherein the tissue slices being marked by stains for the identification of biological features, one of the tissue slices being marked by multiple stains for the acquisition of a multi-channel image, that is, simultaneously stained with specific fluorescent dyes, each of which fluoresces in a different spectral band thus constituting one of the channels of the multi-channel image, b) unmixing the multi-channel image to provide a set of unmixed images (5.1, 5.2, 5.3), each unmixed image encompassing a grey-value or scalar image corresponding to one channel of the multi-channel image, c) performing an image registration algorithm with respect to the multiple images by using the multi-channel image as a reference image for the image registration algorithm to provide a mapping of each one of the multiple images to the reference image, d) aligning the images in accordance with the image registration, e) concurrently displaying the aligned images (237, 6, 7) and the unmixed images (5.1, 5.2, 5.3) on a display in a two-dimensional plane, f) receiving an image transformation command via a graphical user interface with respect to one of the displayed images (237; 5.1), g) simultaneously executing the image transformation command for all of the displayed images using the respective mappings. a) acquiring multiple images (237, 5, 6, 7) from neighboring tissue slices (1, 2, 3, 4) of the tissue region, wherein the tissue slices being marked by stains for the identification of biological features, one of the tissue slices being marked by multiple stains for the acquisition of a multi-channel image, that is, simultaneously stained with specific fluorescent dyes, each of which fluoresces in a different spectral band thus constituting one of the channels of the multi-channel image, b) unmixing the multi-channel image to provide a set of unmixed images (5.1, 5.2, 5.3), each unmixed image encompassing a grey-value or scalar image corresponding to one channel of the multi-channel image, c) performing an image registration algorithm with respect to the multiple images by using the multi-channel image as a reference image for the image registration algorithm to provide a mapping of each one of the multiple images to the reference image, d) aligning the images in accordance with the image registration, e) concurrently displaying the aligned images (237, 6, 7) and the unmixed images (5.1, 5.2, 5.3) on a display in a two-dimensional plane, f) receiving an image transformation command via a graphical user interface with respect to one of the displayed images (237; 5.1), g) simultaneously executing the image transformation command for all of the displayed images using the respective mappings.
A sample measuring apparatus comprising: a container holding unit arranged to hold a reagent container comprising an openable/closable lid portion arranged to cover an opening of the reagent container; a reagent dispensing unit arranged to aspirate a reagent in the reagent container with the lid portion being in an opened state and dispenses the aspirated reagent into a reaction container; a reagent cooler arranged to store the container holding unit, wherein the reagent cooler comprises a top surface portion having a hole portion; and a measuring unit arranged to measure components contained in a measurement specimen prepared from a sample and the reagent dispensed in the reaction container, characterized in that: the sample measuring apparatus further comprises: a pressing unit arranged to seal the opening, by pressing, toward the opening, the lid portion laid over the opening; in that: the pressing unit and the reagent dispensing unit advance through the hole into the reagent cooler, and in that: the sample measuring apparatus further comprises: a shutter mechanism arranged to open and close the hole portion of the reagent cooler, wherein the pressing unit is arranged to come into contact with the shutter mechanism along with a downward movement of the pressing unit to open the shutter mechanism. a container holding unit arranged to hold a reagent container comprising an openable/closable lid portion arranged to cover an opening of the reagent container; a reagent dispensing unit arranged to aspirate a reagent in the reagent container with the lid portion being in an opened state and dispenses the aspirated reagent into a reaction container; a reagent cooler arranged to store the container holding unit, wherein the reagent cooler comprises a top surface portion having a hole portion; and a measuring unit arranged to measure components contained in a measurement specimen prepared from a sample and the reagent dispensed in the reaction container, characterized in that: the sample measuring apparatus further comprises: a pressing unit arranged to seal the opening, by pressing, toward the opening, the lid portion laid over the opening; in that: the pressing unit and the reagent dispensing unit advance through the hole into the reagent cooler, and in that: the sample measuring apparatus further comprises: a shutter mechanism arranged to open and close the hole portion of the reagent cooler, wherein the pressing unit is arranged to come into contact with the shutter mechanism along with a downward movement of the pressing unit to open the shutter mechanism. a shutter mechanism arranged to open and close the hole portion of the reagent cooler, wherein the pressing unit is arranged to come into contact with the shutter mechanism along with a downward movement of the pressing unit to open the shutter mechanism.
Suture package comprising - a tray-shaped base member with a central portion and with a peripheral wall portion and - a cover member configured to attach to the base member with an inner track wall and with an upper wall extending radially out from the inner track wall at an upper end thereof, wherein - a suture channel is formed between the upper wall and the peripheral wall portion, - the peripheral wall portion is at least partly resiliently deformable to spread the peripheral wall portion away from the upper wall, and - the peripheral wall portion comprises a plurality of lip portions distributedly provided over the circumference of the central portion and a first hinge for pivotably supporting the lip portions, characterized in that the lip portions are connected via second hinges to form a continuous loop. - a tray-shaped base member with a central portion and with a peripheral wall portion and - a cover member configured to attach to the base member with an inner track wall and with an upper wall extending radially out from the inner track wall at an upper end thereof, - a suture channel is formed between the upper wall and the peripheral wall portion, - the peripheral wall portion is at least partly resiliently deformable to spread the peripheral wall portion away from the upper wall, and - the peripheral wall portion comprises a plurality of lip portions distributedly provided over the circumference of the central portion and a first hinge for pivotably supporting the lip portions,
LED module comprising: a carrier with strip conductors disposed thereon, at least two chip scale package LED chips disposed on a surface of the carrier, wherein the CSP LED chips have already been individually encapsulated during chip production with a casting compound comprising incorporated luminescent material particles and comprise p and n contacts on their rear side by means of which they are in direct contact with the strip conductors disposed on the carrier; and reflecting means, wherein the reflecting means respectively laterally surround the CSP LED chips and wherein the reflecting means are spaced apart from the side walls of the respective CSP LED chips, wherein the distance between CSP LED chips and reflecting means is between 0.05 and 1 mm. a carrier with strip conductors disposed thereon, at least two chip scale package LED chips disposed on a surface of the carrier, wherein the CSP LED chips have already been individually encapsulated during chip production with a casting compound comprising incorporated luminescent material particles and comprise p and n contacts on their rear side by means of which they are in direct contact with the strip conductors disposed on the carrier; and reflecting means, wherein the reflecting means respectively laterally surround the CSP LED chips and wherein the reflecting means are spaced apart from the side walls of the respective CSP LED chips, wherein the distance between CSP LED chips and reflecting means is between 0.05 and 1 mm.
A method of wireless communication of a base station, comprising: combining signals of one or more random-access channel, RACH, attempts from a user equipment, UE, to decode a RACH preamble; determining a duration of an uplink message that is to be sent from the UE based on a number of decode attempts the base station uses to decode the RACH preamble; informing the UE regarding the duration of the uplink message through a random-access response message; transmitting the random-access response message during a contention based random access procedure, the random-access response message being a RACH message 2; and receiving the uplink message from the UE, the uplink message being a RACH message 3, wherein the RACH message 3 is transmitted over at least one mini-slot or at least one slot, and wherein the duration is defined by a number of symbols in the at least one mini-slot or the at least one slot. combining signals of one or more random-access channel, RACH, attempts from a user equipment, UE, to decode a RACH preamble; determining a duration of an uplink message that is to be sent from the UE based on a number of decode attempts the base station uses to decode the RACH preamble; informing the UE regarding the duration of the uplink message through a random-access response message; transmitting the random-access response message during a contention based random access procedure, the random-access response message being a RACH message 2; and receiving the uplink message from the UE, the uplink message being a RACH message 3, wherein the RACH message 3 is transmitted over at least one mini-slot or at least one slot, and wherein the duration is defined by a number of symbols in the at least one mini-slot or the at least one slot.
A process for preparing an enol ether comprising the steps of: i) contacting a branched-chain aldehyde with a branched-chain alcohol in the presence of a catalyst to form a reaction mixture, wherein the branched-chain aldehyde is branched at the beta position; and ii) heating the reaction mixture formed in step i) under reflux with continuous removal of water by-product, wherein the reaction temperature in step ii) is greater than 125 °C and less than 170 °C. i) contacting a branched-chain aldehyde with a branched-chain alcohol in the presence of a catalyst to form a reaction mixture, wherein the branched-chain aldehyde is branched at the beta position; and ii) heating the reaction mixture formed in step i) under reflux with continuous removal of water by-product,
Transport vehicle having an customs seal apparatus for sliding tarpaulins, the customs seal apparatus comprising customs staples for fixing the sliding tarpaulins by means of an customs seal rope, the customs seal apparatus consisting of a plurality of strips on which the customs staples are placed so as to be mutually spaced in each case, the strips being fastened to the sides of the frame or of the body of the transport vehicle, and the strips comprising positive fastening elements that permit a positive connection of the strips to the frame and/or the body of the transport vehicle, characterised in that central stakes at the sides of the vehicle are placed between two strips so as to block a transverse displacement of the strips and are connected to the transport vehicle.
An unsaturated bond-containing bissilyl compound having the general formula: wherein R 1 to R 3 are each independently hydrogen or a substituted or unsubstituted, C 1 -C 20 monovalent hydrocarbon group, R 4, R 5 and R 7 are each independently a substituted or unsubstituted, C 1 -C 20 monovalent hydrocarbon group, R 6 is a C 1 -C 20 divalent hydrocarbon group which may contain oxygen, silicon or sulfur, R 8 and R 9 are each independently a substituted or unsubstituted, C 1 -C 20 monovalent hydrocarbon group which may contain a heteroatom, R 8 and R 9 may bond together to form a C 2 -C 20 ring with the nitrogen atom to which they are attached, and n is an integer of 0, 1 or 2.
A method in a first radio network node ( HBS 1) associated with a first cell having a first physical cell identifier ( PCI 1) comprising the steps of: performing radio signal measurements on an uplink radio signal transmitted by a user equipment to a second cell associated with a second radio network node, determining a second physical cell identifier ( PCI 2) associated with the second cell based on the performed measurements, comparing the first physical cell identifier of the first radio network node with the determined second physical cell identifier of the second radio network node, and adapting the first physical cell identifier based on the comparing step, wherein the adapting the first physical cell identifier comprises one of: replacing the first physical cell identifier with the second physical cell identifier when the first physical cell identifier and the second physical cell identifier do not match and replacing the first physical cell identifier with a third physical cell identifier when the first physical cell identifier and the second physical cell identifier are the same ( PCI 3). performing radio signal measurements on an uplink radio signal transmitted by a user equipment to a second cell associated with a second radio network node, determining a second physical cell identifier ( PCI 2) associated with the second cell based on the performed measurements, comparing the first physical cell identifier of the first radio network node with the determined second physical cell identifier of the second radio network node, and adapting the first physical cell identifier based on the comparing step, wherein the adapting the first physical cell identifier comprises one of: replacing the first physical cell identifier with the second physical cell identifier when the first physical cell identifier and the second physical cell identifier do not match and replacing the first physical cell identifier with a third physical cell identifier when the first physical cell identifier and the second physical cell identifier are the same ( PCI 3).
A method for determining relative polarities of a set of N speakers (S1-S9) of a multi-channel system in a playback environment using a set of M microphones (M1-M3) in the playback environment, where M is a positive integer and N is an integer greater than seven, said method including steps of: (a) measuring impulse responses, including an impulse response for each speaker-microphone pair; (b) clustering the speakers (S1-S9) into a set of groups, each group in the set including at least two of the speakers (S1-S9) which are similar to each other in at least one respect; and (c) for each said group, determining cross-correlations of pairs of the impulse responses of speakers in the group and determining relative polarity (113-113N; 114-114M) of the speakers in said group from the cross-correlations, by determining, for each said group, a peak value of the cross-correlation of each pair of impulse responses corresponding to two speakers in the group, determining that the two speakers are in phase upon determining that the peak value is positive and exceeds a predetermined positive threshold value, and determining that the two speakers are out of phase upon determining that the peak value is negative and has an absolute value which exceeds the predetermined positive threshold value, wherein the clustering is performed based on data indicative of characteristics of speakers and/or by directly using measured cross-correlation values. (a) measuring impulse responses, including an impulse response for each speaker-microphone pair; (b) clustering the speakers (S1-S9) into a set of groups, each group in the set including at least two of the speakers (S1-S9) which are similar to each other in at least one respect; and (c) for each said group, determining cross-correlations of pairs of the impulse responses of speakers in the group and determining relative polarity (113-113N; 114-114M) of the speakers in said group from the cross-correlations, by determining, for each said group, a peak value of the cross-correlation of each pair of impulse responses corresponding to two speakers in the group, determining that the two speakers are in phase upon determining that the peak value is positive and exceeds a predetermined positive threshold value, and determining that the two speakers are out of phase upon determining that the peak value is negative and has an absolute value which exceeds the predetermined positive threshold value,
A packet of cigarettes or other smokable articles, each having a first and a second end (201, 202), elongate in shape and extending along a longitudinal direction, comprising: - a group of cigarettes having a first zone, facing towards the first end of the cigarettes, and a second zone, longitudinally spaced from the first zone and facing towards the second end of the cigarettes; - a sealed wrapper enclosing the group of cigarettes; - a reinforcing element, made of thin cardboard, located inside the sealed wrapper in contact with the group of cigarettes to surround it at least partly, and having a front wall, two side walls and a bottom wall in contact with the first end of the cigarettes, wherein the reinforcing element defines side openings, characterized in that the sealed wrapper is made from a film of thermoplastic material and having an extraction opening though which the cigarettes can be taken out; the packet comprises a sealing panel applied to the opening of the sealed wrapper; the reinforcing element has a rear wall and, in the second zone of the group of cigarettes, annularly surrounds the group of cigarettes and defines said side openings in the first zone of the group of cigarettes,,wherein the bottom wall of the reinforcing element is joined only to the front wall and to the rear wall of the reinforcing element itself. - a group of cigarettes having a first zone, facing towards the first end of the cigarettes, and a second zone, longitudinally spaced from the first zone and facing towards the second end of the cigarettes; - a sealed wrapper enclosing the group of cigarettes; - a reinforcing element, made of thin cardboard, located inside the sealed wrapper in contact with the group of cigarettes to surround it at least partly, and having a front wall, two side walls and a bottom wall in contact with the first end of the cigarettes, wherein the reinforcing element defines side openings, characterized in that the sealed wrapper is made from a film of thermoplastic material and having an extraction opening though which the cigarettes can be taken out; the packet comprises a sealing panel applied to the opening of the sealed wrapper; the reinforcing element has a rear wall and, in the second zone of the group of cigarettes, annularly surrounds the group of cigarettes and defines said side openings in the first zone of the group of cigarettes,,wherein the bottom wall of the reinforcing element is joined only to the front wall and to the rear wall of the reinforcing element itself. the sealed wrapper is made from a film of thermoplastic material and having an extraction opening though which the cigarettes can be taken out; the packet comprises a sealing panel applied to the opening of the sealed wrapper; the reinforcing element has a rear wall and, in the second zone of the group of cigarettes, annularly surrounds the group of cigarettes and defines said side openings in the first zone of the group of cigarettes,,wherein the bottom wall of the reinforcing element is joined only to the front wall and to the rear wall of the reinforcing element itself.