mhurhangee/ep-ind-claims huggingface dataset:
A lighting system (100; 120) comprising at least one lamp and a processing unit for estimating an end of life of the at least one lamp, the processing unit being configured to receive: a lamp burning time during which the at least one lamp is turned on; and characterised by being configured to receive: a forecasted temperature for the weather at a location of the at least one lamp for a selected period of time in the future, wherein the processing unit is configured to estimate the end of life of the at least one lamp based on the lamp burning time and the forecasted temperature.
A composition for the formation of a ferroelectric thin film which is used in the formation of a ferroelectric thin film of one material selected from the group consisting of PLZT, PZT, and PT, wherein the composition is a liquid composition for the formation of a thin film of a mixed composite metal oxide, formed of a mixture of a composite metal oxide A represented by the general formula: (Pb x La y)(Zr z Ti (1-z))O 3 whereby in the formula, 0.9 < x < 1.3, 0 ≤ y < 0.1, and 0 ≤ z < 0.9, with a composite oxide B selected from the group consisting of composite oxides of Si and Bi, the composition comprising an organometallic compound solution wherein the raw material constituting the composite metal oxide A and the raw material constituting the composite oxide B are dissolved in an organic solvent in such a proportion as to provide the metal atom ratio represented by the general formula, when the composite oxide B is the composite oxide of Si, the composite oxide B is formed from one or more selected from the group consisting of silicon 2-ethyl hexanoate, silicon 2-ethyl butyrate, silicon tetra-n-butoxide, tetrakis (acetylacetonate) silicon, and the molar ratio B/A of the composite oxide B to the composite metal oxide A is in the range of 0.005 ≤ B/A < 0.1, and when the composite oxide B is the composite oxide of Bi, the composite oxide B is formed from one or more selected from the group consisting of bismuth 2-ethyl hexanoate, bismuth 2-ethyl butyrate, bismuth triisopropoxide, bismuth tri-t-pentoxide, tetra (methyl heptanedionate) bismuth, and the molar ratio B/A of the composite oxide B to the composite metal oxide A is in the range of 0.005 ≤ B/A ≤ 0.1.
A drug delivery device comprising: a main housing including an interior surface defining an enclosed space, and an exterior surface releasably attachable to a patient; a container disposed in the enclosed space and including a reservoir containing a drug and a stopper; and a drive assembly disposed in the enclosed space and configured to move the stopper through the reservoir to expel the drug from the reservoir, the drive assembly including a rotational power source and a gear module, the gear module including a mounting plate, a cover member, and a plurality of gears (84a-g) rotatably connected to the mounting plate and enclosed by the cover member, wherein the mounting plate and the cover member are separate from the main housing. a main housing including an interior surface defining an enclosed space, and an exterior surface releasably attachable to a patient; a container disposed in the enclosed space and including a reservoir containing a drug and a stopper; and a drive assembly disposed in the enclosed space and configured to move the stopper through the reservoir to expel the drug from the reservoir, the drive assembly including a rotational power source and a gear module, the gear module including a mounting plate, a cover member, and a plurality of gears (84a-g) rotatably connected to the mounting plate and enclosed by the cover member, wherein the mounting plate and the cover member are separate from the main housing.
An electronic system comprising a set of electronic devices (12A, 12B, 12C, 12D), each electronic device (12A, 12B, 12C, 12D) comprising a memory (18A, 18B, 18C) and a communication module (14A, 14B, 14C, 14D) for communicating with one or more other electronic devices of the set, the electronic system comprising: - at least one verification module (24A, 24B) for verifying the compatibility of each electronic device (12A, 12B, 12C, 12D) with the other complementary electronic device(s) with which said electronic device (12A, 12B, 12C, 12D) is able to communicate, - at least one generating module (26A, 26B) for generating at least one deviation indicator when an incompatibility is detected between two electronic devices, wherein each memory (18A, 18B, 18C) of each electronic device comprises a compatibility table (22A, 22B, 22C) for defining compatibility with said other complementary electronic device(s), each compatibility table (22A, 22B, 22C) comprising at least one minimum required version number for each of said other complementary electronic device(s), and each verification module (24A, 24B) is adapted for comparing, for one or more given electronic devices, a version number of each of said other complementary electronic device(s) with the corresponding minimum required version number, each verification module (24A, 24B) is incorporated into a respective electronic device (12A, 12B, 12D), and at least one device comprises a module for delegating the compatibility verification to another electronic device comprising a verification module, and the delegating module is adapted for sending, to said verification module, the version numbers contained in the compatibility table of the electronic device that comprises said delegating module. - at least one verification module (24A, 24B) for verifying the compatibility of each electronic device (12A, 12B, 12C, 12D) with the other complementary electronic device(s) with which said electronic device (12A, 12B, 12C, 12D) is able to communicate, - at least one generating module (26A, 26B) for generating at least one deviation indicator when an incompatibility is detected between two electronic devices,
An internal sill of a shell of a motor vehicle, forming a hollow body of U-shaped cross-section and with: - a first portion intended to extend horizontally; and - a second portion forming an elbow with the first portion and being intended to extend upwards, said portion including a front face opposite the first portion and intended to delimit a wheel arch of the vehicle, characterized in that said face includes a junction rebate to another hollow body; the junction rebate being formed by an elbow section component, said component being connected on the front face of the second portion. - a first portion intended to extend horizontally; and - a second portion forming an elbow with the first portion and being intended to extend upwards, said portion including a front face opposite the first portion and intended to delimit a wheel arch of the vehicle,
A heat transfer device for a vehicle, having the following features: a condenser for condensing a refrigerant, having at least one first flow channel for conducting the refrigerant and at least one second flow channel (112, 112a, 112b) for conducting a fluid, wherein the flow channels are adapted to transfer thermal energy from the refrigerant to the fluid; and a volume element fluidically connected to the first flow channel for storing the refrigerant, wherein the volume element is cohesively connected to the condenser, with a supercooling element, having a third flow channel for conducting the refrigerant and a fourth flow channel for conducting the fluid, wherein the third flow channel is fluidically connected to the volume element for supercooling the refrigerant from the volume element, and wherein the fourth flow channel is fluidically connected to the second flow channel, wherein the supercooling element is cohesively connected to the volume element, wherein the condenser and the supercooling element have a plurality of nested plate elements, wherein the flow channels are formed by the plate elements and the volume element is composed of further plate elements and at least one incorporated rib member, wherein the rib member is configured to form enlarged flow channels for storing the refrigerant, characterised in that sidewalls of the volume element are formed in a corrugated shape. a condenser for condensing a refrigerant, having at least one first flow channel for conducting the refrigerant and at least one second flow channel (112, 112a, 112b) for conducting a fluid, wherein the flow channels are adapted to transfer thermal energy from the refrigerant to the fluid; and a volume element fluidically connected to the first flow channel for storing the refrigerant, wherein the volume element is cohesively connected to the condenser, with a supercooling element, having a third flow channel for conducting the refrigerant and a fourth flow channel for conducting the fluid, wherein the third flow channel is fluidically connected to the volume element for supercooling the refrigerant from the volume element, and wherein the fourth flow channel is fluidically connected to the second flow channel, wherein the supercooling element is cohesively connected to the volume element, wherein the condenser and the supercooling element have a plurality of nested plate elements, wherein the flow channels are formed by the plate elements and the volume element is composed of further plate elements and at least one incorporated rib member, wherein the rib member is configured to form enlarged flow channels for storing the refrigerant, characterised in that sidewalls of the volume element are formed in a corrugated shape.
A compound of the formula I: or a pharmaceutically acceptable salt, hydrate, solvate or a mixture thereof, wherein: (a) each occurrence of m is independently an integer ranging from 0 to 5; (b) each occurrence of n is independently an integer ranging from 3 to 7; (c) X is (CH 2) z, wherein z is 0; (d) each occurrence of R 1, R 2, R 11, and R 12 is independently H, (C 1 -C 6)alkyl, (C 2 -C 6)alkenyl, (C 2 -C 6)alkynyl, phenyl, or benzyl, wherein R 1, R 2, R 11, and R 12 are not each simultaneously H; and (e) each occurrence of Y 1 and Y 2 is independently OH or COOH. (a) each occurrence of m is independently an integer ranging from 0 to 5; (b) each occurrence of n is independently an integer ranging from 3 to 7; (c) X is (CH 2) z, wherein z is 0; (d) each occurrence of R 1, R 2, R 11, and R 12 is independently H, (C 1 -C 6)alkyl, (C 2 -C 6)alkenyl, (C 2 -C 6)alkynyl, phenyl, or benzyl, wherein R 1, R 2, R 11, and R 12 are not each simultaneously H; and (e) each occurrence of Y 1 and Y 2 is independently OH or COOH.
A surgical instrument comprising: a drive module (25; 25'; 125) with at least one rotatable output drive member, in particular an output drive member which can be rotated in an unlimited manner; an instrument shaft (20; 20'; 120) which is connected to the drive module and which comprises at least one input drive member (32; 32'; 32"; 132; 132'; 132") which is displaceably guided, in particular between end stops (37.1, 37.2); and an interface between the drive module and the instrument shaft, which comprises a guide element (30; 30'; 30"; 130; 330) and a groove (33; 33'), wherein the groove is disposed on one of the output drive member and the input drive member, and the guide element is disposed on the other of the output drive member and the input drive member and is displaceably guided in the groove when the output drive member and the input drive member are coupled to one another, characterised in that the instrument shaft is releasably connectable to the drive module and in that the guide element comprises at least one rotatably mounted rolling body (130.1; 330.2) for contacting the groove and / or is axially displaceably mounted, in particular under bias, and / or in that a guide wall of the groove has an opening for the introduction of the guide element by rotating the output drive member. a drive module (25; 25'; 125) with at least one rotatable output drive member, in particular an output drive member which can be rotated in an unlimited manner; an instrument shaft (20; 20'; 120) which is connected to the drive module and which comprises at least one input drive member (32; 32'; 32"; 132; 132'; 132") which is displaceably guided, in particular between end stops (37.1, 37.2); and an interface between the drive module and the instrument shaft, which comprises a guide element (30; 30'; 30"; 130; 330) and a groove (33; 33'), wherein the groove is disposed on one of the output drive member and the input drive member, and the guide element is disposed on the other of the output drive member and the input drive member and is displaceably guided in the groove when the output drive member and the input drive member are coupled to one another, characterised in that the instrument shaft is releasably connectable to the drive module and in that the guide element comprises at least one rotatably mounted rolling body (130.1; 330.2) for contacting the groove and / or is axially displaceably mounted, in particular under bias, and / or in that a guide wall of the groove has an opening for the introduction of the guide element by rotating the output drive member.
A method for diagnosing a risk for dyslexia, comprising the steps of: a) providing a sample containing a nucleic acid of a human to be diagnosed; b) determining the genotype of the nucleic acid of the sample for the chromosomal region of nucleotides 12091000 to 12200000 of chromosome 1; c) comparing the genotype determined in step b) with the genotype of a control in order to detect deviations of the determined genotype from the genotype of the control; d) attributing a presence of a risk for dyslexia in the subject to be diagnosed when at least one detected deviation of the determined genotype from the genotype of said control in said region is present, wherein said deviation is SNP rs496888, and wherein the presence of an A for at least one allele of rs496888 is attributed to the presence of a risk for dyslexia in the subject to be diagnosed. a) providing a sample containing a nucleic acid of a human to be diagnosed; b) determining the genotype of the nucleic acid of the sample for the chromosomal region of nucleotides 12091000 to 12200000 of chromosome 1; c) comparing the genotype determined in step b) with the genotype of a control in order to detect deviations of the determined genotype from the genotype of the control; d) attributing a presence of a risk for dyslexia in the subject to be diagnosed when at least one detected deviation of the determined genotype from the genotype of said control in said region is present, wherein said deviation is SNP rs496888, and wherein the presence of an A for at least one allele of rs496888 is attributed to the presence of a risk for dyslexia in the subject to be diagnosed.
An encoding program that causes a computer (100, 1) to execute: reading text data of an encoding target; encoding (113, 114) each character or word in the text data by using index information in which an appearance position is associated with each of the encoded characters or words, appearing on the text data, as bit map data; and updating the index information with respect to the encoded character or word, characterised in that the encoding (113, 114) includes searching longest coincidence with the encoded character or word with respect to continuous characters or words in the text data with reference to the index information, and registering a coincident character string or word string appearing for the second time and coincided by the longest coincidence searching in a dynamic dictionary and encoding the coincident character string or word string that repeatedly appears, and the encoding (113, 114) includes searching longest coincidence with the encoded character or word with respect to continuous characters or words in the text data with reference to the index information without collating with the text data, and registering the coincident character string or word string coincided by the longest coincidence searching in the dynamic dictionary and encoding the coincident character string or word string on the basis of a dynamic code associated with the registered character string or word string. reading text data of an encoding target; encoding (113, 114) each character or word in the text data by using index information in which an appearance position is associated with each of the encoded characters or words, appearing on the text data, as bit map data; and updating the index information with respect to the encoded character or word, characterised in that the encoding (113, 114) includes searching longest coincidence with the encoded character or word with respect to continuous characters or words in the text data with reference to the index information, and registering a coincident character string or word string appearing for the second time and coincided by the longest coincidence searching in a dynamic dictionary and encoding the coincident character string or word string that repeatedly appears, and the encoding (113, 114) includes searching longest coincidence with the encoded character or word with respect to continuous characters or words in the text data with reference to the index information without collating with the text data, and registering the coincident character string or word string coincided by the longest coincidence searching in the dynamic dictionary and encoding the coincident character string or word string on the basis of a dynamic code associated with the registered character string or word string.
Device for locking a first furniture part (3, 8) in a closed position in relation to a second furniture part (2, 7), wherein the locking can be overridden using a triggering process, and releasing means (23, 25, 26, 32) are provided by means of which in an assembled state of the device the unlocking of the first furniture part (3, 8) can be performed on achieving a defined triggering force from the outside on the first furniture part (3, 8) in its opening direction, if the locking is not overridden by the triggering process, wherein locking means are arranged on a receiving part and wherein the releasing means (23, 25, 26, 32) are configured so that on reaching the intended triggering force the unlocking of the first furniture part (3, 8) is performed by means of a resettable triggering movement of the receiving part with the locking means arranged thereon, characterised in that the locking means can be released from a locking position for unlocking the first furniture part (3, 8) relative to the receiving part.
An implantable biventricular cardiac therapy device comprising a therapy device control, which has a tachycardia detection unit, which is connected or can be connected, at least indirectly, to at least one right-ventricular sensing electrode (18, 20) and at least one left-ventricular sensing electrode (32, 34) such that, during operation, the tachycardia detection unit is fed signals representing a course of electrical potentials in the heart over time or signals derived therefrom, wherein the tachycardia detection unit is designed to evaluate the signal fed thereto and the course thereof over time and to generate a tachyarrhythmia signal if the fed signal meets predetermined criteria, wherein the tachycardia detection unit is designed to evaluate the heart rate at the right-ventricular and at the left-ventricular sensing electrodes simultaneously in order to detect ventricular tachycardias, wherein the implantable biventricular cardiac therapy device also comprises a right-ventricular stimulation unit and a left-ventricular stimulation unit, which are operative connected to the therapy device control, wherein the right-ventricular stimulation unit and the left-ventricular stimulation unit are designed, in combination with the therapy device control, to generate stimulation pulses for a right-ventricular and/or a left-ventricular anti-tachycardiac therapy and to deliver this via at least one right-ventricular or left-ventricular stimulation electrode (18; 34), respectively, which is intended to be connected or is connected, characterized in that the tachycardia detection unit is designed to detect a dissimilar tachycardia and to determine which of the signals representing a course of electrical potentials in the heart over time, or signals derived therefrom, represents a higher heart rate, and wherein the therapy device control is designed to control a delivery of stimulation pulses for an anti-tachycardiac stimulation via the right-ventricular or the left-ventricular stimulation electrode (18; 34) such that, during operation of the cardiac therapy device, the stimulation pulses for an anti-tachycardiac stimulation are delivered via the stimulation electrode that is assigned to the same ventricle as the sensing electrode via which, in the case of a dissimilar tachycardia, a signal representing a respectively lower heart rate was detected.
A socket contact including: a socket contact body (13; 213) including a contact portion, which has a cylindrical shape, for receiving a pin contact therein; and a spring member fitted on the socket contact body; the spring member including an elastic annular portion fitted on an outer periphery of the contact portion, and at least one protruding portion provided on the elastic annular portion; the contact portion having at least one slit formed therein which extends in a receiving direction for receiving the pin contact; the contact portion having a receiving portion formed therein for receiving the protruding portion and limiting movement of the elastic annular portion in a direction parallel to the receiving direction; and the contact portion having a contact point portion that is pressed against an outer periphery of the pin contact by returning force of the elastic annular portion when the pin contact is received into the contact portion; the socket contact being characterized in that: a protruding portion is formed at one end of the elastic annular portion in a circumferential direction thereof, and a recess for receiving the protruding portion is formed at the other end of the elastic annular portion. a socket contact body (13; 213) including a contact portion, which has a cylindrical shape, for receiving a pin contact therein; and a spring member fitted on the socket contact body; the spring member including an elastic annular portion fitted on an outer periphery of the contact portion, and at least one protruding portion provided on the elastic annular portion; the contact portion having at least one slit formed therein which extends in a receiving direction for receiving the pin contact; the contact portion having a receiving portion formed therein for receiving the protruding portion and limiting movement of the elastic annular portion in a direction parallel to the receiving direction; and the contact portion having a contact point portion that is pressed against an outer periphery of the pin contact by returning force of the elastic annular portion when the pin contact is received into the contact portion; the socket contact being characterized in that: a protruding portion is formed at one end of the elastic annular portion in a circumferential direction thereof, and a recess for receiving the protruding portion is formed at the other end of the elastic annular portion. a protruding portion is formed at one end of the elastic annular portion in a circumferential direction thereof, and a recess for receiving the protruding portion is formed at the other end of the elastic annular portion.
Homopolar electrical machine, characterised in that it is double in structure, its rotor and its stator being simultaneously homopolar, in that two simple homopolar machine phases and (e3') are aligned on a same axis of rotation such that their stator teeth (e16 / e16') are co-linear in the same radial plane, in that the phases and (e3') are separated by a ferromagnetic flux return part, and in that the assembly formed by the phases and (e3') and the flux return part surrounds a ferromagnetic rotor which is substantially centred on the same axis of rotation, said ferromagnetic rotor comprising as many projecting poles as there are pairs of stator teeth (e16 / e16') on the phases.