mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator comprising: a main body; a storage compartment provided in the main body and having an open front side; a storage box configured to be drawn out of or put into the storage compartment and having a storage space therein: a cold air duct provided at a rear of the storage compartment and comprising a cold air outlet configured to discharge cold air into the storage space; a partition disposed in the storage box, the partition configured to divide the storage space into a fresh room and a vegetable room and to be movable in a left direction and a right direction in the storage space; and characterized by a cold air adjusting member configured to be moved in the left direction and the right direction together with the partition to adjust a size of the cold air outlet, the cold air adjusting member configured to remain connected to the partition when the storage box is drawn out. a main body; a storage compartment provided in the main body and having an open front side; a storage box configured to be drawn out of or put into the storage compartment and having a storage space therein: a cold air duct provided at a rear of the storage compartment and comprising a cold air outlet configured to discharge cold air into the storage space; a partition disposed in the storage box, the partition configured to divide the storage space into a fresh room and a vegetable room and to be movable in a left direction and a right direction in the storage space; and characterized by a cold air adjusting member configured to be moved in the left direction and the right direction together with the partition to adjust a size of the cold air outlet, the cold air adjusting member configured to remain connected to the partition when the storage box is drawn out. a cold air duct provided at a rear of the storage compartment and comprising a cold air outlet configured to discharge cold air into the storage space; a partition disposed in the storage box, the partition configured to divide the storage space into a fresh room and a vegetable room and to be movable in a left direction and a right direction in the storage space; and characterized by a cold air adjusting member configured to be moved in the left direction and the right direction together with the partition to adjust a size of the cold air outlet, the cold air adjusting member configured to remain connected to the partition when the storage box is drawn out.
A large-scale process for the production of at least a thylakoid membrane fraction comprising the steps of: a) collecting at least thylakoid containing plants or algae in an amount of 1000 kg or more, b) homogenising said plants or algae with a solution into a homogenate, wherein said solution in b) contains an agent selected from the group comprising EDTA, EGTA, DTPA, citrate and NTA, c) removing plant debris from the homogenate of b), d) collecting the thylakoids in a fraction, e) concentrating the fraction of d) and f) drying the concentrate fraction of e) to a powder or granulate. a) collecting at least thylakoid containing plants or algae in an amount of 1000 kg or more, b) homogenising said plants or algae with a solution into a homogenate, wherein said solution in b) contains an agent selected from the group comprising EDTA, EGTA, DTPA, citrate and NTA, c) removing plant debris from the homogenate of b), d) collecting the thylakoids in a fraction, e) concentrating the fraction of d) and f) drying the concentrate fraction of e) to a powder or granulate.
A bioconjugate obtainable by attachment of a biomolecule to a plurality of functional groups attached to the surface of a chromophoric nanoparticle, wherein: the chromophoric nanoparticle comprises a chromophoric semiconducting polymer; the plurality of functional groups is covalently linked to the chromophoric semiconducting polymer; and one, two, three, four, five, six, seven, eight, nine, or ten biomolecules covalently linked to the functional groups. the chromophoric nanoparticle comprises a chromophoric semiconducting polymer; the plurality of functional groups is covalently linked to the chromophoric semiconducting polymer; and one, two, three, four, five, six, seven, eight, nine, or ten biomolecules covalently linked to the functional groups.
An output control device for an internal combustion engine for generating a drive force of a vehicle, comprising: a braking request detection sensor for detecting whether or not a braking request operation has been performed; and a controller programmed to: limit an output of the internal combustion engine when the braking request operation is started under an occurrence of a request for the drive force; and lift, when the braking request operation is finished in the situation where the request for the drive force is still present, output limitation of the internal combustion engine over a predetermined limitation lifting time by gradually increasing the output of the internal combustion engine, and shorten the limitation lifting time more as a duration of the braking request operation becomes shorter (S8, S9). a braking request detection sensor for detecting whether or not a braking request operation has been performed; and a controller programmed to: limit an output of the internal combustion engine when the braking request operation is started under an occurrence of a request for the drive force; and lift, when the braking request operation is finished in the situation where the request for the drive force is still present, output limitation of the internal combustion engine over a predetermined limitation lifting time by gradually increasing the output of the internal combustion engine, and shorten the limitation lifting time more as a duration of the braking request operation becomes shorter (S8, S9). limit an output of the internal combustion engine when the braking request operation is started under an occurrence of a request for the drive force; and lift, when the braking request operation is finished in the situation where the request for the drive force is still present, output limitation of the internal combustion engine over a predetermined limitation lifting time by gradually increasing the output of the internal combustion engine, and shorten the limitation lifting time more as a duration of the braking request operation becomes shorter (S8, S9).
Quench hardened and tempered steel, with high tensile strength and high impact strength, comprising the following elements with a percentage by weight: 0.22% ≤ C ≤ 0.30% 0.40% ≤ Mn ≤ 1.0% 1.00% ≤ Cr ≤ 2.50% 1.80% ≤ Ni ≤ 4.0% 0.30% ≤ Mo ≤ 0.90% 0.001% ≤ V ≤ 0.50% 0.050% ≤ Si ≤ 0.50% P ≤ 0.015% S ≤ 0.010% 0.005% ≤ Al ≤ 0.050%, characterized in that it additionally comprises at least one of the following elements with a percentage by weight: Cu ≤ 0.350% 0.005% ≤ Ti ≤ 0.050% 0.004% ≤ N ≤ 0.020% Ca ≤ 0.005% Bi ≤ 0.15% Pb ≤ 0.20% Te ≤ 0.02% Se ≤ 0.04%, and the rest iron and impurities. 0.22% ≤ C ≤ 0.30% 0.40% ≤ Mn ≤ 1.0% 1.00% ≤ Cr ≤ 2.50% 1.80% ≤ Ni ≤ 4.0% 0.30% ≤ Mo ≤ 0.90% 0.001% ≤ V ≤ 0.50% 0.050% ≤ Si ≤ 0.50% P ≤ 0.015% S ≤ 0.010% 0.005% ≤ Al ≤ 0.050%, Cu ≤ 0.350% 0.005% ≤ Ti ≤ 0.050% 0.004% ≤ N ≤ 0.020% Ca ≤ 0.005% Bi ≤ 0.15% Pb ≤ 0.20% Te ≤ 0.02% Se ≤ 0.04%, and the rest iron and impurities.
Device for fastening accessory parts to a furniture component of a piece of furniture, comprising an accessory carrier having at least one mounting interface for fastening without a tool to the furniture component and at least one fastening interface for fastening accessory parts to the accessory carrier, wherein the mounting interface on the accessory carrier has first and second holding means (27a, 27b) by which the accessory carrier can be detachably held on an associated mounting section of the furniture component, wherein the first and second holding means (27a, 27b) can overlap the associated mounting section on the furniture component and wherein the first and second holding means (27a, 27b) are opposite each other and define between them a receiving space for the associated mounting section on the furniture component, the receiving space extending in a longitudinal direction of the accessory carrier, wherein the accessory carrier has a slot that runs transversely to the longitudinal extension of the receiving space and is open towards an edge side of the accessory carrier and that divides the accessory carrier into a first and a second carrier part (33a, 33b), wherein the carrier parts (33a, 33b) are moveable relative to each other such that the distance between the two holding means from the mounting of the accessory carrier on the associated mounting section is enlargeable with simultaneous widening of the slot, characterised in that spring means are arranged in the slot, whose spring force acts counter to the widening of the slot.
Therapeutic and prophylactic formulation for oral care which contains acceptable active and inert components, to the group of active components there belongs complex in quantity 1-11 wt. % including sources of elements of magnesium, sodium, silica and potassium with the ratios of atomic masses of elements, correspondingly, 21.3:9.3:1.67:1, herein as a source of magnesium element there is chosen magnesium chloride or magnesium glycerophosphate or magnesium citrate, as a source of sodium element there is chosen sodium chloride or sodium silicate, as a source of silica element there is chosen sodium metasilicate or potassium metasilicate, as a source of potassium element there is chosen potassium silicate.
Decoupling mat (1, 18, 23) for a surface covering structure which can be covered with covering elements, comprising a web- or plate-like compensation element (2, 19) which has upwardly projecting formations (4, 20, 24) starting from a lower bearing plane, which formations form an upper bearing plane at a distance from the lower bearing plane, characterized in that the formations (4, 20, 24) are arranged at a spacing from one another, in that the formations (4, 20, 24) have an undercut at least in certain portions along their periphery, and in that a water-permeable covering is fixed to an underside of the lower bearing plane and prevents a viscous adhesive material from penetrating into the upwardly projecting formations (4, 20, 24).
An imaging and therapy system, comprising: a micro-manipulator system (102, 202, 302, 402, 602); an ultrasound therapy system (106, 306, 406, 606) supported by the micro-manipulator system and configured to generate a cavitation bubble cloud in a target tissue volume; an imaging system (108, 208, 308, 408, 608) supported by the micro-manipulator system apart from the ultrasound therapy system and configured to monitor the cavitation bubble cloud in real time; wherein the micro-manipulator system comprises a control system configured to automatically position and move the micro-manipulator system and the ultrasound therapy system to locate the focal point to ablate desired tissue within the target tissue volume; and wherein the control system is configured to independently control relative movement of the ultrasound therapy system and the imaging system so as to automatically maintain the cavitation bubble cloud generated by the ultrasound therapy system within a field of view of the imaging system. a micro-manipulator system (102, 202, 302, 402, 602); an ultrasound therapy system (106, 306, 406, 606) supported by the micro-manipulator system and configured to generate a cavitation bubble cloud in a target tissue volume; an imaging system (108, 208, 308, 408, 608) supported by the micro-manipulator system apart from the ultrasound therapy system and configured to monitor the cavitation bubble cloud in real time; wherein the micro-manipulator system comprises a control system configured to automatically position and move the micro-manipulator system and the ultrasound therapy system to locate the focal point to ablate desired tissue within the target tissue volume; and wherein the control system is configured to independently control relative movement of the ultrasound therapy system and the imaging system so as to automatically maintain the cavitation bubble cloud generated by the ultrasound therapy system within a field of view of the imaging system.
A method performed by a first client device of enabling authentication of a user of the first client device at a second client device based on biometric data captured by the first client device, being characterized in comprising: generating at least one secret key subsequently used for encrypting biometric data of the user captured by the first client device; submitting the generated at least one secret key to a trusted network node over a secure communication channel for registering the at least one secret key with the trusted network node; receiving reference information associated with the at least one secret key from the trusted network node; capturing biometric data of the user; encrypting the captured biometric data using the generated at least one secret key; creating an authentication token based on the received reference information, which token is configured to be authenticated by the trusted network node; and submitting the encrypted biometric data and the authentication token to a 3 rd party network node for enabling authentication of the user via the second client device, the authentication token indicating the generated at least one secret key among a number of keys registered with the trusted network node with which at least one secret key the biometric data is encrypted by the first client device, thereby enabling decryption of the encrypted biometric data using the at least one secret key. generating at least one secret key subsequently used for encrypting biometric data of the user captured by the first client device; submitting the generated at least one secret key to a trusted network node over a secure communication channel for registering the at least one secret key with the trusted network node; receiving reference information associated with the at least one secret key from the trusted network node; capturing biometric data of the user; encrypting the captured biometric data using the generated at least one secret key; creating an authentication token based on the received reference information, which token is configured to be authenticated by the trusted network node; and submitting the encrypted biometric data and the authentication token to a 3 rd party network node for enabling authentication of the user via the second client device, the authentication token indicating the generated at least one secret key among a number of keys registered with the trusted network node with which at least one secret key the biometric data is encrypted by the first client device, thereby enabling decryption of the encrypted biometric data using the at least one secret key.
A method comprising: receiving an image comprising a display from a first location, the first location being from which a viewer will view a video presented upon the display; determining, with a processor, a dimension of the display within the image; determining an angle of the display based upon the dimension of the display determined within the image and the first location; and permitting an audio playback system associated with the display to be calibrated based upon the determined angle by determining the manner in which the audio signals are to be modified based upon the angle from the first location, wherein permitting the audio playback system to be calibrated comprises determining a measure of calibration and causing the measure of calibration to be provided to a remote audio processor of the audio playback system, characterized in that determining the measure of calibration comprises determining a modified azimuth of an auditory object based upon the angle of the display. receiving an image comprising a display from a first location, the first location being from which a viewer will view a video presented upon the display; determining, with a processor, a dimension of the display within the image; determining an angle of the display based upon the dimension of the display determined within the image and the first location; and permitting an audio playback system associated with the display to be calibrated based upon the determined angle by determining the manner in which the audio signals are to be modified based upon the angle from the first location, wherein permitting the audio playback system to be calibrated comprises determining a measure of calibration and causing the measure of calibration to be provided to a remote audio processor of the audio playback system, characterized in that determining the measure of calibration comprises determining a modified azimuth of an auditory object based upon the angle of the display.
A disc brake for a utility vehicle having a brake calliper which extends around a brake disc and a receiving space closed by a closure plate in which is positioned a bridge that can be moved towards the brake disc by a brake lever, has at least one brake piston and, once the brake has been released, can be moved to a starting position by means of an adjacent return spring acting against the direction of application, characterised in that the return spring is designed as a leaf spring.
A process for producing acetic acid comprising: carbonylating at least one member selected from the group consisting of methanol, dimethyl ether, and methyl acetate in the presence of water in an amount from 0.1 to 14 wt.%, a rhodium catalyst, methyl iodide, iodide salts and a lithium compound to maintain a lithium acetate concentration greater than or equal to 0.3 wt %, to form a reaction medium in a reactor; separating the reaction medium to form a liquid recycle stream and a vapor product stream; separating the vapor product stream in 2 distillation columns in a primary purification train to produce a crude acid product comprising acetic acid and lithium, wherein separating the vapor product stream comprises: distilling the vapor product stream in a first distillation column to form a sidedraw comprising acetic acid; and distilling the sidedraw in a second distillation column to produce a crude acid product comprising acetic acid and lithium in an amount of less than or equal to 10 wppm; contacting the crude acetic acid product with a cationic exchanger in the acid form to produce an intermediate acid product; and contacting the intermediate acetic acid product with a metal-exchanged ion exchange resin having acid cation exchange sites to produce a purified acetic acid. carbonylating at least one member selected from the group consisting of methanol, dimethyl ether, and methyl acetate in the presence of water in an amount from 0.1 to 14 wt.%, a rhodium catalyst, methyl iodide, iodide salts and a lithium compound to maintain a lithium acetate concentration greater than or equal to 0.3 wt %, to form a reaction medium in a reactor; separating the reaction medium to form a liquid recycle stream and a vapor product stream; separating the vapor product stream in 2 distillation columns in a primary purification train to produce a crude acid product comprising acetic acid and lithium, wherein separating the vapor product stream comprises: distilling the vapor product stream in a first distillation column to form a sidedraw comprising acetic acid; and distilling the sidedraw in a second distillation column to produce a crude acid product comprising acetic acid and lithium in an amount of less than or equal to 10 wppm; contacting the crude acetic acid product with a cationic exchanger in the acid form to produce an intermediate acid product; and contacting the intermediate acetic acid product with a metal-exchanged ion exchange resin having acid cation exchange sites to produce a purified acetic acid.
Overvoltage protection circuit (40', 41, 42) for a power supply comprising a power converter, the overvoltage protection circuit comprising a comparator having a first input (+) for connection to an output of the power converter for receiving a power supply voltage, the comparator further comprising a second input (-) for connection to a reference voltage in operational use, wherein the reference voltage determines a maximal power supply voltage for the power converter, the comparator further comprising a shutdown output terminal, wherein the overvoltage protection circuit (40', 41, 42) is configured for using the comparator for comparing the power supply voltage with the maximal power supply voltage, and for producing a power supply shutdown signal (S41s) on the shutdown output terminal when the power supply voltage exceeds the maximal power supply voltage, and for latching said power supply shutdown signal (S41s) on the shutdown output terminal even if said power supply voltage subsequently drops to a level below the maximal power supply voltage, wherein the overvoltage protection circuit further comprises a reset circuit coupled to the first input (+) of the comparator, the reset circuit being configured for pulling the signal level on the first input (+) below said reference voltage such that the power supply shutdown signal (S41s) is reset when a reset signal (S41r) is given to the reset circuit, the overvoltage protection circuit further comprising a control circuit for generating the reset signal (S41r), the control circuit having a reset output coupled to a reset input of the reset circuit for supplying the reset signal (S41r, S42r) to the reset circuit, characterised in that the reset circuit is configured to be edge triggered, and wherein the control circuit is configured for generating the reset signal (S41r, S42r) in the form of an edge, wherein the reset circuit comprises a high-pass filter (R2, C2) coupled to an input of a switching element.
A gas turbine engine comprising: a fan; a bypass duct located between a cowl and an engine core; and an impeller pump having an intake manifold for receiving air from said bypass duct, an outlet and an outlet duct connected to said outlet for supplying air to an environmental control system, wherein said impeller pump is configured to raise the pressure of air received from the bypass duct; characterised by an integrated drive pump connected to said impeller pump for driving said impeller pump at a constant speed, said integrated drive pump being positioned on said engine core. a fan; a bypass duct located between a cowl and an engine core; and an impeller pump having an intake manifold for receiving air from said bypass duct, an outlet and an outlet duct connected to said outlet for supplying air to an environmental control system, wherein said impeller pump is configured to raise the pressure of air received from the bypass duct; characterised by an integrated drive pump connected to said impeller pump for driving said impeller pump at a constant speed, said integrated drive pump being positioned on said engine core.