mhurhangee/ep-ind-claims huggingface dataset:
A method for forecasting the appearance of a textile surface to be produced from a given yarn, wherein an image database of image data records is provided, in which image database each image data record includes an image of a textile surface produced from at least one image yarn and a metadata group associated with the image, characterized in that each of the metadata groups includes a first set of data (54, 55) forming an image vector in a vector space, on the vector space, a metric is defined which assigns a distance to two vectors each of the vector space, an input data group, at least partially related to the given yarn, is formed, which includes a second set of data (94, 95), which data (94, 95) forms a yarn vector in the same vector space, distances between the yarn vector on the one hand and the image vectors on the other hand are determined and compared with each other, based on the comparison, an image data record is selected from the image database and the image contained in the selected image data record is output.
A method of controlling a doubly fed induction generator wind turbine converter system in case of a sub-synchronous resonance event, the method comprising the steps of - detecting the sub-synchronous resonance event, - switching from a first control mode to a second control mode in response to detecting the predetermined event, characterized in that the second control mode comprises the step of setting of at least one rotor current controller parameter on the basis of the generator speed of the doubly fed induction generator. - detecting the sub-synchronous resonance event, - switching from a first control mode to a second control mode in response to detecting the predetermined event, characterized in that the second control mode comprises the step of setting of at least one rotor current controller parameter on the basis of the generator speed of the doubly fed induction generator.
A method for identifying a compound that modulates the interaction of astrin with raptor in a cell, comprising the steps of a) contacting at least one of astrin, a raptor binding fragment of astrin and/or a cell expressing astrin or a raptor binding fragment thereof with at least one compound that potentially modulates the interaction of astrin with raptor in a cell, and b) identifying a modulation of the binding of astrin or said fragment to raptor in the presence of said at least one compound. a) contacting at least one of astrin, a raptor binding fragment of astrin and/or a cell expressing astrin or a raptor binding fragment thereof with at least one compound that potentially modulates the interaction of astrin with raptor in a cell, and b) identifying a modulation of the binding of astrin or said fragment to raptor in the presence of said at least one compound.
Method for producing L-methionine, wherein a microorganism having L-homoserine O-acetyltransferase activity and O-acetyl-L-homoserine sulfhydrylase activity is cultured in a culture medium comprising L-homoserine and a sulphur source, selected from the group consisting of methyl mercaptan, a methyl mercaptan salt and dimethyl disulfide, whereby L-methionine is accumulated in the culture medium.
A seat structure for a vehicle, configured to allow three passengers to be seated side-by-side therein, comprising: a right seat and a left seat which are separated right and left; and a headrest for a middle seat passenger who is seated in a region striding across a boundary between the right and left seats (1R, 1L), wherein: at least one of the right and left seats (1R, 1L) is slidably movable in a rightward-leftward or frontward-rearward direction so as to allow the right and left seats to become spaced apart from each other to create a walk-through space therebetween; and the middle seat passenger's headrest is supported on a seat back of one of the right and left seats, and when the right and left seats are in spaced-apart relation, is slidably movable in a rightward or leftward direction causing the walk-through space to become unblocked, the seat structure further comprising a biasing member which biases the middle seat passenger's headrest toward the walk-through space. a right seat and a left seat which are separated right and left; and a headrest for a middle seat passenger who is seated in a region striding across a boundary between the right and left seats (1R, 1L), wherein: at least one of the right and left seats (1R, 1L) is slidably movable in a rightward-leftward or frontward-rearward direction so as to allow the right and left seats to become spaced apart from each other to create a walk-through space therebetween; and the middle seat passenger's headrest is supported on a seat back of one of the right and left seats, and when the right and left seats are in spaced-apart relation, is slidably movable in a rightward or leftward direction causing the walk-through space to become unblocked, the seat structure further comprising a biasing member which biases the middle seat passenger's headrest toward the walk-through space. at least one of the right and left seats (1R, 1L) is slidably movable in a rightward-leftward or frontward-rearward direction so as to allow the right and left seats to become spaced apart from each other to create a walk-through space therebetween; and the middle seat passenger's headrest is supported on a seat back of one of the right and left seats, and when the right and left seats are in spaced-apart relation, is slidably movable in a rightward or leftward direction causing the walk-through space to become unblocked, the seat structure further comprising a biasing member which biases the middle seat passenger's headrest toward the walk-through space.
A phytase variant having at least 85% identity to SEQ ID NO:2 and comprising at least one disulfide bridge as compared to SEQ ID NO:2, wherein said at least one disulfide bridge is not among the four naturally occurring ones in positions 77/108, 133/408, 178/188, and 382/391 with the numbering as provided in SEQ ID NO:2, wherein the at least one disulfide bridge is position pair: A) 52C/99C, and wherein the phytase variant is more thermostable than the reference phytase.
A Discontinuous Reception method of a User Equipment in a DRX mode, comprising steps of: - detecting (401, 702) a new transmission on a Physical Downlink Control Channel (PDCCH) of one of at least two Base Stations (BSs) each of which is serving the UE; and - triggering (402, 704, 706) a DRX thread for continuously monitoring downlink grant of the PDCCH of a first BS of the at least two BSs without monitoring uplink grant of the PDCCH of the first BS, or monitoring uplink grant of the PDCCH of a second BS of the at least two BSs without monitoring the downlink grant of the PDCCH of the second BS, on which the new transmission is detected, wherein the first BS is a downlink serving node while the second BS is an uplink serving node. - detecting (401, 702) a new transmission on a Physical Downlink Control Channel (PDCCH) of one of at least two Base Stations (BSs) each of which is serving the UE; and - triggering (402, 704, 706) a DRX thread for continuously monitoring downlink grant of the PDCCH of a first BS of the at least two BSs without monitoring uplink grant of the PDCCH of the first BS, or monitoring uplink grant of the PDCCH of a second BS of the at least two BSs without monitoring the downlink grant of the PDCCH of the second BS, on which the new transmission is detected, wherein the first BS is a downlink serving node while the second BS is an uplink serving node.
A method for circulation of a liquid in a printer, wherein the printer comprises an intermediate liquid reservoir, a controller for controlling the circulation of the liquid, and a first liquid handling system and at least one second liquid handling system, wherein each liquid handling system comprises: a printhead (2a, 2b, 2c), being in liquid connection with the intermediate liquid reservoir; and a means for circulating a liquid to the intermediate liquid reservoir, and a valve (3a, 3b, 3c) to regulate the circulation, wherein the method comprises the steps of opening the valve to regulate the circulation in the first liquid handling system; closing the valve (3b, 3c) to regulate the circulation in the at least one second liquid handling system; activate the means for circulating the liquid to the intermediate liquid reservoir to start circulation of the liquid from the printhead in the first liquid handling system back to the intermediate liquid reservoir, while simultaneously drawing liquid from the intermediate liquid reservoir into the printhead in the first liquid handling system, characterized in that the time of circulation in each liquid handling system is set according to the consumption of liquid of each corresponding printhead between two maintenance actions
A linking arm assembly adapted to receive and retain a ball study, the assembly comprising: an elongated rod comprising a terminal end; at least a first socket head of unitary molded construction, wherein the socket head includes a socket cradle, a resilient proximal body segment extending away from the socket cradle in a first direction, and a distal collar segment extending away from the socket cradle in a second direction, the proximal body segment including an interior channel adapted to receive the terminal end of the rod with an access opening facing away from the socket cradle, the distal collar segment defining a stud insertion passageway substantially aligned with a concave socket cavity within the socket cradle adapted to receive and retain a ball structure of the ball study; and a flexible sealing boot having a first end adapted for disposition in sealing relation about the distal collar segment and a second end adapted to sealingly surround a portion of the ball study outboard from the ball structure, characterized in that the elongated rod comprises a terminal end with at least one radially projecting surface rib disposed adjacent the terminal end and wherein the surface rib defines a raised surface, the terminal end projecting outboard from the surface rib, and that the socket head is adapted for press-fit attachment to the terminal end of the rod. an elongated rod comprising a terminal end; at least a first socket head of unitary molded construction, wherein the socket head includes a socket cradle, a resilient proximal body segment extending away from the socket cradle in a first direction, and a distal collar segment extending away from the socket cradle in a second direction, the proximal body segment including an interior channel adapted to receive the terminal end of the rod with an access opening facing away from the socket cradle, the distal collar segment defining a stud insertion passageway substantially aligned with a concave socket cavity within the socket cradle adapted to receive and retain a ball structure of the ball study; and a flexible sealing boot having a first end adapted for disposition in sealing relation about the distal collar segment and a second end adapted to sealingly surround a portion of the ball study outboard from the ball structure, characterized in that the elongated rod comprises a terminal end with at least one radially projecting surface rib disposed adjacent the terminal end and wherein the surface rib defines a raised surface, the terminal end projecting outboard from the surface rib, and that the socket head is adapted for press-fit attachment to the terminal end of the rod.
A system to control image quality for a laser exposure digital imaging system, comprising: an intensity control module configured to receive tag information data and image data, said tag information data providing information to identify an image content type; a tone reproduction curve control module, operatively connected to said intensity control module, and configured to provide sets of laser intensity setting data to said intensity control module; said intensity control module adapted to generate a laser intensity setting signal in response to said received tag information data, image data, and laser intensity setting data. an intensity control module configured to receive tag information data and image data, said tag information data providing information to identify an image content type; a tone reproduction curve control module, operatively connected to said intensity control module, and configured to provide sets of laser intensity setting data to said intensity control module; said intensity control module adapted to generate a laser intensity setting signal in response to said received tag information data, image data, and laser intensity setting data.
Use of a disinfectant composition containing a) a quaternary ammonium salt of the general formula wherein R 2 is C 6-18 alkyl R 3 is C 1-18 alkyl or -[(CH 2) 2 -O] n R 6 wherein n = 1-20 R 4 and R 5 independently of one another are C 1-4 -alkyl R 6 is hydrogen or optionally substituted phenyl and A - is a monovalent anion or one equivalent of a polyvalent anion of an inorganic or organic acid; and b) at least one alkanolamine of the general formula where n and, if present, m and o independently of one another have the value 2 or 3 and x and y independently of one another have the value 0 or 1; in the mass ratio I:II of 20:1 to 1:20 as virucidal agent. a) a quaternary ammonium salt of the general formula wherein R 2 is C 6-18 alkyl R 3 is C 1-18 alkyl or -[(CH 2) 2 -O] n R 6 wherein n = 1-20 R 4 and R 5 independently of one another are C 1-4 -alkyl R 6 is hydrogen or optionally substituted phenyl and A - is a monovalent anion or one equivalent of a polyvalent anion of an inorganic or organic acid; and wherein R 2 is C 6-18 alkyl R 3 is C 1-18 alkyl or -[(CH 2) 2 -O] n R 6 wherein n = 1-20 R 4 and R 5 independently of one another are C 1-4 -alkyl R 6 is hydrogen or optionally substituted phenyl and A - is a monovalent anion or one equivalent of a polyvalent anion of an inorganic or organic acid; and b) at least one alkanolamine of the general formula where n and, if present, m and o independently of one another have the value 2 or 3 and x and y independently of one another have the value 0 or 1; in the mass ratio I:II of 20:1 to 1:20 as virucidal agent. where n and, if present, m and o independently of one another have the value 2 or 3 and x and y independently of one another have the value 0 or 1; in the mass ratio I:II of 20:1 to 1:20 as virucidal agent.
Process for producing a superabsorbent composition, including as process steps i. preparing a hydrogel by radical polymerization of an aqueous monomer solution including at least one monomer; ii. drying the hydrogel to give a waterabsorbing polymer structure; iii. surface-crosslinking the water-absorbing polymer structure to give a surface-crosslinked water-absorbing polymer structure; iv. incorporating a starch compound into the hydrogel after process step i. and before process step ii. i. preparing a hydrogel by radical polymerization of an aqueous monomer solution including at least one monomer; ii. drying the hydrogel to give a waterabsorbing polymer structure; iii. surface-crosslinking the water-absorbing polymer structure to give a surface-crosslinked water-absorbing polymer structure; iv. incorporating a starch compound into the hydrogel after process step i. and before process step ii.
An apparatus for purification of carbon nanomaterial, the apparatus comprising a chamber for accepting a solution comprising carbon nanomaterial and a surfactant, wherein the chamber comprises: - an inlet and an outlet for a liquid; - ultrasonication means configured for dispersing the carbon nanomaterial and for breaking up aggregates of carbon nanomaterial and amorphous carbon; - a magnet for creating a magnetic field within the chamber for removing from the solution magnetic impurities disassembled from carbon nanomaterial aggregates during the ultrasonication; and - a filter downstream of the ultrasonication means and the magnet, the filter being configured for separating carbon nanomaterial from the liquid phase and any additional small particles, wherein the apparatus is configured to perform simultaneously the step of ultrasonicating the solution comprising carbon nanomaterial and a surfactant and the step of generating a magnetic field to extract metal particles from the solution. - an inlet and an outlet for a liquid; - ultrasonication means configured for dispersing the carbon nanomaterial and for breaking up aggregates of carbon nanomaterial and amorphous carbon; - a magnet for creating a magnetic field within the chamber for removing from the solution magnetic impurities disassembled from carbon nanomaterial aggregates during the ultrasonication; and - a filter downstream of the ultrasonication means and the magnet, the filter being configured for separating carbon nanomaterial from the liquid phase and any additional small particles, wherein the apparatus is configured to perform simultaneously the step of ultrasonicating the solution comprising carbon nanomaterial and a surfactant and the step of generating a magnetic field to extract metal particles from the solution.
A fuel cell having an anode-cathode stack, which comprises at least one active surface layer, which is formed with a first channel structure with a first and at least one second channel for conducting a first fluid over the at least one active surface layer of the anode-cathode stack, and in which a first distributor structure, which is arranged upstream of the channel structure, for distributing the first fluid into the first and the at least one second channel of the channel structure, is provided, wherein the first distributor structure is formed with a first surface region associated with the first channel and with a second surface region associated with the second channel, wherein the two surface regions (42, 44) are formed with different flow resistances for the first fluid distributed in the first distributor structure, wherein the different flow resistance for the first fluid distributed in the first distributor structure is formed by means of different flow layer thicknesses for the fluid flowing in the first surface region and for the fluid flowing in the second surface region, and wherein a first inflow line for feeding fluid to the first distributor structure is connected to the first distributor structure, the first channel is arranged in a region of the active surface layer distanced further from the first inflow line than the second channel, and the flow resistance of the first surface region being lower than the flow resistance of the second surface region.
A method for a software application executing on a server and communicating with an agent in a wireless access point to predict a type of a computing device wirelessly connected via a radio frequency link to the wireless access point, comprising: receiving an indication of a model of the computing device from the wireless access point; receiving one or more characteristics of the computing device from the wireless access point, at least one of said one or more characteristics representing data traffic flow between the computing device and the wireless access point; and predicting the type of the computing device based on the one or more characteristics and, optionally, the indication of a model, of the computing device; generating a policy associated with the computing device for optimizing the radio frequency link between the wireless access point and the computing device based, at least in part, on the type of the computing device and the one or more characteristics of the computing device; and transmitting the policy to the agent. receiving an indication of a model of the computing device from the wireless access point; receiving one or more characteristics of the computing device from the wireless access point, at least one of said one or more characteristics representing data traffic flow between the computing device and the wireless access point; and predicting the type of the computing device based on the one or more characteristics and, optionally, the indication of a model, of the computing device; generating a policy associated with the computing device for optimizing the radio frequency link between the wireless access point and the computing device based, at least in part, on the type of the computing device and the one or more characteristics of the computing device; and transmitting the policy to the agent.
Channel baling press with cross binding, having - an input region, - a bale channel adjoining the input region and - a press ram which presses material from the input region into the bale channel in a pressing direction, and having - a first permanently active vertical strapping device and having - a second horizontal strapping device which can be switched off and on automatically for producing bales by strapping the pressed material with a strapping material in a plurality of tracks, - the strapping devices each comprising a connecting device arranged on one side of the bale channel and - the first strapping device having first transverse applicators and - the second strapping device having second transverse applicators, as well as guide means for guiding the strapping material, characterized in that the second strapping device has automatic holding means and separating means, which operate as a function of a controller, for holding and separating the strapping material. - an input region, - a bale channel adjoining the input region and - a press ram which presses material from the input region into the bale channel in a pressing direction, and having - a first permanently active vertical strapping device and having - a second horizontal strapping device which can be switched off and on automatically for producing bales by strapping the pressed material with a strapping material in a plurality of tracks, - the strapping devices each comprising a connecting device arranged on one side of the bale channel and - the first strapping device having first transverse applicators and - the second strapping device having second transverse applicators, as well as guide means for guiding the strapping material, characterized in that the second strapping device has automatic holding means and separating means, which operate as a function of a controller, for holding and separating the strapping material.
A scaffold comprising fibres having a mean fibre diameter of between 1.9 and 2.6 microns, and wherein said fibres comprise over 90% polymer and said polymer comprises over 95% glycolide.
Wind turbine having a blade pitch system comprising: at least one multi winding motor (101, 201) operationally connected to at least one actuator for changing a rotor blade pitch angle, said multi winding motor comprising a main independent set (102, 202) of control windings and at least one auxiliary independent set (103, 203) of control windings; and at least a main independent power electronic converter (105, 205; 305) for controlling the main independent set of control windings (102, 202) and an auxiliary independent power electronic converter (104, 204; 304) for controlling the auxiliary independent set of control windings (103, 203); wherein: each main independent power electronic converter (105, 205; 305) is connected to a main power line; and each auxiliary independent power electronic converter (104, 204; 304) is connected to an auxiliary power line. at least one multi winding motor (101, 201) operationally connected to at least one actuator for changing a rotor blade pitch angle, said multi winding motor comprising a main independent set (102, 202) of control windings and at least one auxiliary independent set (103, 203) of control windings; and at least a main independent power electronic converter (105, 205; 305) for controlling the main independent set of control windings (102, 202) and an auxiliary independent power electronic converter (104, 204; 304) for controlling the auxiliary independent set of control windings (103, 203); wherein: each main independent power electronic converter (105, 205; 305) is connected to a main power line; and each auxiliary independent power electronic converter (104, 204; 304) is connected to an auxiliary power line.