mhurhangee/ep-ind-claims huggingface dataset:
A process of preparing a solid composition comprising aminopolycarboxylate; one or more water-soluble components other than aminopolycarboxylate; and water, said process comprising the steps of: • providing an aqueous solution of the aminocarboxylate and the one or more water-soluble components, said aqueous solution comprising: - 5-45 wt. % free acid equivalent of aminopolycarboxylate; - 2-40 wt. % of one or more water-soluble components; - at least 35 wt. % water; • removing water from the aqueous solution by evaporation at a temperature of at least 50 degrees Celsius to produce a liquid desiccated mixture having a water content of 5 to 30 wt. %; and • reducing the temperature of the desiccated mixture to less than 25 degrees Celsius to obtain the solid composition, wherein the one or more water-soluble components include one or more water-soluble acids other than aminopolycarboxylate. • providing an aqueous solution of the aminocarboxylate and the one or more water-soluble components, said aqueous solution comprising: - 5-45 wt. % free acid equivalent of aminopolycarboxylate; - 2-40 wt. % of one or more water-soluble components; - at least 35 wt. % water; - 5-45 wt. % free acid equivalent of aminopolycarboxylate; - 2-40 wt. % of one or more water-soluble components; - at least 35 wt. % water; • removing water from the aqueous solution by evaporation at a temperature of at least 50 degrees Celsius to produce a liquid desiccated mixture having a water content of 5 to 30 wt. %; and • reducing the temperature of the desiccated mixture to less than 25 degrees Celsius to obtain the solid composition,
Induction cooking pan for induction cooking, comprising a base member and an upwardly oriented wall member circumferentially connected thereto, the induction cooking pan further comprising a measurement system connected to a power receiving unit and at least one sensor (10a, 10b, 13), the power receiving unit being electrically connected to an inductive transceiver element for receiving supply power, wherein the inductive transceiver element is located in the base member, characterised in that the at least one sensor comprises a temperature sensor (10a, 10b) and a weight sensor.
A cylinder lock protecting device in which a magnet lock (27, 79) is disposed on a casing comprising a case member that is fixedly disposed so as to cover one end part of the cylinder lock and a cover member covering the case member from a side opposite to the cylinder lock, and a shutter plate (28, 81) is housed in the casing, the shutter plate (28, 81) operating when the magnet lock (27, 79) is unlocked between a closed position in which a key hole of the cylinder lock is closed and an open position in which the key hole is opened, characterized in that the cover member is made of a synthetic resin, and a protector (47, 82) that is formed from metal into a flat shape so as to be present between the cover member and the shutter plate (28, 81) is fixed to the case member so as to cover the shutter plate (28, 81).
A method of communicating data using a communications device via a wireless access interface to perform device-to-device communications, the method comprising dividing the data into a plurality of data units, encoding a first of the data units, at the communications device for transmission to a destination communications device in accordance with a repeat request protocol, the encoding providing redundant data which can improve an integrity of correctly recovering the first data unit when received by the destination communications device and provide an indication of whether the first data unit has been received correctly, and transmitting the encoded data unit to the destination communications device using a repeat request protocol, wherein the repeat request protocol comprises transmitting the encoded data unit to the destination communications device, determining whether an acknowledgement message, ACK, indicating that the data unit has been received correctly by the destination communications device has been received from the destination communications device within a predetermined time, and only if, after the predetermined time has elapsed, an ACK message has not been received by the communications device, retransmitting at least part of the encoded data unit to the destination communications device in accordance with the repeat request protocol, the communications device assuming that the destination communications device determined that the data unit was not received correctly in accordance with a decoding process performed by the destination communications device, no negative acknowledgement message, NACK, being transmitted by the destination communications device if the destination communications device determined that the data unit was not received correctly, receiving, after not receiving an ACK message for a second predetermined time corresponding to one or more times the first predetermined time, a keep alive message from the destination communications device, and in response to the keep alive message, continuing to retransmit the encoded data unit, or if a keep alive message is not received after the second predetermined time since receiving an ACK message, switching to an idle state.
Method for simulation of an internal combustion engine comprising a number (cyl total) of cylinders (N cyl), wherein simulation output parameters (X, Ẋ) of the cylinders (N cyl) are calculated based on the angular position (φ cs) of a crank shaft and wherein the method is characterized by the following steps: - grouping the cylinders (N cyl) into a number (g total) of cylinder groups (G g), wherein each cylinder group (G g) comprises a number (i total) of cylinders (M g,i), with a minimum of one cylinder; - designating one cylinder (M g,1) of each group as a master cylinder and all other cylinders (M g,i) in the same group as slave cylinders; and - for each simulation timestep ∘ calculating simulation output parameters (X, Ẋ) of the master cylinder for at least one crank-angle position (φ stor,x) within the respective simulation step by simulation of the master cylinder (M g,1) and storing the output parameters; and ∘ determining simulation output parameters of the slave cylinders (M g,i) at the current angular position (φ g,i) of the respective slave cylinder by mapping of previous simulation output parameters (,[Ẋ]), which were stored for the master cylinder (M g,1) at at least one previous simulation step of the master cylinder. - grouping the cylinders (N cyl) into a number (g total) of cylinder groups (G g), wherein each cylinder group (G g) comprises a number (i total) of cylinders (M g,i), with a minimum of one cylinder; - designating one cylinder (M g,1) of each group as a master cylinder and all other cylinders (M g,i) in the same group as slave cylinders; and - for each simulation timestep ∘ calculating simulation output parameters (X, Ẋ) of the master cylinder for at least one crank-angle position (φ stor,x) within the respective simulation step by simulation of the master cylinder (M g,1) and storing the output parameters; and ∘ determining simulation output parameters of the slave cylinders (M g,i) at the current angular position (φ g,i) of the respective slave cylinder by mapping of previous simulation output parameters (,[Ẋ]), which were stored for the master cylinder (M g,1) at at least one previous simulation step of the master cylinder. ∘ calculating simulation output parameters (X, Ẋ) of the master cylinder for at least one crank-angle position (φ stor,x) within the respective simulation step by simulation of the master cylinder (M g,1) and storing the output parameters; and ∘ determining simulation output parameters of the slave cylinders (M g,i) at the current angular position (φ g,i) of the respective slave cylinder by mapping of previous simulation output parameters (,[Ẋ]), which were stored for the master cylinder (M g,1) at at least one previous simulation step of the master cylinder.
An ESD protection device, comprising an insulating substrate, electrodes (21, 22) separately and oppositely disposed on the insulating substrate and a discharge inducing section arranged between the electrodes (21, 22), said discharge inducing section consists of porous material in which microscopic voids not connected to each other are dispersed and has a hollow structure which contains at least one hollow space (31a-31c), and a surface portion between the porous material and the hollow structure and the surface portion has a density higher than the porous material.
A snubber circuit comprising: a snubber substrate comprising an electrically insulating carrier and an electrically conducting structured metal layer (705, 802, 1002) applied thereon, the electrically conducting structured metal layer of the snubber substrate including two segments; two electrically resistive layers (805, 806, 1003, 1004) having two opposing ends, each resistive layer (805, 806, 1003, 1004) being carried by and electrically connected on one end to one of the two segments of the electrically conducting structured metal layer (705, 802, 1002) of the snubber substrate; and a capacitor (809, 902, 105, 1102) disposed on the electrically resistive layers (805, 806, 1003, 1004) and having two terminals (810, 811, 903, 904, 1006, 1007, 1103) at two opposite, lateral ends, each terminal (810, 811, 903, 904, 1006, 1007, 1103) being electrically connected to another end of one of the electrically resistive layers (805, 806, 1003, 1004), characterized in that each of the two electrically resistive layers (805, 806, 1003, 1004) comprises or consists of doped semiconductor material. a snubber substrate comprising an electrically insulating carrier and an electrically conducting structured metal layer (705, 802, 1002) applied thereon, the electrically conducting structured metal layer of the snubber substrate including two segments; two electrically resistive layers (805, 806, 1003, 1004) having two opposing ends, each resistive layer (805, 806, 1003, 1004) being carried by and electrically connected on one end to one of the two segments of the electrically conducting structured metal layer (705, 802, 1002) of the snubber substrate; and a capacitor (809, 902, 105, 1102) disposed on the electrically resistive layers (805, 806, 1003, 1004) and having two terminals (810, 811, 903, 904, 1006, 1007, 1103) at two opposite, lateral ends, each terminal (810, 811, 903, 904, 1006, 1007, 1103) being electrically connected to another end of one of the electrically resistive layers (805, 806, 1003, 1004), characterized in that each of the two electrically resistive layers (805, 806, 1003, 1004) comprises or consists of doped semiconductor material.
A method, comprising: receiving network traffic data for a computer network; predicting a probability that one or more nodes are under attack based on the network traffic data; deciding to mitigate a predicted attack; and in response, communicating an attack notification message to the one or more nodes under attack; wherein the attack notification message includes a list of one or more nodes predicted to be under attack along with probabilities of attack for each of the one or more nodes predicted to be under attack. receiving network traffic data for a computer network; predicting a probability that one or more nodes are under attack based on the network traffic data; deciding to mitigate a predicted attack; and in response, communicating an attack notification message to the one or more nodes under attack; wherein the attack notification message includes a list of one or more nodes predicted to be under attack along with probabilities of attack for each of the one or more nodes predicted to be under attack.
An apparatus for use in analysing ultrasound image data of rectus abdominis muscles of a subject, the apparatus comprising: a memory comprising instruction data representing a set of instructions; and a processor configured to communicate with the memory and to execute the set of instructions, wherein the set of instructions, when executed by the processor, cause the processor to: obtain a sequence of ultrasound images of the rectus abdominis muscles, the sequence of ultrasound images having been obtained using an ultrasound transducer tilted at different angles (402, 404, 406) to the surface of the skin of the subject and thus having different angles of ingress of the ultrasound waves into the skin; select an ultrasound image from the sequence of ultrasound images, the selected ultrasound image comprising image in the sequence in which a region of the rectus abdominis muscle appears clearest compared to other images in the sequence of ultrasound images; and make a measurement of the rectus abdominis muscles in the selected ultrasound image. a memory comprising instruction data representing a set of instructions; and a processor configured to communicate with the memory and to execute the set of instructions, wherein the set of instructions, when executed by the processor, cause the processor to: obtain a sequence of ultrasound images of the rectus abdominis muscles, the sequence of ultrasound images having been obtained using an ultrasound transducer tilted at different angles (402, 404, 406) to the surface of the skin of the subject and thus having different angles of ingress of the ultrasound waves into the skin; select an ultrasound image from the sequence of ultrasound images, the selected ultrasound image comprising image in the sequence in which a region of the rectus abdominis muscle appears clearest compared to other images in the sequence of ultrasound images; and make a measurement of the rectus abdominis muscles in the selected ultrasound image. obtain a sequence of ultrasound images of the rectus abdominis muscles, the sequence of ultrasound images having been obtained using an ultrasound transducer tilted at different angles (402, 404, 406) to the surface of the skin of the subject and thus having different angles of ingress of the ultrasound waves into the skin; select an ultrasound image from the sequence of ultrasound images, the selected ultrasound image comprising image in the sequence in which a region of the rectus abdominis muscle appears clearest compared to other images in the sequence of ultrasound images; and make a measurement of the rectus abdominis muscles in the selected ultrasound image.
A device having a control unit and an image path controller having several adjustment units of a printing machine, wherein the printing machine is formed as a rotary printing machine with a printing unit cylinder engaged on both sides on a printing substrate path, wherein the adjustment units respectively act with an adjustment means on a plane of the printing substrate path, wherein the adjustment means is respectively formed as a deflectable, freely rotatable stored roller, wherein each adjustment unit has an actuator, wherein the control unit and the respective actuator of these adjustment units are each connected with a digital network, wherein respectively one address is associated with a respective actuator of the adjustment units in the digital network, wherein the control unit exchanges data over the digital network with an actuator selected by its address, wherein the selected actuator is respectively controlled individually by the control unit from the data exchanged over the digital network, wherein the control unit has available at least one display device and one operating unit, various program masks being displayable on the display device, characterized in that a program mask is provided, which contains at least one diagram of a course of a compensation curve applied over a speed of the printing unit cylinder, wherein the compensation curve respectively gives that compensation value, which, associated with the speed of the printing unit cylinders, is applied to all rollers belonging to a certain image path controller, wherein several compensation curves are stored in a memory of the control unit, each of these compensation curves being associated with a grammage of the printing substrate path, wherein each of these compensation curves may be called in by a corresponding selection on the program mask.
Method for communication by a motor vehicle with a road user (K2, P, FF) such that the road user (K2, P, FF) is informed of an imminent opening of a door of the motor vehicle, wherein an optically visible appearance is produced on a vehicle-accessible surface and/or on the motor vehicle itself, wherein the optically visible appearance is realized by the motor vehicle in the event of an imminent door opening in a manner such that a light appearance image consisting of at least one fully lit light segment or of at least one contour surrounding a surface is produced on the side of the imminent door opening on the vehicle-accessible surface, and/or the optically visible appearance is formed on a display or light producing device of the motor vehicle that completely or nearly completely surrounds the motor vehicle longitudinally, characterized in that, in the event of an imminent door opening, a plurality of light segments that extend from a front corner region of the motor vehicle to a rear corner region of the motor vehicle are produced on the vehicle-accessible surface on the side of the imminent door opening, and at least one optical appearance indicating the imminent door opening is produced on the surrounding display device at least in a region of the imminent door opening.
A laminate composite structural panel with fiber reinforcement comprising: a. a skin (101, 531) with thickness e 1, made of a stack of fibrous plies in a matrix made of a polymer; b. a local reinforcement (102, 522) or patch joined to the surface of said skin (101, 531) and rising to a thickness e 2 along a direction locally normal to the skin, made of a stack of fibrous plies in a matrix made of a polymer; c. wherein the surface of the plies making up said patch reduces from the patch ply in contact with the skin, characterized in that the polymer making up the matrix of the skin and the polymer making up the matrix of the reinforcement are thermoplastic polymers and the edges of said patch are inclined with a gradient p greater than 0.5, wherein the join between the patch and the skin is a weld. a. a skin (101, 531) with thickness e 1, made of a stack of fibrous plies in a matrix made of a polymer; b. a local reinforcement (102, 522) or patch joined to the surface of said skin (101, 531) and rising to a thickness e 2 along a direction locally normal to the skin, made of a stack of fibrous plies in a matrix made of a polymer; c. wherein the surface of the plies making up said patch reduces from the patch ply in contact with the skin, characterized in that the polymer making up the matrix of the skin and the polymer making up the matrix of the reinforcement are thermoplastic polymers and the edges of said patch are inclined with a gradient p greater than 0.5, wherein the join between the patch and the skin is a weld.
A method for implementing a mutually-exclusive operation of multiple threads on a chip, wherein the chip comprises a plurality of small cores and a plurality of lock assemblies distributed on the chip, each lock assembly comprises a plurality of locks, and each lock assembly is used to manage lock messages generated by different small cores, wherein the method comprises: receiving a lock message sent by a small core, wherein the lock message carries a memory address corresponding to a lock requested by a first thread in the small core, and the lock message is a lock application message or a lock release message; calculating, by using the memory address corresponding to the requested lock, a code number of a lock assembly to which the requested lock belongs; and sending the lock message to the lock assembly corresponding to the code number, wherein the lock message is used to request the lock assembly to process the lock message. receiving a lock message sent by a small core, wherein the lock message carries a memory address corresponding to a lock requested by a first thread in the small core, and the lock message is a lock application message or a lock release message; calculating, by using the memory address corresponding to the requested lock, a code number of a lock assembly to which the requested lock belongs; and sending the lock message to the lock assembly corresponding to the code number, wherein the lock message is used to request the lock assembly to process the lock message.
A plant for applying at least one customised label to a customised dossier, said dossier comprising at least one flat body provided with at least one first code; said plant comprising: an entrance station designed to receive said dossier along a first given direction; reading means adapted to read said at least one first code; a labelling station arranged downstream of said entrance station along said first direction and provided with a support portion; said labelling station being provided with applying means designed to apply, in use, at least one label to said body; an operating station provided with respective printing means designed to print said at least one label according to said first code so as to customise it; characterised in that said printing means are associated with said applying means so as to print said label after it has been applied to said flat body.
A method of treating a metal surface of a ceramic circuit board, characterized in that said method comprises: a process of forming a roughening structure and an organic film on a metal surface of a ceramic circuit board using an etching composition; a degreasing process of removing the organic film formed on the roughening structure by bringing the ceramic circuit board on which the roughening structure is formed into contact with an alkali degreasing composition; and a process of washing the ceramic circuit board with an acidic solution after the degreasing process. a process of forming a roughening structure and an organic film on a metal surface of a ceramic circuit board using an etching composition; a degreasing process of removing the organic film formed on the roughening structure by bringing the ceramic circuit board on which the roughening structure is formed into contact with an alkali degreasing composition; and a process of washing the ceramic circuit board with an acidic solution after the degreasing process.
A polymerizable composition comprising an isocyanate component comprising alicyclic polyisocyanate (A-1)and non-cyclic aliphatic polyisocyanate (A-2); and a polythiol component comprising polythiol (B-1) and polythiol (B-2); wherein - the alicyclic polyisocyanate (A-1) is at least one of isophorone diisocyanate, methylene biscyclohexyl diisocyanate, bis(isocyanatemethyl)cyclohexane, and bis(isocyanatemethyl)bicyclo[2.2.1]heptane, - the non-cyclic aliphatic polyisocyanate (A-2) is at least one of hexamethylene diisocyanate and trimethylhexamethylene diisocyanate, - the polythiol (B-1) is at least one of 4,8-, 4,7- and 5,7-bis(mercaptomethyl)-3,6,9-trithiaundecane-1,11-dithiol, and, - the polythiol (B-2) is at least one of trimethylol propane tris(thioglycolate), trimethylol propane tris(3-mercaptopropionate), 1,4-butanediol bis(thioglycolate), and 1,4-butanediol bis(3-mercaptopropionate). - the alicyclic polyisocyanate (A-1) is at least one of isophorone diisocyanate, methylene biscyclohexyl diisocyanate, bis(isocyanatemethyl)cyclohexane, and bis(isocyanatemethyl)bicyclo[2.2.1]heptane, - the non-cyclic aliphatic polyisocyanate (A-2) is at least one of hexamethylene diisocyanate and trimethylhexamethylene diisocyanate, - the polythiol (B-1) is at least one of 4,8-, 4,7- and 5,7-bis(mercaptomethyl)-3,6,9-trithiaundecane-1,11-dithiol, and, - the polythiol (B-2) is at least one of trimethylol propane tris(thioglycolate), trimethylol propane tris(3-mercaptopropionate), 1,4-butanediol bis(thioglycolate), and 1,4-butanediol bis(3-mercaptopropionate).