mhurhangee/ep-ind-claims huggingface dataset:
An image processing device comprising: a camerawork determination unit (3; 30b) configured to determine camerawork-related operations of a user of the image processing device capturing a main subject to be imaged in an image at a time of capturing the image based on detection information from a sensor unit and set a determination start time; and a main subject determination unit (2; 30a), characterized in that the camerawork determination unit (3; 30b) is configured to detect a predetermined camerawork situation based on the determined camerawork related operations and to set the determination start time in case that the predetermined camerawork situation has been detected (F2:Y); and the main subject determination unit (2; 30a) is configured to determine the main subject contained in image data by detecting a position of a subject in the image data over a plurality of frames starting from the set determination start time and determining the main subject to be the subject conforming to a specific position condition. a camerawork determination unit (3; 30b) configured to determine camerawork-related operations of a user of the image processing device capturing a main subject to be imaged in an image at a time of capturing the image based on detection information from a sensor unit and set a determination start time; and a main subject determination unit (2; 30a), characterized in that the camerawork determination unit (3; 30b) is configured to detect a predetermined camerawork situation based on the determined camerawork related operations and to set the determination start time in case that the predetermined camerawork situation has been detected (F2:Y); and the main subject determination unit (2; 30a) is configured to determine the main subject contained in image data by detecting a position of a subject in the image data over a plurality of frames starting from the set determination start time and determining the main subject to be the subject conforming to a specific position condition.
A method for processing by a first processing entity of a device, comprising: providing timing information to a second processing entity indicating when the second processing entity is to next process a message exchange between the first and second processing entities using a shared memory space (406, 506), wherein the first processing entity comprises a modem subsystem and the second processing entity comprises a voice subsystem; taking action to exit a low power state, based on the timing information, to access the shared memory space (406, 506) to process the message exchange, wherein the timing information is designed to ensure the voice subsystem provides vocoder packet samples to the shared memory space prior to the modem subsystem exiting the low power state, and taking action to exit the low power state comprises taking action to ensure the modem subsystem exits the low power state in time to process the vocoder packet samples; and entering the low power state after processing the message exchange. providing timing information to a second processing entity indicating when the second processing entity is to next process a message exchange between the first and second processing entities using a shared memory space (406, 506), wherein the first processing entity comprises a modem subsystem and the second processing entity comprises a voice subsystem; taking action to exit a low power state, based on the timing information, to access the shared memory space (406, 506) to process the message exchange, wherein the timing information is designed to ensure the voice subsystem provides vocoder packet samples to the shared memory space prior to the modem subsystem exiting the low power state, and taking action to exit the low power state comprises taking action to ensure the modem subsystem exits the low power state in time to process the vocoder packet samples; and entering the low power state after processing the message exchange.
Static gas meter comprising: - a measuring circuit for detecting a gas flow provided to a user, - a wireless transmission system for transmitting measurements made by the measuring circuit, - a control unit adapted to receive the measurements from the measuring circuit and to control the wireless transmission system for transmitting the measurements, - a battery adapted to generate a power supply voltage for supplying the control unit, the measuring circuit and the wireless transmission system, characterized in that it further comprises - a charging pack in parallel to the transmission system for storing energy to be released to the wireless transmission system in case of need and - a voltage regulating system (14, 15,16) operatively connected between the battery and the charging pack, and in that the measuring circuit and the control unit are operatively connected to the battery so as to receive the power from the battery upstream of the voltage regulating system (14, 15, 16), and in that the control unit is adapted to control the voltage regulating system (14, 15, 16) so as to regulate the charging of the charging pack. - a measuring circuit for detecting a gas flow provided to a user, - a wireless transmission system for transmitting measurements made by the measuring circuit, - a control unit adapted to receive the measurements from the measuring circuit and to control the wireless transmission system for transmitting the measurements, - a battery adapted to generate a power supply voltage for supplying the control unit, the measuring circuit and the wireless transmission system, characterized in that it further comprises - a charging pack in parallel to the transmission system for storing energy to be released to the wireless transmission system in case of need and - a voltage regulating system (14, 15,16) operatively connected between the battery and the charging pack, and in that the measuring circuit and the control unit are operatively connected to the battery so as to receive the power from the battery upstream of the voltage regulating system (14, 15, 16), and in that the control unit is adapted to control the voltage regulating system (14, 15, 16) so as to regulate the charging of the charging pack.
A spinal prosthesis comprising: a first spinal attachment member; a second spinal attachment member; and one or more adjustable stopper elements assembled on one or both of said first and second spinal attachment members (12, 14), said one or more adjustable stopper elements being formed with a bore through which either of said first and second spinal attachment members (12, 14) is slidable, said one or more adjustable stopper elements comprising a structure that limits relative movement between said one or more adjustable stopper elements and the spinal attachment member on which said one or more adjustable stopper elements are mounted; wherein a connector element is assembled on said at least one adjustable stopper element and said first and second spinal attachment members (12, 14), said connector element comprising first and second aperture-forming members (35, 37), wherein said first and second aperture-forming members (35, 37), when clamped together, form an aperture for receiving therein said at least one adjustable stopper element, and wherein said aperture for receiving therein said at least one adjustable stopper element is elongate or oval. a first spinal attachment member; a second spinal attachment member; and one or more adjustable stopper elements assembled on one or both of said first and second spinal attachment members (12, 14), said one or more adjustable stopper elements being formed with a bore through which either of said first and second spinal attachment members (12, 14) is slidable, said one or more adjustable stopper elements comprising a structure that limits relative movement between said one or more adjustable stopper elements and the spinal attachment member on which said one or more adjustable stopper elements are mounted; wherein a connector element is assembled on said at least one adjustable stopper element and said first and second spinal attachment members (12, 14), said connector element comprising first and second aperture-forming members (35, 37), wherein said first and second aperture-forming members (35, 37), when clamped together, form an aperture for receiving therein said at least one adjustable stopper element, and wherein said aperture for receiving therein said at least one adjustable stopper element is elongate or oval.
An oral or buccal pharmaceutical dosage form for the release of at least one pharmaceutically active agent comprising: a mucoadhesive layer which is capable of adhering to the gastro intestinal tract or buccal mucosa of the human or animal body; a water-insoluble outer layer; and an intermediate layer positioned between the mucoadhesive and water-insoluble outer layers; wherein the pharmaceutically active agent is incorporated into the intermediate or the mucoadhesive layer in the form of micro- and/or nanofibres that are produced by electrospinning and crosslinking. a mucoadhesive layer which is capable of adhering to the gastro intestinal tract or buccal mucosa of the human or animal body; a water-insoluble outer layer; and an intermediate layer positioned between the mucoadhesive and water-insoluble outer layers; wherein the pharmaceutically active agent is incorporated into the intermediate or the mucoadhesive layer in the form of micro- and/or nanofibres that are produced by electrospinning and crosslinking.
A PSA composition comprising: an acrylic-hydrocarbon graft copolymer; and one or both of a hydrocarbon oligomer and a hydrocarbon polymer, wherein the acrylic-hydrocarbon graft copolymer comprises an acrylic monomer copolymerized with a hydrocarbon macromonomer, wherein the acrylic monomer is selected from 2-ethylhexyl acrylate, methyl acrylate, butyl acrylate, acrylic acid, and 2-hydroxyethylacrylate, and the hydrocarbon macromonomer is selected from ethylene-butylene macromonomer, ethylene-propylene macromonomer, ethylene-butylene-propylene macromonomer, and isobutylene macromonomer, wherein the hydrocarbon oligomer and the hydrocarbon polymer are made of ethylene, propylene, butadiene, isoprene, isobutylene, hexene, octene, or mixtures thereof, and wherein either one or both of the hydrocarbon oligomer and the hydrocarbon polymer contain reactive sites selected from carboxylic acid, hydroxyl, anhydride, aldehyde, ketone, acetate, amine, amide, aziridine, epoxide, mercapto, (meth)acrylate, vinyl, and mixtures thereof. an acrylic-hydrocarbon graft copolymer; and one or both of a hydrocarbon oligomer and a hydrocarbon polymer, wherein the acrylic-hydrocarbon graft copolymer comprises an acrylic monomer copolymerized with a hydrocarbon macromonomer, wherein the acrylic monomer is selected from 2-ethylhexyl acrylate, methyl acrylate, butyl acrylate, acrylic acid, and 2-hydroxyethylacrylate, and the hydrocarbon macromonomer is selected from ethylene-butylene macromonomer, ethylene-propylene macromonomer, ethylene-butylene-propylene macromonomer, and isobutylene macromonomer, wherein the hydrocarbon oligomer and the hydrocarbon polymer are made of ethylene, propylene, butadiene, isoprene, isobutylene, hexene, octene, or mixtures thereof, and wherein either one or both of the hydrocarbon oligomer and the hydrocarbon polymer contain reactive sites selected from carboxylic acid, hydroxyl, anhydride, aldehyde, ketone, acetate, amine, amide, aziridine, epoxide, mercapto, (meth)acrylate, vinyl, and mixtures thereof.
Method for operating an assistance system of a motor vehicle, having a first control unit and a second control unit, wherein a first speed sensor for detecting a speed of a first wheel is connected to the first control unit, wherein a second speed sensor for detecting a speed of a second wheel is connected to the second control unit, and wherein the first control unit is coupled by signal technology to the second control unit, wherein - by means of the first speed sensor a first sensor signal is generated and by means of the second speed sensor a second sensor signal is generated, - it is determined whether there is fault in the first control unit or the second control unit, - then, if there is no fault, the second sensor signal is sent to the first control unit by means of the second control unit, and by means of the first control unit a wheel slip of the first wheel is determined from the first sensor signal, and a wheel slip of the second wheel is determined from the second sensor signal, - characterised in that in the event of a fault in the first control unit, by means of the second control unit the wheel slip of the first wheel is determined by means of the second sensor signal, namely a functional correlation with the second sensor signal, and the wheel slip of the second wheel is determined from the second sensor signal, - and, in the event of a fault in the second control unit, by means of the first control unit the wheel slip of the first wheel is determined from the first sensor signal and the wheel slip of the second wheel is determined on the basis of the first sensor signal, namely a functional correlation with the first sensor signal. - by means of the first speed sensor a first sensor signal is generated and by means of the second speed sensor a second sensor signal is generated, - it is determined whether there is fault in the first control unit or the second control unit, - then, if there is no fault, the second sensor signal is sent to the first control unit by means of the second control unit, and by means of the first control unit a wheel slip of the first wheel is determined from the first sensor signal, and a wheel slip of the second wheel is determined from the second sensor signal, - characterised in that in the event of a fault in the first control unit, by means of the second control unit the wheel slip of the first wheel is determined by means of the second sensor signal, namely a functional correlation with the second sensor signal, and the wheel slip of the second wheel is determined from the second sensor signal, - and, in the event of a fault in the second control unit, by means of the first control unit the wheel slip of the first wheel is determined from the first sensor signal and the wheel slip of the second wheel is determined on the basis of the first sensor signal, namely a functional correlation with the first sensor signal.
A filter device, comprising an inlet, an outlet, and a flow path between the inlet and the outlet, wherein the flow path, viewed in the flow direction, has a first section (12; 30), a second section, and a third section, wherein - the first section (12; 30) exclusively contains glass beads (16; 36, 38), and - the third section exclusively contains glass beads, characterized in that the second section contains a mixture comprising glass beads and an adsorption granulate, and characterized in that (i) the first section has at least two subsections (32, 34) filled with glass beads (36, 38), wherein the nominal diameter of the glass beads (36, 38) in a respective subsection (32, 34) is equal and wherein the nominal diameter of the glass beads (36, 38) of the individual subsections (32, 34) increases in the direction toward the inlet, and/or (ii) wherein the third section has at least two subsections filled with glass beads, wherein the nominal diameter of the glass beads in a respective subsection is equal and wherein the nominal diameter of the glass beads of the individual subsections increases in the direction toward the outlet. - the first section (12; 30) exclusively contains glass beads (16; 36, 38), and - the third section exclusively contains glass beads, characterized in that the second section contains a mixture comprising glass beads and an adsorption granulate, and characterized in that (i) the first section has at least two subsections (32, 34) filled with glass beads (36, 38), wherein the nominal diameter of the glass beads (36, 38) in a respective subsection (32, 34) is equal and wherein the nominal diameter of the glass beads (36, 38) of the individual subsections (32, 34) increases in the direction toward the inlet, and/or (ii) wherein the third section has at least two subsections filled with glass beads, wherein the nominal diameter of the glass beads in a respective subsection is equal and wherein the nominal diameter of the glass beads of the individual subsections increases in the direction toward the outlet.
Oral pharmaceutical aqueous solutions comprising melatonin, from 1 to 10.0 mg/ml of benzyl alcohol, propylene glycol, an anti-oxidant and a sweetening agent.
Rubber composition based on one or more functionalized diene elastomers and, as predominant filler, on one or more carbon blacks with a CTAB specific surface (measured according to Standard NFT 45-007, November 1987, method B) varying from 100 to 200 m 2 /g, preferably from 120 to 180 m 2 /g, the said functionalized diene elastomer or elastomers being composed: a) of a diene elastomer functionalized, at the chain end or in the middle of the chain, by a tin functional group and corresponding to the following formula: n -X- m where n and m are integers of greater than or equal to 0, such that n+m=1 or 2, b) of a content of less than 15% by weight, with respect to the total weight of the functionalized diene elastomer, of a non-tin-functional elastomer corresponding to the following formula: where: - A is a diene elastomer, the A blocks being identical to one another, - X is a tin-comprising group, - the elastomer A exhibits a monomodal distribution of molecular weights before optional functionalization and a polydispersity index before optional functionalization of less than or equal to 1.3. a) of a diene elastomer functionalized, at the chain end or in the middle of the chain, by a tin functional group and corresponding to the following formula: n -X- m where n and m are integers of greater than or equal to 0, such that n+m=1 or 2, b) of a content of less than 15% by weight, with respect to the total weight of the functionalized diene elastomer, of a non-tin-functional elastomer corresponding to the following formula: where: - A is a diene elastomer, the A blocks being identical to one another, - X is a tin-comprising group, - the elastomer A exhibits a monomodal distribution of molecular weights before optional functionalization and a polydispersity index before optional functionalization of less than or equal to 1.3. - A is a diene elastomer, the A blocks being identical to one another, - X is a tin-comprising group, - the elastomer A exhibits a monomodal distribution of molecular weights before optional functionalization and a polydispersity index before optional functionalization of less than or equal to 1.3.
Floor edge formwork element (1, 2, 3) which is designed to be used as permanent formwork during the production of an intermediate floor of a building and which is composed of a plurality of individual parts, wherein the plurality of individual parts comprise a first floor edge formwork element part (11, 21, 31) and a second floor edge formwork element part (12, 22, 32), wherein the second floor edge formwork element part (12, 22, 32) is designed to be connected to the first floor edge formwork element part (11, 21, 31) and, in the state in which it is connected as intended, to come to lie between the first floor edge formwork element part (11, 21, 31) and the intermediate floor which is to be produced, and wherein the floor edge formwork element parts are formed in such a way that they can be brought into connection with one another by plugging the second floor edge formwork element part (12, 22, 32) onto the first floor edge formwork element part (11, 21, 31) from above, characterized in that that side of the first floor edge formwork element part (11, 21, 31) that faces the second floor edge formwork element part (12, 22, 32) drops down in at least one step from a narrower upper side of the first floor edge formwork element part (11, 21, 31) to a broader underside thereof and has vertical elevations and depressions, and in that that side of the second floor edge formwork element part (12, 22, 32) that faces the first floor edge formwork element part (11, 21, 31) is formed in a complementary manner thereto.
An assembly consisting of a plurality of packaging bottles intended for conditioning, storing and transporting radioactive bars or tubes, hereinafter called the fagot assembly, wherein: - said bottles are identical and interchangeable; - and said bottles are attached to each other to form a fagot or a bundle, by means of quick-fastening means, said fagot comprising N bottles, N ≥ 2; characterized in that said bottles are formed from steel and are thicker at one of the two ends thereof, over a certain length. - said bottles are identical and interchangeable; - and said bottles are attached to each other to form a fagot or a bundle, by means of quick-fastening means, said fagot comprising N bottles, N ≥ 2;
A method for producing plastic-metal-hybrid components, in particular for the motor vehicle sector, wherein - a plastic composition is injected into a tool mould, - the tool mould has a core onto which a metal is sprayed, and - subsequently, the plastic composition is injected into the tool mould in a manner such that, for producing a blank, the metal is back injection moulded with the plastic composition and is fixed on the plastic, characterised, in that by means of the tool mould at least one depression is created in a surface of the blank, which is, within the scope of a first further processing, at least partially filled with a metal. - a plastic composition is injected into a tool mould, - the tool mould has a core onto which a metal is sprayed, and - subsequently, the plastic composition is injected into the tool mould in a manner such that, for producing a blank, the metal is back injection moulded with the plastic composition and is fixed on the plastic,
A pallet sled comprising: a base; a pair of tines including a first tine and a second tine extending from the base; a first load wheel and a second load wheel supporting outer ends of the first tine and the second tine, respectively, wherein each of the first load wheel and the second load wheel is mounted to an arm pivotably mounted to the respective tine; and a rod in each tine configured to pivot the arm to move the respective load wheel toward and away from the respective tine, characterised in that the first load wheel includes a first hub motor secured below the first tine and configured to drive the first load wheel for driving the pallet sled. a base; a pair of tines including a first tine and a second tine extending from the base; a first load wheel and a second load wheel supporting outer ends of the first tine and the second tine, respectively, wherein each of the first load wheel and the second load wheel is mounted to an arm pivotably mounted to the respective tine; and a rod in each tine configured to pivot the arm to move the respective load wheel toward and away from the respective tine, characterised in that the first load wheel includes a first hub motor secured below the first tine and configured to drive the first load wheel for driving the pallet sled.
A wax, having a ratio of a total amount of C23-C32 normal alkanes to a total amount of C33-C40 normal alkanes (A/B) of 1.7 to 6, a total amount of C23-C32 normal alkanes of 40 to 70% by mass based on 100% by mass of the wax, and a total amount of C33-C40 normal alkanes of 25% by mass or less based on 100% by mass of the wax.