mhurhangee/ep-ind-claims huggingface dataset:
Masterbatch, in particular in granulate form, consisting of or containing a) at least one silicon-containing block copolymer A), b) at least one inorganic pigment and/or an inorganic filler B), in particular at least one inorganic pigment, and c) at least one polymer C) selected from the group consisting of thermoplastic polymers, selected from the group consisting of polyolefin homo- and copolymers, polyesters, polyvinyl chloride and any desired mixtures thereof, thermoplastic elastomers, comprising or representing thermoplastic polyurethane elastomers, or mixtures thereof. a) at least one silicon-containing block copolymer A), b) at least one inorganic pigment and/or an inorganic filler B), in particular at least one inorganic pigment, and c) at least one polymer C) selected from the group consisting of thermoplastic polymers, selected from the group consisting of polyolefin homo- and copolymers, polyesters, polyvinyl chloride and any desired mixtures thereof, thermoplastic elastomers, comprising or representing thermoplastic polyurethane elastomers, or mixtures thereof.
Undercarriage for a vehicle of the type comprising a chassis, two front steering wheels (36D, 36G) and at least one rear drive wheel, said undercarriage comprising, combined with each wheel, a suspension system suspending said wheel from said chassis, said system comprising an upper suspension arm, a lower suspension arm and a lateral arm, said arms being linked together by articulated means (43, 44, 45, 46) such that a lateral tilting of the undercarriage results in an equivalent tilting of the two front wheels which remain parallel to each other, said undercarriage comprising an elastic suspension comprised of a damping fluid and of a spring, connecting together the two upper arms (40D; 40G) and means, integral with each front wheel, to at least partially cancel the oscillation frequencies of said front wheel, said means comprising, for each one of said front steering wheels, a damper (50D, 50G) fastened in a substantially vertical position on one of said arms (40, 41, 42) and the undercarriage being characterised in that it comprises a caster angle (α) between 8 and 18°.
A liquid chromatography technique, comprising: providing a liquid chromatography system having a coated metallic fluid-contacting element; and transporting a fluid to contact the coated metallic fluid-contacting element; characterised in that the fluid has a protein-containing analyte incompatible with one or both of titanium and polyether ether ketone and the fluid has a chelating agent incompatible with the one or both of the titanium or the polyether ether ketone, and wherein the fluid includes an analyte selected from group consisting of tetracycline, N-hydroxypyridine-2-on, adenosine triphosphate, and deoxynucleotide monophosphate. providing a liquid chromatography system having a coated metallic fluid-contacting element; and transporting a fluid to contact the coated metallic fluid-contacting element; characterised in that the fluid has a protein-containing analyte incompatible with one or both of titanium and polyether ether ketone and the fluid has a chelating agent incompatible with the one or both of the titanium or the polyether ether ketone, and wherein the fluid includes an analyte selected from group consisting of tetracycline, N-hydroxypyridine-2-on, adenosine triphosphate, and deoxynucleotide monophosphate.
Black tea product comprising a preservative composition, wherein the black tea product is a ready-to-drink beverage or a beverage concentrate, wherein the black tea product comprises less than 60 ppm linalool, and wherein the preservative composition comprises at least 3 compounds selected from: hexanal, E-2-hexenal, E-2-hexenol, E-linalool oxide, methanol and methyl salicylate.
Method for coding biometric data associated with respective individuals, comprising the following steps: - obtaining biometric data (b) associated with an individual in the form of a bit string; - generating a word (c) derived from an error correcting code chosen so as to correct a quantity of errors in relation with a statistical quantity of errors between two biometric measurements relating to one and the same individual, the word concealing an item of information relating to said individual with the aid of a private function using a secret information item, knowledge of which can be used to retrieve the information concealed in the word; and - performing a combination (δ) between the biometric data obtained and the word generated. - obtaining biometric data (b) associated with an individual in the form of a bit string; - generating a word (c) derived from an error correcting code chosen so as to correct a quantity of errors in relation with a statistical quantity of errors between two biometric measurements relating to one and the same individual, the word concealing an item of information relating to said individual with the aid of a private function using a secret information item, knowledge of which can be used to retrieve the information concealed in the word; and - performing a combination (δ) between the biometric data obtained and the word generated.
Method for encapsulating an MEMS structure in a stack structure including several layers stacked along a stacking direction, comprising: providing a functional wafer structure including at least partly the MEMS structure; arranging the functional wafer structure and a glass wafer in the stack structure and along a stacking direction to each other; such that a cavity in which at least a part of the MEMS structure is arranged is closed on one side along the stacking direction by the glass wafer; and such that a spacing structure (12 3) is arranged between the part of the MEMS structure and the glass wafer in the stack structure to provide a spacing between the part of the MEMS structure and the glass wafer along the stacking direction; such that the spacing structure (12 3) encloses part of the cavity, characterized in that the spacing structure (12 3) is formed of the functional wafer structure by means of local selective removal of the wafer structure. providing a functional wafer structure including at least partly the MEMS structure; arranging the functional wafer structure and a glass wafer in the stack structure and along a stacking direction to each other; such that a cavity in which at least a part of the MEMS structure is arranged is closed on one side along the stacking direction by the glass wafer; and such that a spacing structure (12 3) is arranged between the part of the MEMS structure and the glass wafer in the stack structure to provide a spacing between the part of the MEMS structure and the glass wafer along the stacking direction; such that the spacing structure (12 3) encloses part of the cavity, characterized in that the spacing structure (12 3) is formed of the functional wafer structure by means of local selective removal of the wafer structure.
A motorized and mobile work vehicle, equipped with a hydraulic tool holder arm, intended for use in a field of crops such as vines, composed of a straddle chassis on which rolling means are fixed, characterized in that said chassis comprises at least two hydraulic telescopic stabilizers which are independent of one another and are each designed to be deployed horizontally and to come to rest on the ground through pivot means about a horizontal axis and under the action of motor means.
A method for wireless communication at a base station, comprising: generating based on observed channel conditions a family of codebooks for use in a multiple description coding, MDC, channel feedback scheme, the family of codebooks comprising at least one codebook set, the codebook set comprising a plurality of codebooks organized based on a transmission rank; further comprising: generating an MDC schedule information based on operating conditions; and providing the family of codebooks and the MDC schedule information to a user equipment, UE, for use in the MDC channel feedback scheme. generating an MDC schedule information based on operating conditions; and providing the family of codebooks and the MDC schedule information to a user equipment, UE, for use in the MDC channel feedback scheme.
A method, comprising: identifying root objects included in a call stack, wherein the root objects comprise integer representations and pointer representations; tagging the integer representations, wherein a tagged integer representation is distinguishable from an untagged pointer representation; tracing the root objects to a corresponding set of memory locations, wherein a subsequent tracing is performed on the untagged pointer representation, and wherein the subsequent tracing is skipped on the tagged integer representation; and freeing memory allocated to a set of objects unreachable by the call stack. identifying root objects included in a call stack, wherein the root objects comprise integer representations and pointer representations; tagging the integer representations, wherein a tagged integer representation is distinguishable from an untagged pointer representation; tracing the root objects to a corresponding set of memory locations, wherein a subsequent tracing is performed on the untagged pointer representation, and wherein the subsequent tracing is skipped on the tagged integer representation; and freeing memory allocated to a set of objects unreachable by the call stack.
An apparatus comprising: a coupling device (200, 200-1, 200-2) adapted to couple to a knockout hole in a housing after removal of a knockout blank from the knockout hole, the housing defining exterior surfaces and an interior region, the coupling device defining an opening; a plate removably coupled to the coupling device within the opening, the plate being of dimensions to at least substantially cover uncovered portions of the opening and defining an exterior plate surface; and a stimulating device positioned on the exterior plate surface, the stimulating device adapted to connect to a wireless communication device housed within the interior region and that upon actuation of the stimulator device, causes the wireless communication device to perform one or more predefined operations. a coupling device (200, 200-1, 200-2) adapted to couple to a knockout hole in a housing after removal of a knockout blank from the knockout hole, the housing defining exterior surfaces and an interior region, the coupling device defining an opening; a plate removably coupled to the coupling device within the opening, the plate being of dimensions to at least substantially cover uncovered portions of the opening and defining an exterior plate surface; and a stimulating device positioned on the exterior plate surface, the stimulating device adapted to connect to a wireless communication device housed within the interior region and that upon actuation of the stimulator device, causes the wireless communication device to perform one or more predefined operations.
A cell which co-expresses a first chimeric antigen receptor and second CAR as separate molecules at the cell surface, each CAR comprising: an antigen-binding domain; a spacer; and a trans-membrane domain wherein the antigen-binding domain of the first CAR binds to CD19 and the antigen-binding domain of the second CAR binds to CD22.
A composition comprising a carrier liquid and lignin or lignin derivatives solubilized in said carrier liquid; wherein at least one of the hydroxyl groups of the lignin or lignin derivatives have been substituted with ester groups forming esterified lignin or lignin derivatives, and wherein the carrier liquid is a mixture of a fatty acid and a crude oil, or a hydrocarbon oil or a mineral oil, the fatty acid being fatty acid or esterified fatty acid.
A synchronous motor control apparatus which drives a synchronous motor, according to a rotational speed command value (ω r *), using a power converter that drives the synchronous motor, the synchronous motor control apparatus comprising: any one of means for detecting a position of a rotor of the synchronous motor directly or by estimation, characterised in that an internal command value (v*) of the control apparatus is corrected based on a deviation between a value of the detected position (θ dc_120, θ dc_180) and a phase command value (θ dcs) obtained by integrating the rotational speed command value (ω r *); or an internal command value (v*) of the control apparatus is corrected based on a deviation between a detected speed value obtained by differentiating a value of the detected position (θ dc_120, θ dc_180) and the rotational speed command value (ω r *); wherein a low-speed region is driven at a 120-degree energization scheme, and a mid-to-high-speed region is driven at a 180-degree energization scheme, according to the rotational speed command value (ω r *) or the detected speed value of the synchronous motor. any one of means for detecting a position of a rotor of the synchronous motor directly or by estimation, characterised in that an internal command value (v*) of the control apparatus is corrected based on a deviation between a value of the detected position (θ dc_120, θ dc_180) and a phase command value (θ dcs) obtained by integrating the rotational speed command value (ω r *); or an internal command value (v*) of the control apparatus is corrected based on a deviation between a detected speed value obtained by differentiating a value of the detected position (θ dc_120, θ dc_180) and the rotational speed command value (ω r *); wherein a low-speed region is driven at a 120-degree energization scheme, and a mid-to-high-speed region is driven at a 180-degree energization scheme, according to the rotational speed command value (ω r *) or the detected speed value of the synchronous motor.
- A circuit for controlling the firing of an exploding-foil pyrotechnic component, the circuit comprising at least one capacitor that can be discharged in the pyrotechnic component in order to initiate it, and a switch means ensuring the discharge of the capacitor in the pyrotechnic component, the control circuit being characterized in that the capacitor is connected to the pyrotechnic component by an array of at least three diodes (D1, D2, D3) connected in series and in a direction that prevents the discharge of the capacitor, the sum of the reverse voltages of these diodes being greater than the maximum voltage that can be delivered by the capacitor, the switch means comprising at least two field effect transistors (Q1, Q2), whose gates can be controlled simultaneously and which are associated with the diode array (D1, D2, D3), each transistor (Q1, Q2) being connected by one of its outputs between two diodes of the array, the control of the transistors causing the successive short-circuits of the three diodes (D1, D2, D3) and the firing.
Automatic feed-in apparatus with a housing and a carriage, comprising an entrainment element that can be moved in the housing between a parking position secured in a non-positive and/or positive-locking manner and an end position and back, comprising a first spring energy store connecting the entrainment element and the housing and comprising at least one second spring energy store, both of which are charged when the entrainment element is positioned in the parking position and are discharged to a residual energy value when the entrainment element is positioned in the end position, wherein the first spring energy store is guided around a deflection disc rotatably mounted relative to the carriage and wherein the carriage is biased relative to the housing in the direction of the first spring energy store wrapping around the deflection disc by means of the second spring energy store and wherein the deflection disc comprises a circumferential guide groove, characterized in that - the deflection disc on the carriage is supported by means of two outer bearing pins rotatably mounted within the carriage, - at least one tangential plane on the shell surface of the deflection disc intersects both bearing pins and - the deflection disc is guided during a rotary movement by means of the carriage or by means of the bearing pins. - the deflection disc on the carriage is supported by means of two outer bearing pins rotatably mounted within the carriage, - at least one tangential plane on the shell surface of the deflection disc intersects both bearing pins and - the deflection disc is guided during a rotary movement by means of the carriage or by means of the bearing pins.
A screw connection having a device for securing the screw connection against loosening, wherein the device has: a disc-shaped body having a front side, a rear side and a, preferably central, through bore which connects the front side and the rear side; wherein the front side and the rear side have in each case an inner annular face (20, 22) which is flat, and an outer annular face (24, 26) which is profiled; wherein the screw connection furthermore has: a screw having a screw head which has a profiled lower side that is configured for indenting the inner annular face (20, 22) of the front side or of the rear side of the disc-shaped body, or that is indented in the inner annular face (20, 22) of the front side or of the rear side of the disc-shaped body; or a nut having a profiled lower side that is configured for indenting the inner annular face (20, 22) of the front side or of the rear side of the disc-shaped body, or that is indented in the inner annular face (20, 22) of the front side or of the rear side of the disc-shaped body. a disc-shaped body having a front side, a rear side and a, preferably central, through bore which connects the front side and the rear side; wherein the front side and the rear side have in each case an inner annular face (20, 22) which is flat, and an outer annular face (24, 26) which is profiled; wherein the screw connection furthermore has: a screw having a screw head which has a profiled lower side that is configured for indenting the inner annular face (20, 22) of the front side or of the rear side of the disc-shaped body, or that is indented in the inner annular face (20, 22) of the front side or of the rear side of the disc-shaped body; or a nut having a profiled lower side that is configured for indenting the inner annular face (20, 22) of the front side or of the rear side of the disc-shaped body, or that is indented in the inner annular face (20, 22) of the front side or of the rear side of the disc-shaped body. a screw having a screw head which has a profiled lower side that is configured for indenting the inner annular face (20, 22) of the front side or of the rear side of the disc-shaped body, or that is indented in the inner annular face (20, 22) of the front side or of the rear side of the disc-shaped body; or a nut having a profiled lower side that is configured for indenting the inner annular face (20, 22) of the front side or of the rear side of the disc-shaped body, or that is indented in the inner annular face (20, 22) of the front side or of the rear side of the disc-shaped body.
A touch-sensitive display comprising: first electrodes and second electrodes arranged and constructed to detect touches by mutual-capacitance touch sensing; third electrodes and the second electrodes arranged and constructed to detect touches by self-capacitance touch sensing; wherein the first electrodes are different from the third electrodes, wherein the first electrodes are drive electrodes and the second electrodes are sense electrodes, and wherein the third electrodes are disposed between fingers of the second electrodes such that one of the third electrodes is disposed between the fingers of one of the second electrodes. first electrodes and second electrodes arranged and constructed to detect touches by mutual-capacitance touch sensing; third electrodes and the second electrodes arranged and constructed to detect touches by self-capacitance touch sensing; wherein the first electrodes are different from the third electrodes, wherein the first electrodes are drive electrodes and the second electrodes are sense electrodes, and wherein the third electrodes are disposed between fingers of the second electrodes such that one of the third electrodes is disposed between the fingers of one of the second electrodes.
A system for visualizing anatomical data, comprising: a display means; a sensor means adapted to sense a distance of said sensor means to at least a part of a surface of a subject to be examined; a position tracking means adapted to determine a position and/or an orientation of said sensor means and/or said display means relative to said surface of said subject by evaluating distance information provided by said sensor means; and a visualization means adapted to visualize on said display means information generated from anatomical data relating to said subject; wherein said visualization means is adapted to visualize said information generated from said anatomical data on said display means in accordance with said position and/or orientation of said sensor means and/or said display means, characterized in that the position tracking means is adapted to simulate a first range image based on said anatomical data, and to compare said simulated first range image against a second range image generated from said distance information. a display means; a sensor means adapted to sense a distance of said sensor means to at least a part of a surface of a subject to be examined; a position tracking means adapted to determine a position and/or an orientation of said sensor means and/or said display means relative to said surface of said subject by evaluating distance information provided by said sensor means; and a visualization means adapted to visualize on said display means information generated from anatomical data relating to said subject; wherein said visualization means is adapted to visualize said information generated from said anatomical data on said display means in accordance with said position and/or orientation of said sensor means and/or said display means, characterized in that the position tracking means is adapted to simulate a first range image based on said anatomical data, and to compare said simulated first range image against a second range image generated from said distance information.
A heat exchange device for modifying temperature of at least a first fluid, including at least one heat transfer element (8, 14) and at least one first-fluid circulation element configured to be in contact with the heat transfer element (8, 14), the first-fluid circulation element including a first-fluid circulation channel between an inlet and an outlet, at least one wall of which is to be in contact with the heat transfer element, characterised in that said circulation element is removably mounted in the heat exchange device, and the inlet of the channel includes a first connector configured to connect the first-fluid circulation element to a first circuit connected to a first-fluid source and the outlet of the channel including a second connector configured to connect the first-fluid circulation element to a second circuit connected to means for using the first fluid, so that the first-fluid circulation element is removable.