mhurhangee/patent-ind-claim-en huggingface dataset:
A motor vehicle comprising: a main body ; a steerable wheel coupled to the main body via a suspension ; a steering turnably coupled to the main body to steer the steerable wheel ; a steering actuator configured to change a steering angle of the steerable wheel ; and an electronic controller , wherein the electronic controller is configured to control the steering angle to a prescribed steering angle (δc) using the steering actuator upon determining a reduced contact of the steerable wheel with a traveling surface with respect to a first prescribed threshold (Th2), characterized in that the electronic controller is further configured to generate steering damper torque (τd) to the steerable wheel using the steering actuator upon determining a reduced contact of the steerable wheel with the traveling surface with respect to a second prescribed threshold (Th1), and the first prescribed threshold (Th2) is indicative of less contact of the steerable wheel with the traveling surface with respect to the second prescribed threshold (Th1). a main body ; a steerable wheel coupled to the main body via a suspension ; a steering turnably coupled to the main body to steer the steerable wheel ; a steering actuator configured to change a steering angle of the steerable wheel ; and an electronic controller , wherein the electronic controller is configured to control the steering angle to a prescribed steering angle (δc) using the steering actuator upon determining a reduced contact of the steerable wheel with a traveling surface with respect to a first prescribed threshold (Th2), characterized in that the electronic controller is further configured to generate steering damper torque (τd) to the steerable wheel using the steering actuator upon determining a reduced contact of the steerable wheel with the traveling surface with respect to a second prescribed threshold (Th1), and the first prescribed threshold (Th2) is indicative of less contact of the steerable wheel with the traveling surface with respect to the second prescribed threshold (Th1).
Support rail of an ear lifter for crops, with a major direction of extension (X), wherein a section formed as a skid is arranged between a first end and a second end of the support rail, wherein the section formed as a skid is configured to be guided with its outer side over a ground, wherein the section formed as a skid comprises a bar , wherein the bar extends in the major direction of extension (X) on an inner side opposite the outer side , characterized in that the bar is inserted into a recess of the section formed as a skid.
A security element for a secured document , comprising: - an at least partially transparent support , - a first layer borne by the support, formed by a deposition of metal or a print, the first layer only partially covering the support so as to define at least one first region appearing solid but not completely opaque and a first opening at least partially delimiting at least one first pattern (M1), - a second layer borne by the support, at least partially overlaid with the first, only partially covering the support so as to define at least one second region appearing solid but not completely opaque and at least one second opening at least partially delimiting at least one second pattern (M2), the first pattern (M1) being visible in transmitted light from the two faces of the security element and in reflected light only from the front face of the security element, and the second pattern (M2) being visible in transmitted light from the two faces of the security element and in reflected light only from the back face of the security element. - an at least partially transparent support , - a first layer borne by the support, formed by a deposition of metal or a print, the first layer only partially covering the support so as to define at least one first region appearing solid but not completely opaque and a first opening at least partially delimiting at least one first pattern (M1), - a second layer borne by the support, at least partially overlaid with the first, only partially covering the support so as to define at least one second region appearing solid but not completely opaque and at least one second opening at least partially delimiting at least one second pattern (M2), the first pattern (M1) being visible in transmitted light from the two faces of the security element and in reflected light only from the front face of the security element, and the second pattern (M2) being visible in transmitted light from the two faces of the security element and in reflected light only from the back face of the security element.
An extensometer system for measuring deformation on a test specimen comprising: one or more infrared light sources to direct infrared light to a surface of a test specimen; a screen including a collimating filter , wherein the test specimen is arranged between the one or more infrared light sources and the screen; and an imaging device to capture infrared light images of the test specimen while subjected to a stress-inducing force via a testing system, the imaging device configured to transmit the images to a processor to calculate deformation of the test specimen as a result of the stress-inducing force; wherein the collimating filter is configured to direct infrared light reflected from the surface of the test specimen towards the imaging device. one or more infrared light sources to direct infrared light to a surface of a test specimen; a screen including a collimating filter , wherein the test specimen is arranged between the one or more infrared light sources and the screen; and an imaging device to capture infrared light images of the test specimen while subjected to a stress-inducing force via a testing system, the imaging device configured to transmit the images to a processor to calculate deformation of the test specimen as a result of the stress-inducing force; wherein the collimating filter is configured to direct infrared light reflected from the surface of the test specimen towards the imaging device.
A polymer composition for pressure sensitive adhesives or films, comprising: a tackifier of 20-40 parts by weight; and a polymer of 60-80 parts by weight, wherein the polymer plus the tackifier equals 100 parts by weight, the polymer comprises at least a first vinyl aromatic based copolymer formed by polymerization of a vinyl aromatic monomer and a conjugated diene monomer, wherein a vinyl aromatic monomer content of the first vinyl aromatic based copolymer is 16wt%~28wt%, a vinyl structure content of a conjugated diene monomer content in the first vinyl aromatic based copolymer is 32wt%~50wt%; and a melt flow index (MFI) of the first vinyl aromatic based copolymer is 20 g/10 min~60 g/10 min (230°C, 2.16 kg). a tackifier of 20-40 parts by weight; and a polymer of 60-80 parts by weight, wherein the polymer plus the tackifier equals 100 parts by weight, the polymer comprises at least a first vinyl aromatic based copolymer formed by polymerization of a vinyl aromatic monomer and a conjugated diene monomer, wherein a vinyl aromatic monomer content of the first vinyl aromatic based copolymer is 16wt%~28wt%, a vinyl structure content of a conjugated diene monomer content in the first vinyl aromatic based copolymer is 32wt%~50wt%; and a melt flow index (MFI) of the first vinyl aromatic based copolymer is 20 g/10 min~60 g/10 min (230°C, 2.16 kg).
A method for training machine-learned module , the method characterized by evaluating the machine-learned module using a two-phase evaluation process, the evaluating comprising: performing, using pre-segmented data, a segmented classification task using the machine-learned module to evaluate an error associated with classification of multiple gestures, the pre-segmented data comprising complex radar data having multiple gesture segments, each gesture segment of the multiple gesture segments comprising a gesture motion, centers of gesture motions across the multiple gesture segments having a same relative timing alignment within each gesture segment; performing, using continuous time-series data, an unsegmented recognition task using the machine-learned module to evaluate a false positive rate, the continuous time-series data comprising other complex radar data (502-1 - 502-M) and adjusting one or more elements of the machine-learned module to reduce the error and the false positive rate, those elements include an overall architecture of the ambient-computing machine-learned module , the training data and/or the hyperparameters. evaluating the machine-learned module using a two-phase evaluation process, the evaluating comprising: performing, using pre-segmented data, a segmented classification task using the machine-learned module to evaluate an error associated with classification of multiple gestures, the pre-segmented data comprising complex radar data having multiple gesture segments, each gesture segment of the multiple gesture segments comprising a gesture motion, centers of gesture motions across the multiple gesture segments having a same relative timing alignment within each gesture segment; performing, using continuous time-series data, an unsegmented recognition task using the machine-learned module to evaluate a false positive rate, the continuous time-series data comprising other complex radar data (502-1 - 502-M) and adjusting one or more elements of the machine-learned module to reduce the error and the false positive rate, those elements include an overall architecture of the ambient-computing machine-learned module , the training data and/or the hyperparameters.
A heat accumulating element for fireplaces with a different flue gas output connection height, wherein the heat accumulating element comprising an internal flue gas cavity for flue gas produced by a fireplace is configured to be connected between a fireplace and a chimney so that flue gas flows from the fireplace to the chimney through the heat accumulating element , and wherein the heat accumulating element comprises at least two heat accumulating element modules with internal flue gas cavities and a base module for combining two vertical parts of the flue gas cavity as the bottom element of the heat accumulating element , wherein the heat accumulating element further comprises an ignition damping element module comprising a lighting damper and internal flue gas cavities and that modules are configured to be fastened one on the other as a pile by mortar so that each module constitutes a part of the uniform heat accumulating element and so that internal flue gas cavities of said modules constitute a part of the internal flue gas cavity having a form of a double circulation continuing through each module, and that when the lighting damper is open, the flue gas is arranged to flow directly from the fireplace to the chimney and when closed, the flue gas is arranged to flow through the flue gas cavity before flowing to the chimney , and that a place of the ignition damping element module in the pile is selectable on the basis of the height of the flue gas output connection , but above the flue gas output connection .
An injection device (110; 210; 310) for injecting medicament in a patient comprising: a housing (112; 212) configured to house a fluid reservoir (118; 218) having one of a plurality of volumes of medicament; an injection conduit (122; 222) fluidly coupled to the fluid reservoir (118; 218) configured to define a fluid pathway from the fluid reservoir (118; 218) to the patient; a firing mechanism coupled to the fluid reservoir (118; 218) and configured to expel the medicament from the fluid reservoir (118; 218) through the injection conduit (122; 222); a volume setting mechanism coupled to the firing mechanism and configured to be selectively preset during assembly to one of a plurality of positions based on a maximum volume of medicament to be delivered to the patient, each of the plurality of positions corresponding to one of the plurality of volumes of medicament for the firing mechanism to expel; a dose setting mechanism (116; 216) configured to be adjusted, independent of the preset of the volume setting mechanism, to select a fraction of the maximum volume of medicament that is injected from the injection conduit (122; 222) when the firing mechanism is actuated; wherein the volume setting mechanism includes a nut and the firing mechanism includes a ram (128; 228), characterized in that the firing mechanism also includes a biasing member (126; 226), the nut being threadably coupled to the ram (128; 228), the nut being releaseably retained against a force of the biasing member (126; 226) in an initial position by a latch (132; 232; 332). a housing (112; 212) configured to house a fluid reservoir (118; 218) having one of a plurality of volumes of medicament; an injection conduit (122; 222) fluidly coupled to the fluid reservoir (118; 218) configured to define a fluid pathway from the fluid reservoir (118; 218) to the patient; a firing mechanism coupled to the fluid reservoir (118; 218) and configured to expel the medicament from the fluid reservoir (118; 218) through the injection conduit (122; 222); a volume setting mechanism coupled to the firing mechanism and configured to be selectively preset during assembly to one of a plurality of positions based on a maximum volume of medicament to be delivered to the patient, each of the plurality of positions corresponding to one of the plurality of volumes of medicament for the firing mechanism to expel; a dose setting mechanism (116; 216) configured to be adjusted, independent of the preset of the volume setting mechanism, to select a fraction of the maximum volume of medicament that is injected from the injection conduit (122; 222) when the firing mechanism is actuated; wherein the volume setting mechanism includes a nut and the firing mechanism includes a ram (128; 228), characterized in that the firing mechanism also includes a biasing member (126; 226), the nut being threadably coupled to the ram (128; 228), the nut being releaseably retained against a force of the biasing member (126; 226) in an initial position by a latch (132; 232; 332).
A method for providing a hypoallergenic nutritional composition, comprising (i) contacting a lactose feed with a beta-galactosidase (EC 3.2.1.23) derived from Cryptococcus terrestris having an amino acid sequence according to any of SEQ ID NO: 1, 2, 3, or 4, or an amino acid sequence that is at least 95% identical to any of SEQ ID NO: 1, 2, 3, or 4, to provide a hypoallergenic galacto-oligosaccharide (GOS) preparation, and (ii) formulating said hypoallergenic GOS preparation together with at least one further hypoallergenic or non-allergenic ingredient into a hypoallergenic nutritional composition.
A method of fabricating a device, the method comprising: using molecular beam epitaxy (MBE), incorporating a dopant into an epitaxial layer above a substrate , said incorporating comprising forming a liquid metal layer on a growth interface of the epitaxial layer during the epitaxy comprising: depositing magnesium (Mg), aluminum (Al), gallium (Ga), and nitrogen (N) in a layer above the substrate, to form by epitaxy a Mg-doped AlGaN layer ; during said depositing, forming a liquid Ga layer on the Mg-doped AlGaN layer, wherein the liquid Ga layer causes formation of a metal-semiconductor junction during the epitaxy of the Mg-doped AlGaN layer; and during the epitaxy of the Mg-doped AlGaN layer, controlling the Al composition by tuning Al flux and growth rate with N flow rate and allowing excess Ga to form a liquid metal layer on the surface of the Mg-doped AlGaN, wherein the flow rate of N is held constant, while the AL flux is tuned to adjust the composition of the AlGaN alloy. depositing magnesium (Mg), aluminum (Al), gallium (Ga), and nitrogen (N) in a layer above the substrate, to form by epitaxy a Mg-doped AlGaN layer ; during said depositing, forming a liquid Ga layer on the Mg-doped AlGaN layer, wherein the liquid Ga layer causes formation of a metal-semiconductor junction during the epitaxy of the Mg-doped AlGaN layer; and during the epitaxy of the Mg-doped AlGaN layer, controlling the Al composition by tuning Al flux and growth rate with N flow rate and allowing excess Ga to form a liquid metal layer on the surface of the Mg-doped AlGaN, wherein the flow rate of N is held constant, while the AL flux is tuned to adjust the composition of the AlGaN alloy.
Method of recognizing deviations in communication behaviour of a network comprising the steps of: - collecting communication metadata in a switch of the network , wherein the communication metadata comprises data about characteristics of each communication over the switch ; - deriving for each communication over the switch two security values or three security values from the communication metadata of the respective communication and threshold values derived during the generation of a model of the communication behaviour derived from training communication metadata of the network ; - spanning a 2D envelope in the 2D domain or a 3D envelope in the 3D domain based on the threshold values, the envelope defining an area in the 2D domain or a space in the 3D domain where all the respective threshold values are met by the respective security points; - checking for each communication whether the respective at most three security values meet respective predetermined threshold values, wherein it is checked for each communication whether the security point, which is defined by the derived security values, lies within or on the envelope; and - generating a security warning in case at least one of the security points of the communication lies outside the envelope. - collecting communication metadata in a switch of the network , wherein the communication metadata comprises data about characteristics of each communication over the switch ; - deriving for each communication over the switch two security values or three security values from the communication metadata of the respective communication and threshold values derived during the generation of a model of the communication behaviour derived from training communication metadata of the network ; - spanning a 2D envelope in the 2D domain or a 3D envelope in the 3D domain based on the threshold values, the envelope defining an area in the 2D domain or a space in the 3D domain where all the respective threshold values are met by the respective security points; - checking for each communication whether the respective at most three security values meet respective predetermined threshold values, wherein it is checked for each communication whether the security point, which is defined by the derived security values, lies within or on the envelope; and - generating a security warning in case at least one of the security points of the communication lies outside the envelope.
A nucleic acid complex having a structure represented by the following structural formula : A ≡ C + , Wherein A represents a bioactive nucleic acid having a sequence capable of binding to a target gene; C represents a carrier peptide nucleic acid capable of binding to the bioactive nucleic acid; '≡' represents complementary binding between the bioactive nucleic acid and the carrier peptide nucleic acid; the bioactive nucleic acid represented by A is a PNA (Peptide Nucleic Acid), and has a generally negative charge; C (+) indicates that the carrier peptide nucleic acid is generally positively charged; and the carrier peptide nucleic acid comprises one or more gamma- or alpha-backbone-modified peptide nucleic acid monomers to be generally positively charged, wherein the gamma- or alpha-backbone-modified peptide nucleic acid monomers comprise a larger number of monomers having a positively charged amino acid than monomers having a negatively charged amino acid such that the carrier peptide nucleic acid is generally positively charged; and wherein the nucleic acid complex is generally positively charged. A represents a bioactive nucleic acid having a sequence capable of binding to a target gene; C represents a carrier peptide nucleic acid capable of binding to the bioactive nucleic acid; '≡' represents complementary binding between the bioactive nucleic acid and the carrier peptide nucleic acid; the bioactive nucleic acid represented by A is a PNA (Peptide Nucleic Acid), and has a generally negative charge; C (+) indicates that the carrier peptide nucleic acid is generally positively charged; and the carrier peptide nucleic acid comprises one or more gamma- or alpha-backbone-modified peptide nucleic acid monomers to be generally positively charged, wherein the gamma- or alpha-backbone-modified peptide nucleic acid monomers comprise a larger number of monomers having a positively charged amino acid than monomers having a negatively charged amino acid such that the carrier peptide nucleic acid is generally positively charged; and wherein the nucleic acid complex is generally positively charged.
Drilling apparatus for producing a bore in the ground, with - a carrier implement which has an undercarriage and an upper carriage that is rotatably supported on the undercarriage , - a mast which is fixed on the upper carriage of the carrier implement and - a drilling tool which, for the purpose of producing the bore, can be driven in a rotating manner and displaced along the mast , wherein on the undercarriage of the carrier implement a drill guide is fixed which has a guide sleeve with an internal diameter that is designed for the guided slide-through of the drilling tool , characterized in that - the drill guide has a carrier means that is designed as a rigid element, - in that the guide sleeve is arranged laterally offset to a longitudinal axis of the undercarriage and laterally spaced apart from the undercarriage and - in that the carrier means is fixed directly on a fastening means of a crawler unit on a crawler-track running gear. - a carrier implement which has an undercarriage and an upper carriage that is rotatably supported on the undercarriage , - a mast which is fixed on the upper carriage of the carrier implement and - a drilling tool which, for the purpose of producing the bore, can be driven in a rotating manner and displaced along the mast , wherein on the undercarriage of the carrier implement a drill guide is fixed which has a guide sleeve with an internal diameter that is designed for the guided slide-through of the drilling tool , - the drill guide has a carrier means that is designed as a rigid element, - in that the guide sleeve is arranged laterally offset to a longitudinal axis of the undercarriage and laterally spaced apart from the undercarriage and - in that the carrier means is fixed directly on a fastening means of a crawler unit on a crawler-track running gear.