mhurhangee/ep-ind-claims huggingface dataset:
Steering system for a motor vehicle comprising a steering wheel, a steering shaft and a hydraulic master unit, the steering shaft being mechanically actively connected to the master unit by a gear tooth system (6, 7), and also comprising hydraulic lines (12, 13) and a hydraulic slave unit in a steering gear which is mechanically coupled to steerable wheels for swivelling said wheels, characterised in that the active connection between the steering shaft and the hydraulic master unit is a gear tooth system with a variable transmission ratio.
A powered screwdriver system comprising: a driver housing having a handle portion configured for gripping by a user; a motor disposed within the housing, the motor comprising a stator and a rotor, the rotor being rotationally disposed within the stator; a working end providing a rotational output, the working end being mechanically coupled to the rotor; a power source arranged to provide power to the motor; characterised by a controller arranged to receive signals representative of a motor condition based on the received signals, in order to control the motor in a manner providing an electric ratchet capability. a driver housing having a handle portion configured for gripping by a user; a motor disposed within the housing, the motor comprising a stator and a rotor, the rotor being rotationally disposed within the stator; a working end providing a rotational output, the working end being mechanically coupled to the rotor; a power source arranged to provide power to the motor; characterised by a controller arranged to receive signals representative of a motor condition based on the received signals, in order to control the motor in a manner providing an electric ratchet capability.
A washer/dryer comprising a front wall; an opening which is arranged on the front wall and which provides access into the drum wherein the laundry is loaded; a door which closes the opening; a hole which is arranged on the periphery of the opening on the front wall; a lock which is mounted to the front wall, which is mounted into the hole and which has a body positioned behind the hole; a hook which is provided on the door; a hook housing which is arranged on the body and which passes through the hole when the door is closed so as to enable the hook to be inserted into the lock; a hook holder which is disposed on the body so as to contact at least one surface of the hook housing wherein the hook is inserted; and at least one first flexing member which is arranged between the hook holder and the side section of the body and which allows the hook holder to move depending on the force transmitted to the hook holder with the movement of the hook, characterized by a blocking member which is arranged on the body, which has at least one surface that contacts the hook holder, which makes a rotational movement by means of a second flexing member squeezed as a result of the force transmitted by the hook while being inserted into the hook housing, and the hook holder which is released as the blocking member makes a rotational movement so as to enable the hook to be kept in the hook housing and enable the door to be brought to the closed position.
A detection device for detecting the presence of a substance of interest in a sample, the device comprising: a data store comprising executable instructions for at least two convolutional neural networks, CNNs, configured to process images; and a processor coupled to the data store and configured to execute the instructions to operate the at least two CNNs; wherein the detection device is configured to: obtain spectrometry data, wherein the spectrometry data comprises data obtained from a spectrometer representative of the sample, wherein the spectrometry data is in the form of image data comprising at least one two dimensional array; operate a first one of the CNNs to process the spectrometry data to obtain a first CNN output; apply a mask to the spectrometry data to obtain masked data; operate a second one of the CNNs to process the masked data to obtain a second CNN output; and determine if the substance of interest is present in the sample based on both the first CNN output and the second CNN output. a data store comprising executable instructions for at least two convolutional neural networks, CNNs, configured to process images; and a processor coupled to the data store and configured to execute the instructions to operate the at least two CNNs; wherein the detection device is configured to: obtain spectrometry data, wherein the spectrometry data comprises data obtained from a spectrometer representative of the sample, wherein the spectrometry data is in the form of image data comprising at least one two dimensional array; operate a first one of the CNNs to process the spectrometry data to obtain a first CNN output; apply a mask to the spectrometry data to obtain masked data; operate a second one of the CNNs to process the masked data to obtain a second CNN output; and determine if the substance of interest is present in the sample based on both the first CNN output and the second CNN output. obtain spectrometry data, wherein the spectrometry data comprises data obtained from a spectrometer representative of the sample, wherein the spectrometry data is in the form of image data comprising at least one two dimensional array; operate a first one of the CNNs to process the spectrometry data to obtain a first CNN output; apply a mask to the spectrometry data to obtain masked data; operate a second one of the CNNs to process the masked data to obtain a second CNN output; and determine if the substance of interest is present in the sample based on both the first CNN output and the second CNN output.
A slow wave circuit comprising: a meandering waveguide having a folded structure composed by meandering grooves formed in the surfaces of plate-like components assembled to each other in an overlapping manner so as to form said folded waveguide; and a beam hole that is composed of linear grooves formed in the said surfaces of said components and that pierces the meandering waveguide, wherein a sectional shape of the beam hole in a direction orthogonal to a longitudinal direction thereof is a polygon having a larger number of sides as compared with a quadrilateral. a meandering waveguide having a folded structure composed by meandering grooves formed in the surfaces of plate-like components assembled to each other in an overlapping manner so as to form said folded waveguide; and a beam hole that is composed of linear grooves formed in the said surfaces of said components and that pierces the meandering waveguide, wherein a sectional shape of the beam hole in a direction orthogonal to a longitudinal direction thereof is a polygon having a larger number of sides as compared with a quadrilateral.
A treatment apparatus for the surgical correction of defective vision in an eye of a patient, which has a laser device that separates corneal tissue by irradiating pulsed, focused laser radiation, a contact glass for placing on and fixing the eye, which gives the corneal front surface a known spherical shape, and a planning device, wherein the planning device - comprises an interface for receiving measurement data about parameters of the eye and defective vision data about the defective vision of the eye to be corrected, - defines a volume from the received measurement and defective vision data, which volume is situated within the cornea and the removal of which from the cornea effects the desired defective vision correction, - defines a boundary surface (19, 20) which confines the defined volume within the cornea, and - for this boundary surface (19, 20) generates a control data set for controlling the laser device, which defines in the cornea a three-dimensional pattern of target points which lie in the boundary surface (19, 20) and are arranged in such a way that, after irradiating the pulsed laser radiation in accordance with the control data set, the boundary surface (19, 20) is formed as a cut surface which isolates the defined volume in the cornea and thus makes it removable, characterized in that - the planning device composes the boundary surface from an anterior surface part and a posterior surface part, the anterior surface part being a paraboloid that approximates a sphere that lies at a constant distance from the corneal front surface, and the posterior partial surface does not have a constant distance from the corneal front surface. - comprises an interface for receiving measurement data about parameters of the eye and defective vision data about the defective vision of the eye to be corrected, - defines a volume from the received measurement and defective vision data, which volume is situated within the cornea and the removal of which from the cornea effects the desired defective vision correction, - defines a boundary surface (19, 20) which confines the defined volume within the cornea, and - for this boundary surface (19, 20) generates a control data set for controlling the laser device, which defines in the cornea a three-dimensional pattern of target points which lie in the boundary surface (19, 20) and are arranged in such a way that, after irradiating the pulsed laser radiation in accordance with the control data set, the boundary surface (19, 20) is formed as a cut surface which isolates the defined volume in the cornea and thus makes it removable, characterized in that - the planning device composes the boundary surface from an anterior surface part and a posterior surface part, the anterior surface part being a paraboloid that approximates a sphere that lies at a constant distance from the corneal front surface, and the posterior partial surface does not have a constant distance from the corneal front surface.
A method comprising: identifying, by an edge device implemented in circuitry, a telemetry packet (60A, 60B) indicating telemetry data for a plurality of packets output by a network device of a plurality of network devices, wherein the edge device and the plurality of network devices are located in an enterprise network; selecting, by the edge device, a source identifier for the network device from a plurality of source identifiers; modifying, by the edge device, the telemetry packet to further indicate the selected source identifier; and outputting, by the edge device, the modified telemetry packet (62A, 62B). identifying, by an edge device implemented in circuitry, a telemetry packet (60A, 60B) indicating telemetry data for a plurality of packets output by a network device of a plurality of network devices, wherein the edge device and the plurality of network devices are located in an enterprise network; selecting, by the edge device, a source identifier for the network device from a plurality of source identifiers; modifying, by the edge device, the telemetry packet to further indicate the selected source identifier; and outputting, by the edge device, the modified telemetry packet (62A, 62B).
Film comprising a linear low-density polyethylene having a hexane extractables content as measured according to ASTM D-5227:95 of less than 2.5 wt% and a film root mean square roughness measured by atomic force microscopy according to point 4.2.2 ISO 4287:1997 of lower than 40 nm and an average roughness measured according to point 4.2.1 of ISO 4287:1997, of lower than 30 nm and a melt index measured according to ASTM D1238 at a temperature of 190°C and a load of 2.16 kg of higher than 1.5 g/10 min and at most 10 g/10 min.
A data communication network system in which a plurality of electronic control units (40A - 40H, 50) perform network communication through a communication line based on a time triggered communication protocol, wherein a certain unit among the plurality of electronic control units includes control means for, when an ignition switch of a vehicle is powered OFF, setting the communication line to a communication inhibited state, and thereafter, when the ignition switch is powered ON and the certain unit completes an initialization process, cancelling the communication inhibited state, and the certain unit completes the initialization process earlier than any other unit among the plurality of electronic control units, and transmits a message for synchronization, in a communication time, with the other units thereamong immediately after the communication inhibited state is cancelled.
A delivery system, comprising: a compression-resistance inner shaft (20; 120) having a distal end region, a tension resistance member (30a, 30b; 130a, 130b) extending at least partially along the inner shaft (20; 120), an outer surface, and an exoskeleton (24; 124) disposed along the outer surface; wherein the exoskeleton (24; 124) includes a plurality of bead members (26; 126) and a plurality of barrel members (28; 128); wherein at least one of the bead members (26; 126) is attached to the tension resistance member (30a, 30b; 130a, 130b); an implantable medical device coupled to the distal end region; and a sheath slidably disposed about the inner shaft (20; 120). a compression-resistance inner shaft (20; 120) having a distal end region, a tension resistance member (30a, 30b; 130a, 130b) extending at least partially along the inner shaft (20; 120), an outer surface, and an exoskeleton (24; 124) disposed along the outer surface; wherein the exoskeleton (24; 124) includes a plurality of bead members (26; 126) and a plurality of barrel members (28; 128); wherein at least one of the bead members (26; 126) is attached to the tension resistance member (30a, 30b; 130a, 130b); an implantable medical device coupled to the distal end region; and a sheath slidably disposed about the inner shaft (20; 120).
Compounds chosen from: Compound 2. Phenyl-2-(C-β-D-galactopyranosyl)-1-hydroxyethane; Compound 4. 1-[2-(3-hydroxypropylamino)propyl]-C-β-D-galactopyranose; Compound 5. 3-methyl-4-(C-β-D-galactopyranosyl)-2-butenoic acid ethyl ester; Compound 6. Ethyl -3-methyl-4-[(2S, 3R, 4R, 5R, 6R)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2H-pyran-2-yl]but-2-enoate. Compound 2. Phenyl-2-(C-β-D-galactopyranosyl)-1-hydroxyethane; Compound 4. 1-[2-(3-hydroxypropylamino)propyl]-C-β-D-galactopyranose; Compound 5. 3-methyl-4-(C-β-D-galactopyranosyl)-2-butenoic acid ethyl ester; Compound 6. Ethyl -3-methyl-4-[(2S, 3R, 4R, 5R, 6R)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2H-pyran-2-yl]but-2-enoate.
Vehicle seat, wherein the vehicle seat can be converted from a use position to an access position, wherein the vehicle seat comprises a backrest structure for the backrest and a seat structure, wherein the vehicle seat is mounted in a manner displaceable along an axis on a rail system comprising an upper rail and a lower rail, characterised in that, the vehicle seat comprises a displacement limiting means, wherein the displacement limiting means limits a displacement of the vehicle seat along the axis during the conversion of the vehicle seat from the use position to the access position, wherein the vehicle seat can be locked in the access position by the displacement limiting means, wherein the displacement limiting means comprises a latch and a locking pin, wherein, in the access position, the latch cooperates with the locking pin, characterised in that, the vehicle seat comprises a lever mounted on the upper rail and rotatable about a rotational axis between a front and a rear arm, which, in the case of activation, releases a rail lock of the vehicle seat, wherein the locking pin is arranged on the front arm of the lever and acts on the latch in the access position.
Process for the production of chondroitin sulphate, wherein N -acetyl-galactosamine residues sulphated at the 4- or 6- positions are present on the same polysaccharide chain, characterised in that it comprises the following reaction steps: a) preparation of 4,6-benzylidene derivative on residues of chondroitin N -acetyl-galactosamine in acid form; b) acylation of the 2 and 3 hydroxyls of the glucuronic acid residues; c) oxidative opening of the benzylidene cycle; d) sulphation of the 4 or 6 hydroxyls of the N -acetyl-galactosamine residues; e) elimination of the benzoyl protective group from the 4- or 6- positions of the N -acetyl-galactosamine residues, and of the acyl protective groups on the 2 and 3 hydroxyls of the glucuronic acid residues; f) purification of the chondroitin 4 or 6 sulphate thus obtained.
An electronic device (MG, 201) having an optical lens assembly and an image sensor that receives an image formed by the lens assembly and converts the image into an electrical image signal, the lens assembly comprising a sequence of at least two lenses (L1, L2, L3, L4) arranged along an axis from an object side to an image side, characterized in that at least one of the sequence of at least two lenses consists of a first lens, a second lens, a third lens, and a fourth lens, which are sequentially arranged from the object side to the image side, and the second lens or the third lens comprises the object side surface having a planar central region, the image side surface having a planar central region, and the peripheral region having an aspherical surface, and wherein the at least one lens satisfies the following equation: 0.01 < " φ flat − object / φ full" < 0.5, wherein φflat-object is a diameter of the planar central region of the object side surface, and φfull is an effective diameter of the at least one lens.
A method for forming precursor material (140, 232, 300) for additive manufacturing, the method comprising: exposing a first powder to a first plasma such that an amine-functionalized powder (132, 236, 310) is formed; exposing a second powder to a second plasma such that an epoxide-functionalized powder (136, 234, 320) is formed; and mixing the amine-functionalized powder (132, 236, 310) and the epoxide-functionalized powder (136, 234, 320) to form the precursor material (140, 232, 300), wherein: the first plasma comprises at least one of: ammonia; molecular nitrogen; or molecular nitrogen and molecular hydrogen; and the second plasma comprises at least one of: molecular oxygen; or carbon dioxide. exposing a first powder to a first plasma such that an amine-functionalized powder (132, 236, 310) is formed; exposing a second powder to a second plasma such that an epoxide-functionalized powder (136, 234, 320) is formed; and mixing the amine-functionalized powder (132, 236, 310) and the epoxide-functionalized powder (136, 234, 320) to form the precursor material (140, 232, 300), the first plasma comprises at least one of: ammonia; molecular nitrogen; or molecular nitrogen and molecular hydrogen; and ammonia; molecular nitrogen; or molecular nitrogen and molecular hydrogen; and the second plasma comprises at least one of: molecular oxygen; or carbon dioxide. molecular oxygen; or carbon dioxide.
Conveyor belt arrangement of a material processing device with a conveyor belt and a receiving and adjusting mechanism of the conveyor belt, wherein the conveyor belt has a feed area and a discharge area, wherein the conveyor belt is pivotally attachable to the material processing device with the receiving and adjusting mechanism between a working position and a transport position, wherein the conveyor belt is supported on at least two bearing elements (40, 60) of the receiving and adjusting mechanism, wherein the bearing elements (40, 60) are indirectly or directly mounted on a respective receiving element (30, 50) of the receiving and adjusting mechanism so as to be rotatable about axes of rotation (40.1, 60.1) and wherein the receiving elements (30, 50) are each coupled to a pivot bearing with a respective pivot axis (30.1, 50.1) for pivotable attachment to the material processing device, wherein at least one of the at least two bearing elements (40, 60) is linearly adjustably connected to the conveyor belt, characterized in that the bearing element connected in a linearly adjustable manner to the conveyor belt has guide rollers facing the conveyor belt, on which guide rollers the conveyor belt is mounted, in that guide rails are arranged laterally opposite the conveyor belt at least in sections, and in that guide brackets are arranged on the bearing element (40, 60) connected in a linearly adjustable manner to the conveyor belt, which guide brackets engage at least partially around the guide rails. wherein the conveyor belt is pivotally attachable to the material processing device with the receiving and adjusting mechanism between a working position and a transport position, wherein the conveyor belt is supported on at least two bearing elements (40, 60) of the receiving and adjusting mechanism, wherein the bearing elements (40, 60) are indirectly or directly mounted on a respective receiving element (30, 50) of the receiving and adjusting mechanism so as to be rotatable about axes of rotation (40.1, 60.1) and wherein the receiving elements (30, 50) are each coupled to a pivot bearing with a respective pivot axis (30.1, 50.1) for pivotable attachment to the material processing device, wherein at least one of the at least two bearing elements (40, 60) is linearly adjustably connected to the conveyor belt, characterized in that the bearing element connected in a linearly adjustable manner to the conveyor belt has guide rollers facing the conveyor belt, on which guide rollers the conveyor belt is mounted, in that guide rails are arranged laterally opposite the conveyor belt at least in sections, and in that guide brackets are arranged on the bearing element (40, 60) connected in a linearly adjustable manner to the conveyor belt, which guide brackets engage at least partially around the guide rails.
Sealing valve for a pressure storage container for a medium, wherein the sealing valve has a valve housing a valve chamber with an intake opening and an outlet opening facing the pressure accumulator vessel, a movable piston, and at least one spring, wherein the piston has at least one axial connecting channel and is guided in an axially movable manner by at least two sealing elements (41, 42) arranged in the valve chamber, wherein a first effective piston surface of the piston, said first effective piston surface facing an inlet region of the valve chamber, and a sealing body or the valve housing form a valve seat, and wherein, by changing the pressure in an accumulator region of the valve chamber, said accumulator region being adjacent to a second effective piston surface, the piston is axially movable and a passage opening arranged between the intake opening and the outlet opening can be reversibly closed and opened, wherein, in the unpressurized state, the passage opening is kept open by the spring, characterized in that the first effective piston surface and the sealing body are designed in such a manner that, in a closed position of the piston, a sealing effect occurs at a sealing edge in the region of the outer border of the first effective piston surface, wherein the intake opening opens radially outside the effective piston surface into the inlet region of the valve chamber.