mhurhangee/ep-ind-claims huggingface dataset:
A back-rest, whose frame-shaped base structure formed from struts is formed from a dimensionally stable plastic, wherein the frame-shaped base structure has at least one functional element between the struts, wherein the at least one functional element is designed as a plastic-coated insert, characterized in that the functional element arranged between the struts is a plastic-coated, partial or complete insert (22', 22") in the manner of a wire arranged between the struts of the base structure, which serves as a spring element in the surface formed between the struts of the base structure as a plastic-coated web (18', 18") overmolded with dimensionally stable plastic.
A tool, comprising: a substrate of a cemented carbide; and a cutting edge tip of a cubic boron nitride sintered body joined to the substrate, wherein the cutting edge tip has a thickness covering an upper surface to a lower surface of the substrate, the cubic boron nitride sintered body contains 50 volume% or more and 95 volume% or less of cubic boron nitride and 5 volume% or more and 50 volume% or less of a binder phase, and the cubic boron nitride has an average grain size of 1.0 μm or more and 6.0 μm or less, wherein a joint surface of the cutting edge tip and the substrate contains a curved area, wherein the curved area has a concave portion and a convex portion, chracterised in that the curved area contains a curve with a radius of curvature of 50 μm or more and 1.0 mm or less, and a maximum distance along a center line of the tool between a tip end of the concave portion and a tip end of the convex portion is 0.1 mm or more and 0.7 mm or less. the cutting edge tip has a thickness covering an upper surface to a lower surface of the substrate, the cubic boron nitride sintered body contains 50 volume% or more and 95 volume% or less of cubic boron nitride and 5 volume% or more and 50 volume% or less of a binder phase, and the cubic boron nitride has an average grain size of 1.0 μm or more and 6.0 μm or less, wherein a joint surface of the cutting edge tip and the substrate contains a curved area, wherein the curved area has a concave portion and a convex portion, chracterised in that the curved area contains a curve with a radius of curvature of 50 μm or more and 1.0 mm or less, and a maximum distance along a center line of the tool between a tip end of the concave portion and a tip end of the convex portion is 0.1 mm or more and 0.7 mm or less.
A wind turbine comprising a nacelle, a rotor being rotatable about an axis and relative to the nacelle, and a braking system, the rotor comprising a plurality of blades mounted on a rotor-centre-structure and being adapted to be parked in a plurality of parking positions, wherein each of the parking positions provides at least two simultaneously appearing passages suitable for passage of personnel from the nacelle into an inner space in the rotor-centre-structure, each passage being formed by a nacelle-opening into the nacelle in communication with a matching rotor-centre-structure-opening into the rotor-centre-structure, and wherein the braking system is configured to stop the rotor in the parking positions.
Automation module for the manual introduction and pick up of biological specimens to be directly urgently interfaced with a testing module for laboratory diagnostics of an automation system, characterized in that said automation module comprises a first and a second main lane, two U-shaped turning modules and a first and a second secondary lane on which carrying devices travel, each carrying device containing a tube for said biological specimens, the first secondary lane being provided with an introduction point of said tubes into said carrying devices, and a pickup point of said tubes from said carrying devices, the pickup point and the introduction point being in a sequence along the same first secondary lane, the pickup point being before the introduction point and a return point from said first secondary lane to the first main lane being after the introduction point, said sequence being adapted to make the carrying device pass from the pickup point to the introduction point, the first and the second main lanes and said two U-shaped turning modules, present at the ends thereof, being adapted to keep said carrying devices in continuous circulation along a waiting path in order for being routed towards the secondary lanes (3, 31), said second secondary lane being directly interfaced with said testing module and suitable for serving as preferential testing lane for said carrying devices, said carrying devices outgoing from the testing module being suitable for queuing along the first secondary lane at the pickup point, in correspondence of said introduction point of said tubes containing said biological specimens in said carrying devices are present a first stopping gate, a first antenna intended for detecting said carrying devices, a first sensor for detecting said tubes and a rotation apparatus of said carrying devices for detecting a barcode, printed on labels glued on said tubes, by a barcode reader, in correspondence of said pickup point of said tubes containing said biological specimens from said carrying devices are present a second stopping gate, a second antenna intended for detecting said carrying devices, and a second sensor for detecting said tubes.
A method of generating a three dimensional surface profile of a food object, comprising: • exposing the food object with a conical X-ray beam while the food object is conveyed, • detecting the attenuation of the X-rays after penetrating through the food object, the detection being performed using a plurality of sensors arranged below the food object, the plurality of sensors being positioned at a pre-determined positions in relation to the X-ray source, • converting, for each of the plurality of sensors, the detected attenuation into a penetration length of the X-ray beam, the penetration length indicating the length from where the X-ray beam enters and leaves the food object, and • sequentially determining surface coordinates (y2,z2) using the penetration lengths and the sensor positions as input data and using the surface coordinates and the penetration lengths to make a correction of the attenuation of the cone shaped X-rays such that the attenuation corresponds to a vertical attenuation through the object. • exposing the food object with a conical X-ray beam while the food object is conveyed, • detecting the attenuation of the X-rays after penetrating through the food object, the detection being performed using a plurality of sensors arranged below the food object, the plurality of sensors being positioned at a pre-determined positions in relation to the X-ray source, • converting, for each of the plurality of sensors, the detected attenuation into a penetration length of the X-ray beam, the penetration length indicating the length from where the X-ray beam enters and leaves the food object, and • sequentially determining surface coordinates (y2,z2) using the penetration lengths and the sensor positions as input data and using the surface coordinates and the penetration lengths to make a correction of the attenuation of the cone shaped X-rays such that the attenuation corresponds to a vertical attenuation through the object.
Device at an agricultural machine (101; 201; 301) comprising two mainly parallel, in the direction of travel cross-running disc implement rows (102a, 102c; 202a, 202b; 304a, 304b), wherein the orientation of the disc implements (102b, 102d; 203a 203b; 302a, 302b) contained in the mentioned disc implement rows is arranged so that the fore row (102a; 202a; 304a) has disc implements that are mounted on a frame beam (110; 211; 303) and that are angled outwards backwards towards the sides of the machine and in a dividing line mainly parallel to the direction of travel of the machine form a first point of change (208a, 304c), and the rear row (102c, 202b; 304b) has disc implements (102d; 203b; 302b) that are mounted on a frame beam (110; 211; 303) and that are angled inwards backwards from the sides of the machines and in the dividing line form a second point of change (208b, 304c), wherein the fore row is adapted to throw soil from the first point of change outwards towards the sides of the machine and the other row is adapted to throw soil from the sides of the machine inwards towards the second point of change, characterised in that, the dividing line with the first point of change (208a, 304c), and with the second point of change (208b, 304c) is arranged at a predetermined distance across the direction of travel from the centre line of the machine (101; 201; 301) and in that the first point of change (208a, 304c) and the second point of change (208b, 304c) are arranged mainly in line with one wheel track (109; 207b; 306b) of an appointed draught vehicle.
A process for producing a shaped body comprising a zeolitic material, where the zeolitic material is a zeolite of the pentasil type, and at least one silicon-containing binder, which comprises the steps preparing a mixture comprising the zeolitic material, the binder, a make-up aid and a solvent, mixing and densifying the mixture, shaping the densified mixture to give a shaped body, drying the shaped body and calcining the dried shaped body, wherein the silicon-containing binder used is a cyclic silicone of the formula [-SiO (R')-] x or a linear silicone of the formula RO-[SiO (R')-] x -R or a mixture of these silicones, where R and R' are C 1-6 -alkyl groups and x is in the range from 2 to 50. preparing a mixture comprising the zeolitic material, the binder, a make-up aid and a solvent, mixing and densifying the mixture, shaping the densified mixture to give a shaped body, drying the shaped body and calcining the dried shaped body,
A refill unit for a use in a product dispensing system including a dispenser housing having an actuating device that engages an actuating carriage, the refill unit comprising: a product reservoir; and a pump in fluid communication with said product reservoir, said pump including a generally cylindrical piston and a connecting member that is received by and connected to the actuating carriage, characterized in that the connecting member is flexible and the flexible connecting member is provided in the form of a flared tip having generally conical shape extending from the end of the generally cylindrical piston; wherein the flexible connecting member transfers and dampens actuation forces to piston and is resilient so that it can undergo at least some deformation and then return to its original state. a product reservoir; and a pump in fluid communication with said product reservoir, said pump including a generally cylindrical piston and a connecting member that is received by and connected to the actuating carriage, characterized in that the connecting member is flexible and the flexible connecting member is provided in the form of a flared tip having generally conical shape extending from the end of the generally cylindrical piston; wherein the flexible connecting member transfers and dampens actuation forces to piston and is resilient so that it can undergo at least some deformation and then return to its original state.
A therapeutic combination for use in a method for the treatment of a cancer expressing ErbB2, wherein the method comprises administering a therapeutic combination as a combined formulation or by alternation to a mammal, wherein the therapeutic combination comprises a therapeutically effective amount of trastuzumab-MCC-DMl, and a therapeutically effective amount of lapatinib, wherein administration of the therapeutic combination results in a synergistic effect in a BT-474 cancer model.
A swing gate comprising at least: - a screen, the screen being pivotally mounted around an axis of rotation, the screen comprising at least one post, the post being aligned with the axis of rotation, and - a support device, the support device supporting the post, from below, so that it can pivot around the axis of rotation, the support device comprising at least one base, the base comprising at least one bearing for guiding the post so that it can pivot around the axis of rotation, characterised - in that the base further comprises at least one circular rack, the circular rack being centred on the axis of rotation, - in that the support device comprises at least: • a stop, the stop being immobilised on the base, in a predetermined angular position around the axis of rotation, by cooperation with the circular rack, and • a stop pin, the stop pin being secured to the post and being configured to bear against the stop, at the end of a pivoting travel of the screen around the axis of rotation. - a screen, the screen being pivotally mounted around an axis of rotation, the screen comprising at least one post, the post being aligned with the axis of rotation, and - a support device, the support device supporting the post, from below, so that it can pivot around the axis of rotation, the support device comprising at least one base, the base comprising at least one bearing for guiding the post so that it can pivot around the axis of rotation, characterised - in that the base further comprises at least one circular rack, the circular rack being centred on the axis of rotation, - in that the support device comprises at least: • a stop, the stop being immobilised on the base, in a predetermined angular position around the axis of rotation, by cooperation with the circular rack, and • a stop pin, the stop pin being secured to the post and being configured to bear against the stop, at the end of a pivoting travel of the screen around the axis of rotation. • a stop, the stop being immobilised on the base, in a predetermined angular position around the axis of rotation, by cooperation with the circular rack, and • a stop pin, the stop pin being secured to the post and being configured to bear against the stop, at the end of a pivoting travel of the screen around the axis of rotation.
Waistbelt buckle, preferably of metal, silicone, or duroplastics, wherein, in cross section, the buckle forms a wedge exhibiting a base for bearing against a wearer's lower abdomen, comprising a guide (12, 12b) for guiding a strap at an inclination relative to the base which slopes away from the base of the wedge.
Method for identifying compounds that bind a target opioid receptor in a pH-dependent manner, comprising a) modification of a base compound to produce a modified compound, b) determination of the acid dissociation constant (pKa) of said modified compound, c) selection of said modified compound for further processing when pKa of said modified compound is less than 7, preferably between 4 and 7, more preferably between 5 and 7, and d) testing the binding of the modified compound in said target opioid receptor, wherein the modified compound binds the target opioid receptor at a pH value below 7, and/or wherein steps a) to d) are simulations carried out by one or more computer programmes, and wherein step d) is carried out with the modified compound and the base compound, successively, in any order, using computer implemented methods in a three-dimensional binding pocket and/or receptor activation path model, wherein a modified compound is identified as binding a target opioid receptor in a pH-dependent manner when the binding of said target opioid receptor by the modified compound in step d) is improved or the same in comparison to the binding of said target opioid receptor by the base compound. a) modification of a base compound to produce a modified compound, b) determination of the acid dissociation constant (pKa) of said modified compound, c) selection of said modified compound for further processing when pKa of said modified compound is less than 7, preferably between 4 and 7, more preferably between 5 and 7, and d) testing the binding of the modified compound in said target opioid receptor, wherein the modified compound binds the target opioid receptor at a pH value below 7, and/or wherein steps a) to d) are simulations carried out by one or more computer programmes, and wherein step d) is carried out with the modified compound and the base compound, successively, in any order, using computer implemented methods in a three-dimensional binding pocket and/or receptor activation path model, wherein a modified compound is identified as binding a target opioid receptor in a pH-dependent manner when the binding of said target opioid receptor by the modified compound in step d) is improved or the same in comparison to the binding of said target opioid receptor by the base compound.
A registration method, characterized in that the method is applied to an authorization server which is a node in a blockchain network and stores a blockchain composed of a plurality of blocks, each block is used for storing authorization information, and the method includes: receiving a registration request message sent by a user device, wherein the registration request message includes identification information, and the identification information is used for performing identity verification on a user; assigning authorization information to the user, wherein the authorization information is used to indicate a service that the user can access; and writing the identification information and the authorization information into the blocks of the blockchain through the authorization server. receiving a registration request message sent by a user device, wherein the registration request message includes identification information, and the identification information is used for performing identity verification on a user; assigning authorization information to the user, wherein the authorization information is used to indicate a service that the user can access; and writing the identification information and the authorization information into the blocks of the blockchain through the authorization server.
A method of transmitting data from an analyte sensor system to a display device, wherein the analyte sensor system corresponds to a near field communication, NFC, target and comprises an analyte sensor and an electronics module, wherein the electronics module comprises a processor (214, 314) for obtaining and processing sensor measurement values from the analyte sensor and a transceiver for transmitting the data, wherein the analyte sensor is physically connected to the electronics module, and wherein the display device is capable of NFC communication and corresponds to an NFC initiator, the method comprising: the analyte sensor system gathering analyte data from the analyte sensor that it periodically sends to the display device via wireless transmission with the display device at predetermined time intervals, wherein the analyte sensor system and the display device establish a communication channel between them to periodically communicate; and waking up the electronics module using NFC by the display device, where the NFC wakeup causes immediate or forced communication between the electronics module and the display device. the analyte sensor system gathering analyte data from the analyte sensor that it periodically sends to the display device via wireless transmission with the display device at predetermined time intervals, wherein the analyte sensor system and the display device establish a communication channel between them to periodically communicate; and waking up the electronics module using NFC by the display device, where the NFC wakeup causes immediate or forced communication between the electronics module and the display device.
A method for printing an image to be viewed in a frontlit illumination condition and a backlit illumination condition, the method comprising: printing a first non-white ink layer on a substrate; printing a white ink layer over the first non-white ink layer; and printing a second non-white ink layer over the white ink layer, the method being characterised in that the first ink layer and the second ink layer are printed using different color profiles, the second ink layer being printed with a color profile to result in an intended colorimetry during a frontlit illumination condition and the first ink layer being printed with a color profile to result in an intended colorimetry for the image during a backlit illumination condition. printing a first non-white ink layer on a substrate; printing a white ink layer over the first non-white ink layer; and printing a second non-white ink layer over the white ink layer, the method being characterised in that the first ink layer and the second ink layer are printed using different color profiles, the second ink layer being printed with a color profile to result in an intended colorimetry during a frontlit illumination condition and the first ink layer being printed with a color profile to result in an intended colorimetry for the image during a backlit illumination condition.
A method comprising: obtaining a first object detection of an object depicted in a video that is generated using a first object detector; obtaining a second object detection of the object depicted in the video that is generated using a second object detector, wherein the second object detector requires more computational resources than the first object detector to detect the object; determining whether: a similarity between the first and second object detections satisfies a similarity threshold; or a difference between the first and second object detections satisfies a difference threshold; when the similarity between the first and second object detections satisfies the similarity threshold, storing the first object detection as a positive example for supervised machine learning training; and when the difference between the first and second object detections satisfies the difference threshold, storing the first object detection as a negative example for supervised machine learning training; characterized in that the similarity threshold comprises a minimum intersection over union between the first and second object detections, and a minimum confidence level of the second detection; and the difference threshold comprises a maximum intersection over union between the first and second object detections, and a maximum confidence level of the second detection. obtaining a first object detection of an object depicted in a video that is generated using a first object detector; obtaining a second object detection of the object depicted in the video that is generated using a second object detector, wherein the second object detector requires more computational resources than the first object detector to detect the object; determining whether: a similarity between the first and second object detections satisfies a similarity threshold; or a difference between the first and second object detections satisfies a difference threshold; a similarity between the first and second object detections satisfies a similarity threshold; or a difference between the first and second object detections satisfies a difference threshold; when the similarity between the first and second object detections satisfies the similarity threshold, storing the first object detection as a positive example for supervised machine learning training; and when the difference between the first and second object detections satisfies the difference threshold, storing the first object detection as a negative example for supervised machine learning training; characterized in that the similarity threshold comprises a minimum intersection over union between the first and second object detections, and a minimum confidence level of the second detection; and the difference threshold comprises a maximum intersection over union between the first and second object detections, and a maximum confidence level of the second detection.