mhurhangee/ep-ind-claims huggingface dataset:
A user fatigue level analysis component, comprising: - a memory configured to store computer executable instructions; and - a processor for executing the computer executable instructions, characterized in that the computer executable instructions comprise instructions for: - receiving at least a visual behavior parameter indicative of the real time visual behavior of the user, - receiving real-time head movement data relating to real time movement of the head of the user, - receiving life habit data relating to at least one parameter of the life habit of the user, - providing at least one sleep quality history parameter indicative of the sleep quality history of the user, - determining the fatigue level of the user based on the analysis of the combination of the at least one visual behavior parameter, the at least one sleep quality history parameter and the real-time head movement data, and - adjusting the fatigue level based on the life habit data. - a memory configured to store computer executable instructions; and - a processor for executing the computer executable instructions, characterized in that the computer executable instructions comprise instructions for: - receiving at least a visual behavior parameter indicative of the real time visual behavior of the user, - receiving real-time head movement data relating to real time movement of the head of the user, - receiving life habit data relating to at least one parameter of the life habit of the user, - providing at least one sleep quality history parameter indicative of the sleep quality history of the user, - determining the fatigue level of the user based on the analysis of the combination of the at least one visual behavior parameter, the at least one sleep quality history parameter and the real-time head movement data, and - adjusting the fatigue level based on the life habit data. - receiving at least a visual behavior parameter indicative of the real time visual behavior of the user, - receiving real-time head movement data relating to real time movement of the head of the user, - receiving life habit data relating to at least one parameter of the life habit of the user, - providing at least one sleep quality history parameter indicative of the sleep quality history of the user, - determining the fatigue level of the user based on the analysis of the combination of the at least one visual behavior parameter, the at least one sleep quality history parameter and the real-time head movement data, and - adjusting the fatigue level based on the life habit data.
Method for performing an automatic data request for data contained in a data field of a relevant program instance on a data processor, in which an Internet address within the data field of a program instance executed on the data processor is determined and is transmitted to a search routine, whereupon the search routine performs one or more automatic data requests, which correspond to the data of the data field, based on the Internet address, and displays the results of this one or more data requests in a screen region designated for this purpose, characterized in that the Internet address in the data field is read out with the help of a process application, which, for this purpose, performs native accessibility functions of an operating system running on the data processor and transfers the functional responses thereof to the search routine.
An operating unit for a vehicle component, in particular an infotainment system for operating various vehicle components, having - a housing having a front face, - an operating element arranged on said front face of said housing, which comprises an operating surface, wherein said operating element is spring-elastically mounted, - at least one sensor for detecting an actuation movement of said operating element, - at least one actuator for a feedback movement of said operating element in the case of an actuation movement of said operating element detected by said sensor, and - an analysis and control unit which is connected to said at least one sensor and said actuator, characterized in that - said actuator is configured as an armature-type electromagnet having a first stator comprising a first excitation coil, and an armature as a drive element, - said armature is provided with a measuring coil to which a measuring voltage is applied when a magnetic flux generated by said first excitation coil flows through said armature, and - said first excitation coil and said measuring coil are connected to said analysis and control unit, wherein by means of said analysis and control unit the force is adapted to be controlled and/or regulated with the aid of which said armature of said actuator is adapted to be moved towards said first stator and/or with the aid of which the deflection movement of said armature out of its rest position as well as the return movement of said armature into its rest position are adapted to be controlled and/or regulated. - a housing having a front face, - an operating element arranged on said front face of said housing, which comprises an operating surface, wherein said operating element is spring-elastically mounted, - at least one sensor for detecting an actuation movement of said operating element, - at least one actuator for a feedback movement of said operating element in the case of an actuation movement of said operating element detected by said sensor, and - an analysis and control unit which is connected to said at least one sensor and said actuator, - said actuator is configured as an armature-type electromagnet having a first stator comprising a first excitation coil, and an armature as a drive element, - said armature is provided with a measuring coil to which a measuring voltage is applied when a magnetic flux generated by said first excitation coil flows through said armature, and - said first excitation coil and said measuring coil are connected to said analysis and control unit, wherein by means of said analysis and control unit the force is adapted to be controlled and/or regulated with the aid of which said armature of said actuator is adapted to be moved towards said first stator and/or with the aid of which the deflection movement of said armature out of its rest position as well as the return movement of said armature into its rest position are adapted to be controlled and/or regulated.
An apparatus comprising: (a) a body; (b) a shaft extending distally from the body, wherein the shaft has a distal end; (c) an ultrasonic element located at the distal end of the shaft, wherein the ultrasonic element includes a distally presented annular face; and (d) an annular clamp pad, wherein the clamp pad is movable toward the distally presented annular face of the ultrasonic element to clamp tissue between the distally presented annular face of the ultrasonic element and the annular clamp pad, wherein the ultrasonic element is an ultrasonic transducer element which defines a central bore, the apparatus further comprising an elongate member, preferably a trocar, extending through the central bore of the ultrasonic transducer element, wherein the elongate member is operable to selectively move the clamp pad toward and away from the distally presented annular face of the ultrasonic transducer element, and an anvil, wherein the anvil comprises: (i) a head, defining a recess configured to accomodate excess tissue, interior to the annular clamp pad, wherein the annular clamp pad is secured to the head, and (ii) a shank extending from the head, wherein the shank is configured to couple with the elongate member. (a) a body; (b) a shaft extending distally from the body, wherein the shaft has a distal end; (c) an ultrasonic element located at the distal end of the shaft, wherein the ultrasonic element includes a distally presented annular face; and (d) an annular clamp pad, wherein the clamp pad is movable toward the distally presented annular face of the ultrasonic element to clamp tissue between the distally presented annular face of the ultrasonic element and the annular clamp pad, (i) a head, defining a recess configured to accomodate excess tissue, interior to the annular clamp pad, wherein the annular clamp pad is secured to the head, and (ii) a shank extending from the head, wherein the shank is configured to couple with the elongate member.
Vehicle protection film patterning method wherein vehicle protection film that is attached to the non-planar shaped parts of a vehicle is patterned, the vehicle protection film patterning method comprising: a sheet marking step wherein a pattern sheet is applied on the parts, and the pattern sheet is marked along the edge of the parts; a film cutting step wherein pattern film that is stretchable and planar shaped is cut into a size greater than the region marked by the sheet marking step; a film attaching step wherein the pattern film that was cut out by the film cutting step, is attached to the parts while wrinkles and gatherings are being stretched; a film marking step wherein the pattern film that was attached during the film attaching step is marked along the edge of the parts; a film separating step wherein the pattern film that was marked by the film marking step is separated from the parts; and a film planarization step wherein the pattern film separated by the film separating step undergoes shape changes into a flat shape. a sheet marking step wherein a pattern sheet is applied on the parts, and the pattern sheet is marked along the edge of the parts; a film cutting step wherein pattern film that is stretchable and planar shaped is cut into a size greater than the region marked by the sheet marking step; a film attaching step wherein the pattern film that was cut out by the film cutting step, is attached to the parts while wrinkles and gatherings are being stretched; a film marking step wherein the pattern film that was attached during the film attaching step is marked along the edge of the parts; a film separating step wherein the pattern film that was marked by the film marking step is separated from the parts; and a film planarization step wherein the pattern film separated by the film separating step undergoes shape changes into a flat shape.
A method for manufacturing a glass substrate, comprising steps of: cooling a glass substrate transported by a plurality of rolls (11, 12, 13, 14)rotating at a predetermined speed; predicting a crack defect rate of the glass substrate in accordance with a plurality of predictive factors related to crack defects of the glass substrate and rotational speed information of the respective rolls, in the transport process; and adjusting the rotational speed of each roll so that the crack defect rate of the glass substrate is lowered; wherein the plurality of predictive factors include operating conditions of the glass forming process and the width of the glass; the plurality of prediction factors include a raw material input amount, a glass thickness, a forming bath power, a forming bath temperature and an outside air temperature; and the prediction step is performed by estimating a crack defect rate through a partial least squares regression analysis of a plurality of predictive factors and rotational speed information of a plurality of rolls (11, 12, 13, 14). cooling a glass substrate transported by a plurality of rolls (11, 12, 13, 14)rotating at a predetermined speed; predicting a crack defect rate of the glass substrate in accordance with a plurality of predictive factors related to crack defects of the glass substrate and rotational speed information of the respective rolls, in the transport process; and adjusting the rotational speed of each roll so that the crack defect rate of the glass substrate is lowered; wherein the plurality of predictive factors include operating conditions of the glass forming process and the width of the glass; the plurality of prediction factors include a raw material input amount, a glass thickness, a forming bath power, a forming bath temperature and an outside air temperature; and the prediction step is performed by estimating a crack defect rate through a partial least squares regression analysis of a plurality of predictive factors and rotational speed information of a plurality of rolls (11, 12, 13, 14).
A compound selected from taurolidine or taurultam for use in a method selected from (i) a method of inducing apoptotic death of a neoplastic cell, comprising contacting said cell with an apoptosis-inducing amount of said compound; (ii) a method of inducing apoptotic death of a neoplastic cells, comprising contacting neoplastic cells and normal cells with said compound at a concentration sufficient to induce death of said neoplastic cells preferentially to said normal cells; (iii) a method of inhibiting growth of an autologous neoplastic cell in a mammal, comprising administering to said mammal a composition comprising said compound; (iv) a method of inhibiting growth of a drug resistant neoplastic cell in a mammal, comprising administering to said mammal a composition comprising said compound; (v) a method of killing a neoplastic cell in a mammal, comprising administering to said mammal a composition comprising said compound and wherein said composition is administered to directly contact the surface of said neoplastic cell at a dose sufficient to induce neoplastic cell death by apoptosis; (vi) a method of purging a population of bone marrow cells of neoplastic cells ex vivo, comprising contacting said population with a composition comprising said compound; wherein said neoplastic cell is a tumour is selected from the group consisting of breast cancer, prostate cancer, pancreatic cancer, lung cancer and gastric cancer. (i) a method of inducing apoptotic death of a neoplastic cell, comprising contacting said cell with an apoptosis-inducing amount of said compound; (ii) a method of inducing apoptotic death of a neoplastic cells, comprising contacting neoplastic cells and normal cells with said compound at a concentration sufficient to induce death of said neoplastic cells preferentially to said normal cells; (iii) a method of inhibiting growth of an autologous neoplastic cell in a mammal, comprising administering to said mammal a composition comprising said compound; (iv) a method of inhibiting growth of a drug resistant neoplastic cell in a mammal, comprising administering to said mammal a composition comprising said compound; (v) a method of killing a neoplastic cell in a mammal, comprising administering to said mammal a composition comprising said compound and wherein said composition is administered to directly contact the surface of said neoplastic cell at a dose sufficient to induce neoplastic cell death by apoptosis; (vi) a method of purging a population of bone marrow cells of neoplastic cells ex vivo, comprising contacting said population with a composition comprising said compound;
An imaging system, comprising: - a coherent light source delivering an object beam and a reference beam; - a modulation device (120; MA01; 820) capable of modulating all or part of the object beam with a modulation signal; - an image sensor (109; 609) arranged to receive an interference pattern resulting from a combination of the object beam and of the reference beam; and - a device (109; MAO2) of demodulation of the modulated portion of the object beam, the system being configured to, during a measurement phase: - apply to the modulation signal, via the modulation device (120; MA01; 820), a first pseudo-random sequence (Φ) of jumps of a parameter selected among the phase, the frequency, and the amplitude; and - simultaneously apply to the modulated portion of the object beam, via the demodulation device (109; MAO2), a second pseudo-random sequence (Ω) of jumps of said parameter, wherein the first (Φ) and second (Ω) sequences of jumps of said parameter are non-correlated. - a coherent light source delivering an object beam and a reference beam; - a modulation device (120; MA01; 820) capable of modulating all or part of the object beam with a modulation signal; - an image sensor (109; 609) arranged to receive an interference pattern resulting from a combination of the object beam and of the reference beam; and - a device (109; MAO2) of demodulation of the modulated portion of the object beam, - apply to the modulation signal, via the modulation device (120; MA01; 820), a first pseudo-random sequence (Φ) of jumps of a parameter selected among the phase, the frequency, and the amplitude; and - simultaneously apply to the modulated portion of the object beam, via the demodulation device (109; MAO2), a second pseudo-random sequence (Ω) of jumps of said parameter,
A system for injecting a therapeutic substance into a tissue site of a subject, comprising a stereotactic device comprising: a guiding arm; a floating cannula system attached to said guiding arm, said floating cannula system comprising a base cannula and a floating cannula configured to move up and down with respect to the base cannula to accommodate patient movement, and a hollow tube and a hollow needle connected thereto towards or away from the tissue site of the subject along a vertical axis; a positioning arm configured to position the guiding arm along a second axis perpendicular to the vertical axis; an attaching arm configured to attach the stereotactic device to an arm of a tissue retractor; and a connecting arm configured to connect the attaching arm to the positioning arm; wherein one or more of the guiding arm, positioning arm, and connecting arm are motorized and configured to be electronically controlled in order to adjust their relative positions; wherein the positioning arm and connecting arm have a perpendicular orientation relative to one another. a guiding arm; a floating cannula system attached to said guiding arm, said floating cannula system comprising a base cannula and a floating cannula configured to move up and down with respect to the base cannula to accommodate patient movement, and a hollow tube and a hollow needle connected thereto towards or away from the tissue site of the subject along a vertical axis; a positioning arm configured to position the guiding arm along a second axis perpendicular to the vertical axis; an attaching arm configured to attach the stereotactic device to an arm of a tissue retractor; and a connecting arm configured to connect the attaching arm to the positioning arm; wherein one or more of the guiding arm, positioning arm, and connecting arm are motorized and configured to be electronically controlled in order to adjust their relative positions; wherein the positioning arm and connecting arm have a perpendicular orientation relative to one another.
A coated optical element for use at wavelengths below 200nm, said optical element comprising a substrate having at least one homogeneous co-deposited L-H layer consisting of a high refractive index lanthanide metal fluoride material and a low refractive index metal fluoride material deposited on said substrate, and a L layer of a low refractive index metal fluoride material deposited on top of said co-deposited L-H layer, wherein a high refractive index is comprised in the range from 1.55 to 1.75 and a low refractive index is comprised in the range from 1.35 to 1.45, wherein the co-deposited layer consists of 2-30 wt.% low refractive index metal fluoride and 70-98 wt.% high refractive index material, and the at least one co-deposited L-H layer has a thickness in the range of 5 nm to 70 nm and the L layer deposited on top of the L-H layer has a thickness in the range of 5 nm to 70 nm.
A photoneutron source, comprising: an electron accelerating tube for accelerating an electron beam; an X-ray converting target, wherein the electron beam accelerated by the electron accelerating tube bombards the X-ray converting target to generate X-rays; a photoneutron target, wherein the X-rays enter the photoneutron target to generate photoneutrons; and a neutron modulation housing provided outside the photoneutron target and comprising a neutron collimation port for outputting photoneutrons; characterised in that the X-ray converting target is partially or entirely located within the photoneutron target. an electron accelerating tube for accelerating an electron beam; an X-ray converting target, wherein the electron beam accelerated by the electron accelerating tube bombards the X-ray converting target to generate X-rays; a photoneutron target, wherein the X-rays enter the photoneutron target to generate photoneutrons; and a neutron modulation housing provided outside the photoneutron target and comprising a neutron collimation port for outputting photoneutrons; characterised in that the X-ray converting target is partially or entirely located within the photoneutron target.
A wide bandwidth antenna, comprising: a ground plane having a recess with a tapered region accessible by an electromagnetic field via a radiating aperture at a forward end of the recess; an elongate dielectric feed disposed in the recess, the dielectric feed having a tapered portion proximate the tapered region to guide the electromagnetic field into the recess through the radiating aperture and influence pattern directivity; a conductive plating disposed at least partially about the dielectric feed in a wedge configuration to influence pattern beam width, and having a taper to facilitate propagation of the electromagnetic field over a range of frequencies, wherein the conductive plating is disposed toward a rearward end of the recess relative to the radiating aperture; characterized by a conductive plating portion on a bottom of the wedge configuration, wherein the conductive plating portion is coupled to the conductive plating and comprises a plated groove configured to receive a center conductor of a coaxial cable. a ground plane having a recess with a tapered region accessible by an electromagnetic field via a radiating aperture at a forward end of the recess; an elongate dielectric feed disposed in the recess, the dielectric feed having a tapered portion proximate the tapered region to guide the electromagnetic field into the recess through the radiating aperture and influence pattern directivity; a conductive plating disposed at least partially about the dielectric feed in a wedge configuration to influence pattern beam width, and having a taper to facilitate propagation of the electromagnetic field over a range of frequencies, wherein the conductive plating is disposed toward a rearward end of the recess relative to the radiating aperture; characterized by a conductive plating portion on a bottom of the wedge configuration, wherein the conductive plating portion is coupled to the conductive plating and comprises a plated groove configured to receive a center conductor of a coaxial cable.
A lawnmower, comprising: a cutter mounted to a shaft oriented in a vertical direction; a rear axle oriented in a horizontal direction; a cutter housing defining a lower opening below the cutter, a belt opening between the shaft and the rear axle, and at least one discharge opening; the lawnmower being characterized in that it further comprises a belt cover including a ring portion at least partially surrounding the shaft above the cutter and a guard portion extending toward the belt opening, wherein the belt cover includes at least one tab that engages a corresponding pocket on the cutter housing adjacent the belt opening. a cutter mounted to a shaft oriented in a vertical direction; a rear axle oriented in a horizontal direction; a cutter housing defining a lower opening below the cutter, a belt opening between the shaft and the rear axle, and at least one discharge opening; the lawnmower being characterized in that it further comprises a belt cover including a ring portion at least partially surrounding the shaft above the cutter and a guard portion extending toward the belt opening, wherein the belt cover includes at least one tab that engages a corresponding pocket on the cutter housing adjacent the belt opening.
A non-alcoholic functional beverage with a malt base or based on non-alcoholic beer or a water-aroma base enriched with amino acids and dietary fibre characterised in that it contains at the same time autolysate obtained from waste yeast slurry and dietary fibre obtained from fragmented brewers' grains.