mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for determining at least one visual performance of at least one eye of a person, wherein the method comprises at least the following steps: a) displaying on a screen to the at least one eye of a person at least one visual fixation mark configured to attract a visual perception of the person by directing a line of sight of the at least one eye of the person towards the visual fixation mark; b) subsequently displaying on a screen to the at least one eye of the person at least one visual stimulus configured to elicit at least one eye movement in the at least one eye of the person towards the at least one visual stimulus; c) generating tracking data about the at least one eye movement of the at least one eye of the person by using at least one eye-tracking device; and d) determining the at least one visual performance from the tracking data by using at least one processing device; wherein the at least one visual performance of the at least one eye of the person is determined for at least one point in a visual field of the person by using a first spatial location of the at least one visual fixation mark and a second spatial location of the at least one visual stimulus; characterized in that an attention level of the person is determined by evaluating a time-related difference in reaction times between at least one particular measurement cycle and at least one subsequent measurement cycle. a) displaying on a screen to the at least one eye of a person at least one visual fixation mark configured to attract a visual perception of the person by directing a line of sight of the at least one eye of the person towards the visual fixation mark; b) subsequently displaying on a screen to the at least one eye of the person at least one visual stimulus configured to elicit at least one eye movement in the at least one eye of the person towards the at least one visual stimulus; c) generating tracking data about the at least one eye movement of the at least one eye of the person by using at least one eye-tracking device; and d) determining the at least one visual performance from the tracking data by using at least one processing device; wherein the at least one visual performance of the at least one eye of the person is determined for at least one point in a visual field of the person by using a first spatial location of the at least one visual fixation mark and a second spatial location of the at least one visual stimulus; characterized in that an attention level of the person is determined by evaluating a time-related difference in reaction times between at least one particular measurement cycle and at least one subsequent measurement cycle.
A method for separating whole blood into at least two fractions under the influence of gravity by means of a hollow fiber membrane filtration unit, with the steps: - splitting off thrombocytes and leukocytes from whole blood contained in a withdrawal bag by means of a leukocyte filter, with erythrocytes and plasma remaining in suspension, - feeding the erythrocyte/plasma suspension into a processing bag, - splitting off cell-free plasma from the erythrocyte/plasma suspension in a first separation step, by feeding the erythrocyte/plasma suspension from the processing bag through the hollow fiber membrane filtration unit into collecting bags (4, 5, 6), - suspending of the erythrocyte/plasma suspension obtained in this way in the processing bag with a nutrient and/or rinsing solution under sterile conditions (7, 14, 19), - splitting off cell-free plasma from the suspended erythrocyte/plasma suspension in a second separating step, by feeding the erythrocyte/plasma suspension in a circulation from the at least one collecting bag for the erythrocyte/plasma suspension via a fluid connection into the processing bag and then again through the hollow fiber membrane filtration unit, wherein - the erythrocyte/plasma suspension flows through the hollow fiber membrane filtration unit in the same direction in both separating steps. - splitting off thrombocytes and leukocytes from whole blood contained in a withdrawal bag by means of a leukocyte filter, with erythrocytes and plasma remaining in suspension, - feeding the erythrocyte/plasma suspension into a processing bag, - splitting off cell-free plasma from the erythrocyte/plasma suspension in a first separation step, by feeding the erythrocyte/plasma suspension from the processing bag through the hollow fiber membrane filtration unit into collecting bags (4, 5, 6), - suspending of the erythrocyte/plasma suspension obtained in this way in the processing bag with a nutrient and/or rinsing solution under sterile conditions (7, 14, 19), - splitting off cell-free plasma from the suspended erythrocyte/plasma suspension in a second separating step, by feeding the erythrocyte/plasma suspension in a circulation from the at least one collecting bag for the erythrocyte/plasma suspension via a fluid connection into the processing bag and then again through the hollow fiber membrane filtration unit, wherein - the erythrocyte/plasma suspension flows through the hollow fiber membrane filtration unit in the same direction in both separating steps.
Method for warning road users of potential danger areas caused by a vehicle that is carrying out a driving manoeuvre, wherein the vehicle is an articulated vehicle and wherein a control device is provided that - cyclically retrieves the steering angle of the vehicle by means of at least one steering angle sensor, - cyclically retrieves the direction of travel from a driving speed selector, - cyclically determines, from the steering angle and the direction of travel by using a steering model of the vehicle that is accessible to the control device, a road space that will be occupied in the future within a specifiable time and speed in the event the steering angle is maintained, wherein the control device in articulated vehicles also cyclically ascertains, in addition to the steering angle, the articulation angle and uses the future occupied road space for the ascertainment, - controls at least one projection device (4.1, 4.2, 4.3, 4.4) with the information about the future occupied road space thus obtained such that at least part of the future occupied road space is made visible by a light projection onto the ground surface surrounding the vehicle, wherein the projection of the future occupied road space takes into account a safety distance. - cyclically retrieves the steering angle of the vehicle by means of at least one steering angle sensor, - cyclically retrieves the direction of travel from a driving speed selector, - cyclically determines, from the steering angle and the direction of travel by using a steering model of the vehicle that is accessible to the control device, a road space that will be occupied in the future within a specifiable time and speed in the event the steering angle is maintained, wherein the control device in articulated vehicles also cyclically ascertains, in addition to the steering angle, the articulation angle and uses the future occupied road space for the ascertainment, - controls at least one projection device (4.1, 4.2, 4.3, 4.4) with the information about the future occupied road space thus obtained such that at least part of the future occupied road space is made visible by a light projection onto the ground surface surrounding the vehicle, wherein the projection of the future occupied road space takes into account a safety distance.
Lamp for automotive vehicle front lighting, comprising - a base for mechanical and electrical connection to an automotive headlight, said base having a longitudinal axis, - a burner fixed to said base, said burner comprising an enclosed transparent vessel, - at least a first and a second filament (34, 36) arranged within said vessel, - and a baffle arranged proximate to said first filament to partially shield light emitted from said first filament, - wherein said baffle is of concave shape and includes at least a bottom surface and side surfaces, said side surfaces terminating in side edges, - and wherein said baffle further includes a front surface arranged at an axial front end of said baffle, the axial front end being the axial end of baffle closest to the second filament, where at least a part of said front surface is arranged between said first and second filaments (34, 36) to shield said second filament from light emitted from said first filament, - wherein the front surface extends higher than the side edges of the baffle, - and wherein the front surface and the side edges form a sloping transition, - wherein said side edges each comprise a central portion extending, in a side view, at least straight and in parallel to said longitudinal axis, said straight central portions starting, in a side view, at a distance (a) along said axis from said front end of no more than 2.8 mm, - and wherein an edge height (H E) is defined as a distance between said bottom surface and a plane defined between said straight central portion of said side edges, where said edge height (H E) is more than 2.8 mm. - a base for mechanical and electrical connection to an automotive headlight, said base having a longitudinal axis, - a burner fixed to said base, said burner comprising an enclosed transparent vessel, - at least a first and a second filament (34, 36) arranged within said vessel, - and a baffle arranged proximate to said first filament to partially shield light emitted from said first filament, - wherein said baffle is of concave shape and includes at least a bottom surface and side surfaces, said side surfaces terminating in side edges, - and wherein said baffle further includes a front surface arranged at an axial front end of said baffle, the axial front end being the axial end of baffle closest to the second filament, where at least a part of said front surface is arranged between said first and second filaments (34, 36) to shield said second filament from light emitted from said first filament, - wherein the front surface extends higher than the side edges of the baffle, - and wherein the front surface and the side edges form a sloping transition, - wherein said side edges each comprise a central portion extending, in a side view, at least straight and in parallel to said longitudinal axis, said straight central portions starting, in a side view, at a distance (a) along said axis from said front end of no more than 2.8 mm, - and wherein an edge height (H E) is defined as a distance between said bottom surface and a plane defined between said straight central portion of said side edges, where said edge height (H E) is more than 2.8 mm.
An extrusion blow mold machine forming hollow containers from a tube or parison of resin material, the blow mold machine comprising: at least one pair of opposing half molds that combine to form a mold and define a mold cavity, each of the half molds positioned on a respective carrier plate, and a closing unit that engages at least one of the carrier plates to move the at least one carrier plate and its respective half mold toward and away from the opposing half mold and its respective carrier plate, thereby closing and opening the mold, characterized in that each of the half molds includes a first mold segment, a second mold segment, and a third mold segment mounted adjacent to a path of the tube or parison of resin material that will form the container, the first and third mold segments (2,6) are movable with respect to each other and with respect to both the second mold segment and the axis of the tube between an open position that permits passage of the tube between the mold segments (2,4,6), and a closed position in which the mold segments (2,4,6) cooperate to form a closed mold cavity for blow molding the container; and a mechanical structure (20,22,26) creating vertical movement of the first and third mold segments (2,6) relative to the second mold segment as the mold opens horizontally, without the aid of any electrical, hydraulic, or pneumatic device. at least one pair of opposing half molds that combine to form a mold and define a mold cavity, each of the half molds positioned on a respective carrier plate, and a closing unit that engages at least one of the carrier plates to move the at least one carrier plate and its respective half mold toward and away from the opposing half mold and its respective carrier plate, thereby closing and opening the mold, characterized in that each of the half molds includes a first mold segment, a second mold segment, and a third mold segment mounted adjacent to a path of the tube or parison of resin material that will form the container, the first and third mold segments (2,6) are movable with respect to each other and with respect to both the second mold segment and the axis of the tube between an open position that permits passage of the tube between the mold segments (2,4,6), and a closed position in which the mold segments (2,4,6) cooperate to form a closed mold cavity for blow molding the container; and a mechanical structure (20,22,26) creating vertical movement of the first and third mold segments (2,6) relative to the second mold segment as the mold opens horizontally, without the aid of any electrical, hydraulic, or pneumatic device.
A method of manufacturing a flame-retardant magnesium alloy comprising a step of melting a flame-retardant magnesium alloy which contains a atomic% of Zn, x atomic% of Ca, in total, b atomic% of at least one element selected from a group consisting of Gd, Tb, Tm and Lu, and a residue of Mg, in the atmosphere, wherein a, b and x satisfy formulae 1 to 4 below, wherein said flame-retardant magnesium alloy optionally contains y atomic% of Al, and y satisfies Formula 5 below, wherein said flame-retardant magnesium alloy optionally contains, in total, c atomic% of at least one element selected from a group consisting of La, Ce, Pr, Eu and Mm, and c satisfies Formula 6 and Formula 7 below, or optionally contains, in total, c' atomic% of at least one element selected from a group consisting of Yb, Sm and Nd, and c' satisfies Formula 6' and Formula 7' below, or optionally contains, in total, c" atomic% of at least one element selected from a group consisting of Yb, Sm and Nd, contains, in total, d atomic% of at least one element selected from a group consisting of La, Ce, Pr, Eu and Mm, and c" and d satisfy Formulae 6" to 8" below, and wherein said flame-retardant magnesium alloy optionally contains, in total, more than 0 atomic% and not more than 2.5 atomic% of at least one element selected from a group consisting of Th, Si, Mn, Zr, Ti, Hf, Nb, Ag, Sr, Sc, B, C, Sn, Au, Ba, Ge, Bi, Ga, In, Ir, Li, Pd, Sb and V, 0.1 ≤ a ≤ 5.0 0.25 ≤ b ≤ 5.0 0.5 ⁢ a − 0.5 ≤ b 0.1 ≤ x ≤ 0.5 0 < y ≤ 0.5 0 ≤ c ≤ 2.0 0.5 ≤ b + c ≤ 6.0 0 ≤ c ′ ≤ 3.0 0.5 ≤ b + c ′ ≤ 6.0 0 ≤ c " ≤ 3.0 0 ≤ d ≤ 2.0 0.5 ≤ b + c " + d ≤ 6.0. wherein said flame-retardant magnesium alloy optionally contains y atomic% of Al, and y satisfies Formula 5 below, wherein said flame-retardant magnesium alloy optionally contains, in total, c atomic% of at least one element selected from a group consisting of La, Ce, Pr, Eu and Mm, and c satisfies Formula 6 and Formula 7 below, or optionally contains, in total, c' atomic% of at least one element selected from a group consisting of Yb, Sm and Nd, and c' satisfies Formula 6' and Formula 7' below, or optionally contains, in total, c" atomic% of at least one element selected from a group consisting of Yb, Sm and Nd, contains, in total, d atomic% of at least one element selected from a group consisting of La, Ce, Pr, Eu and Mm, and c" and d satisfy Formulae 6" to 8" below, and wherein said flame-retardant magnesium alloy optionally contains, in total, more than 0 atomic% and not more than 2.5 atomic% of at least one element selected from a group consisting of Th, Si, Mn, Zr, Ti, Hf, Nb, Ag, Sr, Sc, B, C, Sn, Au, Ba, Ge, Bi, Ga, In, Ir, Li, Pd, Sb and V, 0.1 ≤ a ≤ 5.0 0.25 ≤ b ≤ 5.0 0.5 ⁢ a − 0.5 ≤ b 0.1 ≤ x ≤ 0.5 0 < y ≤ 0.5 0 ≤ c ≤ 2.0 0.5 ≤ b + c ≤ 6.0 0 ≤ c ′ ≤ 3.0 0.5 ≤ b + c ′ ≤ 6.0 0 ≤ c " ≤ 3.0 0 ≤ d ≤ 2.0 0.5 ≤ b + c " + d ≤ 6.0.
A method for use in a wireless device for handling data transmissions in a radio communications network, the method being characterized in that when the wireless device is served by a first radio base station and a second radio base station providing dual connectivity to the wireless device in the radio communications network the method comprises: - evaluating whether a trigger condition for buffer status reporting is fulfilled, wherein the trigger condition states that when an uplink buffer of the wireless device exceeds a given threshold X, the buffer status report is sent to the first and second radio base stations, otherwise the buffer status report is only transmitted to the first radio base station; and - in case of bearers split over the two radio base stations, transmitting a buffer status report, when the uplink buffer exceeds the given threshold, to the first radio base station and the second radio base station or, when uplink buffer is equal or below the threshold, to the first radio base station. - evaluating whether a trigger condition for buffer status reporting is fulfilled, wherein the trigger condition states that when an uplink buffer of the wireless device exceeds a given threshold X, the buffer status report is sent to the first and second radio base stations, otherwise the buffer status report is only transmitted to the first radio base station; and - in case of bearers split over the two radio base stations, transmitting a buffer status report, when the uplink buffer exceeds the given threshold, to the first radio base station and the second radio base station or, when uplink buffer is equal or below the threshold, to the first radio base station.
An apparatus for evaluating the fit of a modular window assembly into a simulated vehicle body opening comprising: a supporting base member; a vehicle body opening simulator mounted to the base member; one or more light sources disposed in the vehicle body opening simulator for illuminating a vehicle window positioned proximate the simulator; and one or more devices for securing the vehicle window to the vehicle body opening simulator. a supporting base member; a vehicle body opening simulator mounted to the base member; one or more light sources disposed in the vehicle body opening simulator for illuminating a vehicle window positioned proximate the simulator; and one or more devices for securing the vehicle window to the vehicle body opening simulator.
A method for connecting a flexible line to a structure of a fluid exploitation installation, comprising the following steps: - providing a flexible line and a bend limiter axially immobilized around the flexible line by a releasable immobilizing mechanism; - partially inserting the flexible line through a hollow rigid member secured to the structure; - immobilizing the bend limiter on the hollow rigid member; - deactivating the releasable immobilizing mechanism; - moving the flexible line relative to the bend limiter in the hollow rigid member, the bend limiter remaining substantially axially stationary relative to the hollow rigid member; characterized in that the releasable immobilizing mechanism the releasable immobilizing mechanism includes a retaining member secured to one of the flexible line and the bend limiter and a moving engaging member mounted on the other of the bend limiter and the flexible line, the retaining member being a threaded rod, the engaging assembly being a segmented nut comprising moving members engaged around the retaining member, the moving members being formed by separated threaded segments, and in that the releasable immobilizing mechanism is deactivated independently of the movement of the flexible line with respect to the bend limiter, by radially moving the moving members between a retracted engaged configuration of the retaining member and a deployed released configuration of the retaining member. - providing a flexible line and a bend limiter axially immobilized around the flexible line by a releasable immobilizing mechanism; - partially inserting the flexible line through a hollow rigid member secured to the structure; - immobilizing the bend limiter on the hollow rigid member; - deactivating the releasable immobilizing mechanism; - moving the flexible line relative to the bend limiter in the hollow rigid member, the bend limiter remaining substantially axially stationary relative to the hollow rigid member;
Apparatus for producing so-called soft ice cream comprising - a refrigerated feeding tank for a liquid mixture suitable for the preparation of soft ice cream, - a group for pasteurising the mixture and - a whipping cylinder, said group for pasteurising the mixture comprising - a heating device for an amount of mixture equal to at least one portion of product, a pre-cooling device (30, 30') for said amount of heated mixture characterized in that said group for pasteurising the mixture further comprises a storage tank (40, 40') for storing the pasteurised mixture at a constant temperature, said pre-cooling device and said storage tank being connected in series between said tank and said whipping cylinder. - a refrigerated feeding tank for a liquid mixture suitable for the preparation of soft ice cream, - a group for pasteurising the mixture and - a whipping cylinder, - a heating device for an amount of mixture equal to at least one portion of product,
Corrosion protection body for a protection system for a furnace inner wall having a front face that can be turned towards the interior space of the furnace, a rear face and side faces (1c, 1d, 1e, 1f) that connect the front face with the rear face, wherein the corrosion protection body comprises a base body made of a first ceramic material, wherein a layer of a second ceramic material is arranged on the front face of the base body, wherein the second ceramic material of the layer has a lower porosity than the first ceramic material of the base body, characterized in that the ratio between the thickness of the layer and the thickness of the base body is in the range from 1:5 to 1:10.
A porous membrane used for blood purification containing hydrophilic polymer at a content of at least 0.5% by weight and up to 8% by weight, wherein the hydrophilic polymer is polyvinylpyrrolidone or its copolymer, the membrane is a hollow fiber membrane and wherein pores formed on the inner surface of the membrane, measured from an image obtained by observing the surface with a scanning electron microscope as described in the description, satisfy the following and: average of ratio of the major diameter to the minor diameter of the pores is at least 3 and up to 6, and average of the minor diameter of the pores is at least 5 nm and up to 20 nm and a standard deviation is up to 4 nm, and wherein material constituting the main component is an amorphous polymer which is a polymer that shows no exothermic peak by crystallization when measured by a differential scanning calorimeter, wherein the amorphous polymer is a polysulfone polymer. average of ratio of the major diameter to the minor diameter of the pores is at least 3 and up to 6, and average of the minor diameter of the pores is at least 5 nm and up to 20 nm and a standard deviation is up to 4 nm, and