mhurhangee/ep-ind-claims huggingface dataset:
A mobile electronic device, comprising: a body; a display screen, disposed to a first surface of the body and being able to display a start tag and a mode tag; an input-output module, comprising a base, a receiver, and a camera disposed to the base, and being able to be at least partially accommodated in the body, the base comprising a front surface and an upper surface; and a drive assembly, coupled to the input-output module, configured to drive the input-output module to be exposed from an end portion of the body in accordance with a user input signal for the start tag, and configured to drive the input-output module to rotate in accordance with a user input for the mode tag, characterized in that the input-output module comprises a light sensor, and a flash lamp disposed in the base; the light sensor comprises a first light sensor disposed on the upper surface and a second light sensor disposed on the front surface. a body; a display screen, disposed to a first surface of the body and being able to display a start tag and a mode tag; an input-output module, comprising a base, a receiver, and a camera disposed to the base, and being able to be at least partially accommodated in the body, the base comprising a front surface and an upper surface; and a drive assembly, coupled to the input-output module, configured to drive the input-output module to be exposed from an end portion of the body in accordance with a user input signal for the start tag, and configured to drive the input-output module to rotate in accordance with a user input for the mode tag, characterized in that the input-output module comprises a light sensor, and a flash lamp disposed in the base; the light sensor comprises a first light sensor disposed on the upper surface and a second light sensor disposed on the front surface.
Plant, comprising at least one apparatus for additively manufacturing of three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy source, wherein the plant comprises at least one operable component (7, 12 - 14), and a determination unit adapted to determine component data relating to at least one component (7, 12 - 14) of the plant, wherein a data storage is provided for storing the component data, wherein the at least one apparatus is adapted to manufacture the at least one component (7, 12 - 14) based on the component data, wherein a control unit is adapted to control the at least one apparatus, wherein at least one component (7, 12 - 14) is built based on corresponding component data stored in the data storage dependent on at least one maintenance parameter, wherein the control unit is adapted to amend component data stored in the data storage.
Liquid formulation for oral administration comprising 50 mg of diclofenac potassium and a buffering agent selected from alkali metal carbonates and bicarbonates wherein the weight ratio of buffering agent to diclofenac is in a range of 1:5 to 5:1, for use as a medicament for humans for treating migraine associated with photophobia and phonophobia.
An article of footwear, comprising: an upper portion including a lace to adjust fit of the upper portion against a foot; a sole structure including a mid-sole and an out-sole; a motorized tensioning system, including: a motor having a first current level associated with operating the motor when the article of footwear is tensioned at a first tension level, wherein there is a second current level associated with operating the motor when the article of footwear is tensioned at a second tension level; wherein, following the initiation of a return to preset command, the motor is drivable in a forward direction and a reverse direction and is configured to operate in the forward direction, or in the reverse direction and then in the forward direction, and wherein the motorized tensioning system is configured to measure current levels that are associated with operation of the motor in order to determine the tension level of the article of footwear, wherein the current levels are measured after the motor is driven in the forward direction. an upper portion including a lace to adjust fit of the upper portion against a foot; a sole structure including a mid-sole and an out-sole; a motorized tensioning system, including: a motor having a first current level associated with operating the motor when the article of footwear is tensioned at a first tension level, wherein there is a second current level associated with operating the motor when the article of footwear is tensioned at a second tension level; wherein, following the initiation of a return to preset command, the motor is drivable in a forward direction and a reverse direction and is configured to operate in the forward direction, or in the reverse direction and then in the forward direction, and wherein the motorized tensioning system is configured to measure current levels that are associated with operation of the motor in order to determine the tension level of the article of footwear, wherein the current levels are measured after the motor is driven in the forward direction. a motor having a first current level associated with operating the motor when the article of footwear is tensioned at a first tension level, wherein there is a second current level associated with operating the motor when the article of footwear is tensioned at a second tension level; wherein, following the initiation of a return to preset command, the motor is drivable in a forward direction and a reverse direction and is configured to operate in the forward direction, or in the reverse direction and then in the forward direction, and wherein the motorized tensioning system is configured to measure current levels that are associated with operation of the motor in order to determine the tension level of the article of footwear, wherein the current levels are measured after the motor is driven in the forward direction.
A display system, comprising a light source, a light modulator, a recovery device, and a light intensity adjustment device, wherein: the light source is configured to emit original light, and the original light is incident to the light modulator; the light modulator is configured to modulate the light incident thereto according to image data of an image to be displayed, and form image light for displaying the image and non-image light not for displaying the image; the recovery device is configured to recover the non-image light, wherein the recovered non-image light is to be incident to the light modulator; and characterised in that the light intensity adjustment device is configured to, according to intensity of the non-image light corresponding to currently modulated image to be displayed, adjust intensity of the original light emitted by the light source in such a manner that during modulation periods of different images to be displayed, total intensity of the original light and the recovered non-image light that are incident to the light modulator is kept consistent. the light source is configured to emit original light, and the original light is incident to the light modulator; the light modulator is configured to modulate the light incident thereto according to image data of an image to be displayed, and form image light for displaying the image and non-image light not for displaying the image; the recovery device is configured to recover the non-image light, wherein the recovered non-image light is to be incident to the light modulator; and characterised in that the light intensity adjustment device is configured to, according to intensity of the non-image light corresponding to currently modulated image to be displayed, adjust intensity of the original light emitted by the light source in such a manner that during modulation periods of different images to be displayed, total intensity of the original light and the recovered non-image light that are incident to the light modulator is kept consistent.
An apparatus for at least partially closing a throughbore, the apparatus comprising: - an apparatus housing, the apparatus housing defining a throughbore, the apparatus housing being configured to receive a downhole tool, such as tubulars of different diameters, in the apparatus housing throughbore; and - at least one pair of closure elements (30,32), each pair of closure elements (30,32) having profiled engagement surfaces comprising metallic sealing material for sealing against tubulars of different diameters, each closure element (30,32) being adapted to move between a retracted position, in which the throughbore is fully open, and a partially deployed position, in which the throughbore is at least partially closed and the apparatus being configured to form a metal to metal seal with a downhole tool located, in use, within the throughbore, each closure element (30,32) being configured to further move to a fully deployed position in which the throughbore is closed and sealed, at least a portion of the movement of each closure element (30,32) between the retracted position and the deployed position being rotational, the at least one pair of closure elements (30,32) being configured to centralise the downhole tool within the throughbore in moving to the partially deployed position, the apparatus further being configured to cut through the downhole tool in moving from the partially deployed position to the fully deployed position. - an apparatus housing, the apparatus housing defining a throughbore, the apparatus housing being configured to receive a downhole tool, such as tubulars of different diameters, in the apparatus housing throughbore; and - at least one pair of closure elements (30,32), each pair of closure elements (30,32) having profiled engagement surfaces comprising metallic sealing material for sealing against tubulars of different diameters, each closure element (30,32) being adapted to move between a retracted position, in which the throughbore is fully open, and a partially deployed position, in which the throughbore is at least partially closed and the apparatus being configured to form a metal to metal seal with a downhole tool located, in use, within the throughbore, each closure element (30,32) being configured to further move to a fully deployed position in which the throughbore is closed and sealed, at least a portion of the movement of each closure element (30,32) between the retracted position and the deployed position being rotational, the at least one pair of closure elements (30,32) being configured to centralise the downhole tool within the throughbore in moving to the partially deployed position, the apparatus further being configured to cut through the downhole tool in moving from the partially deployed position to the fully deployed position.
A method of forming a sheet metal blank, e.g. a board, as a workpiece in a forming die, e.g. in a forming press, wherein the forming die has at least one cavity and advantageously at least one blankholder for fixing the workpiece to the cavity during the forming, characterized in that the forming takes place in the solution heat treatment temperature range of the material of the workpiece to be formed, with the die being set to the solution heat treatment temperature specific to the workpiece. with the pressure of the blankholder or of the marginal region of the cavity onto the workpiece being selected such that material of the workpiece can flow from the region of the blankholder or of the marginal region of the cavity into the cavity; and/or with material of the workpiece being actively pushed into the cavity; or with the forming taking place entirely without any additional workpiece material in the cavity.
A method for generating formatted total packages comprising a defined number of adjoining equally sized individual pieces formed in particular of a food product, whereby the individual pieces are transported along the conveyor lines laying on conveyor belts, wherein the individual pieces on a first conveyor belt are supplied at a mutual distance and at a speed v B1 to a second conveyor belt (B2, B3), which forms a buffer line and which adjoins the first conveyor belt in transport direction, whereby the individual pieces at the beginning of the second conveyor belt (B2, B3) are accumulated to a buffer stack of adjoining individual pieces, whereby the buffer stack is transported on the second conveyor belt (B2, B3) at the speed v B2 which is lower than v B1, whereby at the end of the second conveyor belt (B2, B3) total packages are separated from the buffer stack by means of a discharging conveyor belt which, during the process of separating from the buffer stack, has a speed v B4 that is higher than v B2, and whereby transitions (18, 24) are located between the conveyor belts (B1, B2, B3, B4) which, during the process of accumulating and/or separating of the individual pieces, are displaced in relation to the transport direction.
Use of a betaine functionalised silicone at a level of from 0.1 to 10 wt.% as a fabric softening material, in a laundry detergent composition comprising:- (a) from 1 to 40 wt.% nonionic surfactant; and, (b) from 1 to 40 wt.% anionic surfactant. (a) from 1 to 40 wt.% nonionic surfactant; and, (b) from 1 to 40 wt.% anionic surfactant.
A method for producing a polyurethane lens, comprising polymerizing a composition containing - a polyisocyanate compound, - a polythiol compound obtained through esterification reaction of a polyol compound and thioglycolic acid, - a polymerization catalyst, and - 0.001-0.5 pbw, per 100 pbw of [ +], of an acidic phosphate ester compound of formula, wherein R 1 is C 1-20 -alkyl or C 6-10 -aryl; a is a number of 0-2; and b is 1 or 2; which method comprises preparing the composition by mixing the components and, and then adding the components and thereto. - a polyisocyanate compound, - a polythiol compound obtained through esterification reaction of a polyol compound and thioglycolic acid, - a polymerization catalyst, and - 0.001-0.5 pbw, per 100 pbw of [ +], of an acidic phosphate ester compound of formula, wherein R 1 is C 1-20 -alkyl or C 6-10 -aryl; a is a number of 0-2; and b is 1 or 2;
A communication device comprising: a communication unit configured to perform communication by a first link and a second link; and a control unit configured to control a communication operation by the communication unit, wherein the control unit is configured to set an occupancy period of the second link on a basis of transmission suppression information of the first link; wherein the control unit is further configured to set the occupancy period longer than a remaining time of a transmission suppression period of the first link. a communication unit configured to perform communication by a first link and a second link; and a control unit configured to control a communication operation by the communication unit, wherein the control unit is configured to set an occupancy period of the second link on a basis of transmission suppression information of the first link; wherein the control unit is further configured to set the occupancy period longer than a remaining time of a transmission suppression period of the first link.
A method for determining at least one optical conception parameter for a progressive ophthalmic lens intended to equip a frame of a wearer, depending on the visual behavior of the latter, said at least one optical conception parameter comprising a progression length (Lp) of said progressive ophthalmic lens, the method comprising the following steps: a) collecting data associated with the chosen frame and data relating to the prescription of the wearer, and collecting a plurality of behavioral measurements relating to a plurality of gaze directions and/or positions of the wearer during a visual task; and a3) acquiring a measurement of fitting height (FH, Hd) for said progressive ophthalmic lens in said frame; b) statistically processing said plurality of behavioral measurements in order to determine a zone of use of the area of an eyeglass fitted in said frame, said zone of use being representative of a statistical spatial distribution of said plurality of behavioral measurements; b1) calculating a vertical position of the centroid or a high limit of the zone of use and b3) calculating a value of a difference Δ between the vertical position of the centroid or the high limit and a reference vertical position, corresponding to a mean drop angle of the gaze relative to a primary direction of the far-vision gaze of the wearer; and c) determining at least one optical conception parameter comprising a value of progression length (Lp) for said progressive ophthalmic lens depending on said measurement of fitting height (FH, Hd) and on said difference Δ. a) collecting data associated with the chosen frame and data relating to the prescription of the wearer, and collecting a plurality of behavioral measurements relating to a plurality of gaze directions and/or positions of the wearer during a visual task; and a3) acquiring a measurement of fitting height (FH, Hd) for said progressive ophthalmic lens in said frame; b) statistically processing said plurality of behavioral measurements in order to determine a zone of use of the area of an eyeglass fitted in said frame, said zone of use being representative of a statistical spatial distribution of said plurality of behavioral measurements; b1) calculating a vertical position of the centroid or a high limit of the zone of use and b3) calculating a value of a difference Δ between the vertical position of the centroid or the high limit and a reference vertical position, corresponding to a mean drop angle of the gaze relative to a primary direction of the far-vision gaze of the wearer; and c) determining at least one optical conception parameter comprising a value of progression length (Lp) for said progressive ophthalmic lens depending on said measurement of fitting height (FH, Hd) and on said difference Δ.
A method for providing electrical propulsion assistance in a vehicle having pedals arranged on a crank axis, an electric motor, an actuator, and a control unit that is configured to provide control signals to said electric motor and said actuator based on a crank axle (21, 2, 3) input; said pedals, said electric motor, and said actuator being configured to propel said vehicle via a drive train; the method comprising: - detecting as a take-off attempt, the simultaneous occurrence of at least the following conditions: o said vehicle is at a stand-still; and o a torque is being applied to said pedals in a sense of forward motion of said vehicle; - permitting during said take-off attempt a forward rotation of said pedals; and - providing a propulsion supporting torque (2022, 2040) after said detection of said take-off attempt; characterized in that appropriate first control signals are provided to said electric motor and said actuator to apply a predetermined countertorque to said pedals during said forward rotation; and in that appropriate second control signals are provided to said electric motor and said actuator to provide said propulsion supporting torque when a predetermined take-off criterion is met. - detecting as a take-off attempt, the simultaneous occurrence of at least the following conditions: o said vehicle is at a stand-still; and o a torque is being applied to said pedals in a sense of forward motion of said vehicle; o said vehicle is at a stand-still; and o a torque is being applied to said pedals in a sense of forward motion of said vehicle; - permitting during said take-off attempt a forward rotation of said pedals; and - providing a propulsion supporting torque (2022, 2040) after said detection of said take-off attempt; characterized in that appropriate first control signals are provided to said electric motor and said actuator to apply a predetermined countertorque to said pedals during said forward rotation; and in that appropriate second control signals are provided to said electric motor and said actuator to provide said propulsion supporting torque when a predetermined take-off criterion is met.
A signal quality evaluation device characterized by: a first arithmetic unit configured to obtain an estimated value of a path selection error rate on a basis of a distribution of a path metric difference between a maximum likelihood path of each time of path selection, the maximum likelihood path being a detection path in maximum likelihood decoding, and a second path having a second highest likelihood in a partial response maximum likelihood, PRML, decoding system to perform partial response equalization and the maximum likelihood decoding for a reproduction signal of bit information; a second arithmetic unit configured to obtain an average error bit number in erroneous detection from a number of different bits between the maximum likelihood path and the second path at a time of path selection of each time in the maximum likelihood decoding; and an evaluation value generation unit (24, 25) configured to obtain an estimated bit error rate from the estimated value of the path selection error rate by the first arithmetic unit and the average error bit number in erroneous detection by the second arithmetic unit, and generate an evaluation value according to the estimated bit error rate. a first arithmetic unit configured to obtain an estimated value of a path selection error rate on a basis of a distribution of a path metric difference between a maximum likelihood path of each time of path selection, the maximum likelihood path being a detection path in maximum likelihood decoding, and a second path having a second highest likelihood in a partial response maximum likelihood, PRML, decoding system to perform partial response equalization and the maximum likelihood decoding for a reproduction signal of bit information; a second arithmetic unit configured to obtain an average error bit number in erroneous detection from a number of different bits between the maximum likelihood path and the second path at a time of path selection of each time in the maximum likelihood decoding; and an evaluation value generation unit (24, 25) configured to obtain an estimated bit error rate from the estimated value of the path selection error rate by the first arithmetic unit and the average error bit number in erroneous detection by the second arithmetic unit, and generate an evaluation value according to the estimated bit error rate.
A cell for making an anisotropic-structured product from a protein starting material when being subjected to a shear force and heated, the cell comprising an inner member and an outer member arranged concentrically along a longitudinal axis to define together a chamber for holding the starting material, wherein the inner member and the outer member are rotatable relative each other about the longitudinal axis for providing the shear force to the starting material and wherein both the inner member and the outer member further define for the cell an inner longitudinal surface and an outer longitudinal surface facing away the chamber such that a normal of each longitudinal surface is transverse to the longitudinal axis characterized in that both members are designed to be exposed to the ambient for allowing a heat exchange between both the inner longitudinal surface and the outer longitudinal surface with the ambient to heat the chamber.