mhurhangee/ep-ind-claims huggingface dataset:
Display device intended to be incorporated into a portable object, the display device including a dial in which is provided an opening, which defines a display area, an indicator member being arranged behind the dial, and at least a first group of motifs extending in a plane parallel to the indicator member and being arranged to appear through the opening provided in the dial, the motifs of the first group of motifs always being oriented in the same direction when said motifs appear through the opening, characterized in that: - the group of motifs is formed of at least a first motif having a first size and of a second motif of identical meaning to that of the first motif and having a second size that is different from the first size; - the group of motifs is seen through a lenticular array formed of a plurality of juxtaposed cylindrical lenses extending parallel to each other, the cylindrical lenses of the lenticular array having a focal length such that the focal plane of the cylindrical lenses coincides with the plane in which the group of motifs extends; - the first motif of the group of motifs and the second motif of the same group of motifs as the first motif are fragmented into rectilinear sections (24, 26) which extend parallel to each other, the rectilinear sections (24, 26) being interleaved with each other so that there is always one section of the second motif located between two sections of the first motif. - the group of motifs is formed of at least a first motif having a first size and of a second motif of identical meaning to that of the first motif and having a second size that is different from the first size; - the group of motifs is seen through a lenticular array formed of a plurality of juxtaposed cylindrical lenses extending parallel to each other, the cylindrical lenses of the lenticular array having a focal length such that the focal plane of the cylindrical lenses coincides with the plane in which the group of motifs extends; - the first motif of the group of motifs and the second motif of the same group of motifs as the first motif are fragmented into rectilinear sections (24, 26) which extend parallel to each other, the rectilinear sections (24, 26) being interleaved with each other so that there is always one section of the second motif located between two sections of the first motif.
A method for examining a surface of a sample, comprising the following steps to be carried out in the specified order: a) applying a quantity of test liquid to a sample surface, b) determining a property of the quantity of test liquid that is influenced by the interaction of the quantity of test liquid with the sample surface, characterized by the further steps of: c) receiving the quantity of test liquid by means of an absorber tip of an absorber unit, wherein the absorber tip consists of an absorbent absorber material, d) sealing the absorber unit. a) applying a quantity of test liquid to a sample surface, b) determining a property of the quantity of test liquid that is influenced by the interaction of the quantity of test liquid with the sample surface, characterized by the further steps of: c) receiving the quantity of test liquid by means of an absorber tip of an absorber unit, wherein the absorber tip consists of an absorbent absorber material, d) sealing the absorber unit.
A medicinal formulation for use in a pressurized metered dose inhaler comprising: a space filled flocculated suspension comprising one or more flocculated particles of one or more active agents formed by thin film freezing and a propellant, wherein a) a portion of the one or more flocculated particles is templated by the formation of one or more droplets upon atomization and b) the templated floc compacts upon the evaporation of the propellant to form a porous particle for deep lung delivery. a space filled flocculated suspension comprising one or more flocculated particles of one or more active agents formed by thin film freezing and a propellant, wherein a) a portion of the one or more flocculated particles is templated by the formation of one or more droplets upon atomization and b) the templated floc compacts upon the evaporation of the propellant to form a porous particle for deep lung delivery. a) a portion of the one or more flocculated particles is templated by the formation of one or more droplets upon atomization and b) the templated floc compacts upon the evaporation of the propellant to form a porous particle for deep lung delivery.
A motor vehicle, comprising a water box with a first inner chamber for separating and removing water from a first air stream flowing through the first inner chamber, wherein the water box is designed as a heat exchanger and has a heat exchange element (13, 20, 21) which serves for transferring thermal energy between the first air stream and a second air stream; an air-conditioning unit for cooling and/or heating the first air stream; and at least one guide structure (8, 26, 27), which serves for guiding the second air stream to the heat exchange element (13, 20, 21) in a targeted manner; characterized in that at least one control element is provided, by way of which the transfer of the thermal energy between the first air stream and the second air stream can be allowed in a first operating state and at least partially prevented in a second operating state, and in that a connecting structure (35; 38) is also provided in order, in the second operating state, to guide an additional fresh-air stream to the air-conditioning unit. a water box with a first inner chamber for separating and removing water from a first air stream flowing through the first inner chamber, wherein the water box is designed as a heat exchanger and has a heat exchange element (13, 20, 21) which serves for transferring thermal energy between the first air stream and a second air stream; an air-conditioning unit for cooling and/or heating the first air stream; and at least one guide structure (8, 26, 27), which serves for guiding the second air stream to the heat exchange element (13, 20, 21) in a targeted manner; characterized in that at least one control element is provided, by way of which the transfer of the thermal energy between the first air stream and the second air stream can be allowed in a first operating state and at least partially prevented in a second operating state, and in that a connecting structure (35; 38) is also provided in order, in the second operating state, to guide an additional fresh-air stream to the air-conditioning unit.
A method of trans-illumination imaging, the method comprising: reducing a coherence of light upstream of a sample by scattering and mixing at least a portion of the light; irradiating the sample with the light of reduced coherence; detecting an image of the sample created with at least a portion of the light of reduced coherence that has passed through a plane defined by the sample; wherein the step of detecting is performed with the sample defocused to form interference fringes in the image, wherein the sample is defocused when the position of the sample and an objective relative to one another along the optical axis is offset from a local contrast minimum, and wherein the step of reducing diminishes but not completely eliminates an intensity of the interference fringes; and generating at least a portion of the light as a beam of light with a light source, wherein the step of reducing is performed at least in part using a diffuser disposed in an optical path between the light source and the sample; characterized by splitting the beam of light into a pair of beams upstream of the diffuser, wherein only one beam of the pair of beams is incident on the diffuser; and combining the pair of beams with one another downstream of the diffuser and upstream of the sample. reducing a coherence of light upstream of a sample by scattering and mixing at least a portion of the light; irradiating the sample with the light of reduced coherence; detecting an image of the sample created with at least a portion of the light of reduced coherence that has passed through a plane defined by the sample; wherein the step of detecting is performed with the sample defocused to form interference fringes in the image, wherein the sample is defocused when the position of the sample and an objective relative to one another along the optical axis is offset from a local contrast minimum, and wherein the step of reducing diminishes but not completely eliminates an intensity of the interference fringes; and generating at least a portion of the light as a beam of light with a light source, wherein the step of reducing is performed at least in part using a diffuser disposed in an optical path between the light source and the sample; characterized by splitting the beam of light into a pair of beams upstream of the diffuser, wherein only one beam of the pair of beams is incident on the diffuser; and combining the pair of beams with one another downstream of the diffuser and upstream of the sample.
An ink stick detection system for a solid ink imaging device comprising: an optical source oriented to emit light toward a first face of a solid ink stick supported in the imaging device; an optical sensor oriented to receive light reflected from the first face of the solid ink stick and configured to generate signals corresponding to an amount of received reflected light; an actuator operatively connected to one of the optical source and the optical sensor, the actuator being configured to move the one of the optical source and the optical sensor between a plurality of predetermined positions; and a controller operatively connected to the actuator and the optical sensor, the controller being configured to identify a feature of the solid ink stick from the signals generated by the optical sensor. an optical source oriented to emit light toward a first face of a solid ink stick supported in the imaging device; an optical sensor oriented to receive light reflected from the first face of the solid ink stick and configured to generate signals corresponding to an amount of received reflected light; an actuator operatively connected to one of the optical source and the optical sensor, the actuator being configured to move the one of the optical source and the optical sensor between a plurality of predetermined positions; and a controller operatively connected to the actuator and the optical sensor, the controller being configured to identify a feature of the solid ink stick from the signals generated by the optical sensor.
A non-therapeutic method for improving the motor skills coordination or agility of a growing animal comprising feeding the animal an effective amount of a composition comprising: at least 10% by weight protein; at least 4% by weight fat; and at least 0.05% by weight of at least one omega-3 polyunsaturated fatty acid, wherein the animal is a non-human animal. at least 10% by weight protein; at least 4% by weight fat; and at least 0.05% by weight of at least one omega-3 polyunsaturated fatty acid, wherein the animal is a non-human animal.
A radiant heater comprising: a radiant heating element in the form of a tube having first and second ends, wherein the tube consists of first and second substantially straight sections, generally parallel to one another, connected by a U-shaped tube; a burner communicating with the first end of the tube for delivering combustion gases into the first straight section; and a redirecting element which is disposed in the first straight section so as to redirect, in use, at least a portion of the combustion gases flowing within the upper half of the tube towards the lower half of the tube; wherein the radiant heater comprises an extractor communicating with the second end of the tube for extracting gases from the second straight: section; and wherein said redirecting element comprises at least one pair of longitudinally extending helical vanes (228,230), each vane (228,230) in each pair being arranged diametrically opposite one another, the first vane of the or each pair having a surface that extends downwards from the upper half of the tube into the lower half of the tube, and the second vane of the or each pair having a surface that extends upwards from the lower half of the tube into the upper half of the tube, wherein the or each pair of vanes are supported on a longitudinal post that extends centrally within the tube; and wherein the fore end of the post has a cone arranged in use to urge gases being drawn towards the redirecting element outwards towards the vanes (228,230). a radiant heating element in the form of a tube having first and second ends, wherein the tube consists of first and second substantially straight sections, generally parallel to one another, connected by a U-shaped tube; a burner communicating with the first end of the tube for delivering combustion gases into the first straight section; and a redirecting element which is disposed in the first straight section so as to redirect, in use, at least a portion of the combustion gases flowing within the upper half of the tube towards the lower half of the tube; wherein the radiant heater comprises an extractor communicating with the second end of the tube for extracting gases from the second straight: section; and wherein said redirecting element comprises at least one pair of longitudinally extending helical vanes (228,230), each vane (228,230) in each pair being arranged diametrically opposite one another, the first vane of the or each pair having a surface that extends downwards from the upper half of the tube into the lower half of the tube, and the second vane of the or each pair having a surface that extends upwards from the lower half of the tube into the upper half of the tube, wherein the or each pair of vanes are supported on a longitudinal post that extends centrally within the tube; and wherein the fore end of the post has a cone arranged in use to urge gases being drawn towards the redirecting element outwards towards the vanes (228,230).
A computer-implemented method for analyzing an update to a transform element, the method including: identifying a time of a recent update to a particular transform element of one or more transform elements, the recent update being an update within a threshold amount of time; in response to determining that the particular transform element was recently updated, reviewing update logs associated with the particular transform element to identify one or more inconsistencies between the update logs and a timing of the recent update stored in a data repository, wherein the presence of inconsistencies can be indicative of an error or a potential error associated with the particular transform element; and if any errors or potential errors associated with the particular transform element are identified, outputting an alert to indicate an identified error or potential error associated with the particular transform element. identifying a time of a recent update to a particular transform element of one or more transform elements, the recent update being an update within a threshold amount of time; in response to determining that the particular transform element was recently updated, reviewing update logs associated with the particular transform element to identify one or more inconsistencies between the update logs and a timing of the recent update stored in a data repository, wherein the presence of inconsistencies can be indicative of an error or a potential error associated with the particular transform element; and if any errors or potential errors associated with the particular transform element are identified, outputting an alert to indicate an identified error or potential error associated with the particular transform element.
A coalescence filter for purifying a fluid, which contains a gas and at least one liquid contaminant by coalescing of the at least one liquid contaminant, wherein the coalescence filter includes an inlet for supplying the gas to a filter element present in the coalescence filter, wherein the filter element includes a primary coalescence medium which is provided for coalescing of the at least one contaminant in the primary coalescence medium during the displacement of the gas through the primary coalescence medium, wherein the coalescence filter further includes an outlet for discharging the coalesced contaminant from the filter element, wherein the primary coalescence medium comprises at least one layer of a porous material and has a total thickness of at least 3.5 mm, preferably at least 4 mm, preferably at least 5 mm, more preferably at least 6 mm, most preferably at least 7 mm, in particular at least 7.5 mm, and maximum 50 mm, measured at a pressure of 2N/cm 2, characterised in that the primary coalescence medium has an air permeability of at least 100 l/m 2.s and in that the pores of the primary coalescence medium have an average pore diameter of between 5 and 50 micron.
A configurable rack for supporting components of an uninterruptible power supply, the configurable rack comprising: a frame assembly having a front and a rear, wherein the front of the frame assembly and the rear of the frame assembly are configured to receive electronic modules in stacked relation along a height of the frame assembly; and a busbar backplane disposed between the front and the rear of the frame assembly, the busbar backplane extending vertically within the frame assembly and configured to be electrically coupled to electronic modules received within the front of the frame assembly and within the rear of the frame assembly in a hot swappable manner. a frame assembly having a front and a rear, wherein the front of the frame assembly and the rear of the frame assembly are configured to receive electronic modules in stacked relation along a height of the frame assembly; and a busbar backplane disposed between the front and the rear of the frame assembly, the busbar backplane extending vertically within the frame assembly and configured to be electrically coupled to electronic modules received within the front of the frame assembly and within the rear of the frame assembly in a hot swappable manner.
A dosing device comprising: - a screw conveyor for dosed conveying of bulk material; - a container which stores the bulk material, the container consisting of an elastic material and wherein an outlet opening being arranged in the region of a lower corner of the container for the dosed discharge of the bulk material, - wherein the screw conveyor is arranged to perform dosed conveying substantially in a vertical direction towards the outlet opening, - wherein the bulk material can be activated for dosed conveying by a mechanical deformation of the container and can be fed to the screw conveyor; characterized in that - the container has a rectangular base shape, the container tapering towards a corner of the base shape; and the dosing device further comprises: - one or more activating means which act mechanically on the container in such a way that the container is at least partially elastically deformed, so that the bulk material is activatable inside the container, the one or more activating means being paddle-shaped, wherein the one or more activating means acting mechanically on the container from the outside. - a screw conveyor for dosed conveying of bulk material; - a container which stores the bulk material, the container consisting of an elastic material and wherein an outlet opening being arranged in the region of a lower corner of the container for the dosed discharge of the bulk material, - wherein the screw conveyor is arranged to perform dosed conveying substantially in a vertical direction towards the outlet opening, - wherein the bulk material can be activated for dosed conveying by a mechanical deformation of the container and can be fed to the screw conveyor; - the container has a rectangular base shape, the container tapering towards a corner of the base shape; and the dosing device further comprises: - one or more activating means which act mechanically on the container in such a way that the container is at least partially elastically deformed, so that the bulk material is activatable inside the container, the one or more activating means being paddle-shaped, wherein the one or more activating means acting mechanically on the container from the outside.
A polyketone polymerization catalyst, comprising: a metal ion; ((2,2-dimethyl-1,3-dioxane-5,5-diyl)bis(methylene))bis(bis(2-methoxyphenyl)phosphine) represented by following Formula 1 as a ligand; and an acid. a metal ion; ((2,2-dimethyl-1,3-dioxane-5,5-diyl)bis(methylene))bis(bis(2-methoxyphenyl)phosphine) represented by following Formula 1 as a ligand; and an acid.
A wire housing device configured to be capable of housing a wire for transmitting electric power from a power source, comprising: a cord reel configured to wind and house said wire; characterised in that there is an inhibition unit configured to suppress pulling-out of said wire from said cord reel in accordance with a temperature of said wire; a temperature detection unit provided at the cord reel and configured to detect said temperature of said wire; and a control unit configured to control said inhibition unit to suppress pulling-out of said wire from said cord reel based on said temperature, wherein said control unit controls said inhibition unit to suppress pulling-out of said wire if said temperature is higher than a first threshold value. a cord reel configured to wind and house said wire; characterised in that there is an inhibition unit configured to suppress pulling-out of said wire from said cord reel in accordance with a temperature of said wire; a temperature detection unit provided at the cord reel and configured to detect said temperature of said wire; and a control unit configured to control said inhibition unit to suppress pulling-out of said wire from said cord reel based on said temperature, wherein said control unit controls said inhibition unit to suppress pulling-out of said wire if said temperature is higher than a first threshold value.
The method of repeated completion of production formations, including lifting of hydraulic perforator along the well axis with perforation of production string, movement of hydraulic perforator along well axis and its simultaneous rotation around its axis with cutting screw perforation slots, wherein the method performs screw slot perforation which is a helicoid with a pitch 0.7 of maximal height of the threaded slot and closing of the specified slots into joint empty space of mine working, and the screw perforation slots are joined with each other in the formation due to small pitch of the helicoid so that a cylindrical annulus empty space is created in the mine working.
Method for determining a current wheel steering angle (α t) of steerable wheels of a motor vehicle, in which a steering angle (φ) which is predefined by means of a steering device of the motor vehicle after the execution of a steering manoeuvre is sensed by means of a sensor device, and on the basis of a predetermined mapping rule which describes a dependence of an anticipated wheel steering angle (α e) on the steering angle (φ) the anticipated wheel steering angle (α e) is determined and a force acting on a steering system of the motor vehicle during the steering manoeuvre is determined, wherein the steering system transmits a torque from the steering device to the steerable wheels, characterized in that a correction value for correcting the anticipated wheel steering angle (α e) is determined on the basis of the determined force.