mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling fleet-based condition monitoring of a road section of a road network, wherein the fleet-based condition monitoring comprises determining observation data concerning at least one object located in the road section by means of motor vehicles in a vehicle fleet and transmitting said data to a central server device and the server device determining a current condition of the at least one object on the basis of the observation data, wherein a data reduction device reduces an amount of observation data to be transmitted by operating at least one restriction function in one or some or all of the motor vehicles and/or in the server device and the respective restriction function triggering a determination and/or transmission of new observation data only if a predetermined requirement criterion for new observation data is met, characterized in that at least one object is road damage and the data reduction device comprises, as a restriction function, operating a model for a temporal progression of a spread of damage (da, 43) of the road damage in the server device starting from initial observation data, which model, on the basis of weather data and/or traffic data, estimates a growth of a damage site constituting the road damage in a road surface of the road section and from this determines an estimated condition of the road surface, and the requirement criterion for new observation data involves the initial observation data being older than a maximum age and/or the estimated condition matching a predetermined critical condition.
A tread for a tire having a contact face intended to come into contact with ground during rolling, the tread being provided with a plurality of grooves of a depth D extending in an orientation having a non-zero angle A relative to circumferential orientation and opening to the contact face, at least two circumferentially adjacent grooves of the plurality of grooves delimiting a contact element, the contact element having at least one incision opening to the contact face and extending in an orientation substantially parallel to the orientation in which the closest plurality of grooves being extending and radially inward orientation, the contact element being delimited into at least two sub-contact elements via the plurality of grooves and the at least one incision, on a plane perpendicular to the orientation in which the plurality of grooves being extending and to the contact face, each the at least one of the at least two sub-contact elements having a length Ls, an outermost portion of each the sub-contact element constituting a part of the contact face, the outermost portion of the at least one of the at least two sub-contact elements having a radius Rs smaller than a radius Rt of an outline OL of the tread at an intersection between the outline OL and the outermost portion, the tread being characterized in that the radius Rs is smaller than or equal to 16.0 mm and greater than or equal to 5.0 mm. at least two circumferentially adjacent grooves of the plurality of grooves delimiting a contact element, the contact element having at least one incision opening to the contact face and extending in an orientation substantially parallel to the orientation in which the closest plurality of grooves being extending and radially inward orientation, the contact element being delimited into at least two sub-contact elements via the plurality of grooves and the at least one incision, on a plane perpendicular to the orientation in which the plurality of grooves being extending and to the contact face, each the at least one of the at least two sub-contact elements having a length Ls, an outermost portion of each the sub-contact element constituting a part of the contact face, the outermost portion of the at least one of the at least two sub-contact elements having a radius Rs smaller than a radius Rt of an outline OL of the tread at an intersection between the outline OL and the outermost portion, the tread being characterized in that the radius Rs is smaller than or equal to 16.0 mm and greater than or equal to 5.0 mm.
A method for manufacturing an Ni-based alloy member, the Ni-based alloy member having a chemical composition which comprises 0.003 mass % to 0.05 mass % of O and in which the equilibrium amount of precipitation of a γ' phase precipitating in a γ phase of matrix at 700°C is 30 volume % or more and 80 volume % or less, the manufacturing method comprising: an alloy powder preparation step for preparing an Ni-based alloy powder having the chemical composition; a precursor body formation step for forming a precursor body in which an average grain diameter of the γ phase grains is 50 μm or less, by using the Ni-based alloy powder; and a softening heat treatment step for heating the precursor body to a temperature equal to or higher than the solvus temperature of the γ' phase but lower than the melting temperature of the γ phase in order to dissolve the γ' phase into the γ phase, and then slow-cooling the heated precursor body from the temperature to a temperature at least 50°C lower than the γ' phase solvus temperature at a cooling rate of 100°C/h or lower, thereby fabricating a softened body in that particles of the γ' phase at least 20 % precipitate on grain boundaries of the γ phase grains having an average grain diameter of 50 μm or less. an alloy powder preparation step for preparing an Ni-based alloy powder having the chemical composition; a precursor body formation step for forming a precursor body in which an average grain diameter of the γ phase grains is 50 μm or less, by using the Ni-based alloy powder; and a softening heat treatment step for heating the precursor body to a temperature equal to or higher than the solvus temperature of the γ' phase but lower than the melting temperature of the γ phase in order to dissolve the γ' phase into the γ phase, and then slow-cooling the heated precursor body from the temperature to a temperature at least 50°C lower than the γ' phase solvus temperature at a cooling rate of 100°C/h or lower, thereby fabricating a softened body in that particles of the γ' phase at least 20 % precipitate on grain boundaries of the γ phase grains having an average grain diameter of 50 μm or less.
A pharmaceutical or food supplement formulation in form of a powder with a particle size lower than 1000 μm for oral administration to a human subject, said formulation comprising alpha-lactalbumin, butyric acid or a salt thereof with an alkaline or alkaline-earth metal and maltodextrins, in which the weight ratio of butyric acid or said salt thereof: alpha-lactalbumin is between 1:4 and 1:1.5, preferably between 1:2 and 1:1.5.
Electric motor vehicle device comprising a working means, an electric drive motor for driving the working means, a commutation means for controlling the drive motor, a separately formed connector to which a corresponding counter-connector can be coupled electrically and mechanically, a device housing with an opening through which the at least one electric line extends that is led into the connector, and a fastening arrangement for fixing the connector, said fastening arrangement being arranged on the outer side of the device housing, characterized in that the fastening arrangement comprises at least one retaining web protruding outward from the device housing, and the retaining web is at least partly deformed around a connector flange of the connector so that the connector is fixed to the device housing by positive engagement, the device housing has a housing flange with a flange surface, the connector flange is formed as a web or frame protruding laterally from the connector, is formed to circumferentially extend, either partly or fully, around the connector, and is in surface contact with the housing flange, and the connector includes an electrically non-conductive connector body and at least one electric line retained by the connector body.
A liquid product automatic injection device, comprising interconnected distal part and proximal part, the distal part comprising: - an end sleeve - a syringe support mobile relative to the end sleeve, the syringe support being intended to carry an injection syringe fitted with a removable protection cap, the injection syringe being housed in the syringe support, - a deformable ring, this ring being elastically deformable between an immobilization configuration intended for the axial immobilization of the injection syringe in the syringe support and a passage configuration intended for the passage of the protection cap through the deformable ring, the deformable ring being kinematically connected to the syringe support, the deformable ring 40 being therefore mobile relative to the end sleeve, at least one sector of the deformable ring, preferably two diametrically opposite sectors of the deformable ring, including an axial abutment, the deformable ring being deformed axially between its immobilization and passage configurations by radial movement of the sector carrying the axial abutment, characterized in that the axial abutment is intended to cooperate with a distal shoulder of the injection syringe when the deformable ring is in the axial immobilization configuration, and in that the deformable ring comprises at least one steering radial projection for steering the deformable ring, preferably two diametrically opposite steering radial projections, carried by the sector carrying the axial abutment, this steering radial projection being intended to cooperate with a complementary surface integral with the end sleeve according to the configuration to be imposed on the deformable ring. - an end sleeve - a syringe support mobile relative to the end sleeve, the syringe support being intended to carry an injection syringe fitted with a removable protection cap, the injection syringe being housed in the syringe support, - a deformable ring, this ring being elastically deformable between an immobilization configuration intended for the axial immobilization of the injection syringe in the syringe support and a passage configuration intended for the passage of the protection cap through the deformable ring,
A method of preparing soy milk using a blender, comprising: heating beans and water in a predetermined proportion to a first predetermined temperature; cooking the beans at a second predetermined temperature to make the beans well-cooked; and grinding the well-cooked beans. heating beans and water in a predetermined proportion to a first predetermined temperature; cooking the beans at a second predetermined temperature to make the beans well-cooked; and grinding the well-cooked beans.
A recovery method for processing a gas stream from a solidification unit of a urea plant, in particular a cooling air stream used in the solidification unit and containing ammonia; comprising the steps of: - processing the gas stream from the solidification unit in a scrubber to remove ammonia from said gas stream by reaction with at least one reactant, in particular an acid or acid salt capable of capturing the ammonium group and forming an ammonia salt; - drawing a recovery solution, containing at least one ammonia salt, from the scrubber; - heat treating said recovery solution by heating it to a controlled temperature such as to degrade said at least one ammonia salt and produce gaseous ammonia and at least one further acid ammonia salt or corresponding acid capable of capturing the ammonium group; and forming a molten or liquid reactant composition containing said at least one acid ammonia salt or corresponding acid; - feeding at least part of the reactant composition to the scrubber, to remove ammonia from the gas stream from the solidification unit; and - recovering the ammonia produced in the heat treating step and feeding it to the urea plant; wherein the scrubber is fed with the reactant composition produced in the heat treating step, with the addition of a recycled portion of the recovery solution and without adding fresh reactants, and wherein the recovery solution produced in the scrubber is an aqueous solution of ammonium sulphate; and the reactant composition contains ammonium bisulphate produced in the heat treating step, which is performed within a temperature range of 300-320°C so as to cause degradation of the ammonia compounds contained in the recovery solution to give gaseous ammonia, but to avoid degradation of the ammonia salts or the corresponding acids to give gaseous compounds that would pollute the recovered ammonia. - processing the gas stream from the solidification unit in a scrubber to remove ammonia from said gas stream by reaction with at least one reactant, in particular an acid or acid salt capable of capturing the ammonium group and forming an ammonia salt; - drawing a recovery solution, containing at least one ammonia salt, from the scrubber; - heat treating said recovery solution by heating it to a controlled temperature such as to degrade said at least one ammonia salt and produce gaseous ammonia and at least one further acid ammonia salt or corresponding acid capable of capturing the ammonium group; and forming a molten or liquid reactant composition containing said at least one acid ammonia salt or corresponding acid; - feeding at least part of the reactant composition to the scrubber, to remove ammonia from the gas stream from the solidification unit; and - recovering the ammonia produced in the heat treating step and feeding it to the urea plant;
A dielectric filter, comprising a dielectric body, wherein the dielectric filter further comprises: at least three resonant cavities bound by a surface of the body, wherein each resonant cavity comprises a debug hole, the debug hole is disposed in the body and a first end of the debug hole is disposed through an upper surface of the body, and a second end of the debug hole goes deep into the body, each debug hole and the surrounding body of the debug hole form a single resonant cavity, the dielectric filter further comprises a blind hole disposed between two resonant cavities that are not adjacent to each other, the blind hole is not connected to the debug hole, and the blind hole is configured to implement cross coupling, and the dielectric filter further comprises at least one through hole (101, 102), characterized in that the blind hole is in a groove shape and the at least one through hole is of a strip shape, with two ends of the through hole bent towards somewhere between two adjacent debug holes. at least three resonant cavities bound by a surface of the body, wherein each resonant cavity comprises a debug hole, the debug hole is disposed in the body and a first end of the debug hole is disposed through an upper surface of the body, and a second end of the debug hole goes deep into the body, each debug hole and the surrounding body of the debug hole form a single resonant cavity, the dielectric filter further comprises a blind hole disposed between two resonant cavities that are not adjacent to each other, the blind hole is not connected to the debug hole, and the blind hole is configured to implement cross coupling, and the dielectric filter further comprises at least one through hole (101, 102), characterized in that the blind hole is in a groove shape and the at least one through hole is of a strip shape, with two ends of the through hole bent towards somewhere between two adjacent debug holes.
A sternal closure and ribs approximator device for joining of severed and fractured portions of a sternum; the device comprising: a) a C-shaped shaft / bracket comprising a linear shaft and at least a pair of curvilinear arms (12b and 12c); b) at least a pair of claw shaped clamping elements (14b and 14c); and c) a pivoted fastening mechanism pivotally holding the at least a pair of claw shaped clamping elements (14b and 14c) to the at least a pair of curvilinear arms (12b and 12c); wherein the C-shaped shaft / bracket provides a broad base for attachment to the severed and fractured portions of sternum; characterized in that the inner operative surface of at least the pair of claw shaped clamping elements (14b and 14c) incorporate concave inner area that faces inner area determined by the pair of curvilinear arms (12b and 12c) of the C-shaped clamping shaft / bracket for grasping the severed sternum portions. a) a C-shaped shaft / bracket comprising a linear shaft and at least a pair of curvilinear arms (12b and 12c); b) at least a pair of claw shaped clamping elements (14b and 14c); and c) a pivoted fastening mechanism pivotally holding the at least a pair of claw shaped clamping elements (14b and 14c) to the at least a pair of curvilinear arms (12b and 12c); wherein the C-shaped shaft / bracket provides a broad base for attachment to the severed and fractured portions of sternum; characterized in that the inner operative surface of at least the pair of claw shaped clamping elements (14b and 14c) incorporate concave inner area that faces inner area determined by the pair of curvilinear arms (12b and 12c) of the C-shaped clamping shaft / bracket for grasping the severed sternum portions.
Process for the production of a container made from borosilicate glass with a cylindrical area having a wall thickness of < 1.5 mm and a wall thickness tolerance of maximally ± 0.2 mm, wherein a glass drop is dispensed from a melting unit, is placed into a mold that is driven to rotate, and is formed by the effect of the centrifugal force, the mold being driven at a rotational speed of at least 10000 rpm, preferably at least 20000 rpm, more preferably at least 30000 rpm, most preferably at least 40000 rpm, wherein the glass drop is fed into the mold with a viscosity of < 10 3 dPas, preferably < 10 2 dPas, wherein the glass drop is preferably fed into the rotating mold, wherein the glass drop is fed with a temperature of at least 1600 °C into the mold.
Device for forming a hollow and at least substantially rotationally symmetrical workpiece, comprising an inner forming tool for supporting an internal contour of the workpiece and an outer forming tool I2) for introducing a forming force into an outer contour of the workpiece, wherein the workpiece is rotatable about an axis of rotation relative to the outer forming tool, characterised in that the device has a machine cutting tool and is configured so that the machine cutting tool can engage on the outer contour of the workpiece at the same time as the forming tool.
A method of processing a glass sample, comprising: irradiating the glass sample with colorizing UV radiation having a colorizing wavelength of λ C < 300 nm, thereby forming a colorized glass sample having a pink hue due to the formation of an amount of Ti +3 color centers in the glass sample; and irradiating the colorized glass sample with bleaching UV radiation having a bleaching intensity I B and a bleaching wavelength of λ B, wherein 248 nm ≤ λ B ≤ 365 nm, and wherein the bleaching intensity I B is sufficient to substantially remove the pink hue by substantially reducing the amount of Ti +3 color centers in the glass sample. irradiating the glass sample with colorizing UV radiation having a colorizing wavelength of λ C < 300 nm, thereby forming a colorized glass sample having a pink hue due to the formation of an amount of Ti +3 color centers in the glass sample; and irradiating the colorized glass sample with bleaching UV radiation having a bleaching intensity I B and a bleaching wavelength of λ B, wherein 248 nm ≤ λ B ≤ 365 nm, and wherein the bleaching intensity I B is sufficient to substantially remove the pink hue by substantially reducing the amount of Ti +3 color centers in the glass sample.
Method for monitoring the condition of a force-measuring device, specifically a weighing device, the force-measuring device is structured as a modular system with at least two force-measuring modules, each of which comprises a measurement transducer, with a force receiver and a movable force-transmitting portion through which a force that is acting on the force-measuring device is transmitted to the measurement transducers which generate a measurement signal (S F) corresponding to the applied force, whereupon the signal is brought into the form of a display indication or passed along for further processing, characterized in that at least one parameter is being determined by a mobility sensor, the at least one parameter characterizes the free mobility of the force-transmitting portion or a change in said free mobility over time, that the parameter is compared to at least one threshold value and that, dependent on the result of the comparison, either a normal condition or a restriction of the free mobility of the force-transmitting portion is detected, and that in the case where a restriction of the free mobility has been detected, an action of the force-measuring device is triggered.
An apparatus comprising means for performing: - receiving from a source entity a workflow description for network based media processing, - determining encryption requirements on the basis of an encryption descriptor in the workflow description, the encryption descriptor comprising information indicative of one or more encryption methods and at least one prioritized encryption method, and - selecting, on the basis of the encryption descriptor, an encryption method for protecting data for at least one task of a media processing workflow generated on the basis of the workflow description. - receiving from a source entity a workflow description for network based media processing, - determining encryption requirements on the basis of an encryption descriptor in the workflow description, the encryption descriptor comprising information indicative of one or more encryption methods and at least one prioritized encryption method, and - selecting, on the basis of the encryption descriptor, an encryption method for protecting data for at least one task of a media processing workflow generated on the basis of the workflow description.