mhurhangee/patent-ind-claim-en huggingface dataset:
A distribution device comprising: a segment filing unit configured to make a video stream of each of areas (511, 512A-D) obtained by imaging an imaging range divided into a plurality of the areas (511, 512A-D) into a segment file; a distribution unit configured to supply the segment file of the video stream of each of the areas (511, 512A-D) to a reception side by at least one of net distribution or broadcast distribution; and a notification unit configured to notify, in a case where an ROI including one or more of the areas is set to the imaging range, the reception side of an ROI identifier for identifying the belonging ROI as attribute information related to the segment file corresponding to the area included in the ROI ; wherein the notification unit further notifies the reception side of distribution mode information indicating by which of the net distribution and the broadcast distribution the segment file is distributed as the attribute information related to the segment file; wherein the distribution unit distributes all of segment files of the video stream respectively corresponding to the areas (511, 512A-D) by the net distribution, and distributes the segment file corresponding to the area included in the ROI by the broadcast distribution. a segment filing unit configured to make a video stream of each of areas (511, 512A-D) obtained by imaging an imaging range divided into a plurality of the areas (511, 512A-D) into a segment file; a distribution unit configured to supply the segment file of the video stream of each of the areas (511, 512A-D) to a reception side by at least one of net distribution or broadcast distribution; and a notification unit configured to notify, in a case where an ROI including one or more of the areas is set to the imaging range, the reception side of an ROI identifier for identifying the belonging ROI as attribute information related to the segment file corresponding to the area included in the ROI ; wherein the notification unit further notifies the reception side of distribution mode information indicating by which of the net distribution and the broadcast distribution the segment file is distributed as the attribute information related to the segment file; wherein the distribution unit distributes all of segment files of the video stream respectively corresponding to the areas (511, 512A-D) by the net distribution, and distributes the segment file corresponding to the area included in the ROI by the broadcast distribution.
A photocurable composition including: a photopolymerization initiator including (a) a photosensitizer, (b) a tertiary amine compound and (c) an aryliodonium salt; and a polymerizable monomer; characterized in that said aryliodonium salt (c) is: (i) diphenyliodonium-2-carboxylate monohydrate; or (ii) a salt that comprises an aryliodonium cation and a counter anion selected from a nitrate anion, an acetate anion, a chloroacetate anion, a carboxylate anion, and a phenolate anion; and wherein said aryliodonium salt (c) is one that generates an acid having a dissociation constant of -2.0 to 10.0 in water of 25°C. a photopolymerization initiator including (a) a photosensitizer, (b) a tertiary amine compound and (c) an aryliodonium salt; and a polymerizable monomer; characterized in that said aryliodonium salt (c) is: (i) diphenyliodonium-2-carboxylate monohydrate; or (ii) a salt that comprises an aryliodonium cation and a counter anion selected from a nitrate anion, an acetate anion, a chloroacetate anion, a carboxylate anion, and a phenolate anion;
Evaporator device for water, suitable for a steam cooker, the evaporator device comprising: - a container which is closed apart from a water inlet and a steam outlet , - at least one heating element on the outside of the container , wherein: - an inner body is arranged inside the container , - the inner body is, on at least 80% of its outer surface, which faces toward the heating element , spaced apart from the inner side of the container , - the inner body is permeable to steam and water, - the inner body consists of a porous material and/or of a fabric material, characterized in that - a cover part of the container is formed from plastic and is connected at the top to a casing wall of the container , - arranged on an inner side of the cover part are deflection plates , which are arranged in the projected extension of the steam outlet into the container . - a container which is closed apart from a water inlet and a steam outlet , - at least one heating element on the outside of the container , - an inner body is arranged inside the container , - the inner body is, on at least 80% of its outer surface, which faces toward the heating element , spaced apart from the inner side of the container , - the inner body is permeable to steam and water, - the inner body consists of a porous material and/or of a fabric material, characterized in that - a cover part of the container is formed from plastic and is connected at the top to a casing wall of the container , - arranged on an inner side of the cover part are deflection plates , which are arranged in the projected extension of the steam outlet into the container .
A container made of a plastic material for receiving detergent pods with - a container body , a first end and a second end essentially lying opposite the first end having - a container bottom with a standing surface formed on the second end , a first and second sealing surface formed on the inner wall of the first end , wherein the first and second sealing surface enclose a filling opening for the pods and can be connected to one another at least in a fluid-tight manner and a removal opening provided on the container body and spaced apart from the filling opening , through which the pods can be removed, characterized in that the container is extrusion blow molded. - a container body , a first end and a second end essentially lying opposite the first end having - a container bottom with a standing surface formed on the second end , a first and second sealing surface formed on the inner wall of the first end , wherein the first and second sealing surface enclose a filling opening for the pods and can be connected to one another at least in a fluid-tight manner and a removal opening provided on the container body and spaced apart from the filling opening , through which the pods can be removed, characterized in that the container is extrusion blow molded. a first and second sealing surface formed on the inner wall of the first end , wherein the first and second sealing surface enclose a filling opening for the pods and can be connected to one another at least in a fluid-tight manner and a removal opening provided on the container body and spaced apart from the filling opening , through which the pods can be removed, characterized in that the container is extrusion blow molded.
A pharmaceutical tablet composition comprising eltrombopag olamine and a disintegrant in an amount of 13% to 20% by weight based on total weight of the composition, wherein said disintegrant is sodium starch glycolate.
Method for preparing a residue of a donor substrate , a layer of the donor substrate having been removed by delamination in a plane weakened by ion implantation, the residue comprising, on a main surface , an annular step corresponding to a non-removed part of the donor substrate, the method comprising: a. depositing a smoothing oxide on the main surface of the residue to fill the internal space defined by the annular step ; b. a heat treatment for densifying the smoothing oxide ; the method being characterized in that the deposit of the smoothing oxide at least partially covers the annular step . a. depositing a smoothing oxide on the main surface of the residue to fill the internal space defined by the annular step ; b. a heat treatment for densifying the smoothing oxide ;
Surface cleaner with connection to a high-pressure medium, consisting of a pot-shaped housing open on one side, in which at least one rotor arm is rotatably mounted on a swivel joint in the centre of the housing, wherein one or more cleaning nozzles are arranged on the rotor arm , which are connected in a fluid-conducting manner to the HP medium guided through the swivel joint , wherein the surface cleaner can be operated in at least a first and a second operating mode, wherein the housing is designed to be able to turn 180 degrees for the second operating mode, and the second operating mode is designed as a cleaning operation in which the housing turned by 180 degrees with the cleaning nozzles pointing upwards is directed toward a cleaning surface arranged at a distance from the floor, wherein the surface cleaner has a chassis to support the housing in the first and second operating positions relative to the floor surface, characterised in that the first operating mode consists of a surface cleaning operation with the housing and the cleaning nozzles arranged therein pointing downwards toward a floor.
A biometric identification method comprising the steps of comparing a candidate print with a reference print, calculating a score as a function of a number of characteristics that are close in the two prints and and validating identification by comparing the core with a predetermined validation threshold, the method being characterized in that it comprises the steps of altering the biometric characteristics of one of the two prints prior to comparison and of taking the alteration into account during validation in such a manner that, during an attack of the identification algorithm by successive modifications of a same candidate print, a part a the evolution of the score results from the taking into account of the altered biometric characteristics, in that the alteration consists in adding fake biometric characteristics to the real biometric characteristics of the print, and in that the fake biometric characteristics are added to the real biometric characteristics of the reference print, and validation comprises the step of calculating a first score that varies as the biometric characteristics of the candidate print are matched with real biometric characteristics of the reference print, and a second score that varies as biometric characteristics of the candidate print are matched with fake biometric characteristics of the reference print, validation taking place at the end of the comparison when the first score is greater than the predetermined threshold.
Device for producing a mass transfer between a liquid and a gas inside a rotor , the liquid being delivered in the centre of the rotor and driven outwards by the centrifugal force generated by the rotation of the rotor, and the gas surrounding the rotor and being forced inwards through the rotor by the gas pressure, counter to the liquid flow in the rotor, characterized in that the rotor comprises a plurality of channels in the form of tubes and lying in the plane of the rotor, which begin in the centre of the rotor and terminate in the outer cylindrical annular surface of the outer circumference of the rotor , the tubes each being filled with a packing, which increases the area of contact between the liquid and the gas, and in that the rotor comprises two circular lateral faces, to which the axis of rotation of the rotor runs perpendicular and which form a space between them in which the tubes are arranged.
A method of manufacturing an air separation module, ASM, for a nitrogen generation system, NGS, , characterized by comprising: determining an installation envelope for the ASM in the NGS ; determining a shape between opposing ends of a canister that is an arcuate shape, the arcuate shape being a helix shape, that fits within an installation envelope for the ASM in the NGS and is configured to have installed therein an air separating membrane , wherein the canister has a circumference, a diameter D and a height H, the helix shape of the canister has a helix diameter DH, and wherein a rectified length of the canister is the square root of the sum of the squared height H and the squared circumference, and wherein the circumference is the diameter of the helix DH times π, and the rectified length being greater than a length L of a linear canister sized to fit within the constraints of the installation envelope if the height H of the helical shaped canister is equal to the length L of the linear canister; and additively manufacturing the canister utilizing selective laser sintering of poly-ether-ketone-ketone, PEKK, wherein the canister is formed from a plurality of sections (200d1, 200d2) connected at a plurality of seams to form the integrated canister ; and installing the air separating membrane in the canister. determining an installation envelope for the ASM in the NGS ; determining a shape between opposing ends of a canister that is an arcuate shape, the arcuate shape being a helix shape, that fits within an installation envelope for the ASM in the NGS and is configured to have installed therein an air separating membrane , wherein the canister has a circumference, a diameter D and a height H, the helix shape of the canister has a helix diameter DH, and wherein a rectified length of the canister is the square root of the sum of the squared height H and the squared circumference, and wherein the circumference is the diameter of the helix DH times π, and the rectified length being greater than a length L of a linear canister sized to fit within the constraints of the installation envelope if the height H of the helical shaped canister is equal to the length L of the linear canister; and additively manufacturing the canister utilizing selective laser sintering of poly-ether-ketone-ketone, PEKK, wherein the canister is formed from a plurality of sections (200d1, 200d2) connected at a plurality of seams to form the integrated canister ; and installing the air separating membrane in the canister.
Device for outcoupling a portion of the radiation of an observation beam path of a binocular eyepiece with a housing, wherein a rotatable supporting unit, the axis of rotation of which is parallel to the axes of the observation beam paths, is arranged in the housing having the binocular eyepiece, wherein three optical elements are arranged offset on this supporting unit, characterized in that an outer and the middle optical element are each located in one of the observation beam paths, in that , after rotation of the supporting unit, the middle and the other outer optical element are each located in one of the observation beam paths and in that the two outer optical elements have a beam-splitting effect and are arranged on the supporting unit such that, for the case that they are located in one of the observation beam paths, a portion of the observation radiation is outcoupled into a common documentation beam path, wherein the observation beam path to be used for the outcoupling is freely selectable and also changeable at any time.
A magnetic flowmeter comprising: a pipe section ; an insulating liner lining the pipe section to form a process flow channel ; a flangeless retention collar located on an end of the pipe section for forming an end-to-end fluid connection to the process flow channel ; a coil for generating a magnetic field inside the process flow channel ; and an electromotive force sensor for sensing an electromotive force generated in fluid flow through the process flow channel , characterised in that the magnetic flowmeter further comprises a liner protector integrated into, and mechanically attached to the retention collar to provide an end seal for the insulating liner , wherein the liner protector comprises a ring having a first flat surface, a second flat surface, an inside diameter, and an outside diameter (S), wherein the first flat surface abuts an end surface of the retention collar and an end surface of the insulating liner , and wherein the inside diameter of the liner protector is equal to an inside diameter of the insulating liner , wherein the pipe section , the retention collar and the liner protector are each formed of a nonmagnetic metal. a pipe section ; an insulating liner lining the pipe section to form a process flow channel ; a flangeless retention collar located on an end of the pipe section for forming an end-to-end fluid connection to the process flow channel ; a coil for generating a magnetic field inside the process flow channel ; and an electromotive force sensor for sensing an electromotive force generated in fluid flow through the process flow channel , characterised in that the magnetic flowmeter further comprises a liner protector integrated into, and mechanically attached to the retention collar to provide an end seal for the insulating liner , wherein the liner protector comprises a ring having a first flat surface, a second flat surface, an inside diameter, and an outside diameter (S), wherein the first flat surface abuts an end surface of the retention collar and an end surface of the insulating liner , and wherein the inside diameter of the liner protector is equal to an inside diameter of the insulating liner , wherein the pipe section , the retention collar and the liner protector are each formed of a nonmagnetic metal.
Method for engaging a parking lock of a motor vehicle having a service brake and a parking brake, in which the parking lock is engaged while rolling away of the motor vehicle is at least restricted by means of a braking device of the motor vehicle (step S4), wherein a braking device of the motor vehicle that is different from the service brake and from the parking brake and is provided in addition thereto is used as the braking device (step S4), characterised in that the braking device has a secondary braking system that can be actuated by means of a fluid and has an electronic brake booster, by means of which the rolling away of the motor vehicle is at least limited in such a way that the electronic brake booster causes a pressure of the fluid to actuate the braking device independently of an actuation of the electronic brake booster that is brought about by a person (step S4).
Woven geotextile base fabric , having a filling opening comprising a hose connector unit (100; 100'; 100''; 100''') for introducing into a rinsing hose or connecting a rinsing hose to the filling opening in the woven geotextile base fabric , or for introducing the filling hose into said filling opening, the hose connector unit (100; 100'; 100''; 100''') at least comprising a flanged ring (20; 20'; 20''; 20'''), a support ring , as well as connecting means for connecting the flanged ring (20; 20'; 20"; 20''') to the support ring (30; 30'; 30''; 30''') while enclosing the woven geotextile base fabric lying therebetween, characterized in that - the woven geotextile base fabric in the region of the filling opening is divided into at least two segments , wherein each segment is folded over towards the outside across at least one welt element , and in that - the welt element is established in a form-fitting manner on at least one bearing edge on the flanged ring (20; 20'; 20''; 20''') and/or on the support ring (30; 30'; 30"; 30'''). - the woven geotextile base fabric in the region of the filling opening is divided into at least two segments , wherein each segment is folded over towards the outside across at least one welt element , and in that - the welt element is established in a form-fitting manner on at least one bearing edge on the flanged ring (20; 20'; 20''; 20''') and/or on the support ring (30; 30'; 30"; 30''').
An apparatus comprising: an implantable housing ; a header mounted to the implantable housing and including a connector block cavity ; and a connector block located within the connector block cavity , the connector block including a plastic housing portion , a coil spring , and a metallic termination member connected to the coil spring and exposed outside the plastic housing portion , the metallic termination member including a straight lead-out section and a flat upper connection surface lying flush against an outer surface of the plastic housing portion , characterized in that the metallic termination member includes a curled portion dimensioned to partially enclose the coil spring . an implantable housing ; a header mounted to the implantable housing and including a connector block cavity ; and a connector block located within the connector block cavity , the connector block including a plastic housing portion , a coil spring , and a metallic termination member connected to the coil spring and exposed outside the plastic housing portion , the metallic termination member including a straight lead-out section and a flat upper connection surface lying flush against an outer surface of the plastic housing portion , characterized in that the metallic termination member includes a curled portion dimensioned to partially enclose the coil spring .
A method for display, comprising using a processor to perform the steps of: acquiring an electrical signal from a heart of a subject over multiple heart cycles; partitioning the signal into a succession of synchronized segments having respective start times at a selected annotation point in the heart cycles; overlaying respective graphical representations of the synchronized segments in the succession on a display screen , such that each segment is first presented on the display screen with an initial display intensity at a respective display time corresponding to a respective start time of the segment , wherein overlaying the respective graphical representations comprises either: summing the display intensity of the synchronized segments at overlapping points of the synchronized segments, or summing the display intensity of the synchronized segments at points of the synchronized segments within two pixels of the display screen from each other; and gradually decreasing a display intensity of each segment overlaid on the display screen as a decaying function of a time elapsed since the respective display time. acquiring an electrical signal from a heart of a subject over multiple heart cycles; partitioning the signal into a succession of synchronized segments having respective start times at a selected annotation point in the heart cycles; overlaying respective graphical representations of the synchronized segments in the succession on a display screen , such that each segment is first presented on the display screen with an initial display intensity at a respective display time corresponding to a respective start time of the segment , wherein overlaying the respective graphical representations comprises either: summing the display intensity of the synchronized segments at overlapping points of the synchronized segments, or summing the display intensity of the synchronized segments at points of the synchronized segments within two pixels of the display screen from each other; and gradually decreasing a display intensity of each segment overlaid on the display screen as a decaying function of a time elapsed since the respective display time.