mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: receiving, by a content platform and from a first application executing on a client device, a request for one or more digital components, wherein the request comprises a first anonymous token comprising (i) a set of content comprising at least data indicating a level of trust for the client device, (ii) a request creation timestamp, and (iii) a digital signature generated using the set of content; transmitting, by the content platform and to the first application, a response comprising (i) data for a digital component comprising content related to a second application and (ii) a hash value of the first anonymous token; receiving, by the content platform and from the first application, a display notification indicating the display of the digital component via the application, the display notification including a second anonymous token and the hash value of the first anonymous token; receiving, by the content platform and from the first application in response to an interaction with the digital component by the user of the client device, an interaction notification including a third anonymous token and a hash value of the second anonymous token; receiving, by the content platform and from an attribution processing apparatus, a request for attribution; and generating and transmitting, by the content platform and to the attribution processing apparatus, a response to the request for attribution comprising the hash value of the first anonymous token, the hash value of the second anonymous token and a hash value of the third anonymous token. receiving, by a content platform and from a first application executing on a client device, a request for one or more digital components, wherein the request comprises a first anonymous token comprising (i) a set of content comprising at least data indicating a level of trust for the client device, (ii) a request creation timestamp, and (iii) a digital signature generated using the set of content; transmitting, by the content platform and to the first application, a response comprising (i) data for a digital component comprising content related to a second application and (ii) a hash value of the first anonymous token; receiving, by the content platform and from the first application, a display notification indicating the display of the digital component via the application, the display notification including a second anonymous token and the hash value of the first anonymous token; receiving, by the content platform and from the first application in response to an interaction with the digital component by the user of the client device, an interaction notification including a third anonymous token and a hash value of the second anonymous token; receiving, by the content platform and from an attribution processing apparatus, a request for attribution; and generating and transmitting, by the content platform and to the attribution processing apparatus, a response to the request for attribution comprising the hash value of the first anonymous token, the hash value of the second anonymous token and a hash value of the third anonymous token.
An apparatus for analyzing sample comprising: a platform having a disk shape to move a sample by centrifugal force, the platform comprising: a plurality of chambers and a plurality of channels connecting the chambers; a sample inlet hole formed in the platform to inject the sample into the platform; an opening formed in an outer surface of the platform and a receiving space isolated from the chambers and channels defined in the platform, characterised in that the opening is configured to introduce a residual of the sample, present on the outer surface of the platform around the sample inlet hole, into the receiving space; and a barrier around a portion of the opening to prevent the residual sample from moving past the opening in a radial outward direction of the platform. a plurality of chambers and a plurality of channels connecting the chambers; a sample inlet hole formed in the platform to inject the sample into the platform; an opening formed in an outer surface of the platform and a receiving space isolated from the chambers and channels defined in the platform, characterised in that the opening is configured to introduce a residual of the sample, present on the outer surface of the platform around the sample inlet hole, into the receiving space; and a barrier around a portion of the opening to prevent the residual sample from moving past the opening in a radial outward direction of the platform.
Foil hinge system for a hydrofoil or airfoil, comprising a main foil body, substantially extending in a longitudinal direction and a transverse direction, a flap hinged to the main foil body arranged on a longitudinal end side of the main foil body, and a flexible element connecting the main foil body and the flap, characterized in that several rigid structures (4, 5) are arranged in such a manner on the flexible element, that they provide a dead stop when the flap is in a maximum deflection with respect to the main foil body.
A vial access device comprising: an outer housing defining a first space and an inner space; an inner housing having a body defining a central opening, at least a portion of the inner housing positioned within the inner space of the outer housing; a connector configured to engage a mating connector, the connector having a body defining a central passageway and a flange that extends radially outward from the body; a pressure equalization system positioned within the first space of the outer housing, the pressure equalization system configured to change a volume of space defined by the first space and the pressure equalization system; a vial connection element configured to be secured to a vial, the vial connection element having a body and a spike member extending from the body, the spike member defining a fluid passageway and a vent passageway, the fluid passageway in fluid communication with the central passageway of the connector, the vent passageway in fluid communication with the first space; and a filter, characterized in that the first space is an annular space, in that the flange and the outer housing define a filter space, the filter space in fluid communication with the annular space and the vent passageway in fluid communication with the filter space, and in that the filter is positioned in the filter space. an outer housing defining a first space and an inner space; an inner housing having a body defining a central opening, at least a portion of the inner housing positioned within the inner space of the outer housing; a connector configured to engage a mating connector, the connector having a body defining a central passageway and a flange that extends radially outward from the body; a pressure equalization system positioned within the first space of the outer housing, the pressure equalization system configured to change a volume of space defined by the first space and the pressure equalization system; a vial connection element configured to be secured to a vial, the vial connection element having a body and a spike member extending from the body, the spike member defining a fluid passageway and a vent passageway, the fluid passageway in fluid communication with the central passageway of the connector, the vent passageway in fluid communication with the first space; and a filter, characterized in that the first space is an annular space, in that the flange and the outer housing define a filter space, the filter space in fluid communication with the annular space and the vent passageway in fluid communication with the filter space, and in that the filter is positioned in the filter space.
Dental implant with a prosthetic interface in its cervical area, a core and at least one thread that extends from the cervical area to an opposite apical area, wherein the thread has recesses on which a cutting edge for cutting bones is arranged, the respective cutting edge being arranged on the rear of the recess seen in the direction of rotation of the dental implant on insertion, wherein the respective recess has a cutting area on which the cutting edge is arranged, and adjoining the cutting area a compacting area for compacting bone tissue, characterised in that the respective recess with cutting areas and compacting area has an essentially sinusoidal contour, and wherein the compacting area is rounded in design and in cross-section seen in the coronal direction from a next point of maximum recess depth in the radial direction of the middle axis, has an S-curve starting from the concavity there, and wherein the opening angle (α) of the respective recess is an acute angle, and wherein the cutting area is rounded in design and in a cross-section seen in the coronal direction from a next point of maximum recess in the radial direction of the middle axis in the direction of the cutting edge has a contour with a constant radius which transitions into a straight section. the respective recess has a cutting area on which the cutting edge is arranged, and adjoining the cutting area a compacting area for compacting bone tissue, characterised in that the respective recess with cutting areas and compacting area has an essentially sinusoidal contour, and wherein the compacting area is rounded in design and in cross-section seen in the coronal direction from a next point of maximum recess depth in the radial direction of the middle axis, has an S-curve starting from the concavity there, and wherein the opening angle (α) of the respective recess is an acute angle, and wherein the cutting area is rounded in design and in a cross-section seen in the coronal direction from a next point of maximum recess in the radial direction of the middle axis in the direction of the cutting edge has a contour with a constant radius which transitions into a straight section.
An agitator assembly comprising an agitator body configured to be attached to a wall of a vessel or a tank, and a shaft having an axial direction, the shaft being rotatably assembled to the agitator body and extending through a lead-through in the agitator body into the vessel or the tank, when assembled for use, and further a sealing configured to seal the rotatable shaft, and the agitator assembly further comprises an axially movable blocking part arranged to the agitator body and is provided with a shaft opening through which the shaft is arranged to extend, wherein the blocking part is provided with mating surface (36,38) with the shaft which, when brought together by the axial movement of the blocking part, provide a temporary seal between the blocking part and the shaft, wherein the blocking part is provided with mating surfaces with the shaft arranged at an axial distance from the sealing in the lead-through, and with the agitator body which, when brought together by the axial movement of the blocking part, provide a temporary seal between the blocking part and the shaft and between the blocking part and the agitator body, characterized in that the blocking part provides a closed space around the lead-through in the agitator body.
Method for cultivating cells, comprising the steps of: - providing a container comprising an at least partly flexible container wall structure defining an interior space of the container; - placing the container in an apparatus such that the container thereby is at least resting on a support structure of the apparatus, wherein, when the container is thus resting, a container bottom wall structure is defined as the part of the container wall structure at the downwards facing side of the container and forming a bottom of the container, and wherein at least flexible bottom wall parts of said container bottom wall structure are contactingly lying against an upwardly facing outer surface structure (24, 25, 26) of said support structure; - introducing a gas, a liquid medium and a cell culture into said interior space; - operating said apparatus such that at least part of said support structure together with the container thus resting thereon are moving, thereby inducing a motion to the liquid medium in the container, which motion contributes to cell growth of the cell culture, wherein, at least temporarily during said moving, said upwardly facing outer surface structure of said support structure of the apparatus comprises an elongate downwardly recessed portion (24, 25, 26) which causes, also as a result of the flexibility of said bottom wall parts and also as a result of said flexible bottom wall parts contactingly lying against said upwardly facing outer surface structure of said support structure, a gutter in said container bottom wall structure, and wherein said moving, of said at least part of the support structure together with the container resting thereon, comprises swivelling to and fro about a first substantially horizontal pivot axis in a swivelling range smaller than a maximum range between minus thirty degrees and plus thirty degrees relative to a zero degrees reference position of the container; characterized in that the gutter has a longitudinal gutter direction being substantially transverse to said first pivot axis. - providing a container comprising an at least partly flexible container wall structure defining an interior space of the container; - placing the container in an apparatus such that the container thereby is at least resting on a support structure of the apparatus, wherein, when the container is thus resting, a container bottom wall structure is defined as the part of the container wall structure at the downwards facing side of the container and forming a bottom of the container, and wherein at least flexible bottom wall parts of said container bottom wall structure are contactingly lying against an upwardly facing outer surface structure (24, 25, 26) of said support structure; - introducing a gas, a liquid medium and a cell culture into said interior space; - operating said apparatus such that at least part of said support structure together with the container thus resting thereon are moving, thereby inducing a motion to the liquid medium in the container, which motion contributes to cell growth of the cell culture,
Method of combusting fuel with oxidizer by means of a burner comprising a main injector assembly and a refractory burner block, whereby • the main injector assembly terminates in an injection end which comprises at least one metallic injector (110, 120), • the block comprises a main passage bordered by a surrounding passage surface and extending along an axis from a cold face of the block to a hot face of the block opposite the cold face, • the main passage defines a main injection direction X parallel to the axis and has an upstream section adjacent the cold face and a downstream section downstream of the upstream section and adjacent the hot face, said downstream section terminating in a main injection opening in the hot face of the block, and • the injection end of the main injector assembly is positioned in the upstream section of the main passage so that the upstream section surrounds the at least one metallic injector (110, 120), method whereby: • a flow of main fuel and flow of main oxidizer are injected according to main injection direction X towards and into the downstream section of the main passage by means of the injector end of the main injector assembly, wherein • the burner block further comprises multiple auxiliary passages (281, 283) terminating in the downstream section via n auxiliary openings (291, 292, 293, 294) in the surrounding surface of the main passage, whereby n ≥ 2 and • n jets of agitating gas are injected into the downstream section via the n auxiliary openings (291, 292, 293, 294) so as to interact with the flow of main fuel and the flow of main oxidizer and to increase turbulence and mixing thereof. • the main injector assembly terminates in an injection end which comprises at least one metallic injector (110, 120), • the block comprises a main passage bordered by a surrounding passage surface and extending along an axis from a cold face of the block to a hot face of the block opposite the cold face, • the main passage defines a main injection direction X parallel to the axis and has an upstream section adjacent the cold face and a downstream section downstream of the upstream section and adjacent the hot face, said downstream section terminating in a main injection opening in the hot face of the block, and • the injection end of the main injector assembly is positioned in the upstream section of the main passage so that the upstream section surrounds the at least one metallic injector (110, 120), • a flow of main fuel and flow of main oxidizer are injected according to main injection direction X towards and into the downstream section of the main passage by means of the injector end of the main injector assembly, • the burner block further comprises multiple auxiliary passages (281, 283) terminating in the downstream section via n auxiliary openings (291, 292, 293, 294) in the surrounding surface of the main passage, whereby n ≥ 2 and • n jets of agitating gas are injected into the downstream section via the n auxiliary openings (291, 292, 293, 294) so as to interact with the flow of main fuel and the flow of main oxidizer and to increase turbulence and mixing thereof.
A fastener, which comprises a body portion of the fastener, which has a first end and a second end (2") at least one fastening element at the first end of the fastener body portion, by means of which a part separate from the fastener may be arranged to be supported by the fastener, and at least two retainer parts (3, 4) connected to the second end (2") of the body portion of the fastener, by means of which the fastener may be fastened to its target of use, wherein the retainer parts (3, 4) are directed away from the second end (2") of the body portion of the fastener, and on at least their portions connected to the body portion of the fastener, to different directions, and which fastener is one uniform piece formed of one uniform slab, characterised in that the fastening element at the first end of the body portion of the fastener is an opening formed through the body portion of the fastener, through which at least one fastening member may be adapted to arrange at least one part separate from the fastener to be supported by the fastener, at least one retainer part is arranged substantially parallel to the body portion of the fastener, and at least one other retainer part is arranged at an angle in relation to the first retainer part, and that at the end of the retainer part (3, 4) of the fastener directed away from the body portion of the fastener there is a portion (6, 7) comprising successive recesses and protrusions.
A method implemented by one or more processors, the method including: receiving a command phrase at an assistant interface for an automated assistant application, the command phrase corresponding to a spoken command provided by a user of a computing device that includes the assistant interface; causing the automated assistant application to identify, from the command phrase, a shortcut command phrase and a supplemental command phrase, wherein the supplemental command phrase is a command invocation phrase that has not previously been received at the assistant interface; causing a storage entry to be generated that provides a correspondence between the shortcut command phrase and the supplemental command phrase; receiving, subsequent to the storage entry being generated, the shortcut command phrase at the assistant interface; and causing, in response to receiving the shortcut command phrase, the automated assistant application to perform one or more actions associated with the supplemental command phrase. receiving a command phrase at an assistant interface for an automated assistant application, the command phrase corresponding to a spoken command provided by a user of a computing device that includes the assistant interface; causing the automated assistant application to identify, from the command phrase, a shortcut command phrase and a supplemental command phrase, wherein the supplemental command phrase is a command invocation phrase that has not previously been received at the assistant interface; causing a storage entry to be generated that provides a correspondence between the shortcut command phrase and the supplemental command phrase; receiving, subsequent to the storage entry being generated, the shortcut command phrase at the assistant interface; and causing, in response to receiving the shortcut command phrase, the automated assistant application to perform one or more actions associated with the supplemental command phrase.
An inflatable garment comprising: at least one inflatable chamber; a connecting fluid tube; a garment fluid connector in fluidic connection with the at least one inflatable chamber via the connecting fluid tube, wherein the garment fluid connector includes a circular connector barrel that has a longitudinal length, an inside diameter and an outside diameter; and wherein the longitudinal length of the barrel is dimensioned to fluidically connect inside a mating connector and the mating connector has a cavity configured and dimensioned to join with the barrel to form a fluidic connection; and an identification component located inside the barrel, wherein the identification component is made of a ferrite material, and is detectable by a sensor, wherein the identification component is a tube, wherein the tube comprises an inner diameter Di, and outer diameter De, and a fluid path that extends the length of the tube and is defined by the inner diameter, and wherein the outer diameter does not exceed two times the inner diameter, characterized in that the identification component has a length that is greater than 4 mm and no greater than 13 mm, and the connector barrel comprises a plurality of compression ribs disposed on an inside surface of the barrel, wherein the plurality of compression ribs secure the identification component inside the barrel in a removable manner. at least one inflatable chamber; a connecting fluid tube; a garment fluid connector in fluidic connection with the at least one inflatable chamber via the connecting fluid tube, wherein the garment fluid connector includes a circular connector barrel that has a longitudinal length, an inside diameter and an outside diameter; and wherein the longitudinal length of the barrel is dimensioned to fluidically connect inside a mating connector and the mating connector has a cavity configured and dimensioned to join with the barrel to form a fluidic connection; and an identification component located inside the barrel, wherein the identification component is made of a ferrite material, and is detectable by a sensor, wherein the identification component is a tube, wherein the tube comprises an inner diameter Di, and outer diameter De, and a fluid path that extends the length of the tube and is defined by the inner diameter, and wherein the outer diameter does not exceed two times the inner diameter, characterized in that the identification component has a length that is greater than 4 mm and no greater than 13 mm, and the connector barrel comprises a plurality of compression ribs disposed on an inside surface of the barrel, wherein the plurality of compression ribs secure the identification component inside the barrel in a removable manner.