mhurhangee/patent-ind-claim-en huggingface dataset:
An air intake for channeling a flow of ambient air (F) toward an annular engine inlet of a gas turbine engine , the air intake having a reference axis (RA) that is substantially coaxial with an annular engine inlet when the air intake is installed on a gas turbine engine , the air intake comprising: an intake inlet for receiving the flow of air (F) therein, the intake inlet being generally axially facing and offset radially outwardly relative to the reference axis (RA); an intake duct in fluid communication with the intake inlet , the intake duct being configured to channel the flow of air (F) received in the intake inlet ; a scroll portion in fluid communication with the intake duct and configured to channel the flow of air (F) received from the intake duct , the scroll portion comprising a first scroll-shaped branch extending on one side of the reference axis (RA) and a second scroll-shaped branch extending on another side of the reference axis (RA), wherein the first scroll-shaped branch and the second scroll-shaped branch merge together at a merging location, and a flow separator is disposed substantially at the merging location; and a strutted portion in fluid communication with the scroll portion , the strutted portion being configured to receive the flow of air (F) from the scroll portion and channel the flow of air (F) toward an intake outlet of the air intake for discharging the flow of air (F) toward the annular engine inlet , the strutted portion comprising one or more struts defining one or more respective vanes for interacting with the flow of air (F). an intake inlet for receiving the flow of air (F) therein, the intake inlet being generally axially facing and offset radially outwardly relative to the reference axis (RA); an intake duct in fluid communication with the intake inlet , the intake duct being configured to channel the flow of air (F) received in the intake inlet ; a scroll portion in fluid communication with the intake duct and configured to channel the flow of air (F) received from the intake duct , the scroll portion comprising a first scroll-shaped branch extending on one side of the reference axis (RA) and a second scroll-shaped branch extending on another side of the reference axis (RA), wherein the first scroll-shaped branch and the second scroll-shaped branch merge together at a merging location, and a flow separator is disposed substantially at the merging location; and a strutted portion in fluid communication with the scroll portion , the strutted portion being configured to receive the flow of air (F) from the scroll portion and channel the flow of air (F) toward an intake outlet of the air intake for discharging the flow of air (F) toward the annular engine inlet , the strutted portion comprising one or more struts defining one or more respective vanes for interacting with the flow of air (F).
An injection molding machine comprising: a toggle support which includes a toggle support body portion including load receiving portions , configured to receive a load from a tie bar , provided at corner portions of the toggle support body portion , and a link pin attachment portion to which a link pin of a toggle mechanism is attached, wherein the toggle support further includes a deformation suppression portion configured to suppress deformation caused by clamping of the toggle support body portion , wherein when viewed in a direction perpendicular to mold opening and closing directions and perpendicular to an axial direction of the link pin , the load receiving portions are provided on both sides with the link pin attachment portion interposed therebetween, characterized in that a recessed portion is provided between the link pin attachment portion and the load receiving portion . a toggle support which includes a toggle support body portion including load receiving portions , configured to receive a load from a tie bar , provided at corner portions of the toggle support body portion , and a link pin attachment portion to which a link pin of a toggle mechanism is attached, wherein the toggle support further includes a deformation suppression portion configured to suppress deformation caused by clamping of the toggle support body portion ,
An aerosol-generating device comprising: one or more DC power sources ; a load network comprising an inductor (L) and a capacitor (C) connected in series; first drive circuitry connected to the one or more DC power sources and connected across the load network and configured to provide a first voltage drop across the load network ; characterised by second drive circuitry connected to the one or more DC power sources and connected across the load network and configured to provide a second voltage drop across the load network , the second voltage drop being in an opposite direction to the first voltage drop; and by a controller connected to the first and second drive circuitry and configured to control the first and second drive circuitry so that both the first and second voltage drops are provided across the load network periodically and so that the second voltage drop is not provided across the load network simultaneously with the first voltage drop. one or more DC power sources ; a load network comprising an inductor (L) and a capacitor (C) connected in series; first drive circuitry connected to the one or more DC power sources and connected across the load network and configured to provide a first voltage drop across the load network ; characterised by second drive circuitry connected to the one or more DC power sources and connected across the load network and configured to provide a second voltage drop across the load network , the second voltage drop being in an opposite direction to the first voltage drop; and by a controller connected to the first and second drive circuitry and configured to control the first and second drive circuitry so that both the first and second voltage drops are provided across the load network periodically and so that the second voltage drop is not provided across the load network simultaneously with the first voltage drop.
Kit comprising a screwdriver bit comprising a body having a first end portion comprising a first engaging structure adapted to engage a fastener head, an opposite second end portion , and an intermediate portion connecting said first end portion and said second end portion, wherein said second end portion comprises a second engaging structure adapted to engage a tip of a tool and wherein said second engaging structure is formed by at least one projecting structure (21a; 21b; 21c) extending in an axial direction A-A, and a tightening tool comprising a set screw for locking said bit in said tightening tool, said set screw comprising a thread for engaging a corresponding thread in a through hole at a front end of said tightening tool to lock said bit and a rear surface comprising engaging means adapted to engage a tool tip of a first type, wherein the second engaging structure of said screwdriver bit adapted to engage a tip of a tool is adapted to engage a tool tip of said first type. a first end portion comprising a first engaging structure adapted to engage a fastener head, an opposite second end portion , and an intermediate portion connecting said first end portion and said second end portion, wherein said second end portion comprises a second engaging structure adapted to engage a tip of a tool and wherein said second engaging structure is formed by at least one projecting structure (21a; 21b; 21c) extending in an axial direction A-A, and a tightening tool comprising a set screw for locking said bit in said tightening tool, said set screw comprising a thread for engaging a corresponding thread in a through hole at a front end of said tightening tool to lock said bit and a rear surface comprising engaging means adapted to engage a tool tip of a first type, wherein the second engaging structure of said screwdriver bit adapted to engage a tip of a tool is adapted to engage a tool tip of said first type. a tightening tool comprising a set screw for locking said bit in said tightening tool, said set screw comprising a thread for engaging a corresponding thread in a through hole at a front end of said tightening tool to lock said bit and a rear surface comprising engaging means adapted to engage a tool tip of a first type, wherein the second engaging structure of said screwdriver bit adapted to engage a tip of a tool is adapted to engage a tool tip of said first type.
A computer-implemented method for optimizing processing or imaging of seismic data sets, comprising: receiving data sets, wherein the data sets comprise seismic data sets of a geologic survey, wherein each of the seismic data sets corresponds to one of a plurality of individual emitter-detector arrangements of the geologic seismic survey, wherein each of the plurality of individual emitter-detector arrangements corresponds to an angle or an offset of an amplitude versus angle (AVA) or an amplitude versus offset (AVO) survey; calculating structural dip for one of the seismic data sets; calculating a multi-dimensional similarity metric for the one of the seismic data sets , wherein the multi-dimensional similarity metric is based at least in part on structural dip, wherein calculating the multi-dimensional similarity metric comprises generating reference values and wherein the reference values comprise estimated structural dip values; based at least in part on the multi-dimensional similarity metric, assessing the one seismic data set , wherein the assessing comprises assigning an error to the one seismic data set, wherein the error corresponds to the angle or the offset of the one seismic data set; generating a similarity stack, wherein generating the similarity stack comprises stacking up the error measurements, for individual samples, across a plurality of offsets/ angles; and processing or imaging the seismic data sets using the similarity stack. receiving data sets, wherein the data sets comprise seismic data sets of a geologic survey, wherein each of the seismic data sets corresponds to one of a plurality of individual emitter-detector arrangements of the geologic seismic survey, wherein each of the plurality of individual emitter-detector arrangements corresponds to an angle or an offset of an amplitude versus angle (AVA) or an amplitude versus offset (AVO) survey; calculating structural dip for one of the seismic data sets; calculating a multi-dimensional similarity metric for the one of the seismic data sets , wherein the multi-dimensional similarity metric is based at least in part on structural dip, wherein calculating the multi-dimensional similarity metric comprises generating reference values and wherein the reference values comprise estimated structural dip values; based at least in part on the multi-dimensional similarity metric, assessing the one seismic data set , wherein the assessing comprises assigning an error to the one seismic data set, wherein the error corresponds to the angle or the offset of the one seismic data set; generating a similarity stack, wherein generating the similarity stack comprises stacking up the error measurements, for individual samples, across a plurality of offsets/ angles; and processing or imaging the seismic data sets using the similarity stack.
Filter device having a filter housing in which a replaceable filter element is accommodated and which has a cover part , wherein the element material of the filter element extends between two end caps thereof, wherein the filter housing configured as an outflow pipe likewise extends between these two end caps , characterised in that a slot-like annular guide is provided in each of the end caps to form a receptacle for the associated end of the outflow pipe , which annular guides engage at least partially on the inner and outer circumference with wall parts on the outflow pipe .
A method for providing a powder, comprising: contacting a powder comprising metallic particles with a nitrogen-containing gas, whereby the contacting results in improvement in flowability of the powder due to replacement of oxygen-containing groups on surfaces of the metallic particles with nitrogen-containing groups; and utilizing the powder for at least one of selective laser melting, SLM, metal powder injection molding (PIM), and hot pressed sintering; wherein the powder is a titanium or titanium alloy powder; wherein the nitrogen-containing gas is pure nitrogen or wherein the nitrogen-containing gas includes one or more of H 2 , N 2 , and NH 3 ; and wherein the contacting occurs in a fluidized bed reactor ; wherein the contacting occurs at between 350 and 950 degrees C (662 and 1742 degrees F); and wherein the contacting occurs for between 30 and 300 minutes. contacting a powder comprising metallic particles with a nitrogen-containing gas, whereby the contacting results in improvement in flowability of the powder due to replacement of oxygen-containing groups on surfaces of the metallic particles with nitrogen-containing groups; and utilizing the powder for at least one of selective laser melting, SLM, metal powder injection molding (PIM), and hot pressed sintering; wherein the powder is a titanium or titanium alloy powder; wherein the nitrogen-containing gas is pure nitrogen or wherein the nitrogen-containing gas includes one or more of H 2 , N 2 , and NH 3 ; and wherein the contacting occurs in a fluidized bed reactor ; wherein the contacting occurs at between 350 and 950 degrees C (662 and 1742 degrees F); and wherein the contacting occurs for between 30 and 300 minutes.
A mosaic service presentation method implemented by a Dynamic Adaptive Streaming over HTTP, DASH, client, comprising: receiving a media presentation description file that describes a mosaic service, wherein the media presentation description file describes presentation locations of logical presentation cells of the mosaic service and mosaic media of the logical presentation cells; obtaining the mosaic media of the logical presentation cells from a multimedia broadcast multicast service, MBMS, client according to a description of the mosaic media of the logical presentation cells provided in the media presentation description file; and presenting the mosaic media at the presentation locations of the logical presentation cells according to a logical-presentation-ccll presentation-location description provided in the media presentation description file; wherein a presentation location of a logical presentation cell of the mosaic service is described by using a logical-presentation-cell presentation-location attribute/element in the media presentation description file; wherein the logical-presentation-cell presentation-location attribute/element describes the presentation location of the logical presentation cell of the mosaic service by using a number of an elementary cell covered by the logical presentation cell; and wherein mosaic media of the logical presentation cell is described by using a mosaic-media link attribute/element in the media presentation description file. receiving a media presentation description file that describes a mosaic service, wherein the media presentation description file describes presentation locations of logical presentation cells of the mosaic service and mosaic media of the logical presentation cells; obtaining the mosaic media of the logical presentation cells from a multimedia broadcast multicast service, MBMS, client according to a description of the mosaic media of the logical presentation cells provided in the media presentation description file; and presenting the mosaic media at the presentation locations of the logical presentation cells according to a logical-presentation-ccll presentation-location description provided in the media presentation description file; wherein a presentation location of a logical presentation cell of the mosaic service is described by using a logical-presentation-cell presentation-location attribute/element in the media presentation description file; wherein the logical-presentation-cell presentation-location attribute/element describes the presentation location of the logical presentation cell of the mosaic service by using a number of an elementary cell covered by the logical presentation cell; and wherein mosaic media of the logical presentation cell is described by using a mosaic-media link attribute/element in the media presentation description file.
A method of reporting out accumulated metered data from a client to a metering service , each piece of metered data being indexed within a metering database of the client according to a metering ID, MID, and being sub-indexed within the metering database according to a content-associated ID, KID, the method comprising the client: selecting a particular MID; selecting at least a portion of the metered data in the metering database having the selected MID, the selected metered data being organized according to KID; constructing a challenge to include the selected metered data encrypted according to a symmetric pass key to result in passkey(metereddata), and to further include the pass key encrypted according to a public key, PU-M, of the metering service to result in PU-M(passkey), whereby the metering service can apply a private key, PR-M, corresponding to PU-M to PU-M(passkey) from the challenge to obtain the pass key, can apply the obtained pass key to passkey(metereddata) from the challenge to obtain the metered data, and can then store the obtained metered data; sending the constructed challenge to the metering service, whereby the metering service obtains the metered data from the challenge, stores same, and constructs a response to be returned to the client based on the challenge; receiving the response from the metering service including a list of KIDs of the selected metered data in the challenge; confirming that the response corresponds to the challenge; and processing the list of KIDs in the response by, for each KID in the list, deleting the metered data from the metering database having the selected MID and the KID. selecting a particular MID; selecting at least a portion of the metered data in the metering database having the selected MID, the selected metered data being organized according to KID; constructing a challenge to include the selected metered data encrypted according to a symmetric pass key to result in passkey(metereddata), and to further include the pass key encrypted according to a public key, PU-M, of the metering service to result in PU-M(passkey), whereby the metering service can apply a private key, PR-M, corresponding to PU-M to PU-M(passkey) from the challenge to obtain the pass key, can apply the obtained pass key to passkey(metereddata) from the challenge to obtain the metered data, and can then store the obtained metered data; sending the constructed challenge to the metering service, whereby the metering service obtains the metered data from the challenge, stores same, and constructs a response to be returned to the client based on the challenge; receiving the response from the metering service including a list of KIDs of the selected metered data in the challenge; confirming that the response corresponds to the challenge; and processing the list of KIDs in the response by, for each KID in the list, deleting the metered data from the metering database having the selected MID and the KID.
An application page interception method, applied to a user terminal, the method comprising: running a target application, and responding to an operation of the target application by a user; receiving application information of other applications, wherein the application information includes operation display pages of the other applications; determining whether the application information matches a predetermined interception strategy; and prohibiting operation display pages of the other applications from popping up when the application information matches the predetermined interception strategy, characterized in that the method further comprises: determining whether a running mode of the target application is in a do-not-disturb mode; and determining whether the application information matches the predetermined interception strategy when the running mode of the target application is in the do-not-disturb mode, wherein when the running mode of the target application is in a normal state, it is not determined whether to intercept the application page, thereby avoiding unnecessary application page interception. running a target application, and responding to an operation of the target application by a user; receiving application information of other applications, wherein the application information includes operation display pages of the other applications; determining whether the application information matches a predetermined interception strategy; and prohibiting operation display pages of the other applications from popping up when the application information matches the predetermined interception strategy, characterized in that the method further comprises: determining whether a running mode of the target application is in a do-not-disturb mode; and determining whether the application information matches the predetermined interception strategy when the running mode of the target application is in the do-not-disturb mode, wherein when the running mode of the target application is in a normal state, it is not determined whether to intercept the application page, thereby avoiding unnecessary application page interception. determining whether a running mode of the target application is in a do-not-disturb mode; and determining whether the application information matches the predetermined interception strategy when the running mode of the target application is in the do-not-disturb mode, wherein when the running mode of the target application is in a normal state, it is not determined whether to intercept the application page, thereby avoiding unnecessary application page interception.