mhurhangee/ep-ind-claims huggingface dataset:
A sirocco fan including: a scroll and a number of blades being rotatably disposed in the scroll and arranged in a cylindrical manner, characterised in that a fan diameter is defined as D, a maximum camber height is defined as H, a blade chord length is defined as L, a radius of a front edge at an inner circumferential side of the blade is defined as R, a blade inlet angle is defined as β 1, and a blade exit angle is defined as β 2, then 0.18 ≤ H/L ≤ 0.26, R/L ≤ 0.11, 100° ≤ β 1 ≤ 130°, and 26° ≤ β 2 ≤ 32° are satisfied.
A method comprising: receiving, by a session management function, SMF, from a network exposure function, NEF, a request message for a delivery of a trigger to a wireless device, the request message comprising: a trigger payload comprising information, for an application on the wireless device, indicating a request to establish a packet data unit, PDU, session; and a trigger indication identifying that the request message carries the trigger payload; sending, by the SMF to the wireless device, a non-access stratum, NAS, message comprising: the trigger indication; and the trigger payload; receiving, by the SMF from the wireless device via an access and mobility management function, AMF, a session establishment request for establishing the PDU session for the application based on the trigger payload; and sending, by the SMF to the NEF, a connection request for establishing the PDU session for the application. receiving, by a session management function, SMF, from a network exposure function, NEF, a request message for a delivery of a trigger to a wireless device, the request message comprising: a trigger payload comprising information, for an application on the wireless device, indicating a request to establish a packet data unit, PDU, session; and a trigger indication identifying that the request message carries the trigger payload; a trigger payload comprising information, for an application on the wireless device, indicating a request to establish a packet data unit, PDU, session; and a trigger indication identifying that the request message carries the trigger payload; sending, by the SMF to the wireless device, a non-access stratum, NAS, message comprising: the trigger indication; and the trigger payload; the trigger indication; and the trigger payload; receiving, by the SMF from the wireless device via an access and mobility management function, AMF, a session establishment request for establishing the PDU session for the application based on the trigger payload; and sending, by the SMF to the NEF, a connection request for establishing the PDU session for the application.
An edging strip covering narrow surfaces of panel-shaped workpieces, more particular of furniture panels, with at least one cover layer on the front and a melting layer of thermoplastic TPU-based synthetic material for fastening the edging strip onto the panel-shaped workpiece, wherein the melting layer is made of a polymer mixture (polymer blend), characterised in that the polymer mixture comprise at least a TPU polymer and at least an additional polymer with increased polarity compared to the TPU polymer, wherein the additional polymer is a styrene copolymer.
A screw comprising a head, a shank extending downwards from said head, a drilling portion connected to an end of said shank opposite to said head, and a first threaded section spirally formed around said shank; characterized in that a leading threaded section extends spirally from said drilling portion toward said first threaded section, said first threaded section and said leading threaded section being spaced one from the other to form a valley between said first threaded section and said leading threaded section, at least one cutting unit protruding from said valley, said at least one cutting unit having a cutting edge at a protruding height thereof, two ends of said at least one cutting unit being respectively connected to said first threaded section and said leading threaded section, said protruding height of said at least one cutting unit being smaller than a distance defined from said shank to an outermost edge of said first threaded section.
A method of forming an electrically switchable layup, the method comprising: (a) bonding a substrate layer to an electrically switchable layer by applying a UV curable adhesive to the substrate layer and/or the electrically switchable layer, placing the layers together, and curing the adhesive, by means of a UV source, to thereby bond the substrate layer and electrically switchable layer together; characterised in that the electrically switchable layer is a polymer dispersed liquid crystal (PDLC) layer which is operable to move from substantially optically transparent state with voltage applied, to a substantially translucent/opaque state without voltage applied, wherein the PDLC layer comprises a liquid crystal polymer layer arranged between two PET (Polyethylene terephthalate) plastic layers, which plastic layers comprise a ITO (Indium tin oxide) conductive coating, wherein the substrate layer is a glass layer or a transparent plastic layer, wherein the adhesive is a methacrylic ester based adhesive; wherein the method comprises, prior to curing, a step of applying pressure in the through thickness direction to the layup of the substrate layer and electrically switchable layer. (a) bonding a substrate layer to an electrically switchable layer by applying a UV curable adhesive to the substrate layer and/or the electrically switchable layer, placing the layers together, and curing the adhesive, by means of a UV source, to thereby bond the substrate layer and electrically switchable layer together;
A control method for an information processing apparatus, the information processing apparatus having a first application program for executing a function of a communication apparatus and a second application program, different from the first application program for executing a setting screen relating to a function of the information processing apparatus, the control method comprising: displaying, by the first application program, a screen on a display unit for receiving, from a user, an execution instruction to execute pairing processing for authenticating communication, by a predetermined communication method, between a communication apparatus selected by the user and the information processing apparatus; in a case where the execution instruction is received, performing control such that a setting screen is displayed on the display unit by the second application program, wherein the setting screen is a screen for receiving from the user an input instruction for selecting a target communication apparatus for the pairing processing from a plurality of communication apparatuses that are capable of performing communication by the predetermined communication method; and displaying on the setting screen displayed on the display unit by the second application program, a notification region for notifying the user of information regarding an operation to be executed on the setting screen displayed on the display unit, wherein the pairing processing between the information processing apparatus and a selected target communication apparatus is executed in response to receiving on the setting screen an input instruction from the user for selecting the target communication apparatus. displaying, by the first application program, a screen on a display unit for receiving, from a user, an execution instruction to execute pairing processing for authenticating communication, by a predetermined communication method, between a communication apparatus selected by the user and the information processing apparatus; in a case where the execution instruction is received, performing control such that a setting screen is displayed on the display unit by the second application program, wherein the setting screen is a screen for receiving from the user an input instruction for selecting a target communication apparatus for the pairing processing from a plurality of communication apparatuses that are capable of performing communication by the predetermined communication method; and displaying on the setting screen displayed on the display unit by the second application program, a notification region for notifying the user of information regarding an operation to be executed on the setting screen displayed on the display unit, wherein the pairing processing between the information processing apparatus and a selected target communication apparatus is executed in response to receiving on the setting screen an input instruction from the user for selecting the target communication apparatus.
An electrochemical cell for detecting a gas from the surrounding environment, the cell comprising: an electrolyte; a sensing electrode in fluid communication with said electrolyte and a said gas to be detected, when present; a counter electrode in fluid communication with said electrolyte; a source of reactant gas provided in a cavity adjacent to the counter electrode, wherein reaction of said gas to be detected at the sensing electrode results in reaction of the reactant gas at the counter electrode; and wherein the cavity is formed of or comprises a gas permeable or semi-permeable membrane configured for replenishment of the reactant gas with gas from the electrolyte through the gas permeable or semi-permeable membrane. an electrolyte; a sensing electrode in fluid communication with said electrolyte and a said gas to be detected, when present; a counter electrode in fluid communication with said electrolyte; a source of reactant gas provided in a cavity adjacent to the counter electrode, wherein reaction of said gas to be detected at the sensing electrode results in reaction of the reactant gas at the counter electrode; and wherein the cavity is formed of or comprises a gas permeable or semi-permeable membrane configured for replenishment of the reactant gas with gas from the electrolyte through the gas permeable or semi-permeable membrane.
A method for selection of a particular strand from a double stranded polynucleotide comprising the following steps: I) Providing polynucleotide templates, primers, buffer solution, at least one enzyme with polymerase activity, sufficient amounts of the four dNTPs dATP, dCTP, dGTP and dTTP or analogues thereof, wherein at least one of the four dNTPs is replaced by a corresponding modified dNTP used for strand-specific selection; II) Performing first-strand synthesis on the polynucleotide templates with unmodified dNTPs or corresponding analogues thereof; III) Performing second-strand synthesis wherein at least one of the four dNTPs is replaced by a corresponding modified dNTP used for strand-specific selection, so that double-stranded polynucleotides each consisting of a second strand and a matching strand are generated, wherein the secondstrand contains the at least one modified nucleotide; IV) Optionally, performing molecular cloning operations with double-stranded DNA; and V) Specific selection of at least one of the strands of the said polynucleotide duplex using different interaction of modified and unmodified nucleotides with at least one selection factor. I) Providing polynucleotide templates, primers, buffer solution, at least one enzyme with polymerase activity, sufficient amounts of the four dNTPs dATP, dCTP, dGTP and dTTP or analogues thereof, wherein at least one of the four dNTPs is replaced by a corresponding modified dNTP used for strand-specific selection; II) Performing first-strand synthesis on the polynucleotide templates with unmodified dNTPs or corresponding analogues thereof; III) Performing second-strand synthesis wherein at least one of the four dNTPs is replaced by a corresponding modified dNTP used for strand-specific selection, so that double-stranded polynucleotides each consisting of a second strand and a matching strand are generated, wherein the secondstrand contains the at least one modified nucleotide; IV) Optionally, performing molecular cloning operations with double-stranded DNA; and V) Specific selection of at least one of the strands of the said polynucleotide duplex using different interaction of modified and unmodified nucleotides with at least one selection factor.
A method of cleaning fabrics having oily stains thereon, said method comprising a first step of applying one or more fatty acids to a stained portion of said fabric in which step there is no contact of said stained portion with any surfactant other than monoglyceride, and a second step of washing said stained portion in wash liquor comprising a detergent composition, characterised in that in said first step, a monoglyceride is applied to said stained portion simultaneously with said one or more fatty acids wherein said stained portion is treated with a pretreatment composition containing said one or more fatty acids and said monoglyceride and wherein said composition comprises a mixture of fatty acids containing 60 wt% to 90 wt% oleic acid, the balance being either stearic or palmitic acid or a combination thereof.
A method of selectively applying enhancing adjustments to elements contained within image material captured by a camera having touch screen input, comprising: registration of user touch screen input at a location on a display screen at which a specific element in the captured image material is displayed; selecting the specific element of the captured image in response to the registration of user touch screen input, wherein the specific element can have any arbitrary shape; detecting finger-moving gestures after selection of said specific element and within the user touch screen input so that the selection of said specific element and the finger-moving gestures occur via a single touch; and processing the image of said specific element to apply enhancing adjustments to the content of said element in relation to the remainder of the captured image, the enhancing adjustments being controlled according to the finger-moving gestures, wherein the direction of the finger-moving gestures determines the type of enhancing adjustment to be performed. registration of user touch screen input at a location on a display screen at which a specific element in the captured image material is displayed; selecting the specific element of the captured image in response to the registration of user touch screen input, wherein the specific element can have any arbitrary shape; detecting finger-moving gestures after selection of said specific element and within the user touch screen input so that the selection of said specific element and the finger-moving gestures occur via a single touch; and processing the image of said specific element to apply enhancing adjustments to the content of said element in relation to the remainder of the captured image, the enhancing adjustments being controlled according to the finger-moving gestures, wherein the direction of the finger-moving gestures determines the type of enhancing adjustment to be performed.
A method for verifying network activity/ usage data between a user equipment and a service provider server, the method being performed in the service provider server, the method comprising: acquiring a first set of network activity/usage data for a user account (64a, 64b) from a user equipment; acquiring a second set of network activity/usage data for said user account from a subscription account of said user account; characterized by: determining if a second post in said second set of network activity/usage data is related to a first post in said first set of network activity/usage data, and if so: comparing first data (66b, 68b, 70b, 72b) of said first post to second data (66a, 68a, 70a, 72a) of said second post; and updating said second post with said first data in a case said first data does not match said second data. acquiring a first set of network activity/usage data for a user account (64a, 64b) from a user equipment; acquiring a second set of network activity/usage data for said user account from a subscription account of said user account; characterized by: determining if a second post in said second set of network activity/usage data is related to a first post in said first set of network activity/usage data, and if so: comparing first data (66b, 68b, 70b, 72b) of said first post to second data (66a, 68a, 70a, 72a) of said second post; and updating said second post with said first data in a case said first data does not match said second data. determining if a second post in said second set of network activity/usage data is related to a first post in said first set of network activity/usage data, and if so: comparing first data (66b, 68b, 70b, 72b) of said first post to second data (66a, 68a, 70a, 72a) of said second post; and updating said second post with said first data in a case said first data does not match said second data. comparing first data (66b, 68b, 70b, 72b) of said first post to second data (66a, 68a, 70a, 72a) of said second post; and updating said second post with said first data in a case said first data does not match said second data.
Connection assembly for cable conduit systems (3, 4), which are arranged in a corner region, including at least a first connection element as well as at least a second connection element, wherein the connection elements (10, 20) comprise at least one latching element which can be operatively connected with the cable conduit element (31, 41), wherein the connection elements (10, 20) are arranged in a manner to be rotatable relative to one another and wherein the first connection element, which comprises a base surface, a cover surface arranged at a distance via a side surface as well as via an end face as well as latching elements arranged on the side surface, encloses the second connection element, which comprises a base surface as well as a cover surface connected thereto via a side surface, in an at least partially overlapping manner, wherein the first connection element comprises at least one rotary element arranged on its base surface and/or its cover surface, and the second connecting element comprises at least one first opening formed through its base surface and/or its cover surface, which opening is formed as an elongated hole having a width approximately corresponding to the outer diameter of the rotary element, wherein the second connecting element can be operatively connected with the first connecting element in such a way, that the rotary element of the first connecting element can be arranged on the first opening of the second connecting element and can be inserted into the first opening of the second connecting element by means of a displacing movement of the connecting elements (10, 20) with respect to one another, wherein the rotary element of the first connecting element is movably arranged in the first opening of the second connecting element, characterized in that the at least a first opening is arranged at a distance to the end face of the base surface and/or the cover surface and to the side surface, and in that the second connecting element further comprises at least a second opening arranged in parallel to the first opening on the base surface and/or the cover surface, wherein the opening is spaced from the first opening via a web, which is configured in such a way as to deform elastically all the way to the second opening during the mounting that the rotary element of the first connecting element is mounted at the end of the first opening of the second connecting element in a manner to be rotatably latching.
A blade outer air seal, comprising: a seal body having a channel (122, 222) on a radially inner side, defining a first height portion within the channel (122, 222) and a second height portion outside of the channel (122, 222); a first cavity (124, 224) in the first height portion and a second cavity (124, 224) in the second height portion; and an abradable coating over the radially inner side and filling the first and second cavities (124, 224), characterised in that: the first and second cavities (124, 224) have the same depth relative to a radially outer side of the seal body. a seal body having a channel (122, 222) on a radially inner side, defining a first height portion within the channel (122, 222) and a second height portion outside of the channel (122, 222); a first cavity (124, 224) in the first height portion and a second cavity (124, 224) in the second height portion; and an abradable coating over the radially inner side and filling the first and second cavities (124, 224),
A method comprising: training, using a first deep neural network, a patient state generator to relate input real-time 2D partial patient measurements and a 4D patient model including a reference volume to output 3D patient states, wherein the first deep neural network comprises a correlation layer for matching features extracted from a 2D partial measurement with features extracted from the 4D patient model; using the 3D patient states output from the first deep neural network and the reference volume as inputs to a second deep neural network to train the second deep learning network to output relative motion information between the 3D patient states and the reference volume; and receiving a real-time stream of images from an image acquisition device; estimating, using the processor, a relative motion corresponding to an image of the real-time stream of images using the first deep learning network and the second deep learning network, wherein the relative motion is a 3D displacement vector field, DVF, between a 3D patient state output from the first deep neural network and the reference volume. training, using a first deep neural network, a patient state generator to relate input real-time 2D partial patient measurements and a 4D patient model including a reference volume to output 3D patient states, wherein the first deep neural network comprises a correlation layer for matching features extracted from a 2D partial measurement with features extracted from the 4D patient model; using the 3D patient states output from the first deep neural network and the reference volume as inputs to a second deep neural network to train the second deep learning network to output relative motion information between the 3D patient states and the reference volume; and receiving a real-time stream of images from an image acquisition device; estimating, using the processor, a relative motion corresponding to an image of the real-time stream of images using the first deep learning network and the second deep learning network, wherein the relative motion is a 3D displacement vector field, DVF, between a 3D patient state output from the first deep neural network and the reference volume.