mhurhangee/ep-ind-claims huggingface dataset:
A method for establishing a communication session between wireless devices (10A, 10B), the method comprising: receiving a request to establish a communication session between a first portable communication device and a second portable communication device at a remote server, wherein the request includes user information and location information associated with the first portable communication device and the request includes data corresponding to a physical feature of an associated user of the second portable communication device; processing the request at the remote server to obtain network information related to the second portable communication device, wherein the request is processed by searching a plurality of user profilers based on the received location information and the data corresponding to the physical feature of the associated user of the second portable communication device, wherein the step of processing includes utilizing facial recognition to compare data corresponding to the physical feature of the associated user of the second portable communication device with one or more photographs of the user of the second portable communication device stored in the user profile associated with the user of the second portable communication device; and if a match is found between the image data received in the request and the user profile establishing a communication session between the first portable communication device and the second portable communication device. receiving a request to establish a communication session between a first portable communication device and a second portable communication device at a remote server, wherein the request includes user information and location information associated with the first portable communication device and the request includes data corresponding to a physical feature of an associated user of the second portable communication device; processing the request at the remote server to obtain network information related to the second portable communication device, wherein the request is processed by searching a plurality of user profilers based on the received location information and the data corresponding to the physical feature of the associated user of the second portable communication device, wherein the step of processing includes utilizing facial recognition to compare data corresponding to the physical feature of the associated user of the second portable communication device with one or more photographs of the user of the second portable communication device stored in the user profile associated with the user of the second portable communication device; and if a match is found between the image data received in the request and the user profile establishing a communication session between the first portable communication device and the second portable communication device.
A stable stall partition, comprising a vertical partition structure (10, 10') which bears a deformable portion, characterized in that the deformable portion comprises a tube arrangement comprising at least two rigid tube segments (22, 24) connected together through an elastically deformable intermediate connecting element, the tube arrangement being connected to the partition structure at each of its two ends (20A, 20B) via an elastically deformable end connecting element (21A, 21B), and in that at least one middle portion of the end connecting elements (21A, 21B) is in a deformable material of the elastomer, composite or flexible plastic type.
A method for checking the compliance of a workpiece (k) having at least one characteristic, the method comprising the following steps: - estimating a risk of non-compliance ( TNC k) of characteristic on the basis of a law of probability ( L k) associated with the characteristic; and - verifying whether the estimated risk of non-compliance ( TNC k) satisfies a decision criterion and, if so, declaring that the workpiece is compliant for characteristic; if not, measuring a value of the characteristic, determining whether or not the workpiece is compliant based on the measured value, and updating the law of probability ( L k) associated with characteristic based on the measured value. - estimating a risk of non-compliance ( TNC k) of characteristic on the basis of a law of probability ( L k) associated with the characteristic; and - verifying whether the estimated risk of non-compliance ( TNC k) satisfies a decision criterion and, if so, declaring that the workpiece is compliant for characteristic; if not, measuring a value of the characteristic, determining whether or not the workpiece is compliant based on the measured value, and updating the law of probability ( L k) associated with characteristic based on the measured value.
A storage-stable composition for generating antimicrobial activity, which comprises: glucose oxidase; and pasteurised honey that lacks catalase activity, that lacks glucose oxidase activity and that includes D-glucose, wherein the composition does not include sufficient free water to allow the glucose oxidase to convert the D-glucose and the composition does not comprise ozonized honey or ozonated oil. glucose oxidase; and pasteurised honey that lacks catalase activity, that lacks glucose oxidase activity and that includes D-glucose, wherein the composition does not include sufficient free water to allow the glucose oxidase to convert the D-glucose and the composition does not comprise ozonized honey or ozonated oil.
Stabilizer bar or stabilizer link in fiber composite construction, with monolithic construction without fiber interruption, wherein the cross section geometry, the wall thickness and the fiber orientation vary in axial direction and in radial direction such that requirements defined by available construction space and expected loads acting on the stabilizer bar or stabilizer link are fulfilled and the fiber orientation is adjusted axially and radially load-appropriately, characterized in that the stabilizer bar or stabilizer link has a middle section that is primarily torsion-loaded and is reinforced with fibers having a first fiber orientation between +/-35° and +/-55° relative to the longitudinal axis and the stabilizer bar or stabilizer link has end members that are primarily bending-loaded and are reinforced with fibers having a second fiber orientation between +/-20° and +/ - 40° relative to the longitudinal axis, wherein the stabilizer bar or stabilizer link has transitional areas between the middle section and the end members and in the transitional areas there are transitions between the first and second fiber orientations relatively to the longitudinal axis.
A variant endoglucanase polypeptide comprising an amino acid sequence having at least 95% sequence identity with amino acids 1 to 214 of SEQ ID NO: 1 and amino acid substitutions at positions: S109N, S116Q, and Q118H; or S51N, S82Q, A135Q, S150Q, and S205N; or S51N, S82Q, S109N, S116E, Q118H, A135Q, S150Q, and S205N; or S51N, A75S, A77S, S82Q, S109N, Q118H, A135Q, S150Q, and S205N; or S51N, S82Q, S116E, Q118H, A135Q, S150Q, and S205N; and wherein the variant endoglucanase polypeptide has endoglucanase activity. S109N, S116Q, and Q118H; or S51N, S82Q, A135Q, S150Q, and S205N; or S51N, S82Q, S109N, S116E, Q118H, A135Q, S150Q, and S205N; or S51N, A75S, A77S, S82Q, S109N, Q118H, A135Q, S150Q, and S205N; or S51N, S82Q, S116E, Q118H, A135Q, S150Q, and S205N; and
A method of attaching a flexible screen to a cover plate, a surface on the outside of the cover plate is taken as a display surface, being characterized in that the method comprises: adhering a first adhesive film layer of a laminated adhesive film to a mounting surface of the cover plate, wherein the laminated adhesive film comprises the first adhesive film layer, a second adhesive film layer and a second release layer, the second release layer being releasably attached to the second adhesive film layer, and the first adhesive film layer and the second release layer being respectively disposed on both sides of the second adhesive film layer; releasing the second release layer from the second adhesive film layer; and adhering the second adhesive film layer to the flexible screen such that the mounting surface of the cover plate is attached to the flexible screen. adhering a first adhesive film layer of a laminated adhesive film to a mounting surface of the cover plate, wherein the laminated adhesive film comprises the first adhesive film layer, a second adhesive film layer and a second release layer, the second release layer being releasably attached to the second adhesive film layer, and the first adhesive film layer and the second release layer being respectively disposed on both sides of the second adhesive film layer; releasing the second release layer from the second adhesive film layer; and adhering the second adhesive film layer to the flexible screen such that the mounting surface of the cover plate is attached to the flexible screen.
A particulate composition having a volume weighted average diameter D 4,3 of 20-180 μm and comprising at least 50 wt.% of malate particles, said malate particles comprising at least 70 wt.% of co-crystal of malic acid and alkali metal hydrogen malate.
An artificial airway device to facilitate lung ventilation of a patient, comprising at least one airway tube and a mask carried at one end of the at least one airway tube, the mask having a mask body and a peripheral formation capable of conforming to, and of readily fitting within, the actual and potential space behind the larynx of the patient so as to form a seal around the circumference of the laryngeal inlet, the peripheral formation comprising opposed sides (52, 53) and an upper portion, the mask further comprising an elastic triangular sheet attached between the opposed sides (52, 53) where they meet the upper portion, the peripheral formation surrounding a hollow interior space or lumen of the mask and the at least one airway tube opening into the lumen of the mask, wherein the mask provides a space for the drainage of gastric matter leaving the oesophagus, wherein the space is an internal volume of the mask within the body of the mask, having an inlet at the distal end of the mask and an outlet at the posterior end of the mask, which outlet has a greater cross-sectional area than the inlet in the plane perpendicular to the longitudinal axis of the mask, in order to provide a volume large enough to effect a significant rise in the pressure of fluid emerging from the oesophageal sphincter while still providing a mask shape which maintains the seal around the circumference of the laryngeal inlet.
An apparatus comprising: a substrate; a first metal layer (110; 210; 310) disposed on the substrate; a dielectric layer (120; 220; 320) disposed on the first metal layer (110; 210; 310), wherein the dielectric layer (120; 220; 320) includes a via (122; 222; 322), formed by reflow of the dielectric layer (120; 220; 320); and an interconnect (130; 230; 330) in contact with the first metal layer (110; 210; 310) through the via (122; 222; 322); characterized in that the substrate includes a containment region (304; 404) to contain reflow of the dielectric layer (120; 220; 320). a substrate; a first metal layer (110; 210; 310) disposed on the substrate; a dielectric layer (120; 220; 320) disposed on the first metal layer (110; 210; 310), wherein the dielectric layer (120; 220; 320) includes a via (122; 222; 322), formed by reflow of the dielectric layer (120; 220; 320); and an interconnect (130; 230; 330) in contact with the first metal layer (110; 210; 310) through the via (122; 222; 322); characterized in that the substrate includes a containment region (304; 404) to contain reflow of the dielectric layer (120; 220; 320).
An analog latch, comprising: - a first preamplifier (202; 300) and a second preamplifier (212; 400), series connected and receiving a differential voltage signal and acting to amplify the signal, and to output the signal; - at least one differential clocked analog latch stage (232, 242, 252, 262; 600), receiving the signal from the first and second preamplifiers and producing a high signal or a low signal dependent on the signal received, - an RS latch (272; 700), connected in series to the at least one differential analog latch stage, receiving and holding the high signal or low signal from the at least one analog latch stage, - a clock generator, producing control signals for the first preamplifier, the second preamplifier, and the at least one analog latch stage, wherein the control signals include timing signals, autozero signals and reset signals, and - a level shifter connected between the second preamplifier and the at least one differential clocked analog latch stage, the level shifter shifting an absolute voltage level of the signal from the second preamplifier. - a first preamplifier (202; 300) and a second preamplifier (212; 400), series connected and receiving a differential voltage signal and acting to amplify the signal, and to output the signal; - at least one differential clocked analog latch stage (232, 242, 252, 262; 600), receiving the signal from the first and second preamplifiers and producing a high signal or a low signal dependent on the signal received, - an RS latch (272; 700), connected in series to the at least one differential analog latch stage, receiving and holding the high signal or low signal from the at least one analog latch stage, - a clock generator, producing control signals for the first preamplifier, the second preamplifier, and the at least one analog latch stage, wherein the control signals include timing signals, autozero signals and reset signals, and - a level shifter connected between the second preamplifier and the at least one differential clocked analog latch stage, the level shifter shifting an absolute voltage level of the signal from the second preamplifier.
A method of retransmitting a coded data block to decode a failed MAC Protocol Data Unit, in the following also referred to as MPDU, of an Aggregated MPDU, A-MPDU, in a wireless network, the method comprising: identifying a first codeword comprising a first bit of an A-MPDU subframe, wherein the A-MPDU subframe carries the failed MPDU; identifying a second codeword comprising the last bit of the A-MPDU subframe; and retransmitting the coded data block, the coded data block comprising the first codeword, the second codeword, and any codewords between the first codeword and the second codeword, wherein the failed MPDU is decoded using the coded data block, the A-MPDU comprises the MAC header CRC field for verifying the source address and the receiver address of the failed MPDU, the MAC header CRC field is included in the A-MPDU subframe, and wherein the A-MPDU subframe comprises a CRC Present subfield, and the CRC Present subfield is set to 1 when the MAC Header CRC field of the A-MPDU subframe comprises a 16-bit CRC value, wherein the 16-bit CRC value represents a Frame Control field, a Duration/ID field, an Address1 field, an Address2 field, an Address3 field, an Address4 field, a Sequence Control field, a QoS Control field, and an HT Control field of a MAC header. identifying a first codeword comprising a first bit of an A-MPDU subframe, wherein the A-MPDU subframe carries the failed MPDU; identifying a second codeword comprising the last bit of the A-MPDU subframe; and retransmitting the coded data block, the coded data block comprising the first codeword, the second codeword, and any codewords between the first codeword and the second codeword, wherein the failed MPDU is decoded using the coded data block, the A-MPDU comprises the MAC header CRC field for verifying the source address and the receiver address of the failed MPDU, the MAC header CRC field is included in the A-MPDU subframe, and wherein the A-MPDU subframe comprises a CRC Present subfield, and the CRC Present subfield is set to 1 when the MAC Header CRC field of the A-MPDU subframe comprises a 16-bit CRC value, wherein the 16-bit CRC value represents a Frame Control field, a Duration/ID field, an Address1 field, an Address2 field, an Address3 field, an Address4 field, a Sequence Control field, a QoS Control field, and an HT Control field of a MAC header.
Measurement device for measuring the rotational speed of a vehicle wheel, the measurement device comprising a body incorporating: - a rotor which can be rotated by the wheel and on which at least one permanent magnet is mounted; - a stator comprising a winding generating a measurement voltage (Vmes) when the wheel and therefore the permanent magnet turn, the measurement voltage being indicative of the rotational speed of the wheel; - an electronic board comprising processing means for processing the measurement voltage; - power supply means designed to generate, from the measurement voltage, a power supply voltage (Vali) intended to power the electronic board; the electronic board comprising first voltage-matching means intended to drop the power supply voltage when the latter is above a predetermined first voltage threshold and to raise the power supply voltage when the latter is below a predetermined second voltage threshold. - a rotor which can be rotated by the wheel and on which at least one permanent magnet is mounted; - a stator comprising a winding generating a measurement voltage (Vmes) when the wheel and therefore the permanent magnet turn, the measurement voltage being indicative of the rotational speed of the wheel; - an electronic board comprising processing means for processing the measurement voltage; - power supply means designed to generate, from the measurement voltage, a power supply voltage (Vali) intended to power the electronic board;
Method for mattifying a turbine engine part comprising a metal material, the method comprising a step of immersing said part in a chemical bath for mattifying said metal part, the bath comprising at least sodium fluoride (NaF) and hydrofluoric acid, characterised in that the immersion step lasts between 2 and 15 minutes.
Method for modification of a methane-containing gas stream, comprising the steps: i) withdrawal of a substream from a methane-containing gas stream, ii) treatment of the substream with an electrically generated plasma, generating a modified gas composition which comprises a lower fraction of methane than the methane-containing gas stream and iii) return of modified gas composition into the methane-containing gas stream. i) withdrawal of a substream from a methane-containing gas stream, ii) treatment of the substream with an electrically generated plasma, generating a modified gas composition which comprises a lower fraction of methane than the methane-containing gas stream and iii) return of modified gas composition into the methane-containing gas stream.
A positive face milling insert comprising a top side serving as a chip surface, a bottom side, a number of clearance surfaces therebetween, and a pair of chip-removing main cutting edges which are spaced apart from a centre of the insert and meet at a corner where they transform into a surface-wiping secondary edge, which is intersected by a bisector defining said corner, a slope surface along each main cutting edge sloping inwardly towards a countersunk bottom surface in the chip surface, and each clearance surface forming an acute angle with the top side so as to give the insert its positive geometry, characterized in that a shoulder, having a certain thickness and protruding not only from the bottom surface but also from the slope surface, has a top side which extends inwardly from the secondary edge along the bisector and transforms into each slope surface via a flatly leaning side transition surface providing the level difference between said surfaces (11, 12; 16) and forming a termination of the slope surface, said main cutting and secondary edges (4, 5) being located in a common plane to or over which said shoulder projects.
A method implemented by one or more processors, the method comprising: receiving data packets at one or more server devices, wherein the data packets are received at the one or more server devices in response to transmission of the data packets by client devices in multiple environments; identifying a group of the data packets, wherein identifying the group of the data packets comprises identifying the group of the data packets based on: time stamps of the data packets of the group, and the data packets of the group each indicating receipt of a single spoken utterance of a user; selecting a subset of two or more of the client devices based on the data packets of the group of the data packets being received from the client devices of the subset, wherein the subset of the client devices are each located in an environment of the multiple environments; in response to selecting the subset of the client devices: transmitting one or more commands to at least one of the client devices of the subset to cause the at least one of the client devices to provide user interface output related to a device isolation process; based on user interface input received in response to providing the user interface output, identifying a single client device, from the subset of the client devices, for isolation; and based on identifying the single client device for isolation: causing automated assistant clients of each of the client devices of the subset that are in addition to the single client device to be unresponsive to one or more spoken invocation phrases. receiving data packets at one or more server devices, wherein the data packets are received at the one or more server devices in response to transmission of the data packets by client devices in multiple environments; identifying a group of the data packets, wherein identifying the group of the data packets comprises identifying the group of the data packets based on: time stamps of the data packets of the group, and the data packets of the group each indicating receipt of a single spoken utterance of a user; time stamps of the data packets of the group, and the data packets of the group each indicating receipt of a single spoken utterance of a user; selecting a subset of two or more of the client devices based on the data packets of the group of the data packets being received from the client devices of the subset, wherein the subset of the client devices are each located in an environment of the multiple environments; in response to selecting the subset of the client devices: transmitting one or more commands to at least one of the client devices of the subset to cause the at least one of the client devices to provide user interface output related to a device isolation process; based on user interface input received in response to providing the user interface output, identifying a single client device, from the subset of the client devices, for isolation; and based on identifying the single client device for isolation: causing automated assistant clients of each of the client devices of the subset that are in addition to the single client device to be unresponsive to one or more spoken invocation phrases.
A peptidic compound having the formula: R 1 -Z-R 2 wherein Z is a peptide moiety having the formula X14 represents an amino acid residue selected from Met, Leu, Nle, Met and Met(O 2), X16 represents an amino acid residue selected from Lys and Glu, X20 represents an amino acid residue selected from Arg, Aib, Me-Lys, Me-Lys and Me-Orn, X40 is absent or represents Lys, R 1 represents NH 2, R 2 represents OH or NH 2, or a salt or solvate thereof. X14 represents an amino acid residue selected from Met, Leu, Nle, Met and Met(O 2), X16 represents an amino acid residue selected from Lys and Glu, X20 represents an amino acid residue selected from Arg, Aib, Me-Lys, Me-Lys and Me-Orn, X40 is absent or represents Lys, R 1 represents NH 2, R 2 represents OH or NH 2, or a salt or solvate thereof.