mhurhangee/patent-ind-claim-en huggingface dataset:
Edaravone, an Edaravone analogue, wherein the methyl at position 3 of the pyrazoline ring is replaced with a lower (C 1-6 ) alkyl other than methyl, or with a lower alkoxy, the methyl at position 3 of the pyrazoline ring is replaced with hydrogen while the hydrogen at position 4 is substituted with a lower alkyl or alkoxy, and/or phenyl is optionally substituted with one or more substituents selected from a lower alkyl, a lower alkoxy, nitro, and halogen, or an Edaravone derivative, wherein the ketone in position 5 of the pyrazoline ring is transformed into enol that can react with a carboxylic acid to generate an ester, which in turn can be converted into a ketone after hydrolysis in vivo, for use in the treatment of cerebral amyloid angiopathy (CAA) in a patient.
An adapter, comprising: an annular body oriented about an axis; a passage through the annular body , the passage defined by: an inner guide having a first conical geometry, an inner wall comprising a cylindrical geometry and extending axially from the inner guide, and a retention feature formed integrally with the inner wall and protruding radially from the inner wall, wherein the retention feature defines a cylindrical opening, wherein a diameter of the cylindrical opening is smaller than a diameter of the inner wall; and characterized in that the retention feature is disposed at an end of the inner wall opposite the inner guide ; and an outer guide disposed radially outward from the inner guide and having a second conical geometry. an annular body oriented about an axis; a passage through the annular body , the passage defined by: an inner guide having a first conical geometry, an inner wall comprising a cylindrical geometry and extending axially from the inner guide, and a retention feature formed integrally with the inner wall and protruding radially from the inner wall, wherein the retention feature defines a cylindrical opening, an inner guide having a first conical geometry, an inner wall comprising a cylindrical geometry and extending axially from the inner guide, and a retention feature formed integrally with the inner wall and protruding radially from the inner wall, wherein the retention feature defines a cylindrical opening, wherein a diameter of the cylindrical opening is smaller than a diameter of the inner wall; and characterized in that the retention feature is disposed at an end of the inner wall opposite the inner guide ; and an outer guide disposed radially outward from the inner guide and having a second conical geometry.
A method performed by a user equipment, UE in a wireless communication system, the method comprising: receiving a first multimedia broadcast multicast service, MBMS, minimization of drive test, MDT, configuration via first system information from a first cell; starting a MBMS-MDT based on the first MBMS-MDT configuration in the first cell; performing handover procedure from the first cell to a second cell; receiving a second MBMS-MDT configuration via second system information from the second cell; when the first MBMS-MDT configuration is same as the second MBMS-MDT configuration: maintaining the ongoing MBMS-MDT based on the first MBMS-MDT in the second cell and overwriting configurations other than the first MBMS-MDT configuration included in the first system information with configurations other than the second MBMS-MDT configuration included in the second system information. receiving a first multimedia broadcast multicast service, MBMS, minimization of drive test, MDT, configuration via first system information from a first cell; starting a MBMS-MDT based on the first MBMS-MDT configuration in the first cell; performing handover procedure from the first cell to a second cell; receiving a second MBMS-MDT configuration via second system information from the second cell; when the first MBMS-MDT configuration is same as the second MBMS-MDT configuration: maintaining the ongoing MBMS-MDT based on the first MBMS-MDT in the second cell and overwriting configurations other than the first MBMS-MDT configuration included in the first system information with configurations other than the second MBMS-MDT configuration included in the second system information.
A method for preparing quantum dots light-emitting diode, comprising following step: providing a base plate, placing the base plate into an inert atmosphere containing active gas, and printing quantum dots ink on a surface of the base plate to prepare a quantum dots light-emitting layer; and wherein the active gas is one or a combination of two or more selected from a group consisting of saturated fatty acids, unsaturated fatty acids, esters, and organic bases. providing a base plate, placing the base plate into an inert atmosphere containing active gas, and printing quantum dots ink on a surface of the base plate to prepare a quantum dots light-emitting layer; and wherein the active gas is one or a combination of two or more selected from a group consisting of saturated fatty acids, unsaturated fatty acids, esters, and organic bases.
A genetically modified LeuCD' enzyme complex comprising: (a) a genetically modified LeuC' subunit comprising: an amino acid sequence with at least 80% identity to SEQ ID NO: 1 having a C-terminus; and a C-terminal peptide coupled to the C-terminus of the amino acid sequence of (a) , wherein the C-terminal peptide comprises the amino acid sequence: SSHHHHHHSS; and (b) a LeuD subunit comprising an amino acid sequence with at least 80% identity to SEQ ID NO: 2, wherein the genetically modified LeuCD' enzyme complex has 2-hexylmalate isomerase activity. (a) a genetically modified LeuC' subunit comprising: an amino acid sequence with at least 80% identity to SEQ ID NO: 1 having a C-terminus; and a C-terminal peptide coupled to the C-terminus of the amino acid sequence of (a) , wherein the C-terminal peptide comprises the amino acid sequence: SSHHHHHHSS; and an amino acid sequence with at least 80% identity to SEQ ID NO: 1 having a C-terminus; and a C-terminal peptide coupled to the C-terminus of the amino acid sequence of (a) , wherein the C-terminal peptide comprises the amino acid sequence: SSHHHHHHSS; and (b) a LeuD subunit comprising an amino acid sequence with at least 80% identity to SEQ ID NO: 2, wherein the genetically modified LeuCD' enzyme complex has 2-hexylmalate isomerase activity.
A clearance adjustment mechanism for a gearwheel transmission which comprises at least one gearwheel with a centreline , and a hole formed in the gearwheel and running substantially parallel with the centreline , characterised by a spigot which is insertable in the hole , is provided with a threaded portion that fits in a threaded aperture in a frame element on which the gearwheel is attachable, and a conical portion and fits in the hole , the hole has a conical step configured to cooperate with the conical portion of the spigot , so that the spigot will move axially so that its conical portion causes the gearwheel to be pressed axially against the frame element while at the same time being moved radially in such a way that the centreline of the gearwheel moves in parallel when the spigot is turned in the hole .
A housing attachment for a biopsy port (10; 400; 600) of an endoscope , comprising: a first center-split half comprising: a first portion defining a first half of an upper chamber; a second portion defining a first half of a lower chamber; and a first locking member extending from an inner surface of the first center-split half , the first locking member configured to engage the biopsy port ; a second center-split half comprising: a first portion defining a second half of the upper chamber; a second portion defining a second half of the lower chamber; and a second locking member extending from an inner surface of the second center-split half , the second locking member configured to engage the biopsy port ; wherein mating surfaces of the first and second center-split halves (110a, 1 10b) are configured to interlock; and wherein the upper chamber is configured to receive a biopsy cap (44; 300), and wherein the lower chamber is configured to receive the biopsy port (10; 600), characterised in that the housing attachment further comprises: a base disposed within the biopsy cap (44; 300) in the upper chamber and configured to be disposed about the biopsy port (10; 600). a first center-split half comprising: a first portion defining a first half of an upper chamber; a second portion defining a first half of a lower chamber; and a first locking member extending from an inner surface of the first center-split half , the first locking member configured to engage the biopsy port ; a first portion defining a first half of an upper chamber; a second portion defining a first half of a lower chamber; and a first locking member extending from an inner surface of the first center-split half , the first locking member configured to engage the biopsy port ; a second center-split half comprising: a first portion defining a second half of the upper chamber; a second portion defining a second half of the lower chamber; and a second locking member extending from an inner surface of the second center-split half , the second locking member configured to engage the biopsy port ; a first portion defining a second half of the upper chamber; a second portion defining a second half of the lower chamber; and a second locking member extending from an inner surface of the second center-split half , the second locking member configured to engage the biopsy port ; wherein mating surfaces of the first and second center-split halves (110a, 1 10b) are configured to interlock; and wherein the upper chamber is configured to receive a biopsy cap (44; 300), and wherein the lower chamber is configured to receive the biopsy port (10; 600), characterised in that the housing attachment further comprises: a base disposed within the biopsy cap (44; 300) in the upper chamber and configured to be disposed about the biopsy port (10; 600).
A sensing head insert for a metal detector comprising an assembly of panels having a product sensing aperture for receiving products to be tested, each of said assembly of panels comprising a laminated assembly of: a. a first layer for supporting at least one sensing coil , b. a second layer for providing electromagnetic shielding, and c. a moisture resistant barrier layer ; wherein adjacent panels are secured together by a mechanical fastener; said mechanical fastener comprising: i) one or more screws or dovetail joints; and ii) an adhesive; and iii) an alignment means configured for aligning the panels at a pre-determined orientation to each other, characterised in that the alignment means comprises alignment pins and alignment holes arranged so that the pins and holes of different panels cooperate; and in that adjacent panels are hermetically sealed by a rubberised strip. a. a first layer for supporting at least one sensing coil , b. a second layer for providing electromagnetic shielding, and c. a moisture resistant barrier layer ; i) one or more screws or dovetail joints; and ii) an adhesive; and iii) an alignment means configured for aligning the panels at a pre-determined orientation to each other, characterised in that the alignment means comprises alignment pins and alignment holes arranged so that the pins and holes of different panels cooperate; and in that adjacent panels are hermetically sealed by a rubberised strip.
A method comprising: receiving , by a wireless device, a sidelink transmission comprising a transport block; determining a feedback resource from: first feedback resources in response to the sidelink transmission indicating one of: unicast; or groupcast with a first feedback operation, wherein the first feedback resources are used for both unicast and groupcast with the first feedback operation; and second feedback resources in response to the sidelink transmission indicating groupcast with a second feedback operation; and transmitting , via the feedback resource, a feedback for the transport block. receiving , by a wireless device, a sidelink transmission comprising a transport block; determining a feedback resource from: first feedback resources in response to the sidelink transmission indicating one of: unicast; or groupcast with a first feedback operation, wherein the first feedback resources are used for both unicast and groupcast with the first feedback operation; and second feedback resources in response to the sidelink transmission indicating groupcast with a second feedback operation; and first feedback resources in response to the sidelink transmission indicating one of: unicast; or groupcast with a first feedback operation, wherein the first feedback resources are used for both unicast and groupcast with the first feedback operation; and unicast; or groupcast with a first feedback operation, wherein the first feedback resources are used for both unicast and groupcast with the first feedback operation; and second feedback resources in response to the sidelink transmission indicating groupcast with a second feedback operation; and transmitting , via the feedback resource, a feedback for the transport block.
A method for estimating user interest in media content, comprising: at a client system (102-2) having an audio sensor , one or more processors , and memory storing one or more programs for execution by the one or more processors: detecting, via the audio sensor , a volume change event for media content presented in the vicinity of the client system (102-2), the volume change event comprising a change in outputted media volume for the media content; obtaining identification of the media content; based on the identification of the media content, obtaining from a media database a list of one or more expected volume change events within the media content; based on the list of one or more expected volume change events, obtaining a determination as to whether the detected volume change event comprises a volume change event from a user of the client system (102-2); in accordance with a determination that the detected volume change event comprises a volume change event from a user of the client system (102-2): analyzing the detected volume change event to determine user interest in the presented media content; and sending the determined level of interest to a server system ;and in accordance with a determination that the detected volume change event does not comprise a volume change event from a user of the client system (102-2), forgoing analyzing the volume change event to determine user interest. detecting, via the audio sensor , a volume change event for media content presented in the vicinity of the client system (102-2), the volume change event comprising a change in outputted media volume for the media content; obtaining identification of the media content; based on the identification of the media content, obtaining from a media database a list of one or more expected volume change events within the media content; based on the list of one or more expected volume change events, obtaining a determination as to whether the detected volume change event comprises a volume change event from a user of the client system (102-2); in accordance with a determination that the detected volume change event comprises a volume change event from a user of the client system (102-2): analyzing the detected volume change event to determine user interest in the presented media content; and sending the determined level of interest to a server system ;and in accordance with a determination that the detected volume change event does not comprise a volume change event from a user of the client system (102-2), forgoing analyzing the volume change event to determine user interest. analyzing the detected volume change event to determine user interest in the presented media content; and sending the determined level of interest to a server system ;and in accordance with a determination that the detected volume change event does not comprise a volume change event from a user of the client system (102-2), forgoing analyzing the volume change event to determine user interest.
An elongate reinforcement assembly comprising: a first portion comprising a composite reinforcement material, the first portion being elongate having a first edge and a second edge each extending along a longitudinal axis (L) said first portion comprising a plurality of adjacent unidirectional carbon fibres extending along the longitudinal axis (L); and, a second portion comprising a binder, the second portion comprising a plurality of spaced-apart projecting regions extending past at least one of the edges of the first portion , wherein the binder extends into the projecting regions ; and wherein the binder comprises a length of fibrous thermoplastic polymer characterized in that the length of thermoplastic polymer wraps around the first portion , extends along the longitudinal axis (L) and zigzags between the first and second edge forming at least three projecting regions in the form of loops. a first portion comprising a composite reinforcement material, the first portion being elongate having a first edge and a second edge each extending along a longitudinal axis (L) said first portion comprising a plurality of adjacent unidirectional carbon fibres extending along the longitudinal axis (L); and, a second portion comprising a binder, the second portion comprising a plurality of spaced-apart projecting regions extending past at least one of the edges of the first portion , wherein the binder extends into the projecting regions ; and wherein the binder comprises a length of fibrous thermoplastic polymer characterized in that the length of thermoplastic polymer wraps around the first portion , extends along the longitudinal axis (L) and zigzags between the first and second edge forming at least three projecting regions in the form of loops.
A welding-type power supply , comprising: power conversion circuitry configured to convert input power to welding-type power having at least one of an alternating current (AC) waveform or a pulse waveform; and being characterised by : control circuitry configured to: determine an amperage parameter of the welding-type power; based on the amperage parameter, determine a frequency of the AC waveform or the pulse waveform; and control the power conversion circuitry to output the welding-type power at the determined frequency and based on the amperage parameter; wherein the welding-type power supply further comprises an operator interface comprising an input device configured to receive the amperage parameter, wherein the operator interface is configured to receive an input modifying the frequency from the determined frequency, wherein the control circuitry is configured to use the modified frequency. power conversion circuitry configured to convert input power to welding-type power having at least one of an alternating current (AC) waveform or a pulse waveform; and being characterised by : control circuitry configured to: determine an amperage parameter of the welding-type power; based on the amperage parameter, determine a frequency of the AC waveform or the pulse waveform; and control the power conversion circuitry to output the welding-type power at the determined frequency and based on the amperage parameter; wherein the welding-type power supply further comprises an operator interface comprising an input device configured to receive the amperage parameter, wherein the operator interface is configured to receive an input modifying the frequency from the determined frequency, wherein the control circuitry is configured to use the modified frequency. control circuitry configured to: determine an amperage parameter of the welding-type power; based on the amperage parameter, determine a frequency of the AC waveform or the pulse waveform; and control the power conversion circuitry to output the welding-type power at the determined frequency and based on the amperage parameter; determine an amperage parameter of the welding-type power; based on the amperage parameter, determine a frequency of the AC waveform or the pulse waveform; and control the power conversion circuitry to output the welding-type power at the determined frequency and based on the amperage parameter; wherein the welding-type power supply further comprises an operator interface comprising an input device configured to receive the amperage parameter, wherein the operator interface is configured to receive an input modifying the frequency from the determined frequency, wherein the control circuitry is configured to use the modified frequency.
A method for erecting a shuttering framework , comprising a) pivotally mounting one end of a first support to an anchoring bracket which is fixed to the ground and mounting one end of a first brace to the ground, the first support being channel form in cross section and having a shuttering facing side and opposing structural sides , b) attaching the opposite end of the first brace with the sides of the first support , c) repeating a) and b) for a second support and a second brace , the braces being adjustable in length, and d) mounting a plurality of ties between the first and second support , the method being characterised in that : the opposing sides have slots in them, running parallel with each other, and in that the opposite end of the first brace engages slidingly with the slots . a) pivotally mounting one end of a first support to an anchoring bracket which is fixed to the ground and mounting one end of a first brace to the ground, the first support being channel form in cross section and having a shuttering facing side and opposing structural sides , b) attaching the opposite end of the first brace with the sides of the first support , c) repeating a) and b) for a second support and a second brace , the braces being adjustable in length, and d) mounting a plurality of ties between the first and second support ,
A tread for a tire having a contact face intended to come into contact with ground during rolling and comprising at least one primary groove having depth D and delimited by two opposite groove sidewalls , these groove sidewalls being axially connected by a groove bottom , the primary groove being provided with a plurality of closing devices each including at least two flexible fences, at least one first flexible fence having thickness t1 and extending from the groove bottom in a radially outward direction of the tire, and at least one second flexible fence having thickness t2 and extending from one groove sidewall toward the other groove sidewall , each of the closing devices covering at least equal to 70% of the sectional area of the primary groove and being disposed such that at least one closing device is always located in the primary groove within a contact patch , the second flexible fence having a bottom edge extending along and apart from the groove bottom and a top edge extending substantially parallel to the contact face , the second flexible fence being shaped so as to form an angle A1 between an imaginary line connecting a free end of the top edge of the second flexible fence and a free end of the bottom edge of the second flexible fence and an imaginary line extending from the free end of the top edge in a tire radial direction, wherein a width wb2 of the second flexible fence at the bottom edge is at most equal to 40% of the width WB of the groove bottom of the primary groove , the tread being characterized in that a width wb1 of the first flexible fence at the groove bottom is at most equal to 45% of a width WB of the groove bottom of the primary groove .