mhurhangee/patent-ind-claim-en huggingface dataset:
A method for supply chain management, the method comprising: capturing , by a part scanner, a first image of a surface of a component; generating , by the part scanner, a first surface descriptor for the component based on the first image; receiving a search key that is associated with the component, wherein the search key includes the first surface descriptor of the component, a lot identifier of the component, and a part identifier of the component; performing a search of a blockchain platform to detect whether at least one authentication record is stored in the blockchain platform that matches the lot identifier and the part identifier; obtaining a second surface descriptor from the at least one authentication record; determining that the component is authentic if the first surface descriptor matches the second surface descriptor, or determining that the component is counterfeit if the first surface descriptor does not match the second surface descriptor from any of the at least one authentication record; upon determining that the component is authentic, generating , by the part scanner, an authentication record for a part comprising the component; and storing , by the part scanner, the authentication record in a cryptographically-auditable ledger of a blockchain platform; upon determining that the component is counterfeit, outputting , by the part scanner, a counterfeit component notification. capturing , by a part scanner, a first image of a surface of a component; generating , by the part scanner, a first surface descriptor for the component based on the first image; receiving a search key that is associated with the component, wherein the search key includes the first surface descriptor of the component, a lot identifier of the component, and a part identifier of the component; performing a search of a blockchain platform to detect whether at least one authentication record is stored in the blockchain platform that matches the lot identifier and the part identifier; obtaining a second surface descriptor from the at least one authentication record; determining that the component is authentic if the first surface descriptor matches the second surface descriptor, or determining that the component is counterfeit if the first surface descriptor does not match the second surface descriptor from any of the at least one authentication record; upon determining that the component is authentic, generating , by the part scanner, an authentication record for a part comprising the component; and storing , by the part scanner, the authentication record in a cryptographically-auditable ledger of a blockchain platform; upon determining that the component is counterfeit, outputting , by the part scanner, a counterfeit component notification.
An antibody that specifically binds to pY1235-MET, or a fragment thereof that contains pY1235, wherein the antibody comprises a heavy chain variable region and a light chain variable region, wherein the heavy chain variable region and the light chain variable region each comprise the following three complementary determining regions (CDRs): CDR1, CDR2 and CDR3; wherein: i) the CDR1 of the heavy chain variable region comprises the amino acid sequence of SEQ ID NO:3; ii) the CDR2 of the heavy chain variable region comprises the amino acid sequence of SEQ ID NO:4; iii) the CDR3 of the heavy chain variable region comprises an amino acid sequence of SEQ ID NO:5; iv) the CDR1 of the light chain variable region comprises the amino acid sequence of SEQ ID NO:6; v) the CDR2 of the light chain variable region comprises the amino acid sequence of SEQ ID NO:7; vi) the CDR3 of the light chain variable region comprises the amino acid sequence of SEQ ID NO:8. i) the CDR1 of the heavy chain variable region comprises the amino acid sequence of SEQ ID NO:3; ii) the CDR2 of the heavy chain variable region comprises the amino acid sequence of SEQ ID NO:4; iii) the CDR3 of the heavy chain variable region comprises an amino acid sequence of SEQ ID NO:5; iv) the CDR1 of the light chain variable region comprises the amino acid sequence of SEQ ID NO:6; v) the CDR2 of the light chain variable region comprises the amino acid sequence of SEQ ID NO:7; vi) the CDR3 of the light chain variable region comprises the amino acid sequence of SEQ ID NO:8.
A method for controlling a lighting device to produce user customisable lighting effects while compensating for rolling shutter artefacts, the method comprising: calculating a time varying lighting value, based on at least one simulation parameter, said at least one simulation parameter comprising a user-selectable parameter, comprising a minimum light pulse width which is adjusted to suit a camera shutter speed or frame rate so as to provide even illumination across each camera frame to compensate for rolling shutter artefacts; and outputting said time varying lighting value thereby to simulate a lighting effect compensated for rolling shutter artefacts. calculating a time varying lighting value, based on at least one simulation parameter, said at least one simulation parameter comprising a user-selectable parameter, comprising a minimum light pulse width which is adjusted to suit a camera shutter speed or frame rate so as to provide even illumination across each camera frame to compensate for rolling shutter artefacts; and outputting said time varying lighting value thereby to simulate a lighting effect compensated for rolling shutter artefacts.
A side airbag apparatus attached to a seat frame of a vehicle seat , the side airbag apparatus comprising: an airbag ; an inflator for supplying, to the airbag, gas for expansion and deployment and a support plate having a reaction force surface for receiving the deployment force of this airbag upon expanding and deploying the airbag , with the inflator fixed to the support plate is provided; characterized in that a variable mechanism configured to attach the support plate to the seat frame such that the angle of the reaction force surface is variable with respect to the seat frame , wherein the variable mechanism includes: a rotation holding part for rotatably supporting a first end of the support plate on the seat frame ; and an actuator for applying force to a portion different from the first end in a portion of the support plate so as to rotate the support plate about the rotation holding part . an airbag ; an inflator for supplying, to the airbag, gas for expansion and deployment and a support plate having a reaction force surface for receiving the deployment force of this airbag upon expanding and deploying the airbag , with the inflator fixed to the support plate is provided; characterized in that a variable mechanism configured to attach the support plate to the seat frame such that the angle of the reaction force surface is variable with respect to the seat frame , a rotation holding part for rotatably supporting a first end of the support plate on the seat frame ; and an actuator for applying force to a portion different from the first end in a portion of the support plate so as to rotate the support plate about the rotation holding part .
An oil-lubricated bearing assembly for supporting a rotating shaft with respect to a support member , comprising - a tubular housing body defining a reference axis , the housing body surrounding an axial through cavity , the housing having an annular bearing seat facing radially inwards within the through cavity , - a bearing received in the through cavity of the housing body , the bearing having at least one outer race ring fitted into the bearing seat , and - two annular seal assemblies spaced apart from one another so as to define a sealed inner space between the two annular seal assemblies , wherein the inner space includes a sump and the bearing is located within the sealed inner space ; - a mounting flange integral with the housing body and protruding radially from the housing body , the mounting flange being provided with axial through holes extending in the axial direction for fixing the housing body to a wall of the support member, which extends perpendicularly to the reference axis, and - a housing cover with a through axial hole, the housing cover being releasibly fixed at an axial open end of the housing body , the mounting flange being closer to an opposed axial open end of the housing body than to the housing cover , wherein one of the annular seal assemblies is at least partially received within the axial through hole of the housing cover , characterised in that the annular bearing seat is located axially between the mounting flange and the sump so that the sump is more remote from the wall of the support member than the bearing when the housing body is fixed to the wall of the support member, and in that the sump is formed in the housing body such that an axial end of the sump is closed by the housing cover . - a tubular housing body defining a reference axis , the housing body surrounding an axial through cavity , the housing having an annular bearing seat facing radially inwards within the through cavity , - a bearing received in the through cavity of the housing body , the bearing having at least one outer race ring fitted into the bearing seat , and - two annular seal assemblies spaced apart from one another so as to define a sealed inner space between the two annular seal assemblies , wherein the inner space includes a sump and the bearing is located within the sealed inner space ; - a mounting flange integral with the housing body and protruding radially from the housing body , the mounting flange being provided with axial through holes extending in the axial direction for fixing the housing body to a wall of the support member, which extends perpendicularly to the reference axis, and - a housing cover with a through axial hole, the housing cover being releasibly fixed at an axial open end of the housing body , the mounting flange being closer to an opposed axial open end of the housing body than to the housing cover , wherein one of the annular seal assemblies is at least partially received within the axial through hole of the housing cover ,
An apparatus, comprising: a thermocycling system configured for subjecting a plurality of biological samples contained within a corresponding plurality of sample containers to thermal cycling; and an optical system defining an optical path that is operatively associated with the thermocycling system, the optical system being configured and arranged for substantially simultaneous monitoring of fluorescence in each of the plurality of biological samples, the optical system including: a sample block comprising an element of the optical path, wherein the sample block includes a top surface and a plurality of sample wells defining a plurality of recessed bottom surfaces , and characterized by a compound curved mirror positioned and arranged in the optical path relative to the sample block to allow simultaneous observation of all of the recessed bottom surfaces of all of the plurality of sample wells from a common reference point without interference or eclipsing by the plurality of sample wells, wherein the compound curved mirror comprises a portion of a surface of a paraboloid selected to define a first curvature and a second curvature with substantially orthogonal axes and to define a ray length from the recessed bottom surfaces of all of the plurality of sample wells to the common reference point, wherein the ray lengths are substantially the same, and wherein the first curvature is different from the second curvature. a thermocycling system configured for subjecting a plurality of biological samples contained within a corresponding plurality of sample containers to thermal cycling; and an optical system defining an optical path that is operatively associated with the thermocycling system, the optical system being configured and arranged for substantially simultaneous monitoring of fluorescence in each of the plurality of biological samples, the optical system including: a sample block comprising an element of the optical path, wherein the sample block includes a top surface and a plurality of sample wells defining a plurality of recessed bottom surfaces , and characterized by a compound curved mirror positioned and arranged in the optical path relative to the sample block to allow simultaneous observation of all of the recessed bottom surfaces of all of the plurality of sample wells from a common reference point without interference or eclipsing by the plurality of sample wells, wherein the compound curved mirror comprises a portion of a surface of a paraboloid selected to define a first curvature and a second curvature with substantially orthogonal axes and to define a ray length from the recessed bottom surfaces of all of the plurality of sample wells to the common reference point, wherein the ray lengths are substantially the same, and wherein the first curvature is different from the second curvature.
An apparatus, operates as a path computation client, PCC , applied to a branch node along a point-to-multipoint label switch paths (P2MP LSPs),comprises: a non-transitory memory comprising programs and a processor coupled to the memory, wherein the processor is configured to executed the programs to cause the apparatus to: receive, a path computation element communication protocol, PCEP, message comprising at least two outgoing labels allocated by a path computation element central controller, PCECC , wherein the at least two outgoing labels comprising a first outgoing label and a second outgoing label, and wherein the first outgoing label is associated with node information of a first next hop node of the branch node along the P2MP LSPs, and the second outgoing label is associated with node information of a second next hop node of the branch node along the P2MP LSPs; obtain the at least two outgoing labels. a non-transitory memory comprising programs and a processor coupled to the memory, wherein the processor is configured to executed the programs to cause the apparatus to: receive, a path computation element communication protocol, PCEP, message comprising at least two outgoing labels allocated by a path computation element central controller, PCECC , wherein the at least two outgoing labels comprising a first outgoing label and a second outgoing label, and wherein the first outgoing label is associated with node information of a first next hop node of the branch node along the P2MP LSPs, and the second outgoing label is associated with node information of a second next hop node of the branch node along the P2MP LSPs; obtain the at least two outgoing labels. receive, a path computation element communication protocol, PCEP, message comprising at least two outgoing labels allocated by a path computation element central controller, PCECC , wherein the at least two outgoing labels comprising a first outgoing label and a second outgoing label, and wherein the first outgoing label is associated with node information of a first next hop node of the branch node along the P2MP LSPs, and the second outgoing label is associated with node information of a second next hop node of the branch node along the P2MP LSPs; obtain the at least two outgoing labels.
A method of forming a cap assembly for use with a container in forming a container assembly , the cap assembly including a seal formed from a first material and a cap formed from a second material (F) having one or both of a greater hardness when solidified than the first material and/or a higher melting temperature than the first material , the method comprising: providing, in a mold having a portion which defines the shape of the cap assembly , the first material in a groove in a first portion of the mold such that only a single surface of the first material is exposed to a vacant portion of the mold ; wherein the mold further has a portion which defines the shape of the container ; providing, via an injection molding process, the second material (F) in liquid form in the portion of the mold which defines the shape of the container , providing the second material (F) in liquid form in the vacant portion of the mold , which defines the shape of the cap adjacent to, and in engagement with, the first material ; allowing the second material (F) to solidify and become directly coupled to the first material , thus forming the cap assembly , and allowing the second material (F) to solidify, thus forming the container assembly in which the container is formed integrally with the cap . providing, in a mold having a portion which defines the shape of the cap assembly , the first material in a groove in a first portion of the mold such that only a single surface of the first material is exposed to a vacant portion of the mold ; wherein the mold further has a portion which defines the shape of the container ; providing, via an injection molding process, the second material (F) in liquid form in the portion of the mold which defines the shape of the container , providing the second material (F) in liquid form in the vacant portion of the mold , which defines the shape of the cap adjacent to, and in engagement with, the first material ; allowing the second material (F) to solidify and become directly coupled to the first material , thus forming the cap assembly , and allowing the second material (F) to solidify, thus forming the container assembly in which the container is formed integrally with the cap .
A cervical collar having an anterior component arranged for connecting to a posterior component , the anterior component comprising: a main support having an arcuate configuration arranged to extend about a mandible of a user; an upper support received by the main support , the upper support arranged to be fitted against a user's chin; a lower support hingedly connected to the main support at first and second end portions of the anterior component, the lower support having an arcuate configuration contoured for being adapted for securing against a sternum of a user; a lock mechanism arranged for locking rotation of the lower support relative to the main support simultaneously at the first and second end portions such that the first and second end portions are coaxial relative to one another, the lock mechanism including an actuator for adjusting the lock mechanism from locked to unlocked condition the actuator being rotatably mounted on and resiliently or spring biased against the main support , such that it may be activated under force to an unlocked condition whereby such force returns the actuator to a predetermined locked condition; an elongate element operatively connected to the lock mechanism , the elongate element being arcuate and located along an inner side (I) of the main support and extending to the first and second end portions such that actuation of the lock mechanism moves the elongate element relative to the first and second end portions to lock and unlock the main support relative to the lower support . a main support having an arcuate configuration arranged to extend about a mandible of a user; an upper support received by the main support , the upper support arranged to be fitted against a user's chin; a lower support hingedly connected to the main support at first and second end portions of the anterior component, the lower support having an arcuate configuration contoured for being adapted for securing against a sternum of a user; a lock mechanism arranged for locking rotation of the lower support relative to the main support simultaneously at the first and second end portions such that the first and second end portions are coaxial relative to one another, the lock mechanism including an actuator for adjusting the lock mechanism from locked to unlocked condition the actuator being rotatably mounted on and resiliently or spring biased against the main support , such that it may be activated under force to an unlocked condition whereby such force returns the actuator to a predetermined locked condition; an elongate element operatively connected to the lock mechanism , the elongate element being arcuate and located along an inner side (I) of the main support and extending to the first and second end portions such that actuation of the lock mechanism moves the elongate element relative to the first and second end portions to lock and unlock the main support relative to the lower support .
A modular article of footwear comprising: a sole structure having a foot-facing surface , a ground-engaging surface , and a peripheral side surface extending between the foot-facing surface and the ground-engaging surface ; wherein the peripheral side surface has at least one recess ; an upper component ; a flange secured to the upper component and projecting therefrom; and wherein an inner surface of the flange fits against and is securable to the peripheral side surface of the sole structure with the flange in the at least one recess , and the upper component at least partially defining a foot-receiving cavity over the foot-facing surface , wherein the upper component is a first material; and the flange is a second material, wherein the peripheral side surface of the sole structure is the second material, or further comprising: an adhesive disposed on either or both of the inner surface of the flange and the peripheral side surface of the sole structure. a sole structure having a foot-facing surface , a ground-engaging surface , and a peripheral side surface extending between the foot-facing surface and the ground-engaging surface ; wherein the peripheral side surface has at least one recess ; an upper component ; a flange secured to the upper component and projecting therefrom; and wherein an inner surface of the flange fits against and is securable to the peripheral side surface of the sole structure with the flange in the at least one recess , and the upper component at least partially defining a foot-receiving cavity over the foot-facing surface , wherein the upper component is a first material; and the flange is a second material, wherein the peripheral side surface of the sole structure is the second material, or further comprising: an adhesive disposed on either or both of the inner surface of the flange and the peripheral side surface of the sole structure.
A system suitable for culturing a virus of the Caliciviridae family, wherein the virus is a human norovirus or a human sapovirus, the system comprising: a) mammalian small intestinal enteroid cultures; and b) bile or a functionally active component thereof, wherein the component is a bile acid or a lipid obtained from bile. a) mammalian small intestinal enteroid cultures; and b) bile or a functionally active component thereof, wherein the component is a bile acid or a lipid obtained from bile.