mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: one or more processors ; and a memory that stores one or more programs that are configured to be executed by the one or more processors, the one or more programs including instructions to perform acts that: obtain a merge conflict tuple (A, B, O), where A and B are programs having modifications made to code base O; represent the merge tuple as n input sequences ; and predict a resolution strategy to merge changes in program A and changes in program B into code base O using a neural transformer system, wherein the neural transformer system includes n neural encoder transformer models (400; 520), wherein each neural encoder transformer model receives a select one of the n input sequences, wherein the neural transformer system aggregates output from each neural encoder transformer model to generate an output probability distribution of c classes, wherein a class represents a particular resolution strategy, wherein the predicted resolution strategy has a highest probability. one or more processors ; and a memory that stores one or more programs that are configured to be executed by the one or more processors, the one or more programs including instructions to perform acts that: obtain a merge conflict tuple (A, B, O), where A and B are programs having modifications made to code base O; represent the merge tuple as n input sequences ; and predict a resolution strategy to merge changes in program A and changes in program B into code base O using a neural transformer system, wherein the neural transformer system includes n neural encoder transformer models (400; 520), wherein each neural encoder transformer model receives a select one of the n input sequences, wherein the neural transformer system aggregates output from each neural encoder transformer model to generate an output probability distribution of c classes, wherein a class represents a particular resolution strategy, wherein the predicted resolution strategy has a highest probability. obtain a merge conflict tuple (A, B, O), where A and B are programs having modifications made to code base O; represent the merge tuple as n input sequences ; and predict a resolution strategy to merge changes in program A and changes in program B into code base O using a neural transformer system, wherein the neural transformer system includes n neural encoder transformer models (400; 520), wherein each neural encoder transformer model receives a select one of the n input sequences, wherein the neural transformer system aggregates output from each neural encoder transformer model to generate an output probability distribution of c classes, wherein a class represents a particular resolution strategy, wherein the predicted resolution strategy has a highest probability.
An apparatus, comprising: a memory controller to interface with a multi-level system memory , said memory controller comprising a pinning engine configured to pin a memory page into a first level of said system memory that is at a higher level than a second level of said system memory , wherein said higher level has a first region allocated for pinned memory pages and a second region allocated for at least one of: a cache; a higher priority region of system memory, wherein said pinning engine is coupled to a mapping table , said mapping table to keep mappings of system memory addresses of pinned pages to addresses of said first region where said pinned pages are pinned, characterized in that said pinning engine is configured to send a response to a request from a requestor to pin a memory page, said response to include an indication whether said memory page is pinned in said first region or said second region . a memory controller to interface with a multi-level system memory , said memory controller comprising a pinning engine configured to pin a memory page into a first level of said system memory that is at a higher level than a second level of said system memory , wherein said higher level has a first region allocated for pinned memory pages and a second region allocated for at least one of: a cache; a higher priority region of system memory, a cache; a higher priority region of system memory, wherein said pinning engine is coupled to a mapping table , said mapping table to keep mappings of system memory addresses of pinned pages to addresses of said first region where said pinned pages are pinned, characterized in that said pinning engine is configured to send a response to a request from a requestor to pin a memory page, said response to include an indication whether said memory page is pinned in said first region or said second region .
(Amended) A method for producing a perfluoropolyether phosphate ester represented by the general formula: [C 3 F 7 O{ CF(CF 3 )CF 2 O} n CF(CF 3 )CH 2 O] 2 PO(OH) (wherein n is an integer of 1 to 20), comprising reacting a perfluoropolyether alcohol represented by the general formula: C 3 F 7 O{CF(CF 3 )CF 2 O} n CF(CF 3 )CH 2 OH (wherein n is an integer of 1 to 20) with phosphorus oxychloride in the presence of a calcium chloride dehydrating agent and hydrolyzing the obtained compound represented by the general formula: [C 3 F 7 O{CF(CF 3 )CF 2 O} n CF(CF 3 )CH 2 O] 2 POCl (wherein n is an integer of 1 to 20).
Polymer composition comprising A) a high melt strength polypropylene in an amount ≥ 30 wt% and ≤ 90 wt% based on the polymer composition, wherein the high melt strength polypropylene has a melt strength ≥ 10 cN and ≤ 100 cN as determined in accordance with ISO 16790:2005 at a temperature of 200°C, using a cylindrical capillary having a length of 20mm and a width of 2mm, a starting velocity v 0 of 9.8mm/s and an acceleration of 6mm/s 2 B) an ethylene-based elastomer having a density ≥ 855 to ≤ 913 kg/m3, wherein the density is determined in accordance with ASTM D792 , wherein the ethylene-based elastomer is present in the polymer composition in an amount ≥ 10wt% and ≤ 49wt% based on the polymer composition and C) a further polypropylene, wherein the further polypropylene is present in the polymer composition in an amount ≥ 10wt% and ≤ 60 wt% based on the polymer composition and wherein the sum of the weight of high melt strength polypropylene and the further polypropylene is ≥ 51wt% based on the sum of the weight of the high melt strength polypropylene, the further polypropylene and the ethylene-based elastomer. A) a high melt strength polypropylene in an amount ≥ 30 wt% and ≤ 90 wt% based on the polymer composition, wherein the high melt strength polypropylene has a melt strength ≥ 10 cN and ≤ 100 cN as determined in accordance with ISO 16790:2005 at a temperature of 200°C, using a cylindrical capillary having a length of 20mm and a width of 2mm, a starting velocity v 0 of 9.8mm/s and an acceleration of 6mm/s 2 B) an ethylene-based elastomer having a density ≥ 855 to ≤ 913 kg/m3, wherein the density is determined in accordance with ASTM D792 , wherein the ethylene-based elastomer is present in the polymer composition in an amount ≥ 10wt% and ≤ 49wt% based on the polymer composition and C) a further polypropylene, wherein the further polypropylene is present in the polymer composition in an amount ≥ 10wt% and ≤ 60 wt% based on the polymer composition
A method for moving a tape carried, self-piercing rivet into alignment with a rivet driving spindle , comprising: conveying the tape between a supply reel and an exhaust reel , Z the method being characterized in that , the supply reel has a supply motor and the exhaust reel has an exhaust motor; and in that it further comprises the steps of moving the tape in an advancing direction until the rivet has traveled past being in alignment with the spindle , by controlling the supply and exhaust motors using a first tension regimen; and thereafter moving the tape in a retracting direction until the rivet is in alignment with the spindle by controlling the tape supply and exhaust motors using a second tension regimen. conveying the tape between a supply reel and an exhaust reel , Z the method being characterized in that , the supply reel has a supply motor and the exhaust reel has an exhaust motor; and in that it further comprises the steps of moving the tape in an advancing direction until the rivet has traveled past being in alignment with the spindle , by controlling the supply and exhaust motors using a first tension regimen; and thereafter moving the tape in a retracting direction until the rivet is in alignment with the spindle by controlling the tape supply and exhaust motors using a second tension regimen.
A sports ball rebound and boundary system , comprising: at least one portable post portion , configured to in use stand upright unsupported; a barrier portion , the post portion and barrier portion configured so that at least part of the barrier portion is extendible from the post portion to form a substantially vertically aligned planar barrier extending upwards from substantially ground level, the barrier portion further configured to in use remain under sufficient tension to cause a ball or similar to rebound when striking the barrier ; wherein the post portion further comprises a framework having slots , each slot configured to receive and hold a barrier portion in position; each barrier portion at least partly formed from a flexible elongate planar fabric; each barrier portion further comprising a storage means configured to retain the fabric when not in use. at least one portable post portion , configured to in use stand upright unsupported; a barrier portion , the post portion and barrier portion configured so that at least part of the barrier portion is extendible from the post portion to form a substantially vertically aligned planar barrier extending upwards from substantially ground level, the barrier portion further configured to in use remain under sufficient tension to cause a ball or similar to rebound when striking the barrier ; wherein the post portion further comprises a framework having slots , each slot configured to receive and hold a barrier portion in position; each barrier portion at least partly formed from a flexible elongate planar fabric; each barrier portion further comprising a storage means configured to retain the fabric when not in use.
A display panel comprising: a first substrate including a pixel area (PXA3); and a second substrate disposed under the first substrate and including a light emitting element (ED1) arranged to emit first light to the first substrate , wherein the first substrate comprises: a base layer (BS1); a color filter layer (CF1) disposed under the base layer (BS1) and disposed in the pixel area (PXA3); a light control layer (WCL1) disposed under the color filter layer (CF1); a first opening (HA1) between the color filter layer (CF1) and the light control layer; a first protective layer (L1) disposed between the color filter layer (CF1) and the light control layer (WCL1); and a second protective layer (L2) disposed between the first protective layer (L1) and the light control layer (WCL1), wherein the first opening (HA1) is between a portion of the first protective layer (L1) and a portion of the second protective layer (L2), the portion of the first protective layer (L1) and the portion of the second protective layer (L2) are spaced apart from each other. a first substrate including a pixel area (PXA3); and a second substrate disposed under the first substrate and including a light emitting element (ED1) arranged to emit first light to the first substrate , wherein the first substrate comprises: a base layer (BS1); a color filter layer (CF1) disposed under the base layer (BS1) and disposed in the pixel area (PXA3); a light control layer (WCL1) disposed under the color filter layer (CF1); a base layer (BS1); a color filter layer (CF1) disposed under the base layer (BS1) and disposed in the pixel area (PXA3); a light control layer (WCL1) disposed under the color filter layer (CF1); a first opening (HA1) between the color filter layer (CF1) and the light control layer; a first protective layer (L1) disposed between the color filter layer (CF1) and the light control layer (WCL1); and a second protective layer (L2) disposed between the first protective layer (L1) and the light control layer (WCL1), wherein the first opening (HA1) is between a portion of the first protective layer (L1) and a portion of the second protective layer (L2), the portion of the first protective layer (L1) and the portion of the second protective layer (L2) are spaced apart from each other. a first protective layer (L1) disposed between the color filter layer (CF1) and the light control layer (WCL1); and a second protective layer (L2) disposed between the first protective layer (L1) and the light control layer (WCL1), wherein the first opening (HA1) is between a portion of the first protective layer (L1) and a portion of the second protective layer (L2), the portion of the first protective layer (L1) and the portion of the second protective layer (L2) are spaced apart from each other.
A light-emitting device package , comprising: a package substrate (LF2) including a first electrode frame (LF_A) and a second electrode frame (LF_B); a light-emitting device adjacent to the package substrate, a side surface of the light-emitting device and a side surface (LF2_S) of the package substrate (LF2) facing each other; a heat conductive material layer on a lower surface of the light-emitting device ; a first electrode on an upper surface of the light-emitting device , a second electrode on the upper surface of the light-emitting device , and a fluorescent material on the upper surface of the light-emitting device ; a plurality of bonding wires (BW) electrically connecting the first electrode frame (LF_A) with the first electrode and electrically connecting the second electrode frame (LF_B) with the second electrode ; and characterized by comprising a molding member (MM) formed around the package substrate (LF2) and the light-emitting device and surrounding both the package substrate (LF2) and the light-emitting device , wherein the molding member (MM) included in the light-emitting device package is integrally provided. a package substrate (LF2) including a first electrode frame (LF_A) and a second electrode frame (LF_B); a light-emitting device adjacent to the package substrate, a side surface of the light-emitting device and a side surface (LF2_S) of the package substrate (LF2) facing each other; a heat conductive material layer on a lower surface of the light-emitting device ; a first electrode on an upper surface of the light-emitting device , a second electrode on the upper surface of the light-emitting device , and a fluorescent material on the upper surface of the light-emitting device ; a plurality of bonding wires (BW) electrically connecting the first electrode frame (LF_A) with the first electrode and electrically connecting the second electrode frame (LF_B) with the second electrode ; and characterized by comprising a molding member (MM) formed around the package substrate (LF2) and the light-emitting device and surrounding both the package substrate (LF2) and the light-emitting device , wherein the molding member (MM) included in the light-emitting device package is integrally provided.
Mechanism for cosmetic product, in particular a raisin of lipstick, comprising a cup configured to hold said product, said cup comprising at least one flexible tab , a sleeve comprising a helical groove intended to co-operate with said cup to make the product rise or descend, a guide arranged around said sleeve, said guide comprising at least one vertical slide defining a displacement course of the cup and co-operating with said at least one flexible tab, wherein the sleeve , the cup and the guide are made from one type of metal material.
A method for providing access to a third party to a communication device that is locked with a data protection key, comprising: generating, by the communication device, a data access key by using a vendor public key of a vendor of the communication device, wherein the data access key contains encrypted information relating to the data protection key that can be used to unlock the communication device; storing the data access key within memory associated with the communication device; reformatting, by the communication device, the data access key into a first transportable format comprising a barcode; initiating, by the third party, the unlock procedure by accessing the communication device unlock screen which displays the first reformatted data access key and transporting, by the third party, the reformatted data access key to the vendor of the communication device, wherein the reformatted data access key is processed such that the result will be the binary form of the data access key that is decrypted with a vendor private key of the vendor of the communication device; receiving, by the third party, the data protection key back from the vendor in a second transportable format comprising a barcode; and unlocking, by the third party, the communication device with the data protection key. generating, by the communication device, a data access key by using a vendor public key of a vendor of the communication device, wherein the data access key contains encrypted information relating to the data protection key that can be used to unlock the communication device; storing the data access key within memory associated with the communication device; reformatting, by the communication device, the data access key into a first transportable format comprising a barcode; initiating, by the third party, the unlock procedure by accessing the communication device unlock screen which displays the first reformatted data access key and transporting, by the third party, the reformatted data access key to the vendor of the communication device, wherein the reformatted data access key is processed such that the result will be the binary form of the data access key that is decrypted with a vendor private key of the vendor of the communication device; receiving, by the third party, the data protection key back from the vendor in a second transportable format comprising a barcode; and
Process to continuously prepare a cyclic carbonate product by reacting an epoxide compound with carbon dioxide in the presence of a supported dimeric aluminium salen complex which complex is activated by a halide compound comprising the following steps, (a) contacting carbon dioxide with the epoxide compound in a suspension of liquid cyclic carbonate and the supported dimeric aluminium salen complex which complex is activated by a halide compound, wherein the epoxide compound reacts with the carbon dioxide to the cyclic carbonate product and part of the supported dimeric salen complex deactivates, (b) separating part of the cyclic carbonate product from the supported dimeric aluminium salen complex, to obtain a mixture comprising of the cyclic carbonate product, carbon dioxide, epoxide compound and halide compound, (c) separating the halide compound from the cyclic carbonate product to obtain purified cyclic carbonate product, and (d) use all or part of the halide compound as obtained in step (c) to activate deactivated supported dimeric salen complex. (a) contacting carbon dioxide with the epoxide compound in a suspension of liquid cyclic carbonate and the supported dimeric aluminium salen complex which complex is activated by a halide compound, wherein the epoxide compound reacts with the carbon dioxide to the cyclic carbonate product and part of the supported dimeric salen complex deactivates, (b) separating part of the cyclic carbonate product from the supported dimeric aluminium salen complex, to obtain a mixture comprising of the cyclic carbonate product, carbon dioxide, epoxide compound and halide compound, (c) separating the halide compound from the cyclic carbonate product to obtain purified cyclic carbonate product, and (d) use all or part of the halide compound as obtained in step (c) to activate deactivated supported dimeric salen complex.
An earbud comprising: a capacitive sensor including at least one conductive trace ; a circuitry ; an acoustic driver that is electrically coupled with the circuitry ; and a controller included in the circuitry and configured to provide an indication of the earbud being inserted into an ear of a user responsive to detecting changes in capacitance of one of the at least one conductive trace relative to ground or different conductive traces relative to one another; wherein the at least one conductive trace is constructed and arranged to exhibit a capacitance that increase with a depth of insertion of the earbud in the ear of the user; wherein the controller is further configured to provide feedback to the user of whether the earbud is inserted into the ear of the user by the circuitry causing the acoustic driver to emit sound pulses or tones that vary depending on a degree of insertion of the earbud into the ear of the user. a capacitive sensor including at least one conductive trace ; a circuitry ; an acoustic driver that is electrically coupled with the circuitry ; and a controller included in the circuitry and configured to provide an indication of the earbud being inserted into an ear of a user responsive to detecting changes in capacitance of one of the at least one conductive trace relative to ground or different conductive traces relative to one another; wherein the at least one conductive trace is constructed and arranged to exhibit a capacitance that increase with a depth of insertion of the earbud in the ear of the user; wherein the controller is further configured to provide feedback to the user of whether the earbud is inserted into the ear of the user by the circuitry causing the acoustic driver to emit sound pulses or tones that vary depending on a degree of insertion of the earbud into the ear of the user.
A compound of formula IIBb or a pharmaceutically acceptable salt or solvate thereof, in combination with one or more additional therapeutic agents selected from the group consisting of HIV protease inhibiting compounds, HIV non-nucleoside inhibitors of reverse transcriptase, HIV nucleoside inhibitors of reverse transcriptase, HIV nucleotide inhibitors of reverse transcriptase, HIV integrase inhibitors, gp41 inhibitors, CXCR4 inhibitors, gp120 inhibitors, G6PD and NADH-oxidase inhibitors, CCR5 inhibitors, other drugs for treating HIV, and mixtures thereof, for use in treating an HIV infection.
A vape tool for the manufacture of a vaping coil comprising a coiling rod , and a coiling tool for engaging with and rotating around the coiling rod, the coiling tool having a housing with an inner wall, a collet disposed inside the housing and arranged to bear against the inner wall, an internal diameter of the collet being determined by the longitudinal position of the collet within the housing and a control means for controlling the longitudinal position of the collet within the housing, characterised in that the inner wall includes a substantially conical inner wall, and the collet is arranged to bear against the substantially conical inner wall. the coiling tool having a housing with an inner wall, a collet disposed inside the housing and arranged to bear against the inner wall, an internal diameter of the collet being determined by the longitudinal position of the collet within the housing and a control means for controlling the longitudinal position of the collet within the housing, characterised in that the inner wall includes a substantially conical inner wall, and the collet is arranged to bear against the substantially conical inner wall.
Lawn mower provided with a flap disposed on a wall of a bag for collecting grass, said flap being configured to lift up under the action of air circulating inside the bag when the mower is in operation and the bag is not completely full, and also to lower down in air absence when the bag is completely full, the lawn mower comprises an apparatus for detecting and signaling the bag condition, said apparatus being provided with signaling means suitable to advise the operator about the bag condition, characterized in that said apparatus is provided with at least one proximity sensor configured to detect a change in flap position.