mhurhangee/ep-ind-claims huggingface dataset:
A photoresist underlayer film-forming composition for use in lithography wherein the underlayer film-forming composition is applied on a substrate to form an underlayer film on which a silicon-containing intermediate or a photoresist film is formed, comprising a novolak resin comprising recurring units of at least one type selected from the group consisting of a substituted or unsubstituted phenolphthalein, Phenol Red, Cresolphthalein, Cresol Red, and Thymolphthalein, a crosslinker and an organic solvent, wherein the recurring units have the general formula: wherein R 1 and R 2 are independently hydrogen, an acid labile group, glycidyl group, or a straight, branched or cyclic C 1 -C 10 alkyl, acyl or alkoxycarbonyl, R 3, R 4 and R 6 are independently hydrogen, or a straight, branched or cyclic C 1 -C 10 alkyl, C 2 -C 10 alkenyl, or C 6 -C 10 aryl group, which may have a hydroxyl, alkoxy, acyloxy, ether or sulfide moiety, or a halogen atom, hydroxyl group or C 1 -C 4 alkoxy group, R 5 is hydrogen, or a straight, branched or cyclic C 1 -C 6 alkyl, a straight, branched or cyclic C 2 -C 10 alkenyl, or C 6 -C 12 aryl group, which may have a hydroxyl, alkoxy, ether, thioether, carboxyl, alkoxycarbonyl, acyloxy, -COOR or -OR moiety, wherein R is a lactone ring, acid labile group, or -R'-COOR", wherein R' is a single bond or alkylene group, and R" is an acid labile group, X is -C (=O) - or -S(=O) 2 -, m, n, p, q and r each are 1 or 2. wherein R 1 and R 2 are independently hydrogen, an acid labile group, glycidyl group, or a straight, branched or cyclic C 1 -C 10 alkyl, acyl or alkoxycarbonyl, R 3, R 4 and R 6 are independently hydrogen, or a straight, branched or cyclic C 1 -C 10 alkyl, C 2 -C 10 alkenyl, or C 6 -C 10 aryl group, which may have a hydroxyl, alkoxy, acyloxy, ether or sulfide moiety, or a halogen atom, hydroxyl group or C 1 -C 4 alkoxy group, R 5 is hydrogen, or a straight, branched or cyclic C 1 -C 6 alkyl, a straight, branched or cyclic C 2 -C 10 alkenyl, or C 6 -C 12 aryl group, which may have a hydroxyl, alkoxy, ether, thioether, carboxyl, alkoxycarbonyl, acyloxy, -COOR or -OR moiety, wherein R is a lactone ring, acid labile group, or -R'-COOR", wherein R' is a single bond or alkylene group, and R" is an acid labile group, X is -C (=O) - or -S(=O) 2 -, m, n, p, q and r each are 1 or 2.
Gas shut-off valve for a gas burner, which is optionally able to be brought into an opened or closed state, with a delay facility, which is configured to delay a bringing of the gas shut-off valve from the opened state into the closed state, wherein the gas shut-off valve comprises an actuation element, which is able to be displaced from an open position into a closed position to optionally open or close the gas shut-off valve, and comprises a spring facility, with the aid of which the actuation element is pretensioned in the direction of the closed position, wherein the delay facility is configured to delay an automatic displacement of the actuation element with the aid of the spring facility from the open position into the closed position and wherein the delay facility is a gas damper.
An electronic apparatus comprising: an image receiver configured to receive an input image corresponding to an azimuthal range where a viewpoint is movable; a communicator configured to communicate with a first display apparatus; and at least one processor, the apparatus characterized in that the at least one processor is configured to: based on an information of a first viewpoint being received from the first display apparatus via the communicator, control the communicator to transmit an image which is a portion of the received input image to the first display apparatus, wherein the image comprises a first area and a second area, the first area corresponding to the first viewpoint and being displayed on a screen of the first display apparatus, and the second area surrounding the first area and having a surface area corresponding to a moving characteristic of the first viewpoint. an image receiver configured to receive an input image corresponding to an azimuthal range where a viewpoint is movable; a communicator configured to communicate with a first display apparatus; and at least one processor, the apparatus characterized in that the at least one processor is configured to: based on an information of a first viewpoint being received from the first display apparatus via the communicator, control the communicator to transmit an image which is a portion of the received input image to the first display apparatus, wherein the image comprises a first area and a second area, the first area corresponding to the first viewpoint and being displayed on a screen of the first display apparatus, and the second area surrounding the first area and having a surface area corresponding to a moving characteristic of the first viewpoint.
A skin treatment apparatus, wherein the skin treatment apparatus comprises: a housing component defined with an accommodation cavity and a light outlet communicated with each other; a light emitting component disposed in the accommodation cavity, light generated from the light emitting component passing through the light outlet and being irradiated to a skin to be treated; a cold compress component disposed on the housing component and located at the light outlet, the cold compress component being configured to cool the skin to be treated or a skin in a vicinity of the skin to be treated; and a heat dissipation component comprising a thermal conductive structure and a heat dissipation sheet component, the thermal conductive structure comprising a first thermal conductive section and a second thermal conductive section, the cold compress component being thermally connected to the first thermal conductive section, and at least part of the heat dissipation sheet component being thermally connected to the second thermal conductive section; characterized in that, a height of at least part of the heat dissipation sheet component gradually reduces along the light output direction of the light emitting component, to fit the necking section. a housing component defined with an accommodation cavity and a light outlet communicated with each other; a light emitting component disposed in the accommodation cavity, light generated from the light emitting component passing through the light outlet and being irradiated to a skin to be treated; a cold compress component disposed on the housing component and located at the light outlet, the cold compress component being configured to cool the skin to be treated or a skin in a vicinity of the skin to be treated; and a heat dissipation component comprising a thermal conductive structure and a heat dissipation sheet component, the thermal conductive structure comprising a first thermal conductive section and a second thermal conductive section, the cold compress component being thermally connected to the first thermal conductive section, and at least part of the heat dissipation sheet component being thermally connected to the second thermal conductive section; characterized in that, a height of at least part of the heat dissipation sheet component gradually reduces along the light output direction of the light emitting component, to fit the necking section.
An input output memory management unit, IOMMU, comprising: a first memory device comprising a translation lookaside buffer, TLB; a second memory device comprising a translation group table; a plurality of translation request controllers (221, 222, 223), wherein each of the plurality of translation request controllers (221, 222, 223) is configured to perform an address translation operation; and an allocation controller characterized in that it is configured to: receive a first request comprising a first page table identifier, ID, a first virtual page number, and a first page offset; look up the TLB by using the first page table ID and the first virtual page number; based on a TLB miss for the first request occurring, look up the translation group table by using the first page table ID and the first virtual page number; and based on a translation group table miss for the first request occurring, allocate a first translation request controller among the plurality of translation request controllers, store the first page table ID and the first virtual page number in a first entry of the translation group table and update a tail pointer included in the first entry. a first memory device comprising a translation lookaside buffer, TLB; a second memory device comprising a translation group table; a plurality of translation request controllers (221, 222, 223), wherein each of the plurality of translation request controllers (221, 222, 223) is configured to perform an address translation operation; and an allocation controller characterized in that it is configured to: receive a first request comprising a first page table identifier, ID, a first virtual page number, and a first page offset; look up the TLB by using the first page table ID and the first virtual page number; based on a TLB miss for the first request occurring, look up the translation group table by using the first page table ID and the first virtual page number; and based on a translation group table miss for the first request occurring, allocate a first translation request controller among the plurality of translation request controllers, store the first page table ID and the first virtual page number in a first entry of the translation group table and update a tail pointer included in the first entry. receive a first request comprising a first page table identifier, ID, a first virtual page number, and a first page offset; look up the TLB by using the first page table ID and the first virtual page number; based on a TLB miss for the first request occurring, look up the translation group table by using the first page table ID and the first virtual page number; and based on a translation group table miss for the first request occurring, allocate a first translation request controller among the plurality of translation request controllers, store the first page table ID and the first virtual page number in a first entry of the translation group table and update a tail pointer included in the first entry.
A lower extremity prosthesis comprising: a foot keel, an elongated resilient shank, and a leg attachment; wherein the shank extends upwardly from a hind foot area of the foot keel forming an anterior facing convexly curved ankle joint area and a lower, prosthetic part of a leg above the ankle joint area by way of an anterior facing convexly curved portion; wherein the shank includes multiple compressive load bearing shank sections (1, 1A, 1A-B) forming said shank, which are sagitally oriented and extending longitudinally in the elongated shank between upper and lower ends of the shank, wherein the shank sections (1, 1A, 1A-B) are connected together at said upper and lower ends of the shank, and intermediate the upper and lower ends shank sections are unbounded in one or more portions with each other, and wherein the shank sections incorporate at least one of voids and inserted materials between one or more shank sections (1, 1A, 1A-B) to enhance shank flexibility while reducing stresses which can cause premature failure. a foot keel, an elongated resilient shank, and a leg attachment; wherein the shank extends upwardly from a hind foot area of the foot keel forming an anterior facing convexly curved ankle joint area and a lower, prosthetic part of a leg above the ankle joint area by way of an anterior facing convexly curved portion; wherein the shank includes multiple compressive load bearing shank sections (1, 1A, 1A-B) forming said shank, which are sagitally oriented and extending longitudinally in the elongated shank between upper and lower ends of the shank, wherein the shank sections (1, 1A, 1A-B) are connected together at said upper and lower ends of the shank, and intermediate the upper and lower ends shank sections are unbounded in one or more portions with each other, and wherein the shank sections incorporate at least one of voids and inserted materials between one or more shank sections (1, 1A, 1A-B) to enhance shank flexibility while reducing stresses which can cause premature failure.
A motocycle having a fuel supply system comprising a power unit having a crankcase of an internal combustion engine, a throttle body mounted to the power unit, a fuel injection system mounted on the throttle body, a fuel tank, a fuel pump unit by which a fuel in the fuel tank is supplied to the fuel injection system, and a fuel filter device, wherein the fuel filter device is so disposed as to overlap with the throttle body as viewed in a vehicle width direction, and an upper portion of an outer case of the fuel filter device is supported by an engine hanger boss for fixing the power unit to a body frame of the motorcycle, whereas a lower portion of the outer case is supported by the crankcase.
A method for identifying a renal allograft recipient at risk of developing acute rejection comprising the steps of (a) determining the expression levels of a gene signature set in a pre-transplant blood specimen from the renal allograft recipient; (b) comparing the expression levels of the gene signature set with the expression levels of a gene signature set in a control; and (c) determining the recipient will be at risk for allograft rejection if the expression level of one or more genes in the gene signature set in the specimen is altered from the expression level of the same one or more genes in the gene signature set in the control, wherein the gene signature set consists of the genes GZMH, ADGRG1, S1PR5, FGFBP2, NKG7, PRF1, KIAA1671, LAG3, TARP, FCRL6, FASLG, TBX21, TOX, ZNF831, CD8A, C1orf21, CCR5, LDOC1L, CCDC102A, HOPX, PRKCH, SLC25A34, and F12. (a) determining the expression levels of a gene signature set in a pre-transplant blood specimen from the renal allograft recipient; (b) comparing the expression levels of the gene signature set with the expression levels of a gene signature set in a control; and (c) determining the recipient will be at risk for allograft rejection if the expression level of one or more genes in the gene signature set in the specimen is altered from the expression level of the same one or more genes in the gene signature set in the control, wherein the gene signature set consists of the genes GZMH, ADGRG1, S1PR5, FGFBP2, NKG7, PRF1, KIAA1671, LAG3, TARP, FCRL6, FASLG, TBX21, TOX, ZNF831, CD8A, C1orf21, CCR5, LDOC1L, CCDC102A, HOPX, PRKCH, SLC25A34, and F12.
A computer implemented method comprising: obtaining first data, comprising a representation of computer program code that embodies a cryptographic algorithm; obtaining second data; receiving a request for a first mechanism to be performed, the request comprising information identifying the first mechanism, and information identifying the first data as corresponding to a program and the second data as corresponding to an input; performing the first mechanism, wherein performing the first mechanism comprises: performing a first determination, the first determination comprising: determining whether a first policy associated with the second data permits the second data to be used with the program represented in the first data; determining whether a further policy associated with the computer program code permits the computer program code to be used with the second data; and if the first determination is successful, executing the program represented in the first data taking the second data as input. obtaining first data, comprising a representation of computer program code that embodies a cryptographic algorithm; obtaining second data; receiving a request for a first mechanism to be performed, the request comprising information identifying the first mechanism, and information identifying the first data as corresponding to a program and the second data as corresponding to an input; performing the first mechanism, wherein performing the first mechanism comprises: performing a first determination, the first determination comprising: determining whether a first policy associated with the second data permits the second data to be used with the program represented in the first data; determining whether a further policy associated with the computer program code permits the computer program code to be used with the second data; and if the first determination is successful, executing the program represented in the first data taking the second data as input. determining whether a first policy associated with the second data permits the second data to be used with the program represented in the first data; determining whether a further policy associated with the computer program code permits the computer program code to be used with the second data; and if the first determination is successful, executing the program represented in the first data taking the second data as input.
A device for generating feedback for supporting a mobile network configuration and/or change, the device being configured to: receive a support request from a device for performing the mobile network configuration and/or change, wherein the support request specifies a specific feedback type and a target information, wherein the mobile network configuration and/or change includes a registration of User Equipment, UE, to a Network Slice, NS, and/or Network Slice Instance, NSI, and/or the target information is information about at least one NS and/or NSI capable of supporting a type of service/application of the UE, particularly based on historical UE behavior; and send specific feedback about the target information in response to the support request, wherein the specific feedback includes a set of values of the target information, the set of values of the target information being ranked based on at least one organization parameter in the specific feedback for the set of values. receive a support request from a device for performing the mobile network configuration and/or change, wherein the support request specifies a specific feedback type and a target information, wherein the mobile network configuration and/or change includes a registration of User Equipment, UE, to a Network Slice, NS, and/or Network Slice Instance, NSI, and/or the target information is information about at least one NS and/or NSI capable of supporting a type of service/application of the UE, particularly based on historical UE behavior; and send specific feedback about the target information in response to the support request, wherein the specific feedback includes a set of values of the target information, the set of values of the target information being ranked based on at least one organization parameter in the specific feedback for the set of values.
A formulation for use in a fracturing fluid, comprising: (i) a fluid comprising an oil phase, wherein said fluid is an inverse emulsion comprising a water-soluble polymer and said oil phase, wherein said inverse emulsion includes 15-40wt% of said oil phase, 15-40wt% of polymer and 15-40wt% water; (ii) particles of a water-soluble polymer, wherein said particles of said polymer are dispersed in said oil phase as solid discrete particles. (i) a fluid comprising an oil phase, wherein said fluid is an inverse emulsion comprising a water-soluble polymer and said oil phase, wherein said inverse emulsion includes 15-40wt% of said oil phase, 15-40wt% of polymer and 15-40wt% water; (ii) particles of a water-soluble polymer, wherein said particles of said polymer are dispersed in said oil phase as solid discrete particles.
A system for packaging objects with a hose-shaped stretch foil, said system comprises: • a movable packaging frame having a plurality of horizontally oriented gripping arms for holding and stretching the stretch foil; • a first conveyor for supporting an object and transporting it toward the packaging frame so that the object is delivered between the gripping arms, said first conveyor transporting the object perpendicular to the packaging frame and in an axis parallel with the gripping arms; • a second conveyor for supporting the object and transporting it away from the packaging frame, said second conveyor placed next to the packaging frame, which during the ungathering of the stretch foil is placed between the first and second conveyors, and oriented axially with the gripping arms; • stretch foil storage and dispensing means for storing and dispensing a portion of hose-shaped stretch foil; • a cutting device for cutting a predetermined portion of hose-shaped stretch foil, said cutting device being associated with the stretch foil storage and dispensing means; • a rail system for moving the packaging frame between the stretch foil storage and dispensing means and the area between the first and second conveyors; and • a control unit; characterized in that each gripping arm is equipped with opposing and activated rollers which can be brought into contact with the stretch foil, whereby activation of the rollers enable the stretch foil to be gathered onto and ungathered from the gripping arms, said gripping arms being independently and laterally movable to achieve stretching of stretch foil. • a movable packaging frame having a plurality of horizontally oriented gripping arms for holding and stretching the stretch foil; • a first conveyor for supporting an object and transporting it toward the packaging frame so that the object is delivered between the gripping arms, said first conveyor transporting the object perpendicular to the packaging frame and in an axis parallel with the gripping arms; • a second conveyor for supporting the object and transporting it away from the packaging frame, said second conveyor placed next to the packaging frame, which during the ungathering of the stretch foil is placed between the first and second conveyors, and oriented axially with the gripping arms; • stretch foil storage and dispensing means for storing and dispensing a portion of hose-shaped stretch foil; • a cutting device for cutting a predetermined portion of hose-shaped stretch foil, said cutting device being associated with the stretch foil storage and dispensing means; • a rail system for moving the packaging frame between the stretch foil storage and dispensing means and the area between the first and second conveyors; and • a control unit;
An ultrasonic motor, comprising: a vibrator configured to generate elliptical vibration by degenerating different vibration modes and having a phase difference between the different vibration modes; a mobile unit configured to be movable relative to the vibrator; a holding mechanism configured to hold and fix the vibrator in a direction substantially parallel to a direction of the relative movement of the mobile unit; and a pressing mechanism configured to press the vibrator against the mobile unit, wherein the holding mechanism comprises adjustment units (7a, 7b) configured to adjust resonant frequencies of different vibration modes of the vibrator to substantially match each other when the ultrasonic motor is driven, characterized in that the holding mechanism comprises a thin sheet structure; and the adjustment units (7a and 7b) are configured to change an effective length of a vibration raised in the thin sheet structure. a vibrator configured to generate elliptical vibration by degenerating different vibration modes and having a phase difference between the different vibration modes; a mobile unit configured to be movable relative to the vibrator; a holding mechanism configured to hold and fix the vibrator in a direction substantially parallel to a direction of the relative movement of the mobile unit; and a pressing mechanism configured to press the vibrator against the mobile unit, wherein the holding mechanism comprises adjustment units (7a, 7b) configured to adjust resonant frequencies of different vibration modes of the vibrator to substantially match each other when the ultrasonic motor is driven, characterized in that the holding mechanism comprises a thin sheet structure; and the adjustment units (7a and 7b) are configured to change an effective length of a vibration raised in the thin sheet structure.