mhurhangee/patent-ind-claim-en huggingface dataset:
A combustor assembly comprising: a metal section defining an axis and including an axial slot ; and a ceramic section received into the axial slot ; wherein the metal section includes a first diameter section and a second diameter section that is less than the first diameter section and wherein the axial slot is between the second diameter section and a plurality of tabs extending axially from the first diameter section, the tabs being elastically deformable in a radial direction; the assembly further comprising: a clamp extending circumferentially about the tabs of the axial slot ; characterized in that : at least one of the tabs includes a tab opening that corresponds to an opening in the ceramic section ; the assembly further comprises a fastener received through the clamp , the tab opening , the opening and ceramic section to resist relative axial and circumferential movement; and the fastener includes an internal cooling passage . a metal section defining an axis and including an axial slot ; and a ceramic section received into the axial slot ; wherein the metal section includes a first diameter section and a second diameter section that is less than the first diameter section and wherein the axial slot is between the second diameter section and a plurality of tabs extending axially from the first diameter section, the tabs being elastically deformable in a radial direction; the assembly further comprising: a clamp extending circumferentially about the tabs of the axial slot ; characterized in that : at least one of the tabs includes a tab opening that corresponds to an opening in the ceramic section ; the assembly further comprises a fastener received through the clamp , the tab opening , the opening and ceramic section to resist relative axial and circumferential movement; and the fastener includes an internal cooling passage . at least one of the tabs includes a tab opening that corresponds to an opening in the ceramic section ; the assembly further comprises a fastener received through the clamp , the tab opening , the opening and ceramic section to resist relative axial and circumferential movement; and the fastener includes an internal cooling passage .
A processor , comprising: a plurality of prefetchers that respectively prefetch data in response to a plurality of memory accesses , characterised in that each of the plurality of memory accesses includes a memory access type, MAT, and the MAT is one of a plurality of predetermined MATs, wherein the MAT is a characteristic of each memory access; the processor further comprising: a table that holds scores that indicate effectiveness of each of the plurality of prefetchers to prefetch data with respect to the plurality of predetermined MATs; and wherein a score corresponding to a current prefetcher is found from the table based on the MAT of each of the plurality of memory accesses to decide whether to prefetch data by the current prefetcher or not, and the current prefetcher prefetches data in response to each of the plurality of memory accesses at a level of aggressiveness based on the scores held in the table and the associated MATs of each of the plurality of memory accesses . a plurality of prefetchers that respectively prefetch data in response to a plurality of memory accesses , characterised in that each of the plurality of memory accesses includes a memory access type, MAT, and the MAT is one of a plurality of predetermined MATs, wherein the MAT is a characteristic of each memory access; the processor further comprising: a table that holds scores that indicate effectiveness of each of the plurality of prefetchers to prefetch data with respect to the plurality of predetermined MATs; and wherein a score corresponding to a current prefetcher is found from the table based on the MAT of each of the plurality of memory accesses to decide whether to prefetch data by the current prefetcher or not, and the current prefetcher prefetches data in response to each of the plurality of memory accesses at a level of aggressiveness based on the scores held in the table and the associated MATs of each of the plurality of memory accesses .
An electrical connector assembly , comprising: a first electrically conductive contact member , the first contact member having a non-planar first interface surface ; a second electrically conductive contact member , the second contact member having a non-planar second interface surface which is complementary to the first interface surface and which engages the first interface surface. a plurality of magnetic field concentrators spaced apart to concentrate a magnetic field in a zone, the magnetic field associated with electric current carried by the electrical connector assembly; a flexible circuit carrier with openings to receive the magnetic field concentrators, the flexible circuit carrier comprising a flexible dielectric layer and a conductive traces; and a magnetic field sensor for mounting on the flexible circuit carrier in the zone. a first electrically conductive contact member , the first contact member having a non-planar first interface surface ; a second electrically conductive contact member , the second contact member having a non-planar second interface surface which is complementary to the first interface surface and which engages the first interface surface. a plurality of magnetic field concentrators spaced apart to concentrate a magnetic field in a zone, the magnetic field associated with electric current carried by the electrical connector assembly; a flexible circuit carrier with openings to receive the magnetic field concentrators, the flexible circuit carrier comprising a flexible dielectric layer and a conductive traces; and a magnetic field sensor for mounting on the flexible circuit carrier in the zone.
A Factor VIII (FVIII) encoding nucleic acid variant, wherein the FVIII encoded by said nucleic acid variant (a) exhibits greater expression when compared to expression of wild type FVIII encoded by GenBank sequence accession number NG 011403.1 or (b) comprises a B domain deletion and exhibits greater expression when compared to expression of wild type FVIII encoded by GenBank sequence accession number NG 011403.1 comprising a B domain deletion; wherein said nucleic acid variant has one or more leucine codons changed to CTG compared to TTA, TTG, CTT, CTC or CTA in said wild type FVIII, has 45.2% to 59.2% GC content, and is at least 94% identical to the sequence of SEQ ID NO:1. (a) exhibits greater expression when compared to expression of wild type FVIII encoded by GenBank sequence accession number NG 011403.1 or (b) comprises a B domain deletion and exhibits greater expression when compared to expression of wild type FVIII encoded by GenBank sequence accession number NG 011403.1 comprising a B domain deletion;
A molded article comprising a fiber-reinforced composite material and a film of a resin composition on a surface of the fiber-reinforced composite material prepared by curing the resin composition, wherein the resin composition comprises components [A] to [C]: component [A]: an aliphatic epoxy resin, component [B]: a thiol compound, and component [C]: a quaternary phosphonium salt, wherein the component [B] has at least 2 thiol structures represented by chemical formula 2: wherein R7 represents hydrogen atom or an alkyl group, a cycloalkyl group, an aralkyl group, or an aryl group, containing 1 to 20 carbon atoms, R8 represents an alkyl group, a cycloalkyl group, an aralkyl group, or an aryl group, containing 1 to 20 carbon atoms, and n represents a natural number of at least 1. component [A]: an aliphatic epoxy resin, component [B]: a thiol compound, and component [C]: a quaternary phosphonium salt, R7 represents hydrogen atom or an alkyl group, a cycloalkyl group, an aralkyl group, or an aryl group, containing 1 to 20 carbon atoms, R8 represents an alkyl group, a cycloalkyl group, an aralkyl group, or an aryl group, containing 1 to 20 carbon atoms, and n represents a natural number of at least 1.
A stage lamp optical system having beam and pattern effects, comprising a laser light source , a first light guide component , an LED light source , a second light guide component and a plurality of optical lens components, which are sequentially arranged along a main optical axis , wherein both the LED light source and the second light guide component are provided with an opening at a position directly facing the first light guide component , and wherein the second light guide component is constituted by a lens, and wherein the light from the laser light source passes through the first light guide component and then sequentially passes through the plurality of optical lens components to form a light output in a beam mode; and/or the light from the LED light source passes through the second light guide component and then sequentially passes through the plurality of optical lens components to form a light output in a pattern mode.
A lifeboat , comprising: • a low portion of a gunwale or transom of the hull via which a casualty can haul him/herself or be hauled aboard and • a ramp at the low portion via which a casualty can board the lifeboat, wherein the ramp has a powered conveyor for hauling the casualty aboard; characterised in that the ramp has an open or aperture structure that allows water flow through the ramp. • a low portion of a gunwale or transom of the hull via which a casualty can haul him/herself or be hauled aboard and • a ramp at the low portion via which a casualty can board the lifeboat, wherein the ramp has a powered conveyor for hauling the casualty aboard;
A faceplate assembly for a shower device , the assembly comprising: a faceplate having a front surface and a rear surface , a plurality of apertures being defined between the front surface and the rear surface , the faceplate being at least partially formed of a transparent material proximate the front surface; an opaque material located proximate the rear surface ; and a pattern formed from facets and located rearwardly of the front surface of the faceplate such that when some light passes through the faceplate the pattern is made visible through the front surface . a faceplate having a front surface and a rear surface , a plurality of apertures being defined between the front surface and the rear surface , the faceplate being at least partially formed of a transparent material proximate the front surface; an opaque material located proximate the rear surface ; and a pattern formed from facets and located rearwardly of the front surface of the faceplate such that when some light passes through the faceplate the pattern is made visible through the front surface .
Water sports device with an inflatable hull component with a longitudinal direction (L) and inflatable arms at a stern end which are spaced apart from one another and which are oriented in the longitudinal direction (L), said arms forming therebetween an receptacle having an inner contour, and a drive component having a tread surface and an underwater surface , which drive component is formed with a complementary contour on two spaced-apart longitudinal sides and can be inserted into the receptacle from the stern end, wherein the inner contour and the complementary outer contour form a connection with one another and a position of the inserted drive component in the receptacle is fixed in the direction of the tread surface and the underwater surface and laterally, and with at least one fastening means for the drive component in the receptacle , which fastening means can be opened and closed, is provided at the stern end of the drive component and of the arms and prevents the drive component from slipping out of the receptacle at the stern end and no further fastening means are provided on the inner side of the receptacle . an inflatable hull component with a longitudinal direction (L) and inflatable arms at a stern end which are spaced apart from one another and which are oriented in the longitudinal direction (L), said arms forming therebetween an receptacle having an inner contour, and a drive component having a tread surface and an underwater surface , which drive component is formed with a complementary contour on two spaced-apart longitudinal sides and can be inserted into the receptacle from the stern end, wherein the inner contour and the complementary outer contour form a connection with one another and a position of the inserted drive component in the receptacle is fixed in the direction of the tread surface and the underwater surface and laterally, and with at least one fastening means for the drive component in the receptacle , which fastening means can be opened and closed, is provided at the stern end of the drive component and of the arms and prevents the drive component from slipping out of the receptacle at the stern end and no further fastening means are provided on the inner side of the receptacle .
An image heating apparatus comprising: a first rotating member ; a second rotating member provided in contact with the first rotating member to form a nip portion which sandwiches a recording material (P) between the first rotating member and the second rotating member ; and a heater unit provided inside the first rotating member and having a heater for heating an image formed on the recording material (P) sandwiched by the nip portion; and a sheet member provided to overlap a part of the heater and electrically connected to the heater , wherein the heater has a substrate having a longitudinal direction which is orthogonal to a direction in which the recording material (P) is conveyed at the nip portion and a plurality of heat-generating resistors arranged in the longitudinal direction at the substrate , wherein the sheet member includes a first sheet member connected to one end of the heater in a longitudinal direction of the heater , the one end of the heater in the longitudinal direction of the heater being one end of the substrate in the longitudinal direction of the heater , and a second sheet member connected to the other end of the heater in the longitudinal direction of the heater , the other end of the heater in the longitudinal direction of the heater being the other end of the substrate in the longitudinal direction of the heater , characterized in that the first sheet member extends from the one end of the heater in a direction crossing the longitudinal direction, and in that the second sheet member extends from the other end of the heater in the longitudinal direction. a first rotating member ; a second rotating member provided in contact with the first rotating member to form a nip portion which sandwiches a recording material (P) between the first rotating member and the second rotating member ; and a heater unit provided inside the first rotating member and having a heater for heating an image formed on the recording material (P) sandwiched by the nip portion; and a sheet member provided to overlap a part of the heater and electrically connected to the heater , wherein the heater has a substrate having a longitudinal direction which is orthogonal to a direction in which the recording material (P) is conveyed at the nip portion and a plurality of heat-generating resistors arranged in the longitudinal direction at the substrate , wherein the sheet member includes a first sheet member connected to one end of the heater in a longitudinal direction of the heater , the one end of the heater in the longitudinal direction of the heater being one end of the substrate in the longitudinal direction of the heater , and a second sheet member connected to the other end of the heater in the longitudinal direction of the heater , the other end of the heater in the longitudinal direction of the heater being the other end of the substrate in the longitudinal direction of the heater , characterized in that the first sheet member extends from the one end of the heater in a direction crossing the longitudinal direction, and in that the second sheet member extends from the other end of the heater in the longitudinal direction.
A method of controlling a positive displacement pump , comprising: running a calibration procedure to determine a mapping between a pump speed and a flow rate for a current configuration of the positive displacement pump, a tubing size, and a fluid characteristic; determining a pump motion profile based on the mapping, wherein the pump motion profile indicates a pump speed at which to operate the positive displacement pump over a period of time to dispense a target volume of fluid, wherein the pump motion profile includes an initial acceleration phase , a constant speed phase following the acceleration phase , and a deceleration phase following the constant speed phase such that the total volume pumped according to the pump motion profile and the mapping is equal to a target volume, wherein the time duration of the acceleration phase is less than the time duration of the constant speed phase ; running the positive displacement pump according to the pump motion profile ; measuring a constant flow rate at a downstream flow rate sensor while the pump operates at a first constant speed during the constant speed phase ; determining an adjustment to the pump motion profile based on the constant flow rate, the adjustment including a second constant speed ; running the positive displacement pump at the second constant speed ; and decelerating the positive displacement pump according to the adjusted pump motion profile until the target volume is dispensed. running a calibration procedure to determine a mapping between a pump speed and a flow rate for a current configuration of the positive displacement pump, a tubing size, and a fluid characteristic; determining a pump motion profile based on the mapping, wherein the pump motion profile indicates a pump speed at which to operate the positive displacement pump over a period of time to dispense a target volume of fluid, wherein the pump motion profile includes an initial acceleration phase , a constant speed phase following the acceleration phase , and a deceleration phase following the constant speed phase such that the total volume pumped according to the pump motion profile and the mapping is equal to a target volume, wherein the time duration of the acceleration phase is less than the time duration of the constant speed phase ; running the positive displacement pump according to the pump motion profile ; measuring a constant flow rate at a downstream flow rate sensor while the pump operates at a first constant speed during the constant speed phase ; determining an adjustment to the pump motion profile based on the constant flow rate, the adjustment including a second constant speed ; running the positive displacement pump at the second constant speed ; and decelerating the positive displacement pump according to the adjusted pump motion profile until the target volume is dispensed.
A foam manifold pad, comprising: a first surface ; a second surface ; and a thickness of foam extending between the first surface and the second surface ; wherein: the foam of the manifold pad comprises a plurality of joined felted open-cell foam blanks, each foam blank comprising a plurality of ovoidal pores; and the manifold pad is configured to contract in a plane substantially parallel to the first surface upon application of negative pressure; wherein the ovoidal pores are configured to contract in a direction substantially parallel to the first surface upon application of negative pressure to the manifold pad . a first surface ; a second surface ; and a thickness of foam extending between the first surface and the second surface ; wherein: the foam of the manifold pad comprises a plurality of joined felted open-cell foam blanks, each foam blank comprising a plurality of ovoidal pores; and the manifold pad is configured to contract in a plane substantially parallel to the first surface upon application of negative pressure; wherein the ovoidal pores are configured to contract in a direction substantially parallel to the first surface upon application of negative pressure to the manifold pad . the foam of the manifold pad comprises a plurality of joined felted open-cell foam blanks, each foam blank comprising a plurality of ovoidal pores; and the manifold pad is configured to contract in a plane substantially parallel to the first surface upon application of negative pressure; wherein the ovoidal pores are configured to contract in a direction substantially parallel to the first surface upon application of negative pressure to the manifold pad .
A charging device configured to charge a secondary battery with electric power generated by a solar cell (SP), comprising: a charging control unit configured to be connected to the solar cell (SP), the charging control unit being configured to: control the electric power generated by the solar cell (SP) to have a current value and/or a voltage value suitable for charging; and supply the controlled electric power to the secondary battery; a step-up power supply configured to be connected to the solar cell (SP) and to be further connected, via a terminal section (CN2), to the secondary battery, the step-up power supply being configured to boost the electric power from the solar cell; characterized in that if further comprises: a start-up control unit connected to the charging control unit and further configured to be connected, via the terminal section (CN2), to the secondary battery, wherein the start-up control unit connects the step-up power supply and the charging control unit when charging is started and supplies the boosted electric power to the charging control unit so as to start up the charging control unit . a charging control unit configured to be connected to the solar cell (SP), the charging control unit being configured to: control the electric power generated by the solar cell (SP) to have a current value and/or a voltage value suitable for charging; and supply the controlled electric power to the secondary battery; a step-up power supply configured to be connected to the solar cell (SP) and to be further connected, via a terminal section (CN2), to the secondary battery, the step-up power supply being configured to boost the electric power from the solar cell; characterized in that if further comprises: a start-up control unit connected to the charging control unit and further configured to be connected, via the terminal section (CN2), to the secondary battery, wherein the start-up control unit connects the step-up power supply and the charging control unit when charging is started and supplies the boosted electric power to the charging control unit so as to start up the charging control unit . a start-up control unit connected to the charging control unit and further configured to be connected, via the terminal section (CN2), to the secondary battery, wherein the start-up control unit connects the step-up power supply and the charging control unit when charging is started and supplies the boosted electric power to the charging control unit so as to start up the charging control unit .