mhurhangee/patent-ind-claim-en huggingface dataset:
A valve assembly for a turbine engine, comprising: an air flow path, a valve arranged in the air flow path, the valve having a shaft, the valve movable between an open position and a closed position; and an electric actuator coupled to the shaft and configured to move the valve between the open position and the closed position, wherein a thermal barrier is arranged between the valve and the electric actuator ; and characterized in that heat transfer fins are arranged on the shaft. an air flow path, a valve arranged in the air flow path, the valve having a shaft, the valve movable between an open position and a closed position; and an electric actuator coupled to the shaft and configured to move the valve between the open position and the closed position, wherein a thermal barrier is arranged between the valve and the electric actuator ; and characterized in that heat transfer fins are arranged on the shaft.
Shaft for an endoscopic instrument , having a connecting portion arranged in a distal end region of the shaft , wherein a connecting device for connection, in particular in the manner of a bayonet connection, to an exchangeable working insert is formed at the connecting portion , wherein the connecting device has a first engagement structure for a connection engagement of an engagement element of a working insert of a first type, characterized in that the connecting device has a second engagement structure for a connection engagement of an engagement element of a working insert of a second type, wherein the first and the second engagement structures are arranged and/or formed differently.
A processing element (100; 200; 300) for an advanced processing apparatus, comprising silicon and a dielectric material forming an interface between the materials, and a control arrangement (106; 208; 210; 308; 310; 452; 552) for controlling electron or hole spin of a quantum dot to operate the quantum dot as a qubit, characterised by a confining arrangement (106; 210; 310; 402; 504; 505) comprising one or more gate electrodes arranged to have a sufficiently positive voltage applied to produce an electrostatic field to isolate and confine one or more electrons in silicon to form the quantum dot or to have a sufficiently negative voltage applied to produce an electrostatic field to isolate and confine one or more holes in silicon to form the quantum dot.
A method for calculating an active time, the method comprising: receiving , by a User Equipment, UE, a sequence number of a current System Frame Number, SFN, cycle in an extended Discontinuous Reception, DRX, cycle, sent by a network side; and calculating , by the UE, an active time of the UE according to the sequence number of the current SFN cycle in the extended DRX cycle in combination with a preset length of the extended DRX cycle; said method being characterized in that , if the UE is in a connected state, then the step of calculating, by the UE, the active time of the present UE according to the sequence number of the current SFN cycle in the extended DRX cycle in combination with the preset length of the extended DRX cycle comprises: determining, by the UE, a sequence number of a sub-frame including the active time according to a preset sub-frame offset; and calculating, by the UE, a sequence number of a radio frame including the active time according to the sequence number of the current SFN cycle in the extended DRX cycle, notified of by the network side, in combination with the calculated sequence number of the sub-frame comprising the active time, the preset sub-frame offset, and the length of the extended DRX cycle. receiving , by a User Equipment, UE, a sequence number of a current System Frame Number, SFN, cycle in an extended Discontinuous Reception, DRX, cycle, sent by a network side; and calculating , by the UE, an active time of the UE according to the sequence number of the current SFN cycle in the extended DRX cycle in combination with a preset length of the extended DRX cycle; said method being characterized in that , if the UE is in a connected state, then the step of calculating, by the UE, the active time of the present UE according to the sequence number of the current SFN cycle in the extended DRX cycle in combination with the preset length of the extended DRX cycle comprises: determining, by the UE, a sequence number of a sub-frame including the active time according to a preset sub-frame offset; and calculating, by the UE, a sequence number of a radio frame including the active time according to the sequence number of the current SFN cycle in the extended DRX cycle, notified of by the network side, in combination with the calculated sequence number of the sub-frame comprising the active time, the preset sub-frame offset, and the length of the extended DRX cycle.
A photovoltaic junction box , comprising: a base having a receiving chamber for receiving electronic elements therein; and a cover configured to be provided on the base so as to open and close an opening of the receiving chamber of the base , wherein a plurality of ventilation holes are formed between a peripheral edge of the cover and a peripheral edge of the opening of the receiving chamber of the base , so that the receiving chamber of the base is communicated with external atmosphere via the ventilation holes . a base having a receiving chamber for receiving electronic elements therein; and a cover configured to be provided on the base so as to open and close an opening of the receiving chamber of the base , wherein a plurality of ventilation holes are formed between a peripheral edge of the cover and a peripheral edge of the opening of the receiving chamber of the base , so that the receiving chamber of the base is communicated with external atmosphere via the ventilation holes .
A multi-layer printed circuit board, PCB, Z in particular for a control unit for an alarm system, the PCB having at least one cellular antenna on an outermost layer, the antenna having the general shape of an "F" with a leg , an outer arm and an intermediate arm , characterized in that the PCB has a plurality of massive copper vias being arranged in a space defined by the leg and the outer arm of the antenna , wherein all copper vias are electrically insulated from one another and from a ground layer of the PCB .
An end effector for a surgical instrument, the end effector comprising: a support member comprising: a slot ; and a lockout notch adjacent to said slot and wherein said end effector further comprises: a firing member movable between an inoperable configuration and an operable configuration, wherein said firing member is aligned with said slot and is structured to translate in said slot when in said operable configuration, and wherein said firing member is engaged with said lockout notch and misaligned with said slot when in said inoperable configuration, wherein said support member comprises: a first jaw , wherein said first jaw comprises said slot and said lockout notch; and a second jaw , wherein said second jaw obstructs the translation of said firing member in said slot when said firing member is in said inoperable configuration. a slot ; and a lockout notch adjacent to said slot and wherein said end effector further comprises: a firing member movable between an inoperable configuration and an operable configuration, wherein said firing member is aligned with said slot and is structured to translate in said slot when in said operable configuration, and wherein said firing member is engaged with said lockout notch and misaligned with said slot when in said inoperable configuration, wherein said support member comprises: a first jaw , wherein said first jaw comprises said slot and said lockout notch; and a second jaw , wherein said second jaw obstructs the translation of said firing member in said slot when said firing member is in said inoperable configuration. a firing member movable between an inoperable configuration and an operable configuration, wherein said firing member is aligned with said slot and is structured to translate in said slot when in said operable configuration, and wherein said firing member is engaged with said lockout notch and misaligned with said slot when in said inoperable configuration, wherein said support member comprises: a first jaw , wherein said first jaw comprises said slot and said lockout notch; and a second jaw , wherein said second jaw obstructs the translation of said firing member in said slot when said firing member is in said inoperable configuration. a first jaw , wherein said first jaw comprises said slot and said lockout notch; and a second jaw , wherein said second jaw obstructs the translation of said firing member in said slot when said firing member is in said inoperable configuration.
A method for forming a diamond membrane , comprising: a. providing a substrate having an amorphous dielectric layer thereon, the amorphous dielectric layer comprising an exposed surface , the exposed surface having an isoelectric point of less than 7, preferably at most 6; b. seeding diamond nanoparticles onto the exposed surface ; c. growing a diamond layer from the seeded diamond nanoparticles ; and d. removing a portion of the substrate from underneath the diamond layer , the removed portion extending at least up to the amorphous dielectric layer , thereby forming the diamond membrane over the removed portion . a. providing a substrate having an amorphous dielectric layer thereon, the amorphous dielectric layer comprising an exposed surface , the exposed surface having an isoelectric point of less than 7, preferably at most 6; b. seeding diamond nanoparticles onto the exposed surface ; c. growing a diamond layer from the seeded diamond nanoparticles ; and d. removing a portion of the substrate from underneath the diamond layer , the removed portion extending at least up to the amorphous dielectric layer , thereby forming the diamond membrane over the removed portion .
Device for determining an emotional state of a user based on emotion-induced cortisol estimation, the device comprising: - an interface for obtaining a psychophysiological signal trace indicative of one or more measured stimulus responses corresponding to a neural stress response; - a processing unit for processing the psychophysiological signal trace, wherein the processing unit is configured to - determine one or more stimulus responses in the psychophysiological signal trace ; - determine a first contribution to an estimated future cortisol level trace based on the one or more determined stimulus responses in the psychophysiological signal trace characterised in that the processing unit is further configured to - determine a second contribution to the estimated future cortisol level trace based on one or more anticipated future stimulus responses ; and - determine an estimated future emotional state of the user based on said first and said second contribution to the estimated future cortisol level trace . - an interface for obtaining a psychophysiological signal trace indicative of one or more measured stimulus responses corresponding to a neural stress response; - a processing unit for processing the psychophysiological signal trace, wherein the processing unit is configured to - determine one or more stimulus responses in the psychophysiological signal trace ; - determine a first contribution to an estimated future cortisol level trace based on the one or more determined stimulus responses in the psychophysiological signal trace characterised in that the processing unit is further configured to - determine a second contribution to the estimated future cortisol level trace based on one or more anticipated future stimulus responses ; and - determine an estimated future emotional state of the user based on said first and said second contribution to the estimated future cortisol level trace .
Structural frame of a crane, a lifting device, a material handler or a similar machine, wherein the structural frame is at least in part configured as a truss, the longitudinal and transverse belts of which are formed by elongate structural-frame struts , which are at least in portions designed as a hollow profile and are interconnected at a node point of the truss, characterized in that at least one of the node points of the truss is constructed in a layered manner from a metal material and interconnects a plurality of truss struts of the truss in an integral and seam-free manner, wherein at least one elongate structural-frame strut comprises an integrally molded-on, layered reinforcement portion in the form of a thickened portion in the wall thickness and/or cross section, having a continuous, seam-free transition to an adjacent structural-frame portion having a thinner wall thickness and/or a smaller cross section.
A valve replacement device for transcatheter implantation, comprising: a stent component having an inflow section with an inflow extremity, an intermediate section , and an outflow section with an outflow extremity; a maximal diameter of the inflow section being smaller than a maximal diameter of the outflow section; the intermediate section having a diameter which is smaller than the maximal diameter of either of the inflow and outflow sections; the stent component being radially compressible to a compressed state for delivery to a site of implantation and radially expandable to a functional state; the stent component further comprising at least one attachment element for mating engagement with a delivery device; valve leaflets mounted at least partly within the stent component; an inner and an outer skirt of porcine pericardial tissue; the inner skirt attached to the leaflets and having commissural portions spaced apart by scalloped clearances, each clearance spanned by a respective leaflet, the inner skirt extending at least partly within the stent component towards the inflow extremity; and the outer skirt extending at least partly outside the stent component . a stent component having an inflow section with an inflow extremity, an intermediate section , and an outflow section with an outflow extremity; a maximal diameter of the inflow section being smaller than a maximal diameter of the outflow section; the intermediate section having a diameter which is smaller than the maximal diameter of either of the inflow and outflow sections; the stent component being radially compressible to a compressed state for delivery to a site of implantation and radially expandable to a functional state; the stent component further comprising at least one attachment element for mating engagement with a delivery device; valve leaflets mounted at least partly within the stent component; an inner and an outer skirt of porcine pericardial tissue; the inner skirt attached to the leaflets and having commissural portions spaced apart by scalloped clearances, each clearance spanned by a respective leaflet, the inner skirt extending at least partly within the stent component towards the inflow extremity; and the outer skirt extending at least partly outside the stent component .
An auxiliary tank for an aircraft turbomachine , comprising a curved general shape whose radius of curvature is centred on an axis (Y) intended to correspond to a longitudinal axis (X) of the turbomachine , this tank comprising a cylindrical or frustoconical radially outer wall and three cylindrical or frustoconical radially inner walls arranged opposite said radially outer wall , the three radially inner walls comprising a middle wall and two side walls arranged on either side of the middle wall , characterised in that the middle wall having a mean radius of curvature (D1) greater than the mean radius of curvature (D2) of said side walls so that the inner volume of the tank substantially forms a U-shape, the branches of which are formed by lateral volume portions (V1) between the side walls and the radially outer wall and the base of which is formed by a middle volume portion (V2) between the middle wall and the radially outer wall .
A three-dimensional printing apparatus comprising: a body ; a rotation module disposed on the body ; a tank disposed on the rotation module to rotate relatively to the body , the tank being configured to contain a forming material in liquid; an elevating module disposed on the body ; a forming platform disposed on the elevating module to be elevated and lowered relatively to the tank ; a curing module disposed in the body and located under the tank ; and a control module electrically connected to the rotation module , the elevating module , and the curing module , wherein the control module is configured to drive the forming platform to dip into the forming material in liquid in the tank and to drive the curing module to cure the forming material in liquid between the forming platform and an inner bottom of the tank to form a solidification layer, and characterized in that the control module is configured to drive the forming platform through the elevating module to rise relatively to the tank and simultaneously to drive the tank to rotate in a horizontal plane through the rotation module such that the solidification layer is peeled off the inner bottom of the tank and is formed on the forming platform . a body ; a rotation module disposed on the body ; a tank disposed on the rotation module to rotate relatively to the body , the tank being configured to contain a forming material in liquid; an elevating module disposed on the body ; a forming platform disposed on the elevating module to be elevated and lowered relatively to the tank ; a curing module disposed in the body and located under the tank ; and a control module electrically connected to the rotation module , the elevating module , and the curing module , wherein the control module is configured to drive the forming platform to dip into the forming material in liquid in the tank and to drive the curing module to cure the forming material in liquid between the forming platform and an inner bottom of the tank to form a solidification layer, and characterized in that the control module is configured to drive the forming platform through the elevating module to rise relatively to the tank and simultaneously to drive the tank to rotate in a horizontal plane through the rotation module such that the solidification layer is peeled off the inner bottom of the tank and is formed on the forming platform .
A genetically modified mouse, comprising: a nucleic acid sequence that encodes a human EPO protein (hEPO) operably linked to an endogenous mouse EPO gene promoter at the mouse EPO locus, wherein the operable linkage results in a null mutation in the mouse EPO gene at the mouse EPO gene locus, a nucleic acid sequence that encodes a human M-CSF (hM-CSF) protein operably linked to an endogenous mouse M-csf promoter at the mouse M-csf gene locus and wherein the mouse is heterozygous null or homozygous null for the mouse M-csf gene, a nucleic acid sequence that encodes a human IL-3 (hIL-3) protein operably linked to an endogenous mouse IL-3 promoter at the mouse IL-3 gene locus and wherein the mouse is heterozygous null or homozygous null for the mouse IL-3 gene, a nucleic acid sequence that encodes a human GM-CSF (hGM-CSF) protein operably linked to an endogenous mouse Gm-csf promoter at the mouse Gm- csf gene locus and wherein the mouse is heterozygous null or homozygous null for the mouse Gm-csf gene, a nucleic acid sequence that encodes a human TPO (hTPO) protein operably linked to an endogenous mouse TPO promoter at the mouse TPO gene locus and wherein the mouse is heterozygous null or homozygous null for the mouse TPO gene, and a SIRPa transgene that encodes a human Sirpa (hSirpa) protein operably linked to a Sirpa promoter, wherein the mouse expresses the hSirpa protein, wherein the genetically modified mouse is immunodeficient. a nucleic acid sequence that encodes a human EPO protein (hEPO) operably linked to an endogenous mouse EPO gene promoter at the mouse EPO locus, wherein the operable linkage results in a null mutation in the mouse EPO gene at the mouse EPO gene locus, a nucleic acid sequence that encodes a human M-CSF (hM-CSF) protein operably linked to an endogenous mouse M-csf promoter at the mouse M-csf gene locus and wherein the mouse is heterozygous null or homozygous null for the mouse M-csf gene, a nucleic acid sequence that encodes a human IL-3 (hIL-3) protein operably linked to an endogenous mouse IL-3 promoter at the mouse IL-3 gene locus and wherein the mouse is heterozygous null or homozygous null for the mouse IL-3 gene, a nucleic acid sequence that encodes a human GM-CSF (hGM-CSF) protein operably linked to an endogenous mouse Gm-csf promoter at the mouse Gm- csf gene locus and wherein the mouse is heterozygous null or homozygous null for the mouse Gm-csf gene, a nucleic acid sequence that encodes a human TPO (hTPO) protein operably linked to an endogenous mouse TPO promoter at the mouse TPO gene locus and wherein the mouse is heterozygous null or homozygous null for the mouse TPO gene, and a SIRPa transgene that encodes a human Sirpa (hSirpa) protein operably linked to a Sirpa promoter, wherein the mouse expresses the hSirpa protein, wherein the genetically modified mouse is immunodeficient.
A portable system for subatmospheric pressure therapy in connection with healing a surgical wound, which comprises: a wound dressing dimensioned for positioning relative to a wound bed (w) of a subject; and a subatmospheric pressure mechanism dimensioned to be carried or worn by the subject, the subatmospheric pressure mechanism including a housing having a control unit, a collection canister in fluid communication with the wound dressing for collecting exudates from the wound bed (w) removed under subatmospheric pressure supplied by the control unit, and means for releasably connecting the housing and the canister characterized in that the means for releasably connecting the housing and the canister includes a latch coupling mechanism that incorporates an elongated latch defining a general "z-shape" and comprises a locking surface positioned substantially at the center of the latch .
Area covering element comprising at least one sheet-like carrier core , at least one protective layer and a decorative layer arranged between the sheet-like carrier core and the at least one protective layer , the sheet-like carrier core consisting of a strong, load-bearing carrier material and having at least an upper side and an underside arranged opposite from the upper side and also at least a first and second side face , arranged opposite from one another and respectively joining the upper side and underside , wherein the decorative layer is formed by a printed film, which is firmly connected to the carrier core , the printed film at least partially covering at least the upper side of the sheet-like carrier core , and wherein the protective layer is covering the full surface area at least of the printed film connected to the carrier core , characterized in that the printed film also covers the substantially complete first and second side faces of the sheet-like carrier core , towards the underside of the carrier core . the decorative layer is formed by a printed film, which is firmly connected to the carrier core , the printed film at least partially covering at least the upper side of the sheet-like carrier core , and wherein the protective layer is covering the full surface area at least of the printed film connected to the carrier core , characterized in that the printed film also covers the substantially complete first and second side faces of the sheet-like carrier core , towards the underside of the carrier core .