mhurhangee/ep-ind-claims huggingface dataset:
A method of synchronizing data based on a blockchain integrated station, wherein the blockchain integrated station comprises a central processing unit, CPU, and an intelligent network card including a built-in processor different from the CPU, and the blockchain integrated station is any node of a blockchain network; the method comprises: inquiring, by the intelligent network card, other nodes about whether there is to-be-synchronized block data; pulling, by the intelligent network card, the to-be-synchronized block data from the other nodes if it is determined there is the to-be-synchronized block data; providing, by the intelligent network card, the to-be-synchronized block data to the CPU; completing, by the CPU, data synchronization based on the to-be-synchronized block data; participating, by the intelligent network card in place of the CPU, in a blockchain consensus process on behalf of the blockchain integrated station, wherein, in a blockchain consensus process network, traffic does not flow through the CPU, but is received by the intelligent network card for direct processing and feedback; and sending, by the intelligent network card, a to-be-executed transaction list to the CPU for transaction execution and transaction chaining based on a present consensus result. inquiring, by the intelligent network card, other nodes about whether there is to-be-synchronized block data; pulling, by the intelligent network card, the to-be-synchronized block data from the other nodes if it is determined there is the to-be-synchronized block data; providing, by the intelligent network card, the to-be-synchronized block data to the CPU; completing, by the CPU, data synchronization based on the to-be-synchronized block data; participating, by the intelligent network card in place of the CPU, in a blockchain consensus process on behalf of the blockchain integrated station, wherein, in a blockchain consensus process network, traffic does not flow through the CPU, but is received by the intelligent network card for direct processing and feedback; and sending, by the intelligent network card, a to-be-executed transaction list to the CPU for transaction execution and transaction chaining based on a present consensus result.
Method for the production of a denture, in which a prosthetic baseplate and multiple tooth stump prostheses are produced by applying a CAD model and pre-fabricated veneers are affixed on the tooth stump prostheses, - whereby the thicknesses of the veneers are taken into consideration during the generation of the CAD model of the tooth stump prostheses by adjusting the axial lengths of the tooth stump prostheses of the CAD model as a function of the thicknesses of the veneers, - whereby the shape of connecting surfaces of the veneers are taken into consideration in the generation of the CAD model of the tooth stump prostheses, and whereby the tooth stump prostheses are produced based on the CAD model through the use of a CAM method to have the desired axial lengths, and the axial lengths of the tooth stump prostheses thus generated are determined by the thickness of the veneers and the desired position of the occlusal plane of the denture with respect to the contact surface of the prosthetic baseplate, and - whereby the veneers cover the tooth stump prostheses completely in occlusal direction, and the connecting surfaces of the veneers have an indexed structuring, and - whereby the tooth stump prostheses are generated to have matching indexed structurings, and the veneers are joined to the tooth stump prostheses via the indexed structured surfaces and the veneers are thus being oriented on the tooth stump prostheses, and the veneers are affixed to the designated tooth stump prostheses, and the indexing prevents the veneers from being placed on wrong tooth stump prostheses and being affixed on the tooth stump prostheses at the wrong orientation. - whereby the thicknesses of the veneers are taken into consideration during the generation of the CAD model of the tooth stump prostheses by adjusting the axial lengths of the tooth stump prostheses of the CAD model as a function of the thicknesses of the veneers, - whereby the shape of connecting surfaces of the veneers are taken into consideration in the generation of the CAD model of the tooth stump prostheses, and whereby the tooth stump prostheses are produced based on the CAD model through the use of a CAM method to have the desired axial lengths, and the axial lengths of the tooth stump prostheses thus generated are determined by the thickness of the veneers and the desired position of the occlusal plane of the denture with respect to the contact surface of the prosthetic baseplate, and - whereby the veneers cover the tooth stump prostheses completely in occlusal direction, and the connecting surfaces of the veneers have an indexed structuring, and - whereby the tooth stump prostheses are generated to have matching indexed structurings, and the veneers are joined to the tooth stump prostheses via the indexed structured surfaces and the veneers are thus being oriented on the tooth stump prostheses, and the veneers are affixed to the designated tooth stump prostheses, and the indexing prevents the veneers from being placed on wrong tooth stump prostheses and being affixed on the tooth stump prostheses at the wrong orientation.
Household microwave appliance having a cooking compartment and at least one detection facility (10, 11; 21, 11) for detecting microwave leakage radiation outside the cooking compartment, wherein - the detection facility (10, 11; 21, 11) has at least one antenna line in which alternating currents can be induced by microwaves, and an evaluating circuit (10; 21) which is connected to the at least one antenna line and is designed so as to determine alternating currents that are induced in the at least one antenna line, characterised in that - the at least one antenna line has at least one further function. - the detection facility (10, 11; 21, 11) has at least one antenna line in which alternating currents can be induced by microwaves, and an evaluating circuit (10; 21) which is connected to the at least one antenna line and is designed so as to determine alternating currents that are induced in the at least one antenna line, characterised in that - the at least one antenna line has at least one further function.
A land roller for rolling land comprising a carriage means for transporting the land roller behind a powered towing vehicle, a rolling barrel assembly operably coupled with the carriage means, the rolling barrel assembly comprising a rolling barrel housed within and movably mounted on a rolling barrel support frame, and a towing means being movably coupled together with the rolling barrel support frame, the rolling barrel support frame and the towing means being movable relative to one another by a primary powered actuation means for moving the land roller between a transport position and an in use working orientation wherein the carriage means comprises a wheel support arrangement movably coupled to the rolling barrel support frame and a pair of wheels mounted at or about opposing ends of the wheel support arrangement so as to be disposed on opposing sides of the rolling barrel support frame and on opposing sides of the longitudinal axis of the rolling barrel in the transport position and the in use working position, wherein the primary powered actuation means is a hydraulic ram directly coupled to a pivotal coupling joint on the rolling barrel support frame, characterised in that the primary powered actuation means is furthermore directly coupled to a pivotal coupling joint on the towing means.
A transfer ribbon comprising: at least one print section each comprising a print intermediate; and characterized by one or more roller cleaning sections, each roller cleaning section comprising an adhesive layer; wherein the one or more roller cleaning sections include at least one of a roller cleaning section at a trailing end of the transfer ribbon, and a roller cleaning section at a leading end of the transfer ribbon. at least one print section each comprising a print intermediate; and characterized by one or more roller cleaning sections, each roller cleaning section comprising an adhesive layer; wherein the one or more roller cleaning sections include at least one of a roller cleaning section at a trailing end of the transfer ribbon, and a roller cleaning section at a leading end of the transfer ribbon.
Use of a printing sol as construction material in an additive manufacturing process for producing a 3-dim article, the printing sol comprising solvent(s), nano-sized crystalline zirconia particles in an amount from 2 to 25 vol.-% with respect to the volume of the sol, the average primary particle size of the nano-sized crystalline zirconia particles being in a range up to 50 nm, a first monomer being a polymerizable surface modification agent represented by formula A-B, with A being capable of attaching to the surface of the nano-sized crystalline zirconia particles and B being a radiation curable group, optionally a second monomer, the second monomer comprising at least one radiation curable moiety but no acidic or silane group(s), photoinitiator(s). nano-sized crystalline zirconia particles in an amount from 2 to 25 vol.-% with respect to the volume of the sol, the average primary particle size of the nano-sized crystalline zirconia particles being in a range up to 50 nm, a first monomer being a polymerizable surface modification agent represented by formula A-B, with A being capable of attaching to the surface of the nano-sized crystalline zirconia particles and B being a radiation curable group, optionally a second monomer, the second monomer comprising at least one radiation curable moiety but no acidic or silane group(s), photoinitiator(s).
A computer implemented method for analyzing and designing a physical system architecture of a safety-critical system, SYS, wherein a physical system analysis model (PSYS-AM) representing the physical system architecture, PSYS-A, of said safety-critical system, SYS, is modified incrementally until calculated failure rates, λ P FM, of failure modes, FM, of said physical system analysis model (PSYS-AM) are less or equal to failure rates, λ F FM, of corresponding failure modes, FM, of a functional system analysis model (FSYS-AM) representing a functional system architecture, FSYS-A, of said safety-critical system, SYS, wherein the functional system architecture, FSYS-A, represents functions, F, of said safety-critical system, SYS, and their interaction, and wherein the physical system architecture, PSYS-A, comprises hardware components, software components and/or embedded software components represented in said physical system analysis model (PSYS-AM), and wherein for each function, F, of the functional system architecture, FSYS-A, a component fault tree element is specified having input failure modes and/or output failure modes, wherein for each failure mode, FM, a failure rate, λFFM, is specified which represents a corresponding safety or reliability requirement of said safety-critical system, SYS, and wherein for each function, F, of the functional system architecture, FSYS-A represented by the functional system analysis model (FSYS-AM) associated elements within the physical system architecture, PSYS-A, represented by the physical system analysis model (PSYS-AM) adapted to implement the respective function, F, are specified. wherein a physical system analysis model (PSYS-AM) representing the physical system architecture, PSYS-A, of said safety-critical system, SYS, is modified incrementally until calculated failure rates, λ P FM, of failure modes, FM, of said physical system analysis model (PSYS-AM) are less or equal to failure rates, λ F FM, of corresponding failure modes, FM, of a functional system analysis model (FSYS-AM) representing a functional system architecture, FSYS-A, of said safety-critical system, SYS, wherein the functional system architecture, FSYS-A, represents functions, F, of said safety-critical system, SYS, and their interaction, and wherein the physical system architecture, PSYS-A, comprises hardware components, software components and/or embedded software components represented in said physical system analysis model (PSYS-AM), and wherein for each function, F, of the functional system architecture, FSYS-A, a component fault tree element is specified having input failure modes and/or output failure modes, wherein for each failure mode, FM, a failure rate, λFFM, is specified which represents a corresponding safety or reliability requirement of said safety-critical system, SYS, and wherein for each function, F, of the functional system architecture, FSYS-A represented by the functional system analysis model (FSYS-AM) associated elements within the physical system architecture, PSYS-A, represented by the physical system analysis model (PSYS-AM) adapted to implement the respective function, F, are specified.
A carrier for guiding a window pane along a guide rail of a window lifter assembly, comprising a carrier base body and a clamping device arranged on the carrier base body, said clamping device has an inner clamping plate and an outer clamping plate resting against the carrier base body, between which the window pane provided with a pane aperture can be clamped and which include bores (41, 51) aligned with each other and with the pane aperture, through which bores a threaded sleeve and a clamping screw screwed to an internal thread of the threaded sleeve are inserted, wherein an external thread of the threaded sleeve is screwed to an internal thread of a screw element, and wherein the threaded sleeve is axially shiftably and non-rotatably held at the inner clamping plate, against whose outside the screw element rests in order to tension and release the clamping device, wherein the inner clamping plate forms a centric bearing surface for the window pane around its bore configured as a rim hole, wherein annular support webs (43, 52) arranged concentrically with respect to the bore of the inner clamping plate, which is configured as a rim hole, protrude from the side of the inner and outer clamping plates (4, 5) facing the window pane, and wherein the clamping screw is inserted through a bore of the carrier base body aligned with the rim hole of the inner clamping plate and the bore of the outer clamping plate and with its screw head rests against the outside of the carrier base body. wherein the inner clamping plate forms a centric bearing surface for the window pane around its bore configured as a rim hole, wherein annular support webs (43, 52) arranged concentrically with respect to the bore of the inner clamping plate, which is configured as a rim hole, protrude from the side of the inner and outer clamping plates (4, 5) facing the window pane, and wherein the clamping screw is inserted through a bore of the carrier base body aligned with the rim hole of the inner clamping plate and the bore of the outer clamping plate and with its screw head rests against the outside of the carrier base body.
Mepivacaine for use in preventing the formation of edemas induced by an aqueous composition comprising at least one hyaluronic acid, said composition comprising the said mepivacaine.
A method for producing a group III nitride compound semiconductor stacked structure, comprising growing, on a substrate, a first layer comprising a columnar crystal of group III nitride compound semiconductor by activating a group III metal raw material and a nitrogen element-containing gas with a plasma to cause a reaction therebetween, and then growing a second layer being in contact with the first layer and comprising a group III nitride compound semiconductor, wherein the first layer contains a columnar crystal with a definite crystal interface and the columnar crystal density is from 1x10 3 to 1x10 5 crystals/μm 2, the substrate temperature at the growth of the first layer is from 400°C to 800°C, and the growth method of the first layer is at least one member selected from the group consisting of RF or pulsed DC sputtering, PLD, PED and CVD.
A method of resource adaptation for wireless communications using a bursty transmission pattern, comprising: determining that a user equipment, UE, is operating in a transition state; transmitting, using a first numerology including a first number of symbols per slot, a first transmission having a first ratio of reference signal symbols to data symbols, for at least one transition slot (410, 420, 430, 440) while the UE is operating in the transition state; adapting the first numerology, in a subsequent slot after the transition state, to a second scaled numerology including a second number of symbols per slot, according to a defined adaptation schedule; and transmitting, using the second scaled numerology, a second transmission having a second ratio of reference signal symbols to data symbols, in the subsequent slot, wherein the first ratio is greater than the second ratio. determining that a user equipment, UE, is operating in a transition state; transmitting, using a first numerology including a first number of symbols per slot, a first transmission having a first ratio of reference signal symbols to data symbols, for at least one transition slot (410, 420, 430, 440) while the UE is operating in the transition state; adapting the first numerology, in a subsequent slot after the transition state, to a second scaled numerology including a second number of symbols per slot, according to a defined adaptation schedule; and transmitting, using the second scaled numerology, a second transmission having a second ratio of reference signal symbols to data symbols, in the subsequent slot, wherein the first ratio is greater than the second ratio.
An upper comprising: a textile base layer extending at least over sides of a generally foot-shaped interior region; and a fiber-reinforced layer comprising a first panel, the first panel being a continuous single piece element that includes reinforcing fibers bound in a polymer matrix, the first panel at least partially bonded to the base layer, wherein the fiber-reinforced layer extends at least from a lower portion of the base layer generally corresponding to a footbed perimeter to at least a top portion of the base layer generally corresponding to part of an instep region, the first panel including portions located in lateral forefoot, lateral midfoot, lateral heel, and medial heel regions of the upper, and the fiber-reinforced layer includes a plurality of strips (21a-21v, 62p 2 -62v) distributed across the lateral forefoot, the lateral midfoot, the lateral heel, and the medial heel regions, a portion of the strips extending from the lower portion to the top portion, the strips separated by inter-strip gaps (22a-22u, 63p-63s) in the fiber-reinforced layer. a textile base layer extending at least over sides of a generally foot-shaped interior region; and a fiber-reinforced layer comprising a first panel, the first panel being a continuous single piece element that includes reinforcing fibers bound in a polymer matrix, the first panel at least partially bonded to the base layer, wherein the fiber-reinforced layer extends at least from a lower portion of the base layer generally corresponding to a footbed perimeter to at least a top portion of the base layer generally corresponding to part of an instep region, the first panel including portions located in lateral forefoot, lateral midfoot, lateral heel, and medial heel regions of the upper, and the fiber-reinforced layer includes a plurality of strips (21a-21v, 62p 2 -62v) distributed across the lateral forefoot, the lateral midfoot, the lateral heel, and the medial heel regions, a portion of the strips extending from the lower portion to the top portion, the strips separated by inter-strip gaps (22a-22u, 63p-63s) in the fiber-reinforced layer.
A total heat recovery defrosting control method for a total heat recovery unit, characterized in that the method comprises: operating the total heat recovery unit in a heating mode or in a heated water supply mode; determining whether a current operating condition satisfies a set defrost operating condition; comparing a heating demand with a heated water demand if it is determined that the current operating condition satisfies the set defrost operating condition, performing a heated water defrost mode if the heating demand is higher than the heated water demand; or performing a heating defrost mode if the heated water demand is higher than the heating demand. operating the total heat recovery unit in a heating mode or in a heated water supply mode; determining whether a current operating condition satisfies a set defrost operating condition; comparing a heating demand with a heated water demand if it is determined that the current operating condition satisfies the set defrost operating condition, performing a heated water defrost mode if the heating demand is higher than the heated water demand; or performing a heating defrost mode if the heated water demand is higher than the heating demand.
A cartridge of an e-vaping device, the cartridge comprising: an outer housing extending in a longitudinal direction; a first connector piece including a first sidewall, the first sidewall defining a first channel, the first channel extending in the longitudinal direction; a post extending through the first channel, the post having a second channel extending there through; and a heater supported on the post, wherein the heater comprises a sinusoidal shaped member translating about an elliptical shape to define the first channel there through. an outer housing extending in a longitudinal direction; a first connector piece including a first sidewall, the first sidewall defining a first channel, the first channel extending in the longitudinal direction; a post extending through the first channel, the post having a second channel extending there through; and a heater supported on the post, wherein the heater comprises a sinusoidal shaped member translating about an elliptical shape to define the first channel there through.