mhurhangee/patent-ind-claim-en huggingface dataset:
Two-stage hole etching method comprising at least the steps: - providing a semiconductor wafer with a plurality of solar cell stacks which comprise an upper side (10.1) and a lower side (10.2) and which each have in the stated sequence a Ge substrate forming the lower side, a Ge part cell and at least two III-V part cells , - carrying out a first method phase and a second method phase in the stated sequence, wherein - in the first method phase a first coating layer is applied to the upper side (10.1) of the semiconductor wafer , at least one first opening is produced in the first coating layer and by means of a first etching process a hole reaching into the semiconductor wafer from the upper side (10.1) of the semiconductor wafer through the III-V part cells at least to beyond a pn-transition (16.1) of the Ge part cell is produced in the area of the first opening , - in the second method phase a second coating layer is applied to the upper side (10.1) of the semiconductor wafer , a second opening , which is larger by comparison with the first opening and encloses the hole , is produced in the second coating layer and by means of a second etching process the hole is widened in the area of the second opening in a region reaching from the upper side (10.1) of the semiconductor wafer to the Ge part cell serving as an etching stop layer. - providing a semiconductor wafer with a plurality of solar cell stacks which comprise an upper side (10.1) and a lower side (10.2) and which each have in the stated sequence a Ge substrate forming the lower side, a Ge part cell and at least two III-V part cells , - carrying out a first method phase and a second method phase in the stated sequence, wherein - in the first method phase a first coating layer is applied to the upper side (10.1) of the semiconductor wafer , at least one first opening is produced in the first coating layer and by means of a first etching process a hole reaching into the semiconductor wafer from the upper side (10.1) of the semiconductor wafer through the III-V part cells at least to beyond a pn-transition (16.1) of the Ge part cell is produced in the area of the first opening , - in the second method phase a second coating layer is applied to the upper side (10.1) of the semiconductor wafer , a second opening , which is larger by comparison with the first opening and encloses the hole , is produced in the second coating layer and by means of a second etching process the hole is widened in the area of the second opening in a region reaching from the upper side (10.1) of the semiconductor wafer to the Ge part cell serving as an etching stop layer.
Portable heat source, particularly in the form of a cooking plate and/or a warming plate and/or an oven , having a heating core containing at least one phase change material in a housing , wherein the heating core is surrounded at least partially by a thermal insulation , and wherein the phase change material comprises a metallic phase change material , characterised in that the phase change material has a phase change temperature of at least 500°C.
An articulated lock for securing a wear member to earth-working equipment comprising a plurality of bodies interconnected for pivotal movement between an extended orientation with the bodies aligned and a retracted orientation with the bodies folded where the lock in the extended orientation can engage the wear member at a retaining position to secure the wear member to the earth working equipment and in the folded orientation can disengage the wear member, characterized in that each said body has a slot and a tab , in the extended orientation the tab of each said body is received in the slot of the other body to limit separation of the bodies, and the bodies receive an insert in the extended orientation to prevent the bodies from folding out of the extended orientation.
Use of an adhesive for eyelash extension, the adhesive comprising the following components (a) and (b), and not comprising a cyanoacrylate compound: (a) a monofunctional monomer of formula (I): wherein R 1 represents a hydrogen atom or a methyl group, and R 2 to R 6 each independently represent a hydrogen atom or a C1 to C6 alkyl group, and (b) a photopolymerization initiator. (a) a monofunctional monomer of formula (I): wherein R 1 represents a hydrogen atom or a methyl group, and R 2 to R 6 each independently represent a hydrogen atom or a C1 to C6 alkyl group, and (b) a photopolymerization initiator.
An air duct system configured to be used with an air containment system that spans an aisle defined by rows of racks , the air duct system comprising: a plurality of ceiling panels supported by the air containment system; characterized in that there is further provided; a plurality of support curbs mounted on the ceiling panels, the plurality of support curbs being configured to horizontally support ductwork positioned on the support curbs; ductwork positioned on the plurality of support curbs; and a plurality of panels secured to the support curbs to create a plenum underneath the ductwork; wherein the plenum enables the ductwork to selectively deliver cool air to the aisle or exhaust hot air from the aisle, and wherein each ceiling panel is rectangular in construction and configured to extend across a top of a frame structure of the air containment system, each ceiling panel including a series of openings to enable air to flow between the plenum and the aisle. a plurality of ceiling panels supported by the air containment system; characterized in that there is further provided; a plurality of support curbs mounted on the ceiling panels, the plurality of support curbs being configured to horizontally support ductwork positioned on the support curbs; ductwork positioned on the plurality of support curbs; and a plurality of panels secured to the support curbs to create a plenum underneath the ductwork; wherein the plenum enables the ductwork to selectively deliver cool air to the aisle or exhaust hot air from the aisle, and wherein each ceiling panel is rectangular in construction and configured to extend across a top of a frame structure of the air containment system, each ceiling panel including a series of openings to enable air to flow between the plenum and the aisle.
Device for arranging conductor pieces for electric motors, in particular hairpins, wherein the device comprises a first feeding unit , a transfer area and an arranging unit ; wherein - the first feeding unit is configured for providing conductor pieces ; - the transfer area is configured for transferring the conductor pieces from the first feeding unit into the arranging unit ; - the arranging unit comprises a receiving unit and is configured for taking over the conductor pieces from the first feeding unit by rotational movement of the receiving unit with respect to the first feeding unit in the transfer area while transferring them into a target arrangement (S), wherein the conductor pieces are arranged in the target arrangement (S) distributed in a circumferential direction (U) on a circular path or on sections of a circular path , characterized in that the device comprises a second feeding unit which is configured in a different manner than the first feeding unit and which comprises two channels which are configured for transferring single conductor pieces , in particular free legs of hairpins into the receiving unit of the arranging unit . - the first feeding unit is configured for providing conductor pieces ; - the transfer area is configured for transferring the conductor pieces from the first feeding unit into the arranging unit ; - the arranging unit comprises a receiving unit and is configured for taking over the conductor pieces from the first feeding unit by rotational movement of the receiving unit with respect to the first feeding unit in the transfer area while transferring them into a target arrangement (S), wherein the conductor pieces are arranged in the target arrangement (S) distributed in a circumferential direction (U) on a circular path or on sections of a circular path ,
Method for operating a steam turbine, wherein the steam turbine has a rotatably mounted steam turbine rotor and a housing which is arranged around the steam turbine rotor, wherein the rotor is coupled in terms of torque to a generator rotor of an electrical generator, wherein the generator is cooled with a cooling medium, in particular air, wherein a cooling pressure of the cooling medium in the generator is set, wherein the generator rotor exerts a torque on the steam turbine rotor, characterized in that the torque from the generator rotor to the steam turbine rotor is changed by means of a change in the cooling pressure.
Conductive pattern sheet for use in a glazing, comprising: a substrate and a conductive pattern arranged on the substrate; wherein the conductive pattern comprises: first and second busbars arranged at opposing edges of the conductive pattern for connecting a power supply to the conductive pattern, and a plurality of conductive lines each conductive line arranged between the first and second busbars; wherein the substrate is a polymer sheet; and wherein at least a portion of the plurality of conductive lines is configured to have a transition region wherein a change from a first resistance per unit length R1 at a first end of the transition region to a second resistance per unit length R2 at a second end of the transition region occurs over a predetermined length L of the transition region ; the conductive pattern sheet being characterised in that a rate of change of resistance per unit length (R1-R2)/L is from 1 to 16,000 ohms per centimetre squared. a substrate and a conductive pattern arranged on the substrate; wherein the conductive pattern comprises: first and second busbars arranged at opposing edges of the conductive pattern for connecting a power supply to the conductive pattern, and a plurality of conductive lines each conductive line arranged between the first and second busbars; wherein the substrate is a polymer sheet; and first and second busbars arranged at opposing edges of the conductive pattern for connecting a power supply to the conductive pattern, and a plurality of conductive lines each conductive line arranged between the first and second busbars; wherein the substrate is a polymer sheet; and
A computer-implemented method for controlling an operation of a technical system automatically, comprising at least the steps of: acquiring (S1) information about a modified configuration of at least one sub-system included in the technical system; generating (S2) an encrypted virtual model of the technical system including the at least one sub-system with the modified configuration for an evaluation of the operation; adjusting (S3) the encrypted virtual model to provide a control instruction for the operation of the technical system, wherein the adjusted encrypted virtual model is configured to compare an evaluation value acquired from the evaluation with a target requirement in a cryptographic environment and to derive the control instruction based on the comparison, and wherein the evaluation value is only provided to an authorized user; and controlling (S4) the operation of the technical system based on the control instruction, wherein the control instruction instructs whether to stop or continue the operation of the technical system, or includes restriction information to operate the technical system under a restricted condition, wherein the evaluation for the operation is at least one of a Fault Tree Analysis, FTA, a Reliability, Availability, Maintainability, and Safety analysis, RAMS analysis, a Failure Mode and Effects Analysis, FMEA. acquiring (S1) information about a modified configuration of at least one sub-system included in the technical system; generating (S2) an encrypted virtual model of the technical system including the at least one sub-system with the modified configuration for an evaluation of the operation; adjusting (S3) the encrypted virtual model to provide a control instruction for the operation of the technical system, wherein the adjusted encrypted virtual model is configured to compare an evaluation value acquired from the evaluation with a target requirement in a cryptographic environment and to derive the control instruction based on the comparison, and wherein the evaluation value is only provided to an authorized user; and controlling (S4) the operation of the technical system based on the control instruction, wherein the control instruction instructs whether to stop or continue the operation of the technical system, or includes restriction information to operate the technical system under a restricted condition, wherein the evaluation for the operation is at least one of a Fault Tree Analysis, FTA, a Reliability, Availability, Maintainability, and Safety analysis, RAMS analysis, a Failure Mode and Effects Analysis, FMEA.
Cable connection system, comprising: a cable having an insulation sleeve a terminal attached to the cable ; a closable plastic shell encompassing the cable and having inner protrusions for fixing the shell to the insulation sleeve of the cable ; a housing attached to the shell, wherein the shell has outer protrusions which at least partially engage the housing ; wherein the shell has a collar extending from the shell, the housing has one or more blocking ribs engaging the collar of the shell, characterised in that , a seal retainer is locked to the housing by engaging a hook provided on the housing , the seal retainer secures a seal to the housing , and a tip of the seal retainer engages the collar of the shell on a side opposite to the side engaged by the blocking rib . a cable having an insulation sleeve a terminal attached to the cable ; a closable plastic shell encompassing the cable and having inner protrusions for fixing the shell to the insulation sleeve of the cable ; a housing attached to the shell, wherein the shell has outer protrusions which at least partially engage the housing ; wherein the shell has a collar extending from the shell, the housing has one or more blocking ribs engaging the collar of the shell, characterised in that , a seal retainer is locked to the housing by engaging a hook provided on the housing , the seal retainer secures a seal to the housing , and a tip of the seal retainer engages the collar of the shell on a side opposite to the side engaged by the blocking rib .
Power management module for managing power supply from a power sourcing equipment item to an associated apparatus, comprising: - a connexion interface suitable for connecting said power management module to the associated apparatus; - means for estimating a power that said power management module is able to supply via said connexion interface; - means for negotiating, based on the power estimated by said means for estimating power, the start-up of the associated apparatus in a power class, said means for negotiating comprising means for supplying power via said connexion interface; - means for determining an updated power that said power management module is able to supply, when power is supplied to the associated apparatus by said means for supplying power; and - means for re-negotiating the start-up of the associated apparatus based on said determined updated power. - a connexion interface suitable for connecting said power management module to the associated apparatus; - means for estimating a power that said power management module is able to supply via said connexion interface; - means for negotiating, based on the power estimated by said means for estimating power, the start-up of the associated apparatus in a power class, said means for negotiating comprising means for supplying power via said connexion interface; - means for determining an updated power that said power management module is able to supply, when power is supplied to the associated apparatus by said means for supplying power; and - means for re-negotiating the start-up of the associated apparatus based on said determined updated power.
method for producing manganese sulfate monohydrate, characterized in that it comprises following stages: • a stage of electric leaching (S2) of manganese-comprising ore at a temperature from 20°C to 40°C and under constant air purging in a diaphragm-less electrolyzer, • stages of jarosite (S3), hydrolytic (S4), sulfide (S5) and fluoride (S6) purifications of the obtained solutions, • a stage of autoclave crystallization (S7) of a salt at a temperature from 160°C to 165°C and at a pressure from 0,60 MPa to 0,65 MPa, in that the stage of electric leaching (S2) is performed with a concentration of iron ions from 3,5 g/l to 4,5 g/l using a stainless steel mesh as a cathode with a cathode current density from 200 A/m 2 to 250 A/m 2 , in that a process control at the electric leaching stage (S2) is carried out by changing a value of a redox potential of a Fe 3+ /Fe 2+ system, in that the salt obtained after the autoclave crystallization stage (S7) is flushed (S8) with anhydrous methanol at a temperature from 30°C to 40°C during from 0,5 hour to 1 hour, while a ratio of a salt crystal mass and an anhydrous methanol volume is 1/2,5 kg/I. • a stage of electric leaching (S2) of manganese-comprising ore at a temperature from 20°C to 40°C and under constant air purging in a diaphragm-less electrolyzer, • stages of jarosite (S3), hydrolytic (S4), sulfide (S5) and fluoride (S6) purifications of the obtained solutions, • a stage of autoclave crystallization (S7) of a salt at a temperature from 160°C to 165°C and at a pressure from 0,60 MPa to 0,65 MPa, in that the stage of electric leaching (S2) is performed with a concentration of iron ions from 3,5 g/l to 4,5 g/l using a stainless steel mesh as a cathode with a cathode current density from 200 A/m 2 to 250 A/m 2 , in that a process control at the electric leaching stage (S2) is carried out by changing a value of a redox potential of a Fe 3+ /Fe 2+ system, in that the salt obtained after the autoclave crystallization stage (S7) is flushed (S8) with anhydrous methanol at a temperature from 30°C to 40°C during from 0,5 hour to 1 hour, while a ratio of a salt crystal mass and an anhydrous methanol volume is 1/2,5 kg/I.
A load distributor for a sternum closure device , the load distributor comprising: a wire receiving section configured to be attached to a wire of the sternum closure device, the wire receiving section having a first cross-sectional dimension; and a load distributing section configured to extend between a sternum bone and the wire , the load distributing section having a bone-contacting region and being made from a flexible material to conform to an outer surface of the sternum bone upon tightening of the wire , wherein the bone-contacting region has a second extension substantially perpendicular to the wire receiving section that exceeds the first cross-sectional dimension, wherein the wire receiving section comprises at least one crimpable sleeve defining the first cross-sectional dimension, wherein the sleeve is configured to be crimped around the wire so as to attach the wire receiving section to the wire , characterized in that the wire receiving section and the load distributing section are separately formed and joined to each other. a wire receiving section configured to be attached to a wire of the sternum closure device, the wire receiving section having a first cross-sectional dimension; and a load distributing section configured to extend between a sternum bone and the wire , the load distributing section having a bone-contacting region and being made from a flexible material to conform to an outer surface of the sternum bone upon tightening of the wire , wherein the bone-contacting region has a second extension substantially perpendicular to the wire receiving section that exceeds the first cross-sectional dimension,
An electrode for a solid state battery which comprises a plurality of electrode active material particles, a first polymer electrolyte, a second polymer electrolyte and a conductive material, wherein the electrode active material particles are at least partially surface-coated with a first coating layer comprising a mixture of the first polymer electrolyte and the conductive material, the second polymer electrolyte at least partially covers the surface of the first coating layer, the surface of the particles or both surfaces, and the electrode active material particles are bound to each other by at least one of the first polymer electrolyte and the second polymer electrolyte to form an integrated structure, the first polymer electrolyte comprises at least one from polycarbonate polymer and polysiloxane polymer, and the first polymer electrolyte is different from the second polymer electrolyte. wherein the electrode active material particles are at least partially surface-coated with a first coating layer comprising a mixture of the first polymer electrolyte and the conductive material, the second polymer electrolyte at least partially covers the surface of the first coating layer, the surface of the particles or both surfaces, and the electrode active material particles are bound to each other by at least one of the first polymer electrolyte and the second polymer electrolyte to form an integrated structure, the first polymer electrolyte comprises at least one from polycarbonate polymer and polysiloxane polymer, and the first polymer electrolyte is different from the second polymer electrolyte.
Connection device of a tube (T) end section, comprising: a tubular body defining a channel , holding means for securing the tube end section in the channel in a sealed manner, and a bushing comprising an end portion intended to be engaged in the tube (T) end section, characterised in that the bushing is mounted in the channel to slide between a standby position in which the bushing is spaced apart from a stop (3.2) at its recessing into the channel and a recessed operating position, in which the bushing presses against the stop (3.2), and in that the bushing comprises, downstream from the holding means by reference to a direction of insertion of the tube (T) end section in the body , at least one leg (5.4) arranged to press against a projection of the channel when the bushing is in the standby position and to oppose the movement of the bushing toward the operating position and to be covered by the tube (T) end section which retracts the leg (5.4) when the bushing is engaged in the tube (T) end section over a predetermined length.
A method for controlling a gas boiler provided with a burner and comprising a control valve for the gas fed to the burner , means for sensing a flame present in this latter and originating a signal in order to determine a combustion datum, and controlling means for controlling functional members of the boiler including said control valve , this latter being positioned in a conduit feeding gas to at least one gas feed line connected to the burner, the method comprising a control of the gas combustion in the burner and an intervention on the control valve on the basis of the determined combustion datum to modify the gas flow to the burner whenever the combustion datum indicates incorrect combustion, and to return said combustion datum to within predefined parameters representative of correct combustion, said control being implemented independently of the gas fed to the burner and of the particular setting of the burner to operate with a particular gas type, the method being characterised by replacing each orifice specifically arranged for a particular gas type of a corresponding gas feed line connected to the burner with a calibrated hole, said hole being independent of the gas type fed to the burner and further characterised, after the installation of the boiler, by activating the burner , verifying the operating parameters of the control valve and/or of the variation in the signal originating from the flame sensing means , and identifying the feed gas type, then, as a result of this, intervening automatically or manually on the burner operating parameters by acting on the configuration of the controlling means on the basis of said determined combustion datum.