mhurhangee/patent-ind-claim-en huggingface dataset:
A method for personalisation of a mobile equipment , the mobile equipment having a physically unswappable smart card or secure element , wherein a first telecommunications subscription available on the smart card or secure element is updateable, the method comprising: receiving a request at a Trusted Service Manager, TSM, to replace the first telecommunications subscription with a second telecommunications subscription; accessing, by the TSM, a personalisation rule table record corresponding to the smart card or secure element, wherein the personalisation rule table record comprises a personalisation rule for network lock or lock to a specific International Mobile Subscriber Identifier, IMSI, such that the personalisation rule table record indicates whether the requested replacement is forbidden; and provided the personalisation rule table record does not indicate the requested swap is forbidden, the TSM initiating a replacement of the first telecommunications subscription with the second telecommunications subscription; wherein the personalisation rule table record is included in the TSM and the personalisation rule is implemented within the TSM. receiving a request at a Trusted Service Manager, TSM, to replace the first telecommunications subscription with a second telecommunications subscription; accessing, by the TSM, a personalisation rule table record corresponding to the smart card or secure element, wherein the personalisation rule table record comprises a personalisation rule for network lock or lock to a specific International Mobile Subscriber Identifier, IMSI, such that the personalisation rule table record indicates whether the requested replacement is forbidden; and provided the personalisation rule table record does not indicate the requested swap is forbidden, the TSM initiating a replacement of the first telecommunications subscription with the second telecommunications subscription; wherein the personalisation rule table record is included in the TSM and the personalisation rule is implemented within the TSM.
Method for generating an adaptive light distribution which is generated by at least one vehicle headlamp (SW1, SW2) in a vehicle which can be steered by a vehicle driver , the at least one vehicle headlamp (SW1, SW2) having at least one adaptive lighting means (BM1, BM2), wherein - at least one camera detects the viewing direction (BR) of the vehicle driver, - at least one computing unit evaluates the information thus obtained and generates control signals based thereon, and - the control signals are transmitted to the at least one vehicle headlamp (SW1, SW2) with the at least one adaptive lighting means (BM1, BM2), and wherein the at least one adaptive lighting means (BM1, BM2) is controlled in accordance with the control signals for the targeted illumination of an area (BR1) lying in the viewing direction (BR) of the driver of the vehicle, characterized in that the vehicle surroundings are detected by at least one camera , and the at least one computing unit evaluates the information thus obtained and recognizes road users located in the vehicle surroundings and selects them according to defined criteria, wherein at least the targeted illumination of the selected road users is suppressed, wherein a curved road course lying in front of the vehicle is detected by means of the at least one camera , wherein the targeted illumination of an area lying in the viewing direction of the vehicle driver is deactivated as a function of the driving speed of the vehicle and/or the curve radius. - at least one camera detects the viewing direction (BR) of the vehicle driver, - at least one computing unit evaluates the information thus obtained and generates control signals based thereon, and - the control signals are transmitted to the at least one vehicle headlamp (SW1, SW2) with the at least one adaptive lighting means (BM1, BM2), and wherein the at least one adaptive lighting means (BM1, BM2) is controlled in accordance with the control signals for the targeted illumination of an area (BR1) lying in the viewing direction (BR) of the driver of the vehicle, characterized in that the vehicle surroundings are detected by at least one camera , and the at least one computing unit evaluates the information thus obtained and recognizes road users located in the vehicle surroundings and selects them according to defined criteria, wherein at least the targeted illumination of the selected road users is suppressed, wherein a curved road course lying in front of the vehicle is detected by means of the at least one camera , wherein the targeted illumination of an area lying in the viewing direction of the vehicle driver is deactivated as a function of the driving speed of the vehicle and/or the curve radius. - at least one computing unit evaluates the information thus obtained and generates control signals based thereon, and - the control signals are transmitted to the at least one vehicle headlamp (SW1, SW2) with the at least one adaptive lighting means (BM1, BM2),
Induction cooking device appliance, in particular induction hob appliance, having at least two induction heating elements and having at least one control unit which in at least one operating state operates the induction heating elements in at least one first time interval with a first phase shift , characterised in that the control unit in the operating state operates the induction heating elements in at least one second time interval different from the first time interval with a second phase shift different from the first phase shift and periodically repeats the first time interval and the second time interval .
Drive for a casement of a window, having an electromotive drive unit and a scissors-type hold-out mechanism for pivoting the casement , wherein, for actuating the scissors-type hold-out mechanism , a push rod is provided between the drive unit and the scissors-type hold-out mechanism , characterized in that the motorized drive unit and the scissors-type hold-out mechanism adjoin one another in longitudinal extent and, as a structural unit, are provided with a common cover , wherein the scissors-type hold-out mechanism pivots out from a receptacle in the cover in order to open the casement .
Method for examining a component , comprising the steps: - carrying out an ultrasound inspection by emitting ultrasound into the component and recording ultrasound measurement values (M) from the component , - as a function of the ultrasound measurement values (M), generating an imaging reconstruction of an internal structure of the component by means of a predetermined reconstruction method, - in the reconstruction , determining a number (N) and a respective position (X1, X2) of at least one structural element of the internal structure , wherein each structural element constitutes in each case an inhomogeneity in a material of the component , - according to the respective position (X1, X2), positioning a respective model of each structural element in a simulation model of the component , each model comprising at least one adjustable model parameter which describes a characteristic of the respective structural element - by means of the simulation model , simulating the ultrasound inspection and thereby generating simulation values (S), wherein simulation values describe those ultrasound measurement values which would have to have occurred if structural elements that have the characteristic as specified by each model were actually present in the component, - determining a difference between the simulation values (S) and the ultrasound measurement values (M), - as a function of the difference , modifying each model parameter according to an optimization rule designed to reduce the difference. - carrying out an ultrasound inspection by emitting ultrasound into the component and recording ultrasound measurement values (M) from the component , - as a function of the ultrasound measurement values (M), generating an imaging reconstruction of an internal structure of the component by means of a predetermined reconstruction method, - in the reconstruction , determining a number (N) and a respective position (X1, X2) of at least one structural element of the internal structure , wherein each structural element constitutes in each case an inhomogeneity in a material of the component , - according to the respective position (X1, X2), positioning a respective model of each structural element in a simulation model of the component , each model comprising at least one adjustable model parameter which describes a characteristic of the respective structural element - by means of the simulation model , simulating the ultrasound inspection and thereby generating simulation values (S), wherein simulation values describe those ultrasound measurement values which would have to have occurred if structural elements that have the characteristic as specified by each model were actually present in the component, - determining a difference between the simulation values (S) and the ultrasound measurement values (M), - as a function of the difference , modifying each model parameter according to an optimization rule designed to reduce the difference.
A system, comprising: a gas turbine exhaust section , comprising: an exhaust flow path ; an outer structure comprising an outer casing , an outer exhaust wall disposed along the exhaust flow path and an outer cavity disposed between the outer exhaust wall and the outer casing ; an inner structure comprising an inner exhaust wall disposed along the exhaust flow path , an inner cavity disposed between the inner exhaust wall and an inner casing and a bearing cavity disposed between the inner casing and a bearing housing ; and a strut extending between the outer structure and the inner structure , wherein the strut comprises an inner body and an outer body , wherein a first flow passage is disposed within the inner body , and a second flow passage is disposed between the inner body and the outer body , wherein the inner and the outer bodies are disposed one inside another such that the first and second flow passages are isolated one inside another; characterised by the first flow passage being configured to flow the fluid into the inner cavity and the second flow passage is configured to flow the fluid from the inner cavity to the outer cavity ; wherein the fluid is cooling air, wherein the system includes tunable areas for controlling the flow of cooling air through bearing cavity and inner cavity . an exhaust flow path ; an outer structure comprising an outer casing , an outer exhaust wall disposed along the exhaust flow path and an outer cavity disposed between the outer exhaust wall and the outer casing ; an inner structure comprising an inner exhaust wall disposed along the exhaust flow path , an inner cavity disposed between the inner exhaust wall and an inner casing and a bearing cavity disposed between the inner casing and a bearing housing ; and a strut extending between the outer structure and the inner structure , wherein the strut comprises an inner body and an outer body , wherein a first flow passage is disposed within the inner body , and a second flow passage is disposed between the inner body and the outer body , wherein the inner and the outer bodies are disposed one inside another such that the first and second flow passages are isolated one inside another; characterised by the first flow passage being configured to flow the fluid into the inner cavity and the second flow passage is configured to flow the fluid from the inner cavity to the outer cavity ; wherein the fluid is cooling air, wherein the system includes tunable areas for controlling the flow of cooling air through bearing cavity and inner cavity .
A data processing management method executed in a system including a first computer and a second computer , the data processing management method comprising: transmitting, by the first computer , progress information of a process executed by the first computer to the second computer upon reception of an instruction to reassign the process to the second computer , the progress information being indicating a state associated with an arrival situation of a plurality of events, the plurality of events being associated with the process; transmitting, by the first computer , a first event associated with the process to the second computer upon reception of the first event during the transmission of the progress information ; receiving, by the second computer , a second event associated with the process prior to arrival of the progress information and the first event , and holding, by the second computer , the second event by using a storing unit ; executing, by the second computer , the process using the progress information , the first event and the second event before arrival of a third event associated with the process, the third event occurring before the second event. transmitting, by the first computer , progress information of a process executed by the first computer to the second computer upon reception of an instruction to reassign the process to the second computer , the progress information being indicating a state associated with an arrival situation of a plurality of events, the plurality of events being associated with the process; transmitting, by the first computer , a first event associated with the process to the second computer upon reception of the first event during the transmission of the progress information ; receiving, by the second computer , a second event associated with the process prior to arrival of the progress information and the first event , and holding, by the second computer , the second event by using a storing unit ; executing, by the second computer , the process using the progress information , the first event and the second event before arrival of a third event associated with the process, the third event occurring before the second event.
Closing device for bottles comprising: - a pourer which can be constrained to the mouth of the bottle and having an upper portion provided with an outer thread and a lower portion ; - a stopper having a side portion provided, at the inner part thereof, with a thread for coupling with said outer thread of said upper portion of said pourer ; - a cylindrical jacket covering a lower portion of said pourer , said cylindrical jacket being constrained both by rotation and by pulling off with respect to said pourer ; and - an annular removable tab arranged between said stopper and said cylindrical jacket so that before the first opening of the closing device , said jacket is integral with said stopper , thereby preventing the rotation thereof; wherein said removable tab has the configuration of a ring developing along the whole periphery of said closing device and is delimited by a first upper breakage line for connecting with said stopper and by a lower breakage line for connecting with said jacket , the closing device being characterized in that said jacket comprises a first upper abutment portion for coupling with a seat obtained in said pourer at the neck of the bottle , and a second lower abutment portion for housing the lower edge of said pourer . - a pourer which can be constrained to the mouth of the bottle and having an upper portion provided with an outer thread and a lower portion ; - a stopper having a side portion provided, at the inner part thereof, with a thread for coupling with said outer thread of said upper portion of said pourer ; - a cylindrical jacket covering a lower portion of said pourer , said cylindrical jacket being constrained both by rotation and by pulling off with respect to said pourer ; and - an annular removable tab arranged between said stopper and said cylindrical jacket so that before the first opening of the closing device , said jacket is integral with said stopper , thereby preventing the rotation thereof;
A personal hygiene product with a digital element comprising: a) an external personal hygiene product to absorb bodily fluids; and b) a conductive sensor assembly disposed within the personal hygiene product, including a pair of conductive elements disposed in parallel in a mirrored image about the perimeter of the personal hygiene product and at least one connector directly contacting the pair of conductive elements, wherein disposing the pair of conductive elements in a mirrored image comprises a first conductive element of the pair of conductive elements extending from the at least one connector in a clockwise direction about the product and a second conductive element of the pair of conductive elements extending from the at least one connector in an anti-clockwise direction about the product, said conductive sensor assembly generating a signal indicative of fluid leakage of said personal hygiene product when fluid reaches the area between the pair of conductive elements; wherein said conductive sensor assembly is arranged and configured to communicate with a smart hand held electronic device. a) an external personal hygiene product to absorb bodily fluids; and b) a conductive sensor assembly disposed within the personal hygiene product, including a pair of conductive elements disposed in parallel in a mirrored image about the perimeter of the personal hygiene product and at least one connector directly contacting the pair of conductive elements, wherein disposing the pair of conductive elements in a mirrored image comprises a first conductive element of the pair of conductive elements extending from the at least one connector in a clockwise direction about the product and a second conductive element of the pair of conductive elements extending from the at least one connector in an anti-clockwise direction about the product, said conductive sensor assembly generating a signal indicative of fluid leakage of said personal hygiene product when fluid reaches the area between the pair of conductive elements;
A sheet-fed printing press for numbering and varnishing of security documents, including banknotes, comprising - a sheet-feeder for feeding individual sheets in succession, which sheets carry multiple security imprints ; - a numbering group comprising at least one numbering unit for numbering the sheets ; - a varnishing group (03; 03*) located downstream of said numbering group for applying varnish onto recto and verso sides of the sheets, the varnishing group (03; 03*) comprising at least a first varnishing unit to apply varnish on the recto side of the sheets and at least a second varnishing unit to apply varnish on the verso side of the sheets ; and - a sheet-delivery system for collecting varnished sheets coming from the varnishing group (03; 03*), wherein the varnishing group (03; 03*) comprises at least one transfer cylinder or drum (35; 37) located between the varnishing group (03; 03*) and the sheet-delivery system , which at least one transfer cylinder or drum (35; 37) is designed as chill roller to cool down the varnished sheets. - a sheet-feeder for feeding individual sheets in succession, which sheets carry multiple security imprints ; - a numbering group comprising at least one numbering unit for numbering the sheets ; - a varnishing group (03; 03*) located downstream of said numbering group for applying varnish onto recto and verso sides of the sheets, the varnishing group (03; 03*) comprising at least a first varnishing unit to apply varnish on the recto side of the sheets and at least a second varnishing unit to apply varnish on the verso side of the sheets ; and - a sheet-delivery system for collecting varnished sheets coming from the varnishing group (03; 03*), wherein the varnishing group (03; 03*) comprises at least one transfer cylinder or drum (35; 37) located between the varnishing group (03; 03*) and the sheet-delivery system , which at least one transfer cylinder or drum (35; 37) is designed as chill roller to cool down the varnished sheets.
A liquid ejecting head , comprising: a first pressure compartment (CB1) extending in a first direction (X); a second pressure compartment (CB2) extending in the first direction (X); a first communication passage (RR1) continuous from the first pressure compartment (CB1) and extending in the first direction (X); a second communication passage (RR2) continuous to the second pressure compartment (CB2) and extending in the first direction (X); a third communication passage (RR3) continuous from the first communication passage (RR1) and extending in a second direction (Z) intersecting with the first direction (X); a fourth communication passage (RR4) continuous to the second communication (RR2) passage and extending in the second direction (Z); a fifth communication passage (RR5) continuous from the third communication passage (RR3) and continuous to the fourth communication passage (RR4) and extending in the first direction (X); and a nozzle (Nz) provided on the fifth communication passage (RR5); characterised in that a length of the fifth communication passage (RR5) in the first direction (X) is less than a sum of a length of the first communication passage (RR1) in the first direction (X) and a length of the second communication passage (RR2) in the first direction (X). a first pressure compartment (CB1) extending in a first direction (X); a second pressure compartment (CB2) extending in the first direction (X); a first communication passage (RR1) continuous from the first pressure compartment (CB1) and extending in the first direction (X); a second communication passage (RR2) continuous to the second pressure compartment (CB2) and extending in the first direction (X); a third communication passage (RR3) continuous from the first communication passage (RR1) and extending in a second direction (Z) intersecting with the first direction (X); a fourth communication passage (RR4) continuous to the second communication (RR2) passage and extending in the second direction (Z); a fifth communication passage (RR5) continuous from the third communication passage (RR3) and continuous to the fourth communication passage (RR4) and extending in the first direction (X); and a nozzle (Nz) provided on the fifth communication passage (RR5); characterised in that a length of the fifth communication passage (RR5) in the first direction (X) is less than a sum of a length of the first communication passage (RR1) in the first direction (X) and a length of the second communication passage (RR2) in the first direction (X).
A method performed by a service communication proxy, SCP, the method comprising: determining whether or not there is a mismatch between a first list of Network Function, NF, service producers in an authorization token and a second list of NF service producers in a discovery response; and responsive to determining that there is a mismatch between the first list of NF service producers and the second list of NF service producers, transmitting a service response error message to an NF consumer device that transmitted the authorization token, the service response error message indicating a mismatch between the authorization token and the discovery response. determining whether or not there is a mismatch between a first list of Network Function, NF, service producers in an authorization token and a second list of NF service producers in a discovery response; and responsive to determining that there is a mismatch between the first list of NF service producers and the second list of NF service producers, transmitting a service response error message to an NF consumer device that transmitted the authorization token, the service response error message indicating a mismatch between the authorization token and the discovery response.