mhurhangee/patent-ind-claim-en huggingface dataset:
Neovaginal prosthesis, designed to be temporarily inserted in a vaginal cavity with a determined luminar diameter, prosthesis which comprises an essentially cylindrical hollow main body which in turn comprises: - a closed upper end of essentially rounded geometry, designed to be inserted inside the vaginal cavity, - a first orifice defined in the upper end to allow the drainage of liquids and secretions towards the hollow inside of the main body , - an open lower end , designed to remain on the outside, protruding slightly from the vaginal opening, - a side notch defined in the proximity of the lower end to facilitate the coupling of the neovaginal prosthesis in the proximity of the urethra without pressing on it, and - a second orifice defined in the lower end designed to allow the drainage of liquids from the hollow interior of the main body towards the outside, and - a securing plate designed to be connected to the lower end of the main body to guarantee its anatomical securing to the body of a patient by means of additional securing means, the prosthesis being characterized in that the securing plate comprises: - a hollow protuberance designed to be concentrically inserted inside the second orifice of the main body to evacuate liquids towards the outside, and - a plurality of through-openings defined in the securing plate designed to be traversed by the additional securing means. - a closed upper end of essentially rounded geometry, designed to be inserted inside the vaginal cavity, - a first orifice defined in the upper end to allow the drainage of liquids and secretions towards the hollow inside of the main body , - an open lower end , designed to remain on the outside, protruding slightly from the vaginal opening, - a side notch defined in the proximity of the lower end to facilitate the coupling of the neovaginal prosthesis in the proximity of the urethra without pressing on it, and - a second orifice defined in the lower end designed to allow the drainage of liquids from the hollow interior of the main body towards the outside, and - a securing plate designed to be connected to the lower end of the main body to guarantee its anatomical securing to the body of a patient by means of additional securing means, the prosthesis being characterized in that - a hollow protuberance designed to be concentrically inserted inside the second orifice of the main body to evacuate liquids towards the outside, and - a plurality of through-openings defined in the securing plate designed to be traversed by the additional securing means.
A method for correcting gyroscope demodulation phase drift, comprising: driving a resonator mass (104; 160, 204) of a gyroscope in a first direction by applying a first drive signal to a drive electrode; applying a test voltage to a quadrature compensation electrode (110; 110a, 110b) adjacent to the resonator mass; determining a phase difference between a first drive reference signal and an output signal of the gyroscope based on a change in the output signal during application of the test voltage, the first drive reference signal having a same phase as the first drive signal, or initially a same phase as the first drive signal; and compensating for the phase difference between the first drive reference signal and the output signal of the gyroscope; and reversing a polarity of the test voltage during application of the test voltage. driving a resonator mass (104; 160, 204) of a gyroscope in a first direction by applying a first drive signal to a drive electrode; applying a test voltage to a quadrature compensation electrode (110; 110a, 110b) adjacent to the resonator mass; determining a phase difference between a first drive reference signal and an output signal of the gyroscope based on a change in the output signal during application of the test voltage, the first drive reference signal having a same phase as the first drive signal, or initially a same phase as the first drive signal; and compensating for the phase difference between the first drive reference signal and the output signal of the gyroscope; and reversing a polarity of the test voltage during application of the test voltage.
A device comprising: one or more processors configured to: detect an issue in a universal customer premises equipment, uCPE, platform ; select a traffic flow to migrate from the uCPE platform to a virtual customer premises equipment, vCPE, platform, the traffic flow being selected based on a characteristic of the traffic flow ; determine a traffic path of the traffic flow through the vCPE platform ; identify a plurality of points of presence, PoPs, of the vCPE platform along the traffic path; select a PoP from the plurality of PoPs, based on a characteristic of the PoP and on the PoP being situated along the traffic path, to host a virtual network function, VNF, associated with the traffic flow , wherein the characteristic of the PoP comprises a cost of migrating the traffic flow to the PoP; and perform an action associated with the PoP or the traffic flow to resolve the issue ; wherein the one or more processors are configured to, when performing the action: migrate the traffic flow from the uCPE platform to the selected PoP. one or more processors configured to: detect an issue in a universal customer premises equipment, uCPE, platform ; select a traffic flow to migrate from the uCPE platform to a virtual customer premises equipment, vCPE, platform, the traffic flow being selected based on a characteristic of the traffic flow ; determine a traffic path of the traffic flow through the vCPE platform ; identify a plurality of points of presence, PoPs, of the vCPE platform along the traffic path; select a PoP from the plurality of PoPs, based on a characteristic of the PoP and on the PoP being situated along the traffic path, to host a virtual network function, VNF, associated with the traffic flow , wherein the characteristic of the PoP comprises a cost of migrating the traffic flow to the PoP; and perform an action associated with the PoP or the traffic flow to resolve the issue ; detect an issue in a universal customer premises equipment, uCPE, platform ; select a traffic flow to migrate from the uCPE platform to a virtual customer premises equipment, vCPE, platform, the traffic flow being selected based on a characteristic of the traffic flow ; determine a traffic path of the traffic flow through the vCPE platform ; identify a plurality of points of presence, PoPs, of the vCPE platform along the traffic path; select a PoP from the plurality of PoPs, based on a characteristic of the PoP and on the PoP being situated along the traffic path, to host a virtual network function, VNF, associated with the traffic flow , wherein the characteristic of the PoP comprises a cost of migrating the traffic flow to the PoP; and perform an action associated with the PoP or the traffic flow to resolve the issue ; wherein the one or more processors are configured to, when performing the action: migrate the traffic flow from the uCPE platform to the selected PoP.
A system comprising a display device and a mobile device , the display device comprising: a display ; a wireless communication unit ; and a controller ; the controller being arranged to display a screen including a text input box on the display, and in response to the text input box of the displayed screen being activated for text input, to control the wireless communication unit to transmit a message to the mobile device to cause the mobile device to display a graphic keyboard on the mobile device and to control the display to display, in the text input box, text that is input at the mobile device using the graphic keyboard and received from the mobile device through the wireless communication unit . a display ; a wireless communication unit ; and a controller ; the controller being arranged to display a screen including a text input box on the display, and in response to the text input box of the displayed screen being activated for text input, to control the wireless communication unit to transmit a message to the mobile device to cause the mobile device to display a graphic keyboard on the mobile device and to control the display to display, in the text input box, text that is input at the mobile device using the graphic keyboard and received from the mobile device through the wireless communication unit .
Elongated article encased in a cladding material, in particular for producing a longitudinal covering for cables in automobiles, wherein the cladding material is equipped with a carrier and with at least two closing strips made from an adhesive compound arranged on an upper side and/or lower side of the carrier , wherein further the closing strips extend along respective longitudinal edges of the carrier and define a free area between and/or beside themselves, wherein further the carrier is constructed in a single ply and has an abrasion resistance of at least class D according to LV 312-1, 2009, characterized in that besides the two closing strips , a further, third adhesive strip is provided as a fixing strip , wherein additionally the fixing strip is arranged cross-sectionally in the free area between and/or beside the two closing strips and wherein the cladding material is fixed in the axial direction on the elongated article by the fixing strip , and the two closing strips are stuck against each other, forming a closure and a wrapping. the closing strips extend along respective longitudinal edges of the carrier and define a free area between and/or beside themselves, wherein further the carrier is constructed in a single ply and has an abrasion resistance of at least class D according to LV 312-1, 2009, characterized in that besides the two closing strips , a further, third adhesive strip is provided as a fixing strip , wherein additionally the fixing strip is arranged cross-sectionally in the free area between and/or beside the two closing strips and wherein the cladding material is fixed in the axial direction on the elongated article by the fixing strip , and the two closing strips are stuck against each other, forming a closure and a wrapping.
System comprising a tugger train , which has a traction vehicle and at least one tugger train trailer (4a; 4b; 4c; 4d), and at least one stationary transfer station (5a; 5b; 5c; 5d) for transferring loads (L1; L2; L3; L4) between the tugger train trailer (4a; 4b; 4c; 4d) and the stationary transfer station (5a; 5b; 5c; 5d), wherein the tugger train trailer (4a; 4b; 4c; 4d), for load transfer, is located in a defined handling position relative to the stationary transfer station (5a; 5b; 5c; 5d), characterized in that the stationary transfer station (5a; 5b; 5c; 5d) is provided with a marking (M), which is arranged on an end face of the stationary transfer station (5a; 5b; 5c; 5d) facing the tugger train and extends along the end face of the stationary transfer station (5a; 5b; 5c; 5d) facing the tugger train , and the tugger train is provided with at least one sensor device which detects the marking (M), wherein the sensor device is operatively connected to a driving controller of the tugger train and the driving controller is configured in such a way that, by means of the marking (M) of the stationary transfer station (5a; 5b; 5c; 5d) detected by the sensor device of the tugger train , the tugger train trailer (4a; 4b; 4c; 4d) is stopped at the stationary transfer station (5a; 5b; 5c; 5d) in the defined handling position.
An apparatus comprising: a local key storage location not readable by software; a backup key storage location not readable by software; decode hardware to decode a load-key instruction, the load-key instruction is to include one or more source operands to specify one or more sources ; and execution hardware to perform a load-key operation, a save-key operation, and a restore-key operation, the load-key operation including loading a cryptographic key from the one or more sources into the local key storage location , the save-key operation including copying the cryptographic key from the local key storage location to the backup key storage location , and the restore-key operation including copying the cryptographic key from the backup key storage location to the local key storage location , the execution hardware to perform the load-key operation in response to the load-key instruction, wherein the apparatus is operable in a state in which the local key storage location is unpowered and the content of the backup key storage location is maintained, wherein the apparatus further comprises control logic to cause a virtual machine exit in response to an attempt by a guest running in a virtual machine on the apparatus to execute the load-key instruction to load another cryptographic key into the local key storage location , to allow a virtual machine monitor to intercept the load-key instruction and load the other cryptographic key from the one or more sources into the local key storage location for use by the guest. a local key storage location not readable by software; a backup key storage location not readable by software; decode hardware to decode a load-key instruction, the load-key instruction is to include one or more source operands to specify one or more sources ; and execution hardware to perform a load-key operation, a save-key operation, and a restore-key operation, the load-key operation including loading a cryptographic key from the one or more sources into the local key storage location , the save-key operation including copying the cryptographic key from the local key storage location to the backup key storage location , and the restore-key operation including copying the cryptographic key from the backup key storage location to the local key storage location , the execution hardware to perform the load-key operation in response to the load-key instruction, wherein the apparatus is operable in a state in which the local key storage location is unpowered and the content of the backup key storage location is maintained, wherein the apparatus further comprises control logic to cause a virtual machine exit in response to an attempt by a guest running in a virtual machine on the apparatus to execute the load-key instruction to load another cryptographic key into the local key storage location , to allow a virtual machine monitor to intercept the load-key instruction and load the other cryptographic key from the one or more sources into the local key storage location for use by the guest.
An actuator comprising: a coil, a first cooling plate and a second cooling plate, the cooling plates being configured to cool the coil, the first and second cooling plates being arranged at opposite sides of the coil to be in thermal contact with the coil, wherein the coil comprises a first coil part and a second coil part, the first coil part facing the first cooling plate and the second coil part facing the second cooling plate, the first and second coil parts being separated by a spacing there between, wherein the first cooling plate, the first coil part, the spacing, the second coil part and the second cooling plate form a stacked structure whereby the coil parts are arranged between the cooling plates and the spacing is arranged between the coil parts, characterized in that the actuator further comprises a filling element arranged in the spacing, the filling element to push the first coil part towards the first cooling plate and to push the second coil part towards the second cooling plate and the filling element comprising a resilient element arranged in a compressed state in the spacing, the resilient element being compressed in a direction perpendicular to planes of the cooling plates. a coil, a first cooling plate and a second cooling plate, the cooling plates being configured to cool the coil, the first and second cooling plates being arranged at opposite sides of the coil to be in thermal contact with the coil, wherein the coil comprises a first coil part and a second coil part, the first coil part facing the first cooling plate and the second coil part facing the second cooling plate, the first and second coil parts being separated by a spacing there between, wherein the first cooling plate, the first coil part, the spacing, the second coil part and the second cooling plate form a stacked structure whereby the coil parts are arranged between the cooling plates and the spacing is arranged between the coil parts, characterized in that the actuator further comprises a filling element arranged in the spacing, the filling element to push the first coil part towards the first cooling plate and to push the second coil part towards the second cooling plate and the filling element comprising a resilient element arranged in a compressed state in the spacing, the resilient element being compressed in a direction perpendicular to planes of the cooling plates.
A thickener comprising: a polymer having a weight-average molecular weight between 500 thousand and 8 million; wherein said polymer contains not more than 10% by mass of the same having the molecular weight of 10 million or higher; said polymer contains not more than 10% by mass of the same having the molecular weight that is three times or higher of the weight-average molecular weight; a stringiness length of a one mass% solution of said polymer at room temperature is 10 mm or less, wherein the stringiness length is measured as a distance that a container containing the solution descends till the cut of the solution after a round disk with a diameter of about 1 cm has been uniformly and lightly contacted on the surface of said solution, and then the container has been let down at a velocity of 5 mm/sec; and said polymer is selected from the group consisting of polyacrylic acid, and a salt of polyacrylic acid. a polymer having a weight-average molecular weight between 500 thousand and 8 million; wherein said polymer contains not more than 10% by mass of the same having the molecular weight of 10 million or higher; said polymer contains not more than 10% by mass of the same having the molecular weight that is three times or higher of the weight-average molecular weight; a stringiness length of a one mass% solution of said polymer at room temperature is 10 mm or less, wherein the stringiness length is measured as a distance that a container containing the solution descends till the cut of the solution after a round disk with a diameter of about 1 cm has been uniformly and lightly contacted on the surface of said solution, and then the container has been let down at a velocity of 5 mm/sec; and said polymer is selected from the group consisting of polyacrylic acid, and a salt of polyacrylic acid.
A computer implemented method of network monitoring and control, the method comprising identifying an alert related to a monitored device of a group of monitored devices ; confirming that automatic actions are applicable for the monitored device, by checking that a ticket associated with the monitored device does not exist and that automatic actions do not interfere with ongoing actions being performed in the monitored device, wherein the ticket is a ticket for manual action enabling human intervention if needed, the ticket indicating that a problem associated with the monitored device has already been identified; and performing at least one predefined automatic action for the monitored device, the action being selected based on the identified alert. identifying an alert related to a monitored device of a group of monitored devices ; confirming that automatic actions are applicable for the monitored device, by checking that a ticket associated with the monitored device does not exist and that automatic actions do not interfere with ongoing actions being performed in the monitored device, wherein the ticket is a ticket for manual action enabling human intervention if needed, the ticket indicating that a problem associated with the monitored device has already been identified; and performing at least one predefined automatic action for the monitored device, the action being selected based on the identified alert.
A method for producing a laminate, comprising the steps of - producing a pre-compacted fiber mat, having wood fibers and plastic fibers , as a supporting plate - placing a real wood veneer on an upper side of the fiber mat, as well as - compacting a real wood veneer , fiber mat and backing to form a laminate, wherein - a veneer is used as the backing . - producing a pre-compacted fiber mat, having wood fibers and plastic fibers , as a supporting plate - placing a real wood veneer on an upper side of the fiber mat, as well as - compacting a real wood veneer , fiber mat and backing to form a laminate, wherein - a veneer is used as the backing .
A swap platform support for a layerwise additive manufacturing device that is configured for manufacturing at least one three-dimensional object by a layer-wise solidification of a building material in powder form at the positions in the corresponding layers on a swap platform that correspond to the at least one object, the swap platform support comprising: a clamping device for releasably fixing a position of the swap platform with respect to the position of the swap platform support; a tempering system configured to supply heat energy to at least a part of its surrounding and/or to remove heat energy from at least a part of its surrounding; a pressing device capable of pressing independently from the clamping device at least a part of the tempering system against a swap platform when the same is clamped in the clamping device . a clamping device for releasably fixing a position of the swap platform with respect to the position of the swap platform support; a tempering system configured to supply heat energy to at least a part of its surrounding and/or to remove heat energy from at least a part of its surrounding; a pressing device capable of pressing independently from the clamping device at least a part of the tempering system against a swap platform when the same is clamped in the clamping device .
A stator carrier for a stator of a wind turbine generator, in particular a multi-pole slowly rotating synchronous ring generator, comprising a first carrier plate , a second carrier plate , a cavity which is provided between the two carrier plates and is open radially outwardly, a separating plate which is arranged between the two carrier plates and which subdivides the cavity into a first cavity portion and a second cavity portion , a number of first flow passages extending from the first carrier plate directly into the second cavity portion and a number of second flow passages extending from the second carrier plate directly into the first cavity portion .