mhurhangee/patent-ind-claim-en huggingface dataset:
A method for managing a secure element embedded in an equipment comprising a NFC controller , said secure element comprising a security indicator , characterized in that said method comprises the steps: - on receipt of a triggering command sent by the NFC controller , the secure element switches in a test context in which the secure element may accept to reset the security indicator , - on receipt of a restore command sent by an application , the secure element sets the security indicator to a predefined value only if the secure element is in test context, - on receipt of an ending command sent by the NFC controller , the secure element switches in a Live context in which the secure element denies any attempt to reset the security indicator , said secure element keeping a track of the switch in the test context and denying any further triggering commands. - on receipt of a triggering command sent by the NFC controller , the secure element switches in a test context in which the secure element may accept to reset the security indicator , - on receipt of a restore command sent by an application , the secure element sets the security indicator to a predefined value only if the secure element is in test context, - on receipt of an ending command sent by the NFC controller , the secure element switches in a Live context in which the secure element denies any attempt to reset the security indicator , said secure element keeping a track of the switch in the test context and denying any further triggering commands.
A method of separation within a polymer production process, comprising the acts of: receiving a discharged stream in a flashline heater from a polymerization reactor and the flashline heater delivering the discharged stream to a separation vessel, the discharged stream comprising a liquid part and a solid part upon entry into the flashline heater; heating the discharged stream in the flashline heater as the discharged stream passes along a length of the flashline heater such that at least a portion of the liquid part vaporizes to generate a vapor part, wherein a transit time of the discharged stream through the flashline heater is at least 8 seconds, wherein the flashline heater has an internal diameter of greater than 4 inches (10.16 cm) and has a length of greater than 400 feet (121.92 m); and equilibrating the temperature between the solid part and the vapor part during the at least 8 seconds within the flashline heater, such that the vapor part, the liquid part, and the solid part have respective temperatures that differ by less than 5°F (2.8 °C) at an exit of the flashline heater, wherein the liquid part comprises a first portion and a second portion, wherein the first portion is not entrained in the solid part and the second portion is entrained in the solid part, and wherein heating the discharged stream within the flashline heater comprises vaporizing substantially all of the first portion at least 2.5 seconds before reaching an exit of the flashline heater, wherein the flashline heater comprises a plurality of separate heat-variable sections configured to adjust a temperature of the discharged stream and wherein the solid part comprises a polyolefin fluff, and an outlet temperature measured at a downstream end of the flashline heater is less than or equal to the melting temperature of the polyolefin fluff.
A pipeline isolation tool comprising: at least one plugging head including a seal configured to sealably engage a pipe wall and expandable between an unset and a set position; a fluid-activated cylinder located on one side of the seal and moveable in an axial direction, the fluid-activated cylinder including a first seal-facing surface contacting an opposing sidewall of the seal; a plurality of metal support segments located on a side of the seal opposite that of the fluid-activated cylinder and moveable in a transverse direction radially outward and inward as the seal moves between the unset and set positions; each metal support segment of the plurality including a second seal-facing surface contacting another opposing sidewall of the seal, the second seal-facing surface including a concave portion , a portion of the another opposing sidewall of the seal residing within the concave portion when in the unset and set positions; wherein in the unset position a portion of the seal is covered by adjacent metal support segments of the plurality; and wherein in the set position the portion of the seal is exposed between the adjacent metal support segments. at least one plugging head including a seal configured to sealably engage a pipe wall and expandable between an unset and a set position; a fluid-activated cylinder located on one side of the seal and moveable in an axial direction, the fluid-activated cylinder including a first seal-facing surface contacting an opposing sidewall of the seal; a plurality of metal support segments located on a side of the seal opposite that of the fluid-activated cylinder and moveable in a transverse direction radially outward and inward as the seal moves between the unset and set positions; each metal support segment of the plurality including a second seal-facing surface contacting another opposing sidewall of the seal, the second seal-facing surface including a concave portion , a portion of the another opposing sidewall of the seal residing within the concave portion when in the unset and set positions; wherein in the unset position a portion of the seal is covered by adjacent metal support segments of the plurality; and wherein in the set position the portion of the seal is exposed between the adjacent metal support segments.
A soft capsule consisting of a gelatin-based shell and a filling of said shell, said filling comprising a solution, suspension or dispersion of active principles, said active principles being: • inositol; and • at least one of folic acid, cocoa polyphenols, genistein, L-arginine, vitamin E, selenium, N-acetylcysteine and melatonin; in a vehicle comprising gelatin, glycerol, ethanol or mixtures thereof, wherein said inositol is myo-inositol. • inositol; and • at least one of folic acid, cocoa polyphenols, genistein, L-arginine, vitamin E, selenium, N-acetylcysteine and melatonin;
A defrost system for a temperature control unit , the defrost system comprising: an evaporator section having a refrigerant inlet and a refrigerant outlet, wherein the defrost system is for facilitating defrosting of ice that is only at the refrigerant inlet; a first heating element being dedicated to ice defrosting at the refrigerant inlet; a second heating element , the first heating element located closer to the refrigerant inlet than the second heating element is to the refrigerant inlet; wherein the first heating element is oriented vertically relative to the evaporator section, the second heating element is oriented along a longitudinal direction of the evaporator section; a first sensing device located proximate the refrigerant inlet and being for detecting ice buildup at the refrigerant inlet, wherein heating activation of the first heating element is determined at least in part by ice buildup detection of the first sensing device; and a second sensing device located further from the refrigerant inlet than the distance between the first sensing device and the refrigerant inlet and being for detecting ice buildup along the second heating element, wherein heating activation of the second heating element is determined at least in part by ice buildup detection of the second sensing device. an evaporator section having a refrigerant inlet and a refrigerant outlet, wherein the defrost system is for facilitating defrosting of ice that is only at the refrigerant inlet; a first heating element being dedicated to ice defrosting at the refrigerant inlet; a second heating element , the first heating element located closer to the refrigerant inlet than the second heating element is to the refrigerant inlet; wherein the first heating element is oriented vertically relative to the evaporator section, the second heating element is oriented along a longitudinal direction of the evaporator section; a first sensing device located proximate the refrigerant inlet and being for detecting ice buildup at the refrigerant inlet, wherein heating activation of the first heating element is determined at least in part by ice buildup detection of the first sensing device; and a second sensing device located further from the refrigerant inlet than the distance between the first sensing device and the refrigerant inlet and being for detecting ice buildup along the second heating element, wherein heating activation of the second heating element is determined at least in part by ice buildup detection of the second sensing device.
An electronic device , comprising: a window including a flat area and a curved area bent from the flat area (11 1a) at a first radius of curvature ; a display including a first area disposed under at least a portion of the flat area and a second area extending from the first area and bent at a second radius of curvature different from the first radius of curvature under at least a portion of the curved area ; a first space (L1) formed between the flat area and the first area ; and a second space (L2) formed between the curved area and the second area ; characterized in that a second filling member is formed to be thicker than a first filling member , and wherein the second space (L2) is formed to be thicker than the first space (L1), and wherein the first filling member of a film-type optical clear adhesive, OCA, is disposed in the first space (L1) and the second space (L2), and wherein the second filling member of a resin-type optical clear resin, OCR, is disposed in the second space (L2) between the first filling member of the film-type OCA disposed to the second space (L2) and the curved area . a window including a flat area and a curved area bent from the flat area (11 1a) at a first radius of curvature ; a display including a first area disposed under at least a portion of the flat area and a second area extending from the first area and bent at a second radius of curvature different from the first radius of curvature under at least a portion of the curved area ; a first space (L1) formed between the flat area and the first area ; and a second space (L2) formed between the curved area and the second area ; characterized in that a second filling member is formed to be thicker than a first filling member , and wherein the second space (L2) is formed to be thicker than the first space (L1), and wherein the first filling member of a film-type optical clear adhesive, OCA, is disposed in the first space (L1) and the second space (L2), and wherein the second filling member of a resin-type optical clear resin, OCR, is disposed in the second space (L2) between the first filling member of the film-type OCA disposed to the second space (L2) and the curved area .
Floor treatment device comprising a base device and an attachment device which can be detachably connected to the base device , wherein the base device has at least one first electric consumer and the attachment device has at least one second electric consumer , wherein the floor treatment device further has an accumulator for supplying energy to the electric consumers and has protective electronics which define a maximum power output of the accumulator that is determined by the operating limits of the accumulator , which power output, if exceeded, would lead to the attachment device or floor treatment device switching off, wherein the floor treatment device has a control apparatus for detecting and controlling a power consumption of the first consumer of the base device that is required for its current operation and a power consumption of the second consumer of the attachment device that is required for its current operation, wherein the control apparatus is designed to calculate a power consumption sum from the power consumptions currently required by the first consumer and the second consumer , to compare the power consumption sum with the defined maximum power output of the accumulator and, when the maximum power output of the accumulator is exceeded, to reduce a power consumption of at least the first or second consumer to an amount not equal to zero, wherein the base device has an accumulator management system which manages the powers that are taken from the accumulator , specifically assigns power as required to the first and second consumers and distributes the available maximum power output of the accumulator to the first and second consumer such that the first or second consumer or the attachment device and/or base device is not switched off, wherein the floor treatment device has a data memory assigned to the control apparatus , in which memory a defined ranking of the first and second consumer is stored for the purpose of energy supply, wherein the control apparatus is designed to reduce a power consumption of the first or second consumer defined as subordinate in the ranking when a particular comparison result is present and/or maintain or increase the power consumption of the first or second consumer defined as superior in the ranking.
Railing, comprising: - at least one panel , - a rail , configured to be attached to a support and having a housing for the panel when installed, - means for securing the panel to the rail , further comprising a device for adjusting the height of the panel , said device comprising - a shoe , having: a bearing surface for the panel when installed; a lateral bore , vertical and transversely offset with respect to the bearing surface for the panel , passing through the shoe and having a tapping ; a screw , configured to be inserted into and pass through the lateral bore , and to cooperate with the tapping of the lateral bore ; characterised in that the shoe further comprises: an outer surface adjusted at least in sections to a bottom and vertical walls of the housing , so as to form a guide in vertical translation with walls of the housing of the rail by bearing said outer surface on the vertical walls of the housing . - at least one panel , - a rail , configured to be attached to a support and having a housing for the panel when installed, - means for securing the panel to the rail , further comprising a device for adjusting the height of the panel , said device comprising - a shoe , having: a bearing surface for the panel when installed; a lateral bore , vertical and transversely offset with respect to the bearing surface for the panel , passing through the shoe and having a tapping ; a screw , configured to be inserted into and pass through the lateral bore , and to cooperate with the tapping of the lateral bore ; characterised in that the shoe further comprises: an outer surface adjusted at least in sections to a bottom and vertical walls of the housing , so as to form a guide in vertical translation with walls of the housing of the rail by bearing said outer surface on the vertical walls of the housing . a bearing surface for the panel when installed; a lateral bore , vertical and transversely offset with respect to the bearing surface for the panel , passing through the shoe and having a tapping ; a screw , configured to be inserted into and pass through the lateral bore , and to cooperate with the tapping of the lateral bore ; characterised in that the shoe further comprises: an outer surface adjusted at least in sections to a bottom and vertical walls of the housing , so as to form a guide in vertical translation with walls of the housing of the rail by bearing said outer surface on the vertical walls of the housing .
Optical sensor interrogation system for interrogating an optical sensor, the system comprising: - a light source arranged for emitting broadband light; - a reference adapted to provide a first reference wavelength and a second reference wavelength; - a first optical arrangement adapted for intercepting said broadband light and for forwarding the light to the optical sensor to be interrogated and to the reference , and to receive light from the optical sensor and the reference ; - a second optical arrangement adapted to receive reflected light from the optical sensor , to be interrogated; - a lens system adapted to transfer the light from the second optical arrangement to a beam; - a scanning assembly for receiving the beam, wherein the scanning assembly is configured to direct the beam at different angles of incidence onto a diffractive optical element , wherein ∘ a) the scanning assembly includes a motor driven rotating mirror to direct the beam at different angles of incidence onto the diffractive optical element; , said diffractive optical element being stationary or ∘ b) the diffractive optical element is a motor driven rotating diffractive optical element ; and - a detector system including a further optical arrangement for receiving optical response from the scanning assembly for producing corresponding data. - a light source arranged for emitting broadband light; - a reference adapted to provide a first reference wavelength and a second reference wavelength; - a first optical arrangement adapted for intercepting said broadband light and for forwarding the light to the optical sensor to be interrogated and to the reference , and to receive light from the optical sensor and the reference ; - a second optical arrangement adapted to receive reflected light from the optical sensor , to be interrogated; - a lens system adapted to transfer the light from the second optical arrangement to a beam; - a scanning assembly for receiving the beam, wherein the scanning assembly is configured to direct the beam at different angles of incidence onto a diffractive optical element , wherein ∘ a) the scanning assembly includes a motor driven rotating mirror to direct the beam at different angles of incidence onto the diffractive optical element; , said diffractive optical element being stationary or ∘ b) the diffractive optical element is a motor driven rotating diffractive optical element ; and ∘ a) the scanning assembly includes a motor driven rotating mirror to direct the beam at different angles of incidence onto the diffractive optical element; , said diffractive optical element being stationary or ∘ b) the diffractive optical element is a motor driven rotating diffractive optical element ; and - a detector system including a further optical arrangement for receiving optical response from the scanning assembly for producing corresponding data.
A method in a Network Reporting Entity, NRE, for use in a wireless communication network for enabling controlling data transfer between a first user equipment, UE, and a network cache, the NRE being adapted to communicate with a Network Conditions Information Entity, NCIE, the method comprising: - receiving , from the first UE, a request to start reporting network status, - transmitting , to the first UE, information regarding the status of the network, the information pertaining to whether network condition is in a state where a data transfer is preferred or not, wherein the NRE obtains the information regarding the status of the network from the NCIE, thereby enabling the first UE to determine whether to initiate data transfer between the UE and the network cache based on said transmitted information and control the data transfer between the UE and the network cache, further comprising: - receiving, from the first UE, a request to stop reporting network status in relation to the cell in which the first UE is being served, - checking if the NRE is currently transmitting information regarding the status of the network to any further UE being served by the same cell as said first UE; and if the NRE is not currently transmitting information regarding the status of the network to any further UE being served by the same cell as said first UE, then requesting the NCIE entity to stop reporting network status. - receiving , from the first UE, a request to start reporting network status, - transmitting , to the first UE, information regarding the status of the network, the information pertaining to whether network condition is in a state where a data transfer is preferred or not, wherein the NRE obtains the information regarding the status of the network from the NCIE, thereby enabling the first UE to determine whether to initiate data transfer between the UE and the network cache based on said transmitted information and control the data transfer between the UE and the network cache, further comprising: - receiving, from the first UE, a request to stop reporting network status in relation to the cell in which the first UE is being served, - checking if the NRE is currently transmitting information regarding the status of the network to any further UE being served by the same cell as said first UE; and if the NRE is not currently transmitting information regarding the status of the network to any further UE being served by the same cell as said first UE, then requesting the NCIE entity to stop reporting network status. - receiving, from the first UE, a request to stop reporting network status in relation to the cell in which the first UE is being served, - checking if the NRE is currently transmitting information regarding the status of the network to any further UE being served by the same cell as said first UE; and if the NRE is not currently transmitting information regarding the status of the network to any further UE being served by the same cell as said first UE, then requesting the NCIE entity to stop reporting network status.
Case for transporting transport goods, comprising: a body ; a lid which is connected or connectable to the body ; coupling structures at the body and/or at the lid ; wherein in a closed state a receiving space for receiving transport goods is formed between the body and the lid inaccessibly from the outside; wherein in an opened state the receiving space is accessible from the outside; wherein the coupling structures are configured such that the case and another case which is comprising similar coupling structures by the coupling structures of both cases are selectively: vertically detachably stackable in a manner secured against displacing; or vertically undetachably coupleable with each other; on top of each other, wherein the coupling structures are configured such that the case and the other case by the coupling structures in the state vertically undetachably coupled on top of each other are selectively displaceable with respect to each other; or by actuating the coupling structures are securable against displacing with respect to each other. a body ; a lid which is connected or connectable to the body ; coupling structures at the body and/or at the lid ; wherein in a closed state a receiving space for receiving transport goods is formed between the body and the lid inaccessibly from the outside; wherein in an opened state the receiving space is accessible from the outside; wherein the coupling structures are configured such that the case and another case which is comprising similar coupling structures by the coupling structures of both cases are selectively: vertically detachably stackable in a manner secured against displacing; or vertically undetachably coupleable with each other; on top of each other, vertically detachably stackable in a manner secured against displacing; or vertically undetachably coupleable with each other; on top of each other, wherein the coupling structures are configured such that the case and the other case by the coupling structures in the state vertically undetachably coupled on top of each other are selectively displaceable with respect to each other; or by actuating the coupling structures are securable against displacing with respect to each other. displaceable with respect to each other; or by actuating the coupling structures are securable against displacing with respect to each other.