mhurhangee/patent-ind-claim-en huggingface dataset:
Security element transfer material comprising - a security element laminate comprising a multiplicity of layers, including at least an adhesive layer , a feature layer (6; 7) and a viewing layer , the viewing layer being the layer which, after transfer of a security element to a value article , faces a viewer, and - a temporary carrier which is removably connected to the viewing layer of the security element laminate, wherein - the temporary carrier comprises at least a first temporary carrier substrate , specifically a plastics film, characterized in that - the viewing layer of the security element laminate is in the form of a plastics layer, generated on the first temporary carrier substrate by coextrusion, with little adhesiveness on the first temporary carrier substrate . - a security element laminate comprising a multiplicity of layers, including at least an adhesive layer , a feature layer (6; 7) and a viewing layer , the viewing layer being the layer which, after transfer of a security element to a value article , faces a viewer, and - a temporary carrier which is removably connected to the viewing layer of the security element laminate, wherein - the temporary carrier comprises at least a first temporary carrier substrate , specifically a plastics film, characterized in that - the viewing layer of the security element laminate is in the form of a plastics layer, generated on the first temporary carrier substrate by coextrusion, with little adhesiveness on the first temporary carrier substrate .
A method in a node in a fronthaul network of a radio network, the method comprising: receiving radio data for transmission over the fronthaul network; and translating the radio data between a time domain multiplexing protocol and a packet based protocol before transmitting the data over the fronthaul network; wherein the step of translating comprises: receiving control information indicative of a level of congestion over a part of the radio network using the packet based protocol; and modifying the radio data during the step of translating to control the level of congestion. receiving radio data for transmission over the fronthaul network; and translating the radio data between a time domain multiplexing protocol and a packet based protocol before transmitting the data over the fronthaul network; wherein the step of translating comprises: receiving control information indicative of a level of congestion over a part of the radio network using the packet based protocol; and modifying the radio data during the step of translating to control the level of congestion. receiving control information indicative of a level of congestion over a part of the radio network using the packet based protocol; and modifying the radio data during the step of translating to control the level of congestion.
A method of communication failure reporting implemented by a first access point device according to IEEE 802.11 said method comprising: detecting , by said first access point device, a failure of said first access point device to communicate via a wide area network interface of said first access point device with a service provider of said first access point device; sending , by said first access point device operating in access point mode, AP mode, via a wireless local area network interface of said first access point device, at least one IEEE 802.11 probe request message by broadcasting the at least one probe request message on at least one wireless communication channel, wherein said at least one probe request message comprises a specific payload characterizing said at least one probe request message as a distress message representative of a reporting of said failure of said first access point device to communicate with said service provider via said wide area network interface of said first access point device, for reporting, by at least a second access point device receiving said distress message, said failure to said service provider. detecting , by said first access point device, a failure of said first access point device to communicate via a wide area network interface of said first access point device with a service provider of said first access point device; sending , by said first access point device operating in access point mode, AP mode, via a wireless local area network interface of said first access point device, at least one IEEE 802.11 probe request message by broadcasting the at least one probe request message on at least one wireless communication channel, wherein said at least one probe request message comprises a specific payload characterizing said at least one probe request message as a distress message representative of a reporting of said failure of said first access point device to communicate with said service provider via said wide area network interface of said first access point device, for reporting, by at least a second access point device receiving said distress message, said failure to said service provider.
A sorbent recharger, comprising: at least a first receiving compartment for a first sorbent module ; the first receiving compartment having a first sorbent module inlet and a first sorbent module outlet ; a first inlet line fluidly connected to the first sorbent module inlet ; a first effluent line fluidly connected to the first sorbent module outlet; a disinfectant source , a base source , a water source , and a brine source ; wherein any one of one of the disinfectant source , base source , water source , brine source , and combinations thereof is fluidly connected to the first inlet line; and wherein at least one of the disinfectant source , base source , water source and brine source is fluidly connected to the first effluent line at a junction ; and a static mixer at or downstream of the junction ; wherein: a) the water source , disinfectant source , and brine source are fluidly connected to the first inlet line; and wherein at least the water source and base source are fluidly connected to the first effluent line; or b) the water source , disinfectant source , and base source are fluidly connected to the first inlet line; and wherein at least the water source and brine source are fluidly connected to the first effluent line . at least a first receiving compartment for a first sorbent module ; the first receiving compartment having a first sorbent module inlet and a first sorbent module outlet ; a first inlet line fluidly connected to the first sorbent module inlet ; a first effluent line fluidly connected to the first sorbent module outlet; a disinfectant source , a base source , a water source , and a brine source ; wherein any one of one of the disinfectant source , base source , water source , brine source , and combinations thereof is fluidly connected to the first inlet line; and wherein at least one of the disinfectant source , base source , water source and brine source is fluidly connected to the first effluent line at a junction ; and a static mixer at or downstream of the junction ; wherein: a) the water source , disinfectant source , and brine source are fluidly connected to the first inlet line; and wherein at least the water source and base source are fluidly connected to the first effluent line; or b) the water source , disinfectant source , and base source are fluidly connected to the first inlet line; and wherein at least the water source and brine source are fluidly connected to the first effluent line . a) the water source , disinfectant source , and brine source are fluidly connected to the first inlet line; and wherein at least the water source and base source are fluidly connected to the first effluent line; or b) the water source , disinfectant source , and base source are fluidly connected to the first inlet line; and wherein at least the water source and brine source are fluidly connected to the first effluent line .
A polymer comprising a carbazate-modified polyvinyl alcohol (PVAC) according to Formula I for use in preventing, alleviating, and/or treating cancer, wherein, unmodified repeat units of PVA are denoted with n and carbazate groups conjugated to repeat units are denoted by m.
Cable for the electrical connection of photovoltaic modules to an energy network, with - at least one electrical and/or at least one optical conductor ; - at least one insulation layer which encloses the conductor ; and - An outer jacket which encloses the conductor and the insulation layer ; characterized in that, a diffusion barrier layer is arranged between the outer jacket and the insulation layer , which is designed in a way to prevent or at least strongly reduce lateral diffusion of water and humidity towards the inside of the cable and that the diffusion barrier layer is thinner than the insulation layer and/or that the diffusion barrier layer is thinner than the outer jacket and that the diffusion barrier layer is made from a non-polar polymer material, preferably a polyolefin, and that the polymer material for the diffusion barrier layer is crosslinked and that the conductor with the corresponding insulation layer is enclosed by an inner jacket and that at least one inner or outer cable layer, like the outer jacket and the inner jacket or the outer jacket and the insulation layer , each comprise a flame-retardant or flame-proof additive, which is at least mostly free from halogens, and that the outer jacket is flame-retardant according to Norm IEC 60332-1-2. - at least one electrical and/or at least one optical conductor ; - at least one insulation layer which encloses the conductor ; and - An outer jacket which encloses the conductor and the insulation layer ;
A gas turbine engine comprising: a gear system comprising: a planet gear system including an output attached to a carrier for rotating a first fan assembly in a first direction; and a star gear system including an output attached to a ring gear for rotating a second fan assembly in a second direction, wherein a sun gear of the star gear system is mechanically attached to a sun gear of the planet gear system ; and a fan drive shaft mechanically attached to the sun gear of the planet gear system and the sun gear of the star gear system , wherein the first fan assembly is driven by the output attached to the carrier of the planet gear system , the second fan assembly is driven by the output attached to the ring gear of the star gear system , the planet gear system is located axially forward of the star gear system relative to an engine central longitudinal axis (A), and a ring gear of the planet gear system and a carrier of the star gear system are rigidly fixed to an engine static structure . a gear system comprising: a planet gear system including an output attached to a carrier for rotating a first fan assembly in a first direction; and a star gear system including an output attached to a ring gear for rotating a second fan assembly in a second direction, wherein a sun gear of the star gear system is mechanically attached to a sun gear of the planet gear system ; and a planet gear system including an output attached to a carrier for rotating a first fan assembly in a first direction; and a star gear system including an output attached to a ring gear for rotating a second fan assembly in a second direction, wherein a sun gear of the star gear system is mechanically attached to a sun gear of the planet gear system ; and a fan drive shaft mechanically attached to the sun gear of the planet gear system and the sun gear of the star gear system , wherein the first fan assembly is driven by the output attached to the carrier of the planet gear system , the second fan assembly is driven by the output attached to the ring gear of the star gear system , the planet gear system is located axially forward of the star gear system relative to an engine central longitudinal axis (A), and a ring gear of the planet gear system and a carrier of the star gear system are rigidly fixed to an engine static structure .
A system for post-tensioning concrete comprising: a first tendon having a first end and a second end; a second tendon having a first end and a second end; a first anchor secured to the first end of the first tendon ; a second anchor secured to the second end of the second tendon ; a coupler including a coupler body , the coupler body including a first end and a second end , the coupler body having a passageway therethrough and an access port providing access to the passageway ; a first wedge configured to receive the second end of the first tendon and a second wedge configured to receive the first end of the second tendon , the first and second wedges being positioned in the passageway , the first wedge engaging the second end of the first tendon and the second wedge engaging the first end of the second tendon ; a first piston slidably positioned within the passageway proximate the first wedge ; and a second piston slidably positioned within the passageway proximate the second wedge ; wherein the first and second pistons each have a rear surface characterized in that , the rear surfaces define a pressure chamber in the passageway ; wherein the pressure chamber is in fluid communication with the access port ; and hydraulic pressure is applied to the pressure chamber by pumping a fluid into the passageway through the access port so as to cause the first and second pistons to urge the first and second wedges apart. a first tendon having a first end and a second end; a second tendon having a first end and a second end; a first anchor secured to the first end of the first tendon ; a second anchor secured to the second end of the second tendon ; a coupler including a coupler body , the coupler body including a first end and a second end , the coupler body having a passageway therethrough and an access port providing access to the passageway ; a first wedge configured to receive the second end of the first tendon and a second wedge configured to receive the first end of the second tendon , the first and second wedges being positioned in the passageway , the first wedge engaging the second end of the first tendon and the second wedge engaging the first end of the second tendon ; a first piston slidably positioned within the passageway proximate the first wedge ; and a second piston slidably positioned within the passageway proximate the second wedge ; wherein the first and second pistons each have a rear surface characterized in that , the rear surfaces define a pressure chamber in the passageway ; wherein the pressure chamber is in fluid communication with the access port ; and hydraulic pressure is applied to the pressure chamber by pumping a fluid into the passageway through the access port so as to cause the first and second pistons to urge the first and second wedges apart.
A guided retainer for movably coupling a holder to a plate of a stamping die for use in a press , the guided retainer comprising: a pin that has a first end and a second end , the first end having an enlarged portion separated from the second end by an offset wherein the pin includes a groove in a circumference of the pin proximate the second end; a bushing that is received on and is slidable relative to the pin into an abutting relationship with the offset; and a clamp that is received on and is slidable relative to the pin, the clamp being configured to receive a fastener for coupling the clamp to the holder, and when the clamp is coupled to the holder, the clamp fixes the bushing in fixed position relative to the holder; wherein when the guided retainer is assembled with the said holder and the said plate, the guided retainer is capable of transferring motion of the said holder to the said plate during movement of the said press to an opened position for insertion of a said workpiece into the said stamping die, the guided retainer being characterized in that it further comprises: a retainer plate that is received in the groove, the retainer plate being configured to receive a fastener for coupling the retainer plate to the plate. a pin that has a first end and a second end , the first end having an enlarged portion separated from the second end by an offset wherein the pin includes a groove in a circumference of the pin proximate the second end; a bushing that is received on and is slidable relative to the pin into an abutting relationship with the offset; and a clamp that is received on and is slidable relative to the pin, the clamp being configured to receive a fastener for coupling the clamp to the holder, and when the clamp is coupled to the holder, the clamp fixes the bushing in fixed position relative to the holder; wherein when the guided retainer is assembled with the said holder and the said plate, the guided retainer is capable of transferring motion of the said holder to the said plate during movement of the said press to an opened position for insertion of a said workpiece into the said stamping die, the guided retainer being characterized in that it further comprises: a retainer plate that is received in the groove, the retainer plate being configured to receive a fastener for coupling the retainer plate to the plate.
Method for electronic signing of a document with a predetermined secret key ( x ), the method being characterised in that it comprises the implementation, by data processing means of equipment , of steps of: (a) drawing a pair, formed by a first internal state s 1 i and a white-box implementation ( WB i ) of a modular arithmetic operation, from among a set of predetermined pairs s 1 i WB i i ∈ 〚 0 , n − 1 〛 each for one nonce ( k i ), said set of pairs s 1 i WB i i ∈ 〚 0 , n − 1 〛 being stored on data storage means of the equipment , said first internal state s 1 i being a function of the nonce ( k i ) and said modular arithmetic operation being a function of the first internal state s 1 i , of the nonce ( k i ) and of the secret key ( x ); (b) determining a second internal state s 2 i , by application of said drawn white-box implementation ( WB i ) to a condensate of the document obtained via a given hash function; (c) generating an electronic signature of the document from the first internal state s 1 i of the drawn pair and from the second determined internal state s 2 i , and deleting the drawn pair of said set of pairs s 1 i WB i i ∈ 〚 0 , n − 1 〛 . (a) drawing a pair, formed by a first internal state s 1 i and a white-box implementation ( WB i ) of a modular arithmetic operation, from among a set of predetermined pairs s 1 i WB i i ∈ 〚 0 , n − 1 〛 each for one nonce ( k i ), said set of pairs s 1 i WB i i ∈ 〚 0 , n − 1 〛 being stored on data storage means of the equipment , said first internal state s 1 i being a function of the nonce ( k i ) and said modular arithmetic operation being a function of the first internal state s 1 i , of the nonce ( k i ) and of the secret key ( x ); (b) determining a second internal state s 2 i , by application of said drawn white-box implementation ( WB i ) to a condensate of the document obtained via a given hash function; (c) generating an electronic signature of the document from the first internal state s 1 i of the drawn pair and from the second determined internal state s 2 i , and deleting the drawn pair of said set of pairs s 1 i WB i i ∈ 〚 0 , n − 1 〛 .
A power supply unit , preferably for a power analyzer, comprising: - a feedback control unit arranged for selectively controlling an output level of a voltage or an output level of a current to output terminals of the power supply unit on a preset value, and - means for sensing the actual output level of the voltage and current, respectively, and sending a signal representing the sensed output level to said feedback control unit , wherein the feedback control unit is arranged to autonomously prioritize one of at least a first control loop for the controlling of the output level of the current or a second control loop for the controlling of the output level of the voltage, based on data generated within the power supply unit and/or externally generated data supplied to the power supply unit , wherein the first control loop and the second control loop are both active and operating, and wherein prioritizing means that one of the first control loop and the second control loop is weighted more strongly than the other one, and thus, has more influence than the other one on the controlling of the power circuit by the feedback control unit . - a feedback control unit arranged for selectively controlling an output level of a voltage or an output level of a current to output terminals of the power supply unit on a preset value, and - means for sensing the actual output level of the voltage and current, respectively, and sending a signal representing the sensed output level to said feedback control unit ,
System for securing an aerostat to a receiving structure , comprising: - a securing cable arranged to be attached to the aerostat by one of the ends thereof, - a mast arranged to be rotatably mounted on the receiving structure, the mast comprising a winding drum winch comprising a slot which is arranged to receive a portion of the cable located on the side of the other end of the securing cable , - the securing cable is weighted by a weight at the other end thereof, - the mast further comprises a fork-type guide device having two branches extending in two diverging directions, characterized in that the guide device has a trapping device separating the guide device into a proximal portion and a distal portion , the distal portion comprising the two branches , said trapping device being arranged to prevent a portion of the weighted cable present in the proximal portion from reaching the distal portion, and said system further comprising a cable passage detector having a detection axis level with the trapping device . - a securing cable arranged to be attached to the aerostat by one of the ends thereof, - a mast arranged to be rotatably mounted on the receiving structure, the mast comprising a winding drum winch comprising a slot which is arranged to receive a portion of the cable located on the side of the other end of the securing cable , - the securing cable is weighted by a weight at the other end thereof, - the mast further comprises a fork-type guide device having two branches extending in two diverging directions, the guide device has a trapping device separating the guide device into a proximal portion and a distal portion , the distal portion comprising the two branches , said trapping device being arranged to prevent a portion of the weighted cable present in the proximal portion from reaching the distal portion, and said system further comprising a cable passage detector having a detection axis level with the trapping device .