mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for the hot production of strip (N) comprising a casting machine configured to cast a thin slab (TS), a heating device comprising a tunnel furnace configured to maintain the temperature and/or heat said thin slab (TS), at least one roughing unit , a finishing unit configured to obtain a strip (N), and a heating unit , interposed between the roughing unit and the finishing unit , configured to heat the bar roughed by the roughing unit , and wherein said casting machine , said heating device , said roughing unit , said finishing unit and said heating unit are disposed aligned along a common working axis (Z) defining a main line, the apparatus further comprising a lateral feed line adjacent to said working axis (Z) and configured to feed a conventional slab (CS), of greater thickness than said thin slab (TS), and a transfer device configured to transfer said conventional slab (CS) from said lateral feed line to upstream of said roughing unit , the lateral feed line comprising a heating furnace configured to heat the conventional slabs (CS) and feed them to a transfer path , in a direction orthogonal to the main line and to the development of said transfer path , wherein the transfer path is configured to move the conventional slabs (CS) in a direction parallel to said working axis (Z), wherein said roughing unit comprises at least one roughing stand of the reversing type configured to assume a first operating configuration of one-directional rolling, along said working axis (Z), of said thin slab (TS), and a second operating configuration of two-directional rolling of said conventional slab (CS) along said working axis (Z), wherein said transfer device (30; 17) is mobile between a first removal position of the conventional slab (CS) from said lateral feed line and a second position in which it is aligned with said working axis (Z), and wherein said transfer device (30; 17) is configured to replace part of, or defines part of, said heating device when it is in said second position, wherein the discharge of the conventional slab (CS) onto the main line is carried out always inside the bulk of the tunnel furnace so as not to lengthen the layout and not to penalize the process thermally when operating with the thin slab.
A detection method comprising directing radiation such that it is incident upon a target, the radiation having a first linear polarisation, and detecting radiation which is scattered from the target; subsequently transmitting radiation such that it is incident upon the target, the subsequently transmitted radiation having a different linear polarisation which is non-orthogonal to the first polarisation, and detecting the subsequently transmitted radiation which is scattered from the target; and analysing the detected scattered radiation to determine whether the target includes an object.
A user equipment, UE, comprising : processing circuitry, which in operation, operates a function that involves monitoring of a downlink control channel of an unlicensed radio cell for information intended to the UE, the unlicensed radio cell operating in an unlicensed spectrum and being controlled by a base station that is in communication with the user equipment, the processing circuitry and a receiver, which in operation, perform the monitoring of the downlink control channel based on a first timer and a second timer operated in parallel, wherein the first timer is used to limit the maximum time the downlink control channel is to be monitored, by starting the first timer at the beginning of the monitoring of the downlink control channel and stopping the monitoring of the downlink control channel upon expiry of the first timer, wherein the second timer is used to stop the monitoring of the downlink control channel earlier than the expiry of the first timer depending on the channel occupation status of the unlicensed spectrum of the radio cell by the base station. processing circuitry, which in operation, operates a function that involves monitoring of a downlink control channel of an unlicensed radio cell for information intended to the UE, the unlicensed radio cell operating in an unlicensed spectrum and being controlled by a base station that is in communication with the user equipment, the processing circuitry and a receiver, which in operation, perform the monitoring of the downlink control channel based on a first timer and a second timer operated in parallel, wherein the first timer is used to limit the maximum time the downlink control channel is to be monitored, by starting the first timer at the beginning of the monitoring of the downlink control channel and stopping the monitoring of the downlink control channel upon expiry of the first timer, wherein the second timer is used to stop the monitoring of the downlink control channel earlier than the expiry of the first timer depending on the channel occupation status of the unlicensed spectrum of the radio cell by the base station.
An engine starting system of a vehicle configured to switch between EV traveling and HV traveling, the engine starting system comprising: an engine starting unit configured to start an engine based on determining whether a starting operation has been performed by a driver of the vehicle during the EV traveling; a positioning unit configured to detect vehicle position information; and a starting operation switching unit configured to determine whether the vehicle has entered the inside of a geo-fence area based on the vehicle position information, and switch the starting operation to a first starting operation while the vehicle is traveling in an outside area of the geo-fence area and to switch the starting operation to a second starting operation different from the first starting operation while the vehicle is traveling in an inside area of the geo-fence area, wherein while the vehicle is performing the EV traveling in the inside area of the geo-fence area, the engine starting unit is configured to not start the engine when the first starting operation is performed by the driver and to start the engine when the second starting operation is performed by the driver. an engine starting unit configured to start an engine based on determining whether a starting operation has been performed by a driver of the vehicle during the EV traveling; a positioning unit configured to detect vehicle position information; and a starting operation switching unit configured to determine whether the vehicle has entered the inside of a geo-fence area based on the vehicle position information, and switch the starting operation to a first starting operation while the vehicle is traveling in an outside area of the geo-fence area and to switch the starting operation to a second starting operation different from the first starting operation while the vehicle is traveling in an inside area of the geo-fence area, wherein while the vehicle is performing the EV traveling in the inside area of the geo-fence area, the engine starting unit is configured to not start the engine when the first starting operation is performed by the driver and to start the engine when the second starting operation is performed by the driver.
Dryer for drying herbaceous material, comprising a dryer receptacle having an inner space for receiving herbaceous material; an access assembly providing access to the inner space of the dryer receptacle ; and a heating system comprising at least one access heating element for actively heating the access assembly, wherein the access assembly comprises at least one of an inlet conveyor for supplying herbaceous material into the inner space of the dryer receptacle and an outlet conveyor for removing herbaceous material from the inner space of the dryer receptacle , characterized in that the at least one access heating element comprises a conveyor heating element incorporated into the conveyor . a dryer receptacle having an inner space for receiving herbaceous material; an access assembly providing access to the inner space of the dryer receptacle ; and a heating system comprising at least one access heating element for actively heating the access assembly, wherein the access assembly comprises at least one of an inlet conveyor for supplying herbaceous material into the inner space of the dryer receptacle and an outlet conveyor for removing herbaceous material from the inner space of the dryer receptacle , characterized in that the at least one access heating element comprises a conveyor heating element incorporated into the conveyor .
A solar cell comprising, in order: a substrate ; a first electrode ; a first semiconductor layer ; a junction interface layer comprising a compound having a relative permittivity of 2 or more; a second semiconductor layer ; and a second electrode ; wherein the first and second semiconductor layers are layers consisting of a semiconductor. a substrate ; a first electrode ; a first semiconductor layer ; a junction interface layer comprising a compound having a relative permittivity of 2 or more; a second semiconductor layer ; and a second electrode ; wherein the first and second semiconductor layers are layers consisting of a semiconductor.
A communication apparatus comprising: communication means for communicating a media access control, MAC, frame compliant with an Institute of Electrical and Electronics Engineers (IEEE) 802.11 series standard with another communication apparatus , and establishment means for establishing a plurality of links on a plurality of different frequency channels where multi-link communication can be performed with a partner apparatus, wherein the MAC frame communicated by the communication means includes a multi-link element as information related to communications via the plurality of links, and wherein the multi-link element includes a common info field and a link info field , and the common info field includes a field capable of indicating a distance between frequency channels recommended for a communication apparatus which transmits the MAC frame including the multi-link element, in the communications via the plurality of links, to perform the communications via the plurality of links asynchronously. communication means for communicating a media access control, MAC, frame compliant with an Institute of Electrical and Electronics Engineers (IEEE) 802.11 series standard with another communication apparatus , and establishment means for establishing a plurality of links on a plurality of different frequency channels where multi-link communication can be performed with a partner apparatus, wherein the MAC frame communicated by the communication means includes a multi-link element as information related to communications via the plurality of links, and wherein the multi-link element includes a common info field and a link info field , and the common info field includes a field capable of indicating a distance between frequency channels recommended for a communication apparatus which transmits the MAC frame including the multi-link element, in the communications via the plurality of links, to perform the communications via the plurality of links asynchronously.
A magnetic resonance imaging inductively-coupled wireless tracking marker for three-dimensional positional tracking comprising: a plurality of double layered flexible printed circuit sheets ; at least first and second conductive planar coils disposed on respective sides of each flexible printed circuit sheet , the coils having a resonant frequency corresponding to a Larmor frequency of a magnetic resonance imaging scanner, each of the coils forming a spiral inductor, the at least first and second planar coils being coupled to each other to provide a mutual coupling effect between the at least first and second planar coils ; capacitors connected to each of the planar coils ; each of the planar coils being formed from a magnetic resonance imaging-compatible non-ferromagnetic material wherein each flexible printed circuit sheet is encapsulated in a biocompatible and magnetic resonance compatible material, and the flexible printed circuit sheets are bonded together with an adhesive to form a multilayer coil. a plurality of double layered flexible printed circuit sheets ; at least first and second conductive planar coils disposed on respective sides of each flexible printed circuit sheet , the coils having a resonant frequency corresponding to a Larmor frequency of a magnetic resonance imaging scanner, each of the coils forming a spiral inductor, the at least first and second planar coils being coupled to each other to provide a mutual coupling effect between the at least first and second planar coils ; capacitors connected to each of the planar coils ; each of the planar coils being formed from a magnetic resonance imaging-compatible non-ferromagnetic material
An electronic device , comprising: a touch panel ; a housing ; a moving element connected to the touch panel ; and an elastic plate comprising a first portion connected to the touch panel , a second portion connected to the moving element , a third portion connected to the housing , a first elastic member connected between the first portion and the third portion , and a second elastic member connected between the second portion and the third portion ; wherein the moving element comprises an actuator connected to the touch panel and a counter mass connected to the second portion . a touch panel ; a housing ; a moving element connected to the touch panel ; and an elastic plate comprising a first portion connected to the touch panel , a second portion connected to the moving element , a third portion connected to the housing , a first elastic member connected between the first portion and the third portion , and a second elastic member connected between the second portion and the third portion ; wherein the moving element comprises an actuator connected to the touch panel and a counter mass connected to the second portion .
A method of controlling a fluid transportation network that comprises one or more network sections (F, Fa, Fb, Fn, F6), each network section (F, Fa, Fb, Fn, F6) being connected to a fluid transportation circuit (C, C1, C2) through a respective supply line (L, La, Lb, Ln, L1, L2) and comprising one or more parallel zones (Z1, Z2), the method comprising: arranging in the supply lines (L, La, Lb, Ln, L1, L2) or respective return lines (LR, LRa, LRb, LRn, LR1, LR2) of each of the network sections (F, Fa, Fb, Fn, F6) a pressure regulating device (PR, PRa, PRb, PRn, PR1, PR2); anc characterized in arranging a pressure invariant regulating system (PI1, PI2) in each of the zones (Z1, Z2) to implement each of the zones (Z1, Z2) as a pressure independent branch of the respective network section (F, Fa, Fb, F6); and controlling by a first processing unit (RE, REa, REb, REn, RE1, RE2, 10) the pressure regulating devices (PR, PRa, PRb, PRn, PR1, PR2) of each of the network sections (F, Fa, Fb, Fn, F6) to operate the pressure independent branches of the respective network section (F, Fa, Fb, Fn, F6) within a specified pressure range, defined by device specifications of the pressure invariant regulating system (PI1, PI2) in each of the zones (Z1, Z2). arranging in the supply lines (L, La, Lb, Ln, L1, L2) or respective return lines (LR, LRa, LRb, LRn, LR1, LR2) of each of the network sections (F, Fa, Fb, Fn, F6) a pressure regulating device (PR, PRa, PRb, PRn, PR1, PR2); anc characterized in arranging a pressure invariant regulating system (PI1, PI2) in each of the zones (Z1, Z2) to implement each of the zones (Z1, Z2) as a pressure independent branch of the respective network section (F, Fa, Fb, F6); and controlling by a first processing unit (RE, REa, REb, REn, RE1, RE2, 10) the pressure regulating devices (PR, PRa, PRb, PRn, PR1, PR2) of each of the network sections (F, Fa, Fb, Fn, F6) to operate the pressure independent branches of the respective network section (F, Fa, Fb, Fn, F6) within a specified pressure range, defined by device specifications of the pressure invariant regulating system (PI1, PI2) in each of the zones (Z1, Z2).
A fan coil unit comprising: a substantially parallelepiped-shaped and rigid outer casing which is structured for being firmly fixed to a wall (P) in a substantially vertical position, and is provided with a large through-duct adapted to be crossed by the outside air; an air/liquid heat exchanger which is placed inside the through-duct so as to be skimmed/crossed by the air that flows through the duct, and is connected to an external hydraulic circuit so as to also be crossed by a hot or cold heat-transfer fluid; and ventilation means adapted to circulate the external air inside the through-duct ; the through-duct having a substantially T-shaped structure, with an inlet mouth at the front face of the outer casing , a first outlet mouth at the upper face of the outer casing and a second outlet mouth at the lower face of the outer casing ; the ventilation means comprising a first and a second electrically-operated fan that are placed inside the through-duct , downstream of the bifurcation of the through-duct and each arranged inside a respective branch of the through-duct , so as to each generate a respective airflow (f 1 , f 2 ) that flows through the through-duct passing through/skimming the heat exchanger ; the fan coil unit additionally comprising an air filter which is fixed in removable manner on the back of a protective grating that is placed to close the inlet mouth of the through-duct ; the fan coil unit being characterized by additionally comprising: electromechanical means adapted to move, on command, the air filter away from its operating position to allow the removal thereof from the protective grating ; and an electronic control unit which is adapted to command said electromechanical means so as to move the air filter away from said operating position when given operating conditions occur. the through-duct having a substantially T-shaped structure, with an inlet mouth at the front face of the outer casing , a first outlet mouth at the upper face of the outer casing and a second outlet mouth at the lower face of the outer casing ; the ventilation means comprising a first and a second electrically-operated fan that are placed inside the through-duct , downstream of the bifurcation of the through-duct and each arranged inside a respective branch of the through-duct , so as to each generate a respective airflow (f 1 , f 2 ) that flows through the through-duct passing through/skimming the heat exchanger ; the fan coil unit additionally comprising an air filter which is fixed in removable manner on the back of a protective grating that is placed to close the inlet mouth of the through-duct ; the fan coil unit being characterized by additionally comprising: electromechanical means adapted to move, on command, the air filter away from its operating position to allow the removal thereof from the protective grating ; and an electronic control unit which is adapted to command said electromechanical means so as to move the air filter away from said operating position when given operating conditions occur.
A method for configuring timing advance by a base station of a radio access network, RAN, comprising; providing a timing advance command for the RAN, that employs a modulation scheme with a scalable numerology having a plurality of subcarrier spacings, SCSs defined for the radio access network, wherein the timing advance command accommodates the scalable numerology used by the RAN, and wherein providing the timing advance command comprises configuring a number of bits used to express a timing advance duration to a user equipment, UE , determining a timing advance step size for the UE when the UE is in communication with the RAN to calculate the timing advance duration included in the timing advance command, the timing advance step size being associated with one of the plurality of SCSs, defined for the RAN, and wherein the timing advance step size is one of a plurality of timing advance step sizes, each timing advance step size of the plurality of timing advance step sizes being scaled for a respective one of the SCSs defined for the radio access network; and transmitting the timing advance command to the UE. providing a timing advance command for the RAN, that employs a modulation scheme with a scalable numerology having a plurality of subcarrier spacings, SCSs defined for the radio access network, wherein the timing advance command accommodates the scalable numerology used by the RAN, and wherein providing the timing advance command comprises configuring a number of bits used to express a timing advance duration to a user equipment, UE , determining a timing advance step size for the UE when the UE is in communication with the RAN to calculate the timing advance duration included in the timing advance command, the timing advance step size being associated with one of the plurality of SCSs, defined for the RAN, and wherein the timing advance step size is one of a plurality of timing advance step sizes, each timing advance step size of the plurality of timing advance step sizes being scaled for a respective one of the SCSs defined for the radio access network; and transmitting the timing advance command to the UE.
An actuation system for variable vanes for use in a compressor section of a gas turbine engine comprising: a sync ring and a plurality of cylinders , a piston in operable communication with each of said cylinders and being configured to move said sync ring axially to, in turn, change an angle of incidence of a plurality of variable vanes; and electric motors and a plurality of pumps in fluidic communication with said plurality of cylinders, and said plurality of pumps each being driven by said electric motors , and wherein a number of said pumps is less than a number of said cylinders. a sync ring and a plurality of cylinders , a piston in operable communication with each of said cylinders and being configured to move said sync ring axially to, in turn, change an angle of incidence of a plurality of variable vanes; and electric motors and a plurality of pumps in fluidic communication with said plurality of cylinders, and said plurality of pumps each being driven by said electric motors , and wherein a number of said pumps is less than a number of said cylinders.
An electrically insulated fixing screwdriver, with a handle made of an electrically insulating material and a shaft made of metal that is anchored in the handle with its rear end region in a rotationally fixed manner, the shaft presenting on its front end a profiled head conformed to the profile of the engagement region of a screw, and presenting an insulating sheath surrounding the shaft , characterised in that the insulating sheath has a part that is flexible in an axial direction, and in that on the front end of the insulating sheath a head portion is arranged that is configured like a hollow box and presents an aperture that opens to the side, as well as a central aperture on a front face also opening to the side, in the form of a slot through which the front end portion of the shaft forming the profile head can protrude.