mhurhangee/patent-ind-claim-en huggingface dataset:
A method for orienting the beam of an electronic scanning antenna, said antenna being composed of an array of radiating elements positioned in an initial geometric configuration at a reference temperature (T 0 ), said method comprising: - a preliminary step of setting up geometric configuration models of said array as a function of the temperature; - a step of orienting said beam which is carried out by: - a first phase of measuring the temperature of said array in order to select a model corresponding to the measured temperature; - a second phase of calculating the phases, depending on the aimed direction (θ, φ), to be applied to the signals of the radiating elements for the selected model; said method being characterized in that the geometric configuration models indicate the geometric position of said radiating elements (2, 2 ') with respect to an axis system and are calculated with respect to said initial configuration as a function of the temperature and of a thermal expansion coefficient CTE specific to the radiating elements of said array, said array being planar, the position of the radiating elements is defined by their coordinates (xi, yj) in a system of axes X, Y, said phases depending on said coordinates. - a preliminary step of setting up geometric configuration models of said array as a function of the temperature; - a step of orienting said beam which is carried out by: - a first phase of measuring the temperature of said array in order to select a model corresponding to the measured temperature; - a second phase of calculating the phases, depending on the aimed direction (θ, φ), to be applied to the signals of the radiating elements for the selected model;
Façade element comprising: - a metal framework comprising at least two longitudinal metallic sections and two transverse metallic sections assembled all together so as to form a substantially rectangular framework, - an assembly of sandwich panels (40A ; 40') each comprising an insulation material (43 ; 43') sandwiched between an inner metallic sheet (41A ; 41') and an outer metallic sheet (42A ; 42'), each sandwich panel (40A ; 40') being fastened to the metal framework and interlocked with at least one adjacent sandwich panel along at least a part of one of its edges (44A, 45A ; 44', 45') so that the assembly is delimited by an outer face , and inner face , a lower edge , an upper edge , a left edge and a right edge , the façade element further comprising: - an upper waterproofing membrane covering the upper edge of the assembly of sandwich panels and extending on both at least an upper part of the outer face and at least an upper part of the inner face , the upper waterproofing membrane further comprising a left upper overhang extending beyond the left edge and a right upper overhang extending beyond the right edge , - a lower waterproofing membrane extending along the lower edge of the assembly on the inner face and comprising: ∘ a flap extending beyond the lower edge on a distance (d) superior to the thickness ( t ) of the lower edge , ∘ a left lower overhang extending beyond the left edge , ∘ a right lower overhang extending beyond the right edge . - a metal framework comprising at least two longitudinal metallic sections and two transverse metallic sections assembled all together so as to form a substantially rectangular framework, - an assembly of sandwich panels (40A ; 40') each comprising an insulation material (43 ; 43') sandwiched between an inner metallic sheet (41A ; 41') and an outer metallic sheet (42A ; 42'), each sandwich panel (40A ; 40') being fastened to the metal framework and interlocked with at least one adjacent sandwich panel along at least a part of one of its edges (44A, 45A ; 44', 45') so that the assembly is delimited by an outer face , and inner face , a lower edge , an upper edge , a left edge and a right edge , - an upper waterproofing membrane covering the upper edge of the assembly of sandwich panels and extending on both at least an upper part of the outer face and at least an upper part of the inner face , the upper waterproofing membrane further comprising a left upper overhang extending beyond the left edge and a right upper overhang extending beyond the right edge , - a lower waterproofing membrane extending along the lower edge of the assembly on the inner face and comprising: ∘ a flap extending beyond the lower edge on a distance (d) superior to the thickness ( t ) of the lower edge , ∘ a left lower overhang extending beyond the left edge , ∘ a right lower overhang extending beyond the right edge . ∘ a flap extending beyond the lower edge on a distance (d) superior to the thickness ( t ) of the lower edge , ∘ a left lower overhang extending beyond the left edge , ∘ a right lower overhang extending beyond the right edge .
A magnetostrictive torque sensor for detecting a torque applied to a magnetostrictive member having magnetostrictive properties, comprising: a detection coil arranged on an outer peripheral side of the magnetostrictive member ; a magnetic ring comprising a ferromagnetic material arranged on an outer peripheral side of the detection coil ; a housing having a facing portion facing the magnetic ring across the detection coil ; a plug member closing an opening formed between the magnetic ring and the facing portion ; a resin mold section covering the housing while exposing the magnetic ring and the plug member ; a cable electrically connected to the detection coil and drawn out from the housing and the resin mold section ; and a heat shrinkable tube covering and configured to be brought by heating into close contact with the surfaces of the housing , a portion of the resin mold section , and an end portion of the cable exposed from the housing and the resin mold section . a detection coil arranged on an outer peripheral side of the magnetostrictive member ; a magnetic ring comprising a ferromagnetic material arranged on an outer peripheral side of the detection coil ; a housing having a facing portion facing the magnetic ring across the detection coil ; a plug member closing an opening formed between the magnetic ring and the facing portion ; a resin mold section covering the housing while exposing the magnetic ring and the plug member ; a cable electrically connected to the detection coil and drawn out from the housing and the resin mold section ; and a heat shrinkable tube covering and configured to be brought by heating into close contact with the surfaces of the housing , a portion of the resin mold section , and an end portion of the cable exposed from the housing and the resin mold section .
Rail vehicle for passenger transport, with at least a first and a second car , wherein the first/second car has a first/second end-entry region (1.2, 2.2) with two lateral, mutually opposite first/second end-entry doors (1.3, 2.3) and a first/second passenger interior section (1.4, 2.4) that is adjacent in the direction of the centre of the car, and the first/second end-entry region (1.2, 2.2) is separated from the adjacent first/second passenger interior section (1.4) by a first/second intermediate wall (1.6, 2.6) which is equipped with a first/second door (1.5) and runs in the transverse direction of the rail vehicle, and the first/second intermediate wall (1.6, 2.6) is used in a first/second opening (A) between first/second door pillar panels (1.7, 2.7), which are mutually opposite and face the first/second passenger interior section (1.4, 2.4), of the first/second end-entry doors (1.3, 2.3), characterised in that the first and the second end-entry region (1.2, 2.2) have the same construction, the first passenger interior section (1.4) is equipped with continuous 2-plus-2 seating with central aisle and the second passenger interior section (2.4) of the second car is equipped with continuous 2-plus-1 seating with eccentric aisle, and a dimensioning and arrangement of the first opening (A) in the first car is identical to a dimensioning and arrangement of the second opening (A) in the second car .
A method for inductive energy transmission between a primary part (I) and a secondary part (II), the primary part (I) and the secondary part (II) being parts of a transport system , preferably of a linear motor system, a planar motor system or a magnetic levitation railroad system, the primary part (I) corresponding to a stationary part of the transport system and the secondary part (II) corresponding to a part of the transport system that is movable relative thereto, the secondary part (II) being moved relative to the primary part (I), a primary electrical current ( i S ) being fed from a supply unit (S) into a transmitting coil ( L 1 ) arranged on the primary part (I) in order to create a first alternating magnetic field for energy transmission, whereby an electrical AC voltage ( u i ) is induced in a receiving coil ( L 2 ) arranged on the secondary part (II), which AC voltage ( u i ) causes an electrical secondary current ( i V ) on the secondary part (II) and thus a power flow comprising an uncompensated active power ( P N ) to at least one load (V) connected to the receiving coil ( L 2 ), characterized in that a secondary-side compensation current ( i K ) is fed into a secondary-side coil ( L k ) by a compensation unit (K) arranged on the secondary part (II) which is moved relative to the primary part (I), in that a second alternating magnetic field is generated by the secondary-side compensation current ( i K ) in the secondary-side compensation current ( L k ), which second alternating magnetic field is superimposed on the first alternating magnetic field for energy transmission and induces a primary-side compensation voltage ( u K ) in the transmitting coil ( L 1 ), in that a phase shift between the electrical primary voltage ( u L 1 ) dropping across the transmitting coil ( L 1 ) and the primary current ( i S ) flowing through the transmitting coil ( L 1 ) is changed by the primary-side compensation voltage ( u K ) induced in the transmitting coil ( L 1 ) in such a way that a resulting output active power ( P R ), which is transmitted by the primary part (I) after the change of the phase shift on the at least on load (V) connected to the receiving coil ( L 2 ) is increased compared to the uncompensated active power ( P N ) without a changed phase shift and in that no primary-side compensation current, which changes the phase shift between the electrical primary voltage ( u L 1 ) dropping across the transmitting coil ( L 1 ) and the primary current ( i S ) flowing through the transmitting coil ( L 1 ) and which is provided by an electrical storage element connected in series to the transmitting coil ( L 1 ) and between the transmitting coil ( L 1 ) and the supply unit (S), is fed into the transmitting coil ( L 1 ) arranged on the primary part (I).
A starry projection lamp, comprising a shell , a control panel arranged in the shell , a laser component , a water ripple component , and a film component , wherein the lower part of the water ripple component is provided with a driving component which drives the water ripple component to move; the shell comprises a lower shell and an upper shell fastened on the lower shell ; an upper part, corresponding to the water ripple component , of the upper shell is provided with a lens outer cover ; the starry projection lamp is characterized that, the lower shell is hemispheric; a lower part of the lower shell is also connected with a base ; a power component is arranged inside the base ; the power component is electrically connected to the control panel ; an upper part of the base is provided with a ring-like groove ; and the shell is rotatably arranged on the ring-like groove of the base , a long-strip hole is formed in the lower shell ; at least one group of stepped limiting grooves parallel to the long-strip hole are formed inside the lower shell ; a fixing sheet is also arranged in the lower shell ; a limiting bulge acting with the limiting grooves is arranged on the fixing sheet ; and connecting pieces arranged on the long-strip hole in a penetrating manner and connected to the fixing sheet are arranged on the base .
An air circuit breaker comprising a circuit breaker body , a cradle , and a position indicator of the circuit breaker body for indicating a position of the circuit breaker body according to movement of the circuit breaker body within the cradle , the position indicator comprising: a handle insertion part to which a handle is inserted; a worm gear rotated according to rotation of the handle inserted in the handle insertion part ; a worm wheel rotated in association with the worm gear ; a link part connected to the worm wheel in one end and connected to a movement member in the other end and moving the movement member in a horizontal direction according to rotation of the worm wheel ; and a movement member connected to the other end of the link part , wherein the air circuit breaker is characterized in : that the position indicator further comprises an indicator inserted into the movement member in a state of being positioned above the handle insertion part , and indicating a position of the circuit breaker body , while rotating according to movement of the movement member in a horizontal direction, that the movement member rotates the indicator , while moving in the horizontal direction according to movement of the link part . a handle insertion part to which a handle is inserted; a worm gear rotated according to rotation of the handle inserted in the handle insertion part ; a worm wheel rotated in association with the worm gear ; a link part connected to the worm wheel in one end and connected to a movement member in the other end and moving the movement member in a horizontal direction according to rotation of the worm wheel ; and a movement member connected to the other end of the link part , wherein the air circuit breaker is characterized in : that the position indicator further comprises an indicator inserted into the movement member in a state of being positioned above the handle insertion part , and indicating a position of the circuit breaker body , while rotating according to movement of the movement member in a horizontal direction, that the movement member rotates the indicator , while moving in the horizontal direction according to movement of the link part . that the position indicator further comprises an indicator inserted into the movement member in a state of being positioned above the handle insertion part , and indicating a position of the circuit breaker body , while rotating according to movement of the movement member in a horizontal direction, that the movement member rotates the indicator , while moving in the horizontal direction according to movement of the link part .
An injection assembly of an hydraulic machine for die-casting , comprising an injection piston , a main inlet for inputting a fluid under pressure, a main pressure chamber upstream of the injection piston and a main shut-off valve normally in a closed configuration, operating between the main inlet and the main pressure chamber and adapted to prevent the fluid from returning from the main chamber to the main inlet , wherein said main valve comprises a shutter and a spring adapted to operate permanently on the shutter toward the closed configuration, and wherein the main valve is provided with an inlet opening towards a main inlet , and the shutter comprises a head adapted to close the inlet opening and a shaft projecting from the head opposite to said inlet opening .
An access device comprising: deriving means for deriving at the access device radio bearer-related parameters from a bearer setup request, the bearer setup request having been received from a mobility management entity being a separate entity with respect to the access device; determination means at the access device to determine from the bearer-related parameters whether a local breakout access type is requested; gateway configuration means for configuring a virtual gateway functionality at said access device in response to said determination means determining that a local breakout access type is requested; and traffic bridging means for bridging user traffic between a radio bearer service requested by said bearer setup request and a packet data network for said local breakout. deriving means for deriving at the access device radio bearer-related parameters from a bearer setup request, the bearer setup request having been received from a mobility management entity being a separate entity with respect to the access device; determination means at the access device to determine from the bearer-related parameters whether a local breakout access type is requested; gateway configuration means for configuring a virtual gateway functionality at said access device in response to said determination means determining that a local breakout access type is requested; and traffic bridging means for bridging user traffic between a radio bearer service requested by said bearer setup request and a packet data network for said local breakout.
An assembly for a turbomachine with a longitudinal axis (X) comprising: - an exhaust cone comprising an outer annular wall for the flow of a primary air flow and an annular box arranged radially inside said outer annular wall, the annular box comprising an inner annular wall arranged radially inside the outer annular wall of the exhaust cone, - an exhaust case arranged upstream of the exhaust cone, and - a connecting member interposed longitudinally between the exhaust case and the exhaust cone, the connecting member being fastened to the exhaust case and to the inner annular wall, said assembly further comprising at least one elastic means radially deformable and radially prestressed between the outer annular wall and the connecting member, and characterized in that the connecting member comprises an annular flange connected to a corresponding flange of the exhaust case and a plurality of fastening lugs distributed circumferentially around the longitudinal axis and connected to the inner annular wall. - an exhaust cone comprising an outer annular wall for the flow of a primary air flow and an annular box arranged radially inside said outer annular wall, the annular box comprising an inner annular wall arranged radially inside the outer annular wall of the exhaust cone, - an exhaust case arranged upstream of the exhaust cone, and - a connecting member interposed longitudinally between the exhaust case and the exhaust cone, the connecting member being fastened to the exhaust case and to the inner annular wall, said assembly further comprising at least one elastic means radially deformable and radially prestressed between the outer annular wall and the connecting member, and characterized in that the connecting member comprises an annular flange connected to a corresponding flange of the exhaust case and a plurality of fastening lugs distributed circumferentially around the longitudinal axis and connected to the inner annular wall.
Method for producing an electrotechnical coil , comprising the steps: a. Step A: casting an electrotechnical coil with at least one winding which runs about a coil axis, wherein the cross-section (Q, Q') of the at least one winding tapers inwards or outwards in the radial direction (R) with respect to the coil axis (A); b. Step B: shaping the coil , thereby changing the cross-section (Q, Q') of the at least one winding, such that the center of area (FS, FS') of the cross-section (Q, Q') of the at least one winding is displaced at least partly in the radial direction (R) relative to the coil axis (A). a. Step A: casting an electrotechnical coil with at least one winding which runs about a coil axis, wherein the cross-section (Q, Q') of the at least one winding tapers inwards or outwards in the radial direction (R) with respect to the coil axis (A); b. Step B: shaping the coil , thereby changing the cross-section (Q, Q') of the at least one winding, such that the center of area (FS, FS') of the cross-section (Q, Q') of the at least one winding is displaced at least partly in the radial direction (R) relative to the coil axis (A).
An anhydrous solubilizate, consisting of xanthohumol with a content of less than or equal to 35 wt.%, preferably less than or equal to 15 wt.%, most preferably 2 wt.% to 12 wt.%; and at least one emulsifier with an HLB value in the range between 13 and 18, in particular selected from the group consisting of polysorbate 80, polysorbate 20, sucrose ester of edible fatty acids (E 473), and phospholipids, in particular lecithin, and mixtures of at least two of said emulsifiers; and up to 35 wt.%, preferably up to 20 wt.%, most preferably up to 15 wt.% of ethanol; and optionally up to 25 wt.%, preferably up to 10 wt.% of glycerol. xanthohumol with a content of less than or equal to 35 wt.%, preferably less than or equal to 15 wt.%, most preferably 2 wt.% to 12 wt.%; and at least one emulsifier with an HLB value in the range between 13 and 18, in particular selected from the group consisting of polysorbate 80, polysorbate 20, sucrose ester of edible fatty acids (E 473), and phospholipids, in particular lecithin, and mixtures of at least two of said emulsifiers; and up to 35 wt.%, preferably up to 20 wt.%, most preferably up to 15 wt.% of ethanol; and optionally up to 25 wt.%, preferably up to 10 wt.% of glycerol.
A hand held appliance comprising a housing, a fluid flow path extending between a fluid inlet and a fluid outlet and a heater within the fluid flow path wherein the housing houses the heater and encloses the fluid flow path, and wherein the housing is curved and the heater is curved wherein the housing comprises a straight section and a curved section and the heater is housed within the curved section, and wherein the heater comprises a heating element , characterized in that the heater is a ceramic heater, a plurality of fins extend away from the heating element and the plurality of fins dissipate heat from the heating element into the fluid flow path.
An apparatus for tightening or loosening a fastener including:- a device for effecting an intermittent turning force which oscillates in a forward and a backward direction and , wherein device includes a device housing ; a device piston assembly ; a device drive pawl assembly operatively connected with piston assembly ; a device drive plate assembly operatively connected with drive pawl assembly ; a device ratchet assembly operatively connected with drive plate assembly ; a device drive output assembly ; and a device reaction support assembly ; a drive extension operatively connectable with device and link attachment , and a link attachment operatively connectable to device providing intermittent turning force to turn the fastener, characterized in that the drive extension includes an extension outer reaction assembly operatively connectable with device reaction support assembly , extension outer reaction assembly having an extension base plate with extension reaction pins and ; an extension drive input assembly operatively connectable with device drive output assembly ; an extension inner drive assembly operatively connected with extension drive input assembly ; and an extension drive output assembly .