mhurhangee/patent-ind-claim-en huggingface dataset:
A radio terminal comprising: at least one transceiver ; and at least one processor configured to control the at least one transceiver in one or more cells of a first radio access network, RAN, and in one or more cells of a second RAN , the first RAN supporting a first Radio Access Technology, RAT, and having an interface with a first core network, CN, , the second RAN supporting a second RAT, wherein the at least one processor is configured to control state transitions of the radio terminal among an RRC_CONNECTED state of the first RAT, an RRC_INACTIVE state of the first RAT, and an RRC_IDLE state of the first RAT, the at least one processor is configured to control state transitions of the radio terminal between an RRC_CONNECTED state of the second RAT and an RRC_IDLE state of the second RAT, the at least one processor is configured to, when the radio terminal in the RRC_INACTIVE state of the first RAT in the first RAN and having a Non-Access Stratum, NAS connection with the first CN moves to a cell of the second RAN , alter an RRC state transition operation of the radio terminal depending on whether the second RAN supports interworking with at least one of the first CN and the first RAN , and the radio terminal is characterized in that the at least one processor is configured to, if the second RAN supports interworking with at least one of the first CN and the first RAN , transition the radio terminal to the RRC CONNECTED state of the second RAT directly from the RRC INACTIVE state of the first RAT. at least one transceiver ; and at least one processor configured to control the at least one transceiver in one or more cells of a first radio access network, RAN, and in one or more cells of a second RAN , the first RAN supporting a first Radio Access Technology, RAT, and having an interface with a first core network, CN, , the second RAN supporting a second RAT, wherein the at least one processor is configured to control state transitions of the radio terminal among an RRC_CONNECTED state of the first RAT, an RRC_INACTIVE state of the first RAT, and an RRC_IDLE state of the first RAT, the at least one processor is configured to control state transitions of the radio terminal between an RRC_CONNECTED state of the second RAT and an RRC_IDLE state of the second RAT, the at least one processor is configured to, when the radio terminal in the RRC_INACTIVE state of the first RAT in the first RAN and having a Non-Access Stratum, NAS connection with the first CN moves to a cell of the second RAN , alter an RRC state transition operation of the radio terminal depending on whether the second RAN supports interworking with at least one of the first CN and the first RAN , and the radio terminal is characterized in that the at least one processor is configured to, if the second RAN supports interworking with at least one of the first CN and the first RAN , transition the radio terminal to the RRC CONNECTED state of the second RAT directly from the RRC INACTIVE state of the first RAT.
A solenoid generator , comprising: - a first electrical winding wound along a longitudinal axis (X11) of the generator, - a second electrical winding wound along said longitudinal axis (X11) of the generator around said first winding , with a tubular chamber between the first and the second winding, and - an annular magnet arranged around said first winding and adapted for relative movement with respect to said first winding and said second winding in said tubular chamber along said longitudinal axis (X11) of the generator, characterized in that the solenoid generator comprises a compensation chamber in fluid transfer relationship with said tubular chamber , said tubular chamber and said compensation chamber containing a filling (F2) of ferrofluid liquid and gas. - a first electrical winding wound along a longitudinal axis (X11) of the generator, - a second electrical winding wound along said longitudinal axis (X11) of the generator around said first winding , with a tubular chamber between the first and the second winding, and - an annular magnet arranged around said first winding and adapted for relative movement with respect to said first winding and said second winding in said tubular chamber along said longitudinal axis (X11) of the generator, characterized in that the solenoid generator comprises a compensation chamber in fluid transfer relationship with said tubular chamber , said tubular chamber and said compensation chamber containing a filling (F2) of ferrofluid liquid and gas.
A method of producing multicomponent cigarettes , each comprising a number of portions , which have a central axis (X) and comprise at least one portion defined by a filter element, and at least another portion defined by an aromatic, preferably tobacco-based, element; the method comprising the steps of: forming groups of portions , each comprising at least three different first portions aligned axially and contacting end to end without any wrapping material wrapped around the groups of portions ; feeding the groups of portions perpendicularly to their central axis (X); winding a first single sheet of wrapping material around the whole circumference of each group of portions ; transversely cut each group of portions centrally into two specular groups of portions coaxial with central axis (X) and contacting end to end; parting axially each two groups of portions so they are positioned coaxial and at a given axial distance apart; inserting second portions into the groups of portions , once a tubular wrapping is formed from the first sheet of wrapping material around each group of portions ; wherein the second portions are interposed coaxially between and are positioned with respective ends axially contacting respective ends of the two group of portions ; and winding a second sheet of wrapping material around the whole circumference of the group of portions . forming groups of portions , each comprising at least three different first portions aligned axially and contacting end to end without any wrapping material wrapped around the groups of portions ; feeding the groups of portions perpendicularly to their central axis (X); winding a first single sheet of wrapping material around the whole circumference of each group of portions ; transversely cut each group of portions centrally into two specular groups of portions coaxial with central axis (X) and contacting end to end; parting axially each two groups of portions so they are positioned coaxial and at a given axial distance apart; inserting second portions into the groups of portions , once a tubular wrapping is formed from the first sheet of wrapping material around each group of portions ; wherein the second portions are interposed coaxially between and are positioned with respective ends axially contacting respective ends of the two group of portions ; and winding a second sheet of wrapping material around the whole circumference of the group of portions .
A vehicle glazing to which a trim may be mounted, the vehicle glazing comprising a pane of glazing material having a glazing profile provided around at least a portion of the periphery of the pane, and a profile insert (14, 214, 314 embedded in the glazing profile, wherein the profile insert is separate from the trim, and comprises a trim-retaining portion which protrudes from the glazing profile, characterised in that the trim-retaining portion extends from the edge of the pane and substantially in the plane of the pane.
A slide component comprising: a pair of slide parts that relatively slide on each other, one of the slide parts being provided, on a low-pressure side of a sealing face (S) thereof, with a negative pressure generation mechanism comprising a negative pressure generation groove , the negative pressure generation groove communicating with a high-pressure fluid side and being separated from a low-pressure fluid side by a land portion (R), the other of the slide parts being provided, in a sealing face (S) thereof, with at least one interference groove communicating with the high-pressure fluid side for producing pressure variations in a fluid in the negative pressure generation groove , the at least one interference groove having an end on an inside-diameter side extending to a position to radially overlap the negative pressure generation groove , wherein the at least one interference groove comprises a plurality of interference grooves provided circumferentially, characterized in that the plurality of interference grooves is arranged such that when one of the interference grooves is in a position facing an upstream end of the negative pressure generation groove , the other interference grooves of the plurality of interference grooves are not in a position facing a downstream end of the negative pressure generation groove . a pair of slide parts that relatively slide on each other, one of the slide parts being provided, on a low-pressure side of a sealing face (S) thereof, with a negative pressure generation mechanism comprising a negative pressure generation groove , the negative pressure generation groove communicating with a high-pressure fluid side and being separated from a low-pressure fluid side by a land portion (R), the other of the slide parts being provided, in a sealing face (S) thereof, with at least one interference groove communicating with the high-pressure fluid side for producing pressure variations in a fluid in the negative pressure generation groove , the at least one interference groove having an end on an inside-diameter side extending to a position to radially overlap the negative pressure generation groove , wherein the at least one interference groove comprises a plurality of interference grooves provided circumferentially, characterized in that the plurality of interference grooves is arranged such that when one of the interference grooves is in a position facing an upstream end of the negative pressure generation groove , the other interference grooves of the plurality of interference grooves are not in a position facing a downstream end of the negative pressure generation groove .
Hydrostatic axial piston machine (1; 100) having at least one piston (4; 110) which can be displaced longitudinally in a receiving bore (3; 109) of a cylinder barrel (4; 110), wherein the piston (4; 110) is fastened to a supporting element (AE) in an articulated manner by means of a ball joint connection (KV) which is formed by a ball (K) and a spherical cap-shaped recess (KA), wherein a hydrostatic relief is configured between the piston (4; 110) and the supporting element (AE), characterized in that the spherical cap-shaped recess (KA) is configured as a spherical recess with a recess radius (R2), and the ball (K) is configured as a spherical cap (KK) with a ball radius (R1) merely in a contact region (KB) of the ball joint connection (KV), which contact region (KB) is arranged between the equator (AQ) and the pole (P) of the spherical recess (KA), and the surface of the ball (K) is recessed with respect to the spherical cap (KK) in the direction of the pole (P) and the equator (AQ) of the spherical recess (KA), wherein the ball (K) is provided with reduced ball radii (R3, R4) and tangential transitions in the direction of the pole (P) and the equator (AQ) of the spherical recess (KA).
Circuit breaker , comprising - a vacuum interrupter chamber , - metal holders arranged on opposite sides of the vacuum interrupter chamber , - a housing with a housing wall , which is arranged at a distance from outer surfaces (27 to 29) of the vacuum interrupter chamber and the holders , around these outer surfaces (27 to 29), - a plastic enclosure , arranged on the outer surface of the vacuum interrupter chamber and on partial regions (28.1, 29.1) of the outer surfaces of both holders , and - a volume filled with an insulating gas between the plastic enclosure and the housing wall , characterized in that the plastic enclosure is a layer of plastic extruded or moulded onto the outer surface of the vacuum interrupter chamber and the partial regions (28.1, 29.1) of the outer surfaces of the holders , or in that the plastic enclosure is a plastic tube pushed over the outer surface of the vacuum interrupter chamber and the partial regions (28.1, 29.1) of the outer surfaces of the holders . - a vacuum interrupter chamber , - metal holders arranged on opposite sides of the vacuum interrupter chamber , - a housing with a housing wall , which is arranged at a distance from outer surfaces (27 to 29) of the vacuum interrupter chamber and the holders , around these outer surfaces (27 to 29), - a plastic enclosure , arranged on the outer surface of the vacuum interrupter chamber and on partial regions (28.1, 29.1) of the outer surfaces of both holders , and - a volume filled with an insulating gas between the plastic enclosure and the housing wall ,
A dosing device for dispensing a flowable substance comprising: - a cap having a longitudinal axis (L) and having a supply chamber fluidly connectable to a container or a supply , - a control chamber with a first exchange opening as well as a control chamber inlet opening , - a closing part , - and a discharge opening , wherein the first exchange opening , the control chamber inlet opening and the discharge opening are arranged successively in the direction of the longitudinal axis (L), wherein the control chamber forms an inner space within which the closing part is arranged, wherein the closing part is rotatably mounted about a pivot axis (S), wherein the closing part divides the interior space of the control chamber into a flow chamber and a partial control chamber , wherein the flow chamber is conductively connected to the discharge opening , the feed chamber being conductively connected to the partial control chamber via the first exchange opening , and the feed chamber being connected either to the flow chamber or to the partial control chamber via the control chamber inlet opening , depending on the position of the closing part , either to the flow chamber or to the partial control chamber , depending on the position of the closing part , and wherein the closing part is rotatable up to a position in which the discharge opening is closed by the closing part , which prevents further leakage of the flowable substance. - a cap having a longitudinal axis (L) and having a supply chamber fluidly connectable to a container or a supply , - a control chamber with a first exchange opening as well as a control chamber inlet opening , - a closing part , - and a discharge opening , wherein the first exchange opening , the control chamber inlet opening and the discharge opening are arranged successively in the direction of the longitudinal axis (L), wherein the control chamber forms an inner space within which the closing part is arranged, wherein the closing part is rotatably mounted about a pivot axis (S), wherein the closing part divides the interior space of the control chamber into a flow chamber and a partial control chamber , wherein the flow chamber is conductively connected to the discharge opening , the feed chamber being conductively connected to the partial control chamber via the first exchange opening , and the feed chamber being connected either to the flow chamber or to the partial control chamber via the control chamber inlet opening , depending on the position of the closing part , either to the flow chamber or to the partial control chamber , depending on the position of the closing part , and wherein the closing part is rotatable up to a position in which the discharge opening is closed by the closing part , which prevents further leakage of the flowable substance.
A data processing method, wherein the method is applied to a terminal device that supports dual-card dual-standby, the terminal device comprises an input apparatus, a control module, a first SIM card, a second SIM card and a preset application program, the first SIM card is configured to provide 2G, 3G and 4G services for a user, the second SIM is configured to provide voice or short message services, and the method comprises: receiving, by the input apparatus, an operation that is performed from the preset application program by the user for entering a first scenario mode, wherein the first scenario mode is a mode in which a data service is preferred; disabling (S203), by the control module, a function corresponding to a voice service of the first SIM card, wherein disabling the function corresponding to the voice service comprises: setting the first SIM card to a mode in which 2G and 3G services are disabled and a 4G service is kept enabled; disabling, by the control module, the second SIM card; and entering (S204), by the control module, the first scenario mode. receiving, by the input apparatus, an operation that is performed from the preset application program by the user for entering a first scenario mode, wherein the first scenario mode is a mode in which a data service is preferred; disabling (S203), by the control module, a function corresponding to a voice service of the first SIM card, wherein disabling the function corresponding to the voice service comprises: setting the first SIM card to a mode in which 2G and 3G services are disabled and a 4G service is kept enabled; disabling, by the control module, the second SIM card; and entering (S204), by the control module, the first scenario mode. setting the first SIM card to a mode in which 2G and 3G services are disabled and a 4G service is kept enabled; disabling, by the control module, the second SIM card; and entering (S204), by the control module, the first scenario mode.
A bile duct stent comprising: a cylindrical body having a mesh structure formed by zigzagging metal wires of a shape memory alloy on a plurality of pins each disposed in a circumferential direction (X) and a longitudinal direction (Y) of a cylindrical jig ; and a backflow-preventing pattern film in which the metal wires are woven on pins (P) disposed in the circumferential direction (X) at a lower end of the jig and the metal wires cross an outlet end of the cylindrical body one time or more to form a network structure, wherein the backflow-preventing pattern film is formed as a radial backflow-preventing pattern film in which the metal wires are sequentially woven on the pins (P) disposed in the circumferential direction (X) at a lower end of the jig and on a single vertical pin (Py) disposed at the center of a lower surface of the jig . a cylindrical body having a mesh structure formed by zigzagging metal wires of a shape memory alloy on a plurality of pins each disposed in a circumferential direction (X) and a longitudinal direction (Y) of a cylindrical jig ; and a backflow-preventing pattern film in which the metal wires are woven on pins (P) disposed in the circumferential direction (X) at a lower end of the jig and the metal wires cross an outlet end of the cylindrical body one time or more to form a network structure, wherein the backflow-preventing pattern film is formed as a radial backflow-preventing pattern film in which the metal wires are sequentially woven on the pins (P) disposed in the circumferential direction (X) at a lower end of the jig and on a single vertical pin (Py) disposed at the center of a lower surface of the jig .
Drainable shoe stripping trough, for installation in the floor or a floor covering, comprising as follows • a trough element which has a trough base and a circumferential trough edge ; • at least one opening element which can be removed in some areas; characterized in that the at least one opening element is designed and arranged in such a way that it closes at least one edge drainage opening in the trough edge and/or at least one base drainage opening in the trough base so that it can be exposed. • a trough element which has a trough base and a circumferential trough edge ; • at least one opening element which can be removed in some areas;
A composition comprising a conjugate molecule, a Burkholderia hemolysin co-regulated protein (Hcp1), and a physiologically acceptable carrier, wherein the conjugate molecule comprises 6-deoxyheptan capsular polysaccharide (CPS) from Burkholderia pseudomallei , Burkholderia thailandensis or Burkholderia mallei covalently linked to carrier protein recombinant CRM197 diphtheria toxin mutant (CRM197).
A plate for a 3D scanning system, comprising: a plate body configured to mount to a 3D scanning system; a plurality of artifact alignment apertures defined in the plate body arranged in a predetermined pattern to allow a predetermined mounting arrangement of one or more artifacts , wherein the artifact alignment apertures are configured to allow an artifact to be mounted to the plate body ; and characterized by a plurality of mounting apertures defined in the plate body for mounting of one or more holding fixtures and/or parts and arranged in a similar pattern to the predetermined pattern of the artifact alignment apertures, wherein the mounting apertures are interspersed between the artifact alignment apertures; wherein the predetermined pattern includes a plurality of rows and columns, the plate further comprising position indices on a surface of the plate body and associated with at least one of the plurality of rows and columns of the artifact alignment apertures, wherein the position indices include a plurality of letters for one of the plurality of rows or columns, and a plurality of numbers for the other of the plurality of rows or columns; wherein the mounting apertures are not in the plurality of rows and columns of the artifact alignment apertures and are not indexed. a plate body configured to mount to a 3D scanning system; a plurality of artifact alignment apertures defined in the plate body arranged in a predetermined pattern to allow a predetermined mounting arrangement of one or more artifacts , wherein the artifact alignment apertures are configured to allow an artifact to be mounted to the plate body ; and characterized by a plurality of mounting apertures defined in the plate body for mounting of one or more holding fixtures and/or parts and arranged in a similar pattern to the predetermined pattern of the artifact alignment apertures, wherein the mounting apertures are interspersed between the artifact alignment apertures; wherein the predetermined pattern includes a plurality of rows and columns, the plate further comprising position indices on a surface of the plate body and associated with at least one of the plurality of rows and columns of the artifact alignment apertures, wherein the position indices include a plurality of letters for one of the plurality of rows or columns, and a plurality of numbers for the other of the plurality of rows or columns; wherein the mounting apertures are not in the plurality of rows and columns of the artifact alignment apertures and are not indexed.