mhurhangee/patent-ind-claim-en huggingface dataset:
A repeater system, comprising: a server port ; a first donor port ; a second donor port ; a first repeater communicatively coupled between the server port and the first donor port, a second repeater communicatively coupled between the server port and the second donor port, characterised in that : the server port configured to be coupled to a server antenna ; the first donor port configured to be coupled to a first donor antenna ; the second donor port configured to be coupled to a second donor antenna ; the first repeater includes a first amplification and filtering path for a first first-direction signal in a first first-direction band; the second repeater includes a second amplification and filtering path for a second first-direction signal in a second first-direction band, the first first-direction band is spectrally adjacent to the second first-direction band, and a combination of a passband bandwidth of the first first-direction band and a passband bandwidth of the second first-direction band divided by a center frequency of the combination has a fractional bandwidth that is greater than a defined fractional bandwidth threshold ratio for a selected filter type. a server port ; a first donor port ; a second donor port ; a first repeater communicatively coupled between the server port and the first donor port, a second repeater communicatively coupled between the server port and the second donor port, characterised in that : the server port configured to be coupled to a server antenna ; the first donor port configured to be coupled to a first donor antenna ; the second donor port configured to be coupled to a second donor antenna ; the first repeater includes a first amplification and filtering path for a first first-direction signal in a first first-direction band; the second repeater includes a second amplification and filtering path for a second first-direction signal in a second first-direction band, the server port configured to be coupled to a server antenna ; the first donor port configured to be coupled to a first donor antenna ; the second donor port configured to be coupled to a second donor antenna ; the first repeater includes a first amplification and filtering path for a first first-direction signal in a first first-direction band; the second repeater includes a second amplification and filtering path for a second first-direction signal in a second first-direction band,
An additively manufactured noise attenuation panel for a structure within an aircraft structure, comprising: a plurality of unit cells ; and a plurality of disks ; wherein the plurality of unit cells includes a first periodic structure having a first unit cell (3002 1 ) and a second unit cell (3002 2 ); each of the first unit cell and the second unit cell includes a central body and a plurality of lateral tubes extending from the central body, the first periodic structure forming a first lateral layer of unit cells, and the central body comprising an interior surface defining an interior volume; wherein the plurality of disks includes a first disk disposed within the one of the plurality of lateral tubes between the interior volume of the first unit cell and the second unit cell; the first disk meters a flow of a fluid between the first volume and the second volume; characterised in that the panel further comprises a plurality of blended transitions , wherein the plurality of blended transitions includes a first blended transition (3036 1 ) located at an interface between the first disk and a first interior surface of the first unit cell. a plurality of unit cells ; and a plurality of disks ; wherein the plurality of unit cells includes a first periodic structure having a first unit cell (3002 1 ) and a second unit cell (3002 2 ); each of the first unit cell and the second unit cell includes a central body and a plurality of lateral tubes extending from the central body, the first periodic structure forming a first lateral layer of unit cells, and the central body comprising an interior surface defining an interior volume; wherein the plurality of disks includes a first disk disposed within the one of the plurality of lateral tubes between the interior volume of the first unit cell and the second unit cell; the first disk meters a flow of a fluid between the first volume and the second volume; characterised in that the panel further comprises a plurality of blended transitions , wherein the plurality of blended transitions includes a first blended transition (3036 1 ) located at an interface between the first disk and a first interior surface of the first unit cell.
A method for optimizing radio resource for Ultra-Reliable Low Latency Communication services in a Dual Connectivity technology, the method comprising: receiving DownLink, DL, data by a user equipment, UE, apparatus using a first Radio Access Technology, RAT, from a base station; transmitting a first Acknowledgement, ACK, signal using the first RAT to the base station based on the DL data being successfully received; characterized in : maintaining internally to the UE a Packet Data Convergence Protocol, PDCP, sequence number to Code Block Group, CBG, mapping, herein referred as Mapping Table, updating the Mapping Table by the UE apparatus, based on the DL data being successfully received by the UE apparatus using the first RAT; checking the Mapping Table by the UE apparatus upon detecting an error in the received DL data using a second RAT; and sending a second ACK signal to the base station using the second RAT of the UE apparatus, based on the PDCP Sequence Number of the DL data being found in the Mapping Table. receiving DownLink, DL, data by a user equipment, UE, apparatus using a first Radio Access Technology, RAT, from a base station; transmitting a first Acknowledgement, ACK, signal using the first RAT to the base station based on the DL data being successfully received; characterized in : maintaining internally to the UE a Packet Data Convergence Protocol, PDCP, sequence number to Code Block Group, CBG, mapping, herein referred as Mapping Table, updating the Mapping Table by the UE apparatus, based on the DL data being successfully received by the UE apparatus using the first RAT; checking the Mapping Table by the UE apparatus upon detecting an error in the received DL data using a second RAT; and sending a second ACK signal to the base station using the second RAT of the UE apparatus, based on the PDCP Sequence Number of the DL data being found in the Mapping Table. maintaining internally to the UE a Packet Data Convergence Protocol, PDCP, sequence number to Code Block Group, CBG, mapping, herein referred as Mapping Table, updating the Mapping Table by the UE apparatus, based on the DL data being successfully received by the UE apparatus using the first RAT; checking the Mapping Table by the UE apparatus upon detecting an error in the received DL data using a second RAT; and sending a second ACK signal to the base station using the second RAT of the UE apparatus, based on the PDCP Sequence Number of the DL data being found in the Mapping Table.
An I/O device comprising: an I/O base ; at least two I/O modules supported in respective I/O module slots of the I/O base; at least two ethernet switches (ES1'/ES2') supported in respective ethernet switch ports (SP1'/SP2') of the I/O base; at least one terminal block assembly supported on the I/O base; and a lock-out toggle (LOT') supported adjacent at least one of the I/O module slots of the I/O base, the lock-out toggle movable between a first position at least partially blocking the at least one I/O module slot and a second position not blocking the at least one I/O module slot; wherein the I/O base is configured to be mounted to an associated support, wherein the I/O base includes a ground screw (GS') configured to be secured to the associated support, the ground screw movable between a first unsecured position to a second secured position; wherein the ground screw prevents movement of the lock-out toggle to the second position when the ground screw is in the unsecured position; wherein each I/O module is electrically coupled to a respective ethernet switch of the at least two ethernet switches, and to a terminal block of the at least one terminal block, via the I/O base; and wherein the at least two I/O modules, at least two ethernet switches, and at least one terminal block are removably attached to the I/O base. an I/O base ; at least two I/O modules supported in respective I/O module slots of the I/O base; at least two ethernet switches (ES1'/ES2') supported in respective ethernet switch ports (SP1'/SP2') of the I/O base; at least one terminal block assembly supported on the I/O base; and a lock-out toggle (LOT') supported adjacent at least one of the I/O module slots of the I/O base, the lock-out toggle movable between a first position at least partially blocking the at least one I/O module slot and a second position not blocking the at least one I/O module slot; wherein the I/O base is configured to be mounted to an associated support, wherein the I/O base includes a ground screw (GS') configured to be secured to the associated support, the ground screw movable between a first unsecured position to a second secured position; wherein the ground screw prevents movement of the lock-out toggle to the second position when the ground screw is in the unsecured position; wherein each I/O module is electrically coupled to a respective ethernet switch of the at least two ethernet switches, and to a terminal block of the at least one terminal block, via the I/O base; and wherein the at least two I/O modules, at least two ethernet switches, and at least one terminal block are removably attached to the I/O base.
A speaker basket comprising: a basket having a center opening therein and a connector element integrated into the basket on a single side of the basket; and a set of conductive terminals molded into the speaker basket , the set of conductive terminal are coupled between the center opening and the connector element , each of the conductive terminals in the set of conductive terminals are adjacent to each other and positioned on the single side of the basket. a basket having a center opening therein and a connector element integrated into the basket on a single side of the basket; and a set of conductive terminals molded into the speaker basket , the set of conductive terminal are coupled between the center opening and the connector element , each of the conductive terminals in the set of conductive terminals are adjacent to each other and positioned on the single side of the basket.
An adjustable hinge for doors or windows, of the type comprising - a containment body , - a pintle supporting block inserted in a corresponding seat defined in said containment body , - a pintle , - means for adjusting the angular trim of said pintle supporting block with respect to said containment body about a rotation axis that is parallel to the axis of said pintle , - means for adjusting the position of said pintle supporting block with respect to said containment body in a direction that is parallel to said axis of said pintle , - means for adjusting the center distance between said rotation axis and said axis of said pintle , wherein said pintle supporting block has a part thereof that protrudes from the containment body , on said protruding part there being the corresponding openings (27 28, 29) for access to said angular trim adjustment means , to said means for adjusting the position in a direction that is parallel to the axis of the pintle , and to said means for adjusting said center distance wherein said means for adjusting the angular trim of said pintle supporting block with respect to said containment body about a rotation axis that is parallel to the axis of said pintle comprise an eccentric element , which, by operating it, produces the rotation of the pintle supporting block about the rotation axis , the adjustable hinge being characterized in that said containment body comprises two half-shells which are closed onto each other so as to define said seat for said pintle supporting block ; and in that the rotation about the axis is allowed by the presence, within the containment body , of two opposite calibrated shims , an upper one and a lower one in the configuration for use of the hinge , on which a slider element coupled to the pintle supporting block can slide freely in constant resting contact. - a containment body , - a pintle supporting block inserted in a corresponding seat defined in said containment body , - a pintle , - means for adjusting the angular trim of said pintle supporting block with respect to said containment body about a rotation axis that is parallel to the axis of said pintle , - means for adjusting the position of said pintle supporting block with respect to said containment body in a direction that is parallel to said axis of said pintle , - means for adjusting the center distance between said rotation axis and said axis of said pintle ,
A steering device used to steer a vehicle , the steering device comprising: a rotation central portion that includes a rotation axis (Ax) of the steering device ; and a steering unit that is connected to the rotation central portion , wherein a direction in which the rotation axis (Ax) of the rotation central portion extends is referred to as an axial direction (z), one of directions that are perpendicular to the axial direction (z) is referred to as a radial direction (y), a direction that is perpendicular to the axial direction (z) and the radial direction (y) is referred to as a width direction (x), the steering unit protrudes from the rotation central portion in the radial direction (y) in plan view of the steering device in the axial direction (z), a maximum width of the steering unit in the width direction (x) is less than or equal to a maximum width of the rotation central portion in the width direction (x), the steering unit includes an arm and a grip in plan view of the steering device in the axial direction (z), the arm extending from the rotation central portion in the radial direction (y), and the grip being connected to a tip of the arm and extending at least in the axial direction (z), and the tip is an end of the arm located opposite the rotation central portion , the steering device being characterized in that the arm includes a through portion that extends through the arm in the axial direction (z). a rotation central portion that includes a rotation axis (Ax) of the steering device ; and a steering unit that is connected to the rotation central portion , wherein a direction in which the rotation axis (Ax) of the rotation central portion extends is referred to as an axial direction (z), one of directions that are perpendicular to the axial direction (z) is referred to as a radial direction (y), a direction that is perpendicular to the axial direction (z) and the radial direction (y) is referred to as a width direction (x), the steering unit protrudes from the rotation central portion in the radial direction (y) in plan view of the steering device in the axial direction (z), a maximum width of the steering unit in the width direction (x) is less than or equal to a maximum width of the rotation central portion in the width direction (x), the steering unit includes an arm and a grip in plan view of the steering device in the axial direction (z), the arm extending from the rotation central portion in the radial direction (y), and the grip being connected to a tip of the arm and extending at least in the axial direction (z), and the tip is an end of the arm located opposite the rotation central portion , the steering device being characterized in that the arm includes a through portion that extends through the arm in the axial direction (z).
A series hybrid electric vehicle that includes: an internal combustion engine having a plurality of cylinders and a crankshaft and dedicated to power generation; a generator ; and an engine misfire detection device comprising: a processor configured to execute a misfire detection process of detecting a misfire of the internal combustion engine , the generator has a generator rotating shaft connected to the crankshaft via a torsional damper , characterized in that the engine misfire detection device comprises a generator rotation angle sensor configured to detect a rotation angle of the generator rotating shaft , and the misfire detection process includes a first misfire detection process (A) of determining that the internal combustion engine has misfired when an amplitude correlation value that is a magnitude of total or half amplitude of rotation speed of the generator rotating shaft and is detected by the generator rotation angle sensor is greater than a determination threshold value (TH1). a processor configured to execute a misfire detection process of detecting a misfire of the internal combustion engine , the generator has a generator rotating shaft connected to the crankshaft via a torsional damper , characterized in that the engine misfire detection device comprises a generator rotation angle sensor configured to detect a rotation angle of the generator rotating shaft , and the misfire detection process includes a first misfire detection process (A) of determining that the internal combustion engine has misfired when an amplitude correlation value that is a magnitude of total or half amplitude of rotation speed of the generator rotating shaft and is detected by the generator rotation angle sensor is greater than a determination threshold value (TH1).
Headlamp for a signalling lamp of a motor vehicle, comprising a glass , at least the upper end of which is capable of being secured to the housing of this headlight by a connecting means , the glass , on its upper end portion connected to the housing , comprising an element masking at least the connecting means , so that a continuity of the lens is then visible from the outside through a peripheral clearance of the headlamp with its surroundings when the headlamp is mounted in a vehicle, characterised in that the masking element is arranged extending substantially perpendicularly to the plane of the upper part of the lens in the position of connection of the lens and the housing so as to conceal, from view from the outside, the connection between this lens and this housing , and in that the side of the masking element facing the housing has means which make the vision of the connecting means opaque, seen from the outside of the projector.
An ISOFIX two-lock mechanism for retaining, comprising a base and an ISOFIX assembly , characterized in that a bracket is provided at the upper end of the base , the bracket is provided with a channel running through the bracket , the channel is provided with a stopper movable up and down along the channel therein, a stopper bevel is provided at the lower end of the stopper , and a stopper return spring is connected between the stopper and the bracket ; the ISOFIX assembly is slidably fixed to the base ; the ISOFIX assembly comprises a limiting rod located between the base and the bracket; and when the limiting rod moves into abutment against the stopper bevel , the stopper moves upward along the channel , and the stopper return spring elastically deforms; and when the limiting rod moves further and away from the abutment against the stopper , the stopper moves downward under the action of the stopper return spring until a plane of the stopper abuts against the limiting rod . the ISOFIX assembly is slidably fixed to the base ; the ISOFIX assembly comprises a limiting rod located between the base and the bracket; and when the limiting rod moves into abutment against the stopper bevel , the stopper moves upward along the channel , and the stopper return spring elastically deforms; and when the limiting rod moves further and away from the abutment against the stopper , the stopper moves downward under the action of the stopper return spring until a plane of the stopper abuts against the limiting rod .
An expansion anchor comprising: a tubular sleeve having a longitudinal axis and comprising an expansion portion at a distal end and a body portion at a proximal end and expansion tabs attached to said body portion and extending towards said distal end; a tightening screw configured to move said expansion portion along said longitudinal axis inside said expansion tabs so as to expand said tabs radially outwardly relative to said longitudinal axis; and at least one deformable leg extending between and attached to said body portion and to said expansion portion of said tubular sleeve, said deformable leg comprising at least two coupled segments, a distal segment , having a first attachment portion linking said distal segment to said expansion portion and a proximal segment , having a second attachment portion linking said proximal segment to said body portion the width of said proximal segment increasing towards said proximal end of said tubular sleeve, characterised in that that said at least one deformable leg comprises an outwardly facing line of weakening provided between said first attachment portion and said distal segment , and in that said first attachment portion further comprises a recess , arranged so as to continue from said line of weakening and separating a portion of said distal segment from said expansion portion , and a ramped surface , configured to guidingly move said portion of said distal segment away from said longitudinal axis, during use. a tubular sleeve having a longitudinal axis and comprising an expansion portion at a distal end and a body portion at a proximal end and expansion tabs attached to said body portion and extending towards said distal end; a tightening screw configured to move said expansion portion along said longitudinal axis inside said expansion tabs so as to expand said tabs radially outwardly relative to said longitudinal axis; and at least one deformable leg extending between and attached to said body portion and to said expansion portion of said tubular sleeve, said deformable leg comprising at least two coupled segments, a distal segment , having a first attachment portion linking said distal segment to said expansion portion and a proximal segment , having a second attachment portion linking said proximal segment to said body portion the width of said proximal segment increasing towards said proximal end of said tubular sleeve, characterised in that that said at least one deformable leg comprises an outwardly facing line of weakening provided between said first attachment portion and said distal segment , and in that said first attachment portion further comprises a recess , arranged so as to continue from said line of weakening and separating a portion of said distal segment from said expansion portion , and a ramped surface , configured to guidingly move said portion of said distal segment away from said longitudinal axis, during use.