mhurhangee/patent-ind-claim-en huggingface dataset:
A ball joint comprising: a ball stud that has a stud portion with one end being coupled to a structure body and the other end being joined in one piece with a spherical body portion ; a housing (11; 11A; 11B) that includes a space in which the spherical body portion of the ball stud is supported swingably and rotatably; and a support member (12; 12A; 12B) that is arranged between the housing (11; 11A; 11B) and the spherical body portion , wherein the support member (12; 12A; 12B) is an elastic body having a given thickness, and has an opening for the stud portion to protrude therethrough and a spherical space inside to accommodate the spherical body portion therein, the housing (11; 11A; 11B) has a spherical inner face along an outer periphery of the spherical body portion , and the support member (12; 12A; 12B) is arranged to fill in a gap between the outer periphery of the spherical body portion that is inserted toward the spherical inner face and the spherical inner face of the housing (11; 11A; 11B), characterized in that the housing (11; 11A; 11B) has a clamped portion as the pressure regulating member at a peripheral end of the housing (11; 11A; 11B), and the clamped portion has a shape to be clamped so as to press the support member (12; 12A; 12B) so that the spherical body portion accommodated in the spherical inner face of the housing (11; 11A; 11B) via the support member (12; 12A; 12B) is swingable and rotatable. a ball stud that has a stud portion with one end being coupled to a structure body and the other end being joined in one piece with a spherical body portion ; a housing (11; 11A; 11B) that includes a space in which the spherical body portion of the ball stud is supported swingably and rotatably; and a support member (12; 12A; 12B) that is arranged between the housing (11; 11A; 11B) and the spherical body portion , wherein the support member (12; 12A; 12B) is an elastic body having a given thickness, and has an opening for the stud portion to protrude therethrough and a spherical space inside to accommodate the spherical body portion therein, the housing (11; 11A; 11B) has a spherical inner face along an outer periphery of the spherical body portion , and the support member (12; 12A; 12B) is arranged to fill in a gap between the outer periphery of the spherical body portion that is inserted toward the spherical inner face and the spherical inner face of the housing (11; 11A; 11B), characterized in that the housing (11; 11A; 11B) has a clamped portion as the pressure regulating member at a peripheral end of the housing (11; 11A; 11B), and the clamped portion has a shape to be clamped so as to press the support member (12; 12A; 12B) so that the spherical body portion accommodated in the spherical inner face of the housing (11; 11A; 11B) via the support member (12; 12A; 12B) is swingable and rotatable.
A battery terminal for an implantable medical device comprising: a foil stack comprising a plurality of free end portions of foil tabs stacked along a stacking direction and electrically coupled to a plurality of plate electrodes , the foil stack defining a free end side, a first stack surface , a second stack surface opposite the first stack surface , and a foil stack width along the stacking direction between the first stack surface and the second stack surface , a first side element defining a first inner surface, a first outer surface opposite the first inner surface, a first width between the first inner and outer surfaces, and a first height profile varying along the first width between a top and a bottom of the first side element , wherein the first inner surface is coupled to the first stack surface, wherein the first height profile defines a greatest height of the first side element adjacent the first inner surface; a second side element defining a second inner surface, a second outer surface opposing the second inner surface, a second width between the second inner and outer surfaces, and a second height profile varying along the second width between a top and a bottom of the second side element, wherein the second inner surface is coupled to the second stack surface, wherein the second height profile defines a greatest height of the second side element adjacent the second inner surface; and a weld joint at the free end side of the foil stack coupling the plurality of free end portions, the first side element , and the second side element . a foil stack comprising a plurality of free end portions of foil tabs stacked along a stacking direction and electrically coupled to a plurality of plate electrodes , the foil stack defining a free end side, a first stack surface , a second stack surface opposite the first stack surface , and a foil stack width along the stacking direction between the first stack surface and the second stack surface , a first side element defining a first inner surface, a first outer surface opposite the first inner surface, a first width between the first inner and outer surfaces, and a first height profile varying along the first width between a top and a bottom of the first side element , wherein the first inner surface is coupled to the first stack surface, wherein the first height profile defines a greatest height of the first side element adjacent the first inner surface; a second side element defining a second inner surface, a second outer surface opposing the second inner surface, a second width between the second inner and outer surfaces, and a second height profile varying along the second width between a top and a bottom of the second side element, wherein the second inner surface is coupled to the second stack surface, wherein the second height profile defines a greatest height of the second side element adjacent the second inner surface; and a weld joint at the free end side of the foil stack coupling the plurality of free end portions, the first side element , and the second side element .
A method in a data communications system for managing multiple wired time division physical channels that are subject to crosstalk, the method comprising obtaining input on traffic objectives for a first physical channel and a second physical channel; scheduling , based at least on the input, upstream time slots for upstream transmission in the first physical channel; and scheduling , based at least on the input, downstream time slots for downstream transmission in the second physical channel, wherein a portion of a downstream time slot is invariant and a portion of a downstream time slot varies in real-time, such that transmission in the upstream time slots is substantially not simultaneous with transmission in the downstream time slots.
A method for transmitting, by a user equipment, UE, a random access preamble in a wireless communication system, the method comprising: performing (S1401) a first random access preamble transmission for a first synchronization signal, SS, block at a first transmission power; and performing a second random access preamble transmission for a second SS block at a second transmission power based on not successfully receiving a random access response to the first random access preamble transmission, and the method characterized by further comprising: based on the second SS block being different from the first SS block, determining the second transmission power based on a power ramping counter value used for determination of the first transmission power. performing (S1401) a first random access preamble transmission for a first synchronization signal, SS, block at a first transmission power; and performing a second random access preamble transmission for a second SS block at a second transmission power based on not successfully receiving a random access response to the first random access preamble transmission, and the method characterized by further comprising: based on the second SS block being different from the first SS block, determining the second transmission power based on a power ramping counter value used for determination of the first transmission power. based on the second SS block being different from the first SS block, determining the second transmission power based on a power ramping counter value used for determination of the first transmission power.
A recording apparatus comprising: a recording head that performs recording on a medium; a feed roller that feeds out the medium; a transport roller that transports the medium, which is fed out by the feed roller, towards an opposing position (P1) that opposes the recording head; an auxiliary roller provided between the feed roller and the transport roller, the auxiliary roller assisting transportation of the medium; a feed tray configured to support the medium; characterized by a support member configured to support the medium; wherein the support member is positioned below the feed tray in an extended state and supports the medium together with the feed tray , the feed roller is provided at a position opposing the support member, and when the apparatus is viewed along an axial direction (X) of a rotation shaft of the transport roller, the auxiliary roller overlaps the feed roller in a height direction (Z) of the apparatus. a recording head that performs recording on a medium; a feed roller that feeds out the medium; a transport roller that transports the medium, which is fed out by the feed roller, towards an opposing position (P1) that opposes the recording head; an auxiliary roller provided between the feed roller and the transport roller, the auxiliary roller assisting transportation of the medium; a feed tray configured to support the medium; characterized by a support member configured to support the medium; wherein the support member is positioned below the feed tray in an extended state and supports the medium together with the feed tray , the feed roller is provided at a position opposing the support member, and when the apparatus is viewed along an axial direction (X) of a rotation shaft of the transport roller, the auxiliary roller overlaps the feed roller in a height direction (Z) of the apparatus.
An information processing apparatus comprising: a touch panel disposed on a pressure-sensitive sensor ; an input position acquisition unit configured to obtain (S405) an input position detected by the touch panel with respect to an input operation performed by a user using an operating finger to touch a position on the touch panel ; a depressing force acquisition unit configured to obtain (S410) a depressing force detected by the pressure-sensitive sensor with respect to the input operation; and an input control unit configured to fix (S910) the coordinates (X1, Y1) of the input position as the position of an input candidate corresponding to an input key; characterized in that : the input control unit is configured to fix (S910) the coordinates (X1, Y1) of the input position in response to a timing at which it is determined (S905) that an increase amount, ΔPd, of the depressing force has exceeded a first threshold value , at a stage prior to an input candidate determination operation of determining the input candidate as input information (S430) in response to the depressing force reaching an input start threshold value ; wherein the increase amount, ΔPd, of depressing force, is a difference value between the depressing force obtained at an immediately preceding time and the depressing force obtained at said timing. a touch panel disposed on a pressure-sensitive sensor ; an input position acquisition unit configured to obtain (S405) an input position detected by the touch panel with respect to an input operation performed by a user using an operating finger to touch a position on the touch panel ; a depressing force acquisition unit configured to obtain (S410) a depressing force detected by the pressure-sensitive sensor with respect to the input operation; and an input control unit configured to fix (S910) the coordinates (X1, Y1) of the input position as the position of an input candidate corresponding to an input key;
A steering wheel of a vehicle, comprising a steering wheel armature made of metal, a steering wheel rear cover made of plastic, an airbag module and an airbag decoration cover), wherein the steering wheel rear cover is located on a bottom of the steering wheel armature , the airbag module mounted above the steering wheel armature ; and the airbag decoration cover is used to package the airbag module and is located at a central position above the steering wheel armature ; a Ω spring is provided onto the steering wheel armature , two hooks extending downward from the airbag decoration cover and inserting into the steering wheel armature , and two free ends of the Ω spring engage with the two hooks, characterized in that , at least a rib extends from the steering wheel rear cover and is located between the Ω spring and the steering wheel armature for supporting the Ω spring . a Ω spring is provided onto the steering wheel armature , two hooks extending downward from the airbag decoration cover and inserting into the steering wheel armature , and two free ends of the Ω spring engage with the two hooks, characterized in that , at least a rib extends from the steering wheel rear cover and is located between the Ω spring and the steering wheel armature for supporting the Ω spring .
A system comprising: a landing location for a drone wherein the landing location includes a secure parcel box ; and a homing device configured to: broadcast a communication capable of being received by the drone when the drone is in proximity to the landing location ; responsive to a communication from the drone , provide guidance data to the drone while the drone is in proximity to the landing location receive a secure parcel box access query from a drone in proximity to the secure parcel box; receive verification from the drone that the drone is authorized to deliver and/or pick up a parcel at the secure parcel box; authenticate the identity of the drone; and send a message to the secure parcel box to open an automated lid or door. a landing location for a drone wherein the landing location includes a secure parcel box ; and a homing device configured to: broadcast a communication capable of being received by the drone when the drone is in proximity to the landing location ; responsive to a communication from the drone , provide guidance data to the drone while the drone is in proximity to the landing location receive a secure parcel box access query from a drone in proximity to the secure parcel box; receive verification from the drone that the drone is authorized to deliver and/or pick up a parcel at the secure parcel box; authenticate the identity of the drone; and send a message to the secure parcel box to open an automated lid or door. broadcast a communication capable of being received by the drone when the drone is in proximity to the landing location ; responsive to a communication from the drone , provide guidance data to the drone while the drone is in proximity to the landing location receive a secure parcel box access query from a drone in proximity to the secure parcel box; receive verification from the drone that the drone is authorized to deliver and/or pick up a parcel at the secure parcel box; authenticate the identity of the drone; and send a message to the secure parcel box to open an automated lid or door.
A closure connectable to a container neck , the closure comprises a cap and a retaining ring , the cap comprises a top plate and a sidewall that depends from the periphery of the top plate, at the free end of the sidewall a retaining ring is provided, the interior of the sidewall includes a screw thread formation that can engage a corresponding formation on the neck , an internal annular seal depends from the underside of the top plate and fits into the bore of the neck when the closure is in place and the cap is closed, the ring includes an internal annular snap bead which can be positioned under a neck bead to prevent the ring from being removed axially, the retaining ring comprises a first connecting arm and a second connecting arm the first arm is non-frangibly connected to the cap at a cap tether end and circumferentially anticlockwise therefrom is non-frangibly connected to the ring at a ring root end , the second arm is non-frangibly connected to the cap at a cap tether end and circumferentially clockwise therefrom is non-frangibly connected to the ring at a ring root end , between the cap tether ends of the arms a central tab is provided, during unscrewing the cap can lift vertically along the corresponding screw thread formation , to allow freedom to get access to a container, while still remaining tethered thereto, characterised in that an external annular seal also depends from the underside of the top plate and fits onto the outside of the neck when the closure is in place and the cap is closed, in that each arm is formed as a first linear portion that extends from the root end , an inclined portion , and a second linear portion , the second linear portions connect non-frangibly to the free end of the sidewall by thinned webs , the ring has a cut-out to accommodate the portions and the tab , the cap can be tilted away from the ring with the arms providing a hinge-like function, and each of the arms twists between its cap tether end and its ring root end , whereby tension is generated in the arms, the position of the hinge provided by the arms is completely in the retaining ring structure and not in the closure cap .
A method for commercial application of chemical compositions which include proteins to prevent aerosolization of the same comprising; contacting a hard surface to be cleaned with a chemical composition that includes in a use solution of up to 5 ppm protein under conditions of pressure of not more than 0.6895 MPa (100 psi) and via a pressurized spray system, and thereafter allowing said solution to dry or removing said solution from said surface and wherein the composition further includes 1 to 60 wt-% of a surfactant and 0.1 to 18 wt-% of a solvent, and wherein the composition is free of the anti-mist components polyethylene oxide, polyacrylamide, and polyacrylate.
Device for measuring an environment by means of time of flight measurement of a laser beam , in particular a pulsed laser beam, reflected thereon, comprising: a beam deflection device with at least three mirror facets (15 j ) which are rotatably mounted for joint rotation about an axis of rotation that is non-perpendicular to the mirror facets (15 j ), a laser transmitter for transmitting the laser beam via a first path (W 1 ) onto a respective one of the mirror facets (15 j ) during their rotation, and a laser receiver for receiving the laser beam reflected on the environment and received back via this mirror facet (15 j ), wherein an optical switch is arranged between the laser transmitter and the beam deflection device for clocked switching of the laser beam between the first path (W 1 ) and a second path (W 2 ) directed at a respective other one of the mirror facets (15 j ), wherein the switching clock of the optical switch is synchronized with the rotation of the mirror facets (15 j ), wherein the laser receiver is also configured to receive the laser beam reflected on the environment and received back via said other mirror facet (15 j ), characterized in that the beam deflection device comprises a mirror prism whose prism axis is the axis of rotation and whose prism side faces form all the mirror facets (15 j ) of the beam deflection device . a beam deflection device with at least three mirror facets (15 j ) which are rotatably mounted for joint rotation about an axis of rotation that is non-perpendicular to the mirror facets (15 j ), a laser transmitter for transmitting the laser beam via a first path (W 1 ) onto a respective one of the mirror facets (15 j ) during their rotation, and a laser receiver for receiving the laser beam reflected on the environment and received back via this mirror facet (15 j ), wherein an optical switch is arranged between the laser transmitter and the beam deflection device for clocked switching of the laser beam between the first path (W 1 ) and a second path (W 2 ) directed at a respective other one of the mirror facets (15 j ), wherein the switching clock of the optical switch is synchronized with the rotation of the mirror facets (15 j ), wherein the laser receiver is also configured to receive the laser beam reflected on the environment and received back via said other mirror facet (15 j ), characterized in that the beam deflection device comprises a mirror prism whose prism axis is the axis of rotation and whose prism side faces form all the mirror facets (15 j ) of the beam deflection device .
A method for Ethernet Ring Protection Switching multiple fault recovery, comprising: detecting a failure on both ports (MP1, MP2) of a major ring according to ITU-T G.8032 at a network element that has an interconnecting sub-ring according to ITU-T G.8032 terminating thereon; characterised in that the failure is a single event that simultaneously causes a failure on both ports (MP1, MP2), and wherein both ports are contained in a same module and the failure is detected based on a fault in the same module ; causing a block at the sub-ring termination port (SP1, SP4) of the interconnecting sub-ring responsive to the failure on both the ports (MP1, MP2) of the major ring , wherein the block causes the failure on the major ring to be visible on the interconnecting sub-ring for implementing G.8032 Ethernet Ring Protection Switching thereon; and monitoring the failure and clearing the block responsive to a recovery of one or both ports from the failure (MP1, MP2). detecting a failure on both ports (MP1, MP2) of a major ring according to ITU-T G.8032 at a network element that has an interconnecting sub-ring according to ITU-T G.8032 terminating thereon; characterised in that the failure is a single event that simultaneously causes a failure on both ports (MP1, MP2), and wherein both ports are contained in a same module and the failure is detected based on a fault in the same module ; causing a block at the sub-ring termination port (SP1, SP4) of the interconnecting sub-ring responsive to the failure on both the ports (MP1, MP2) of the major ring , wherein the block causes the failure on the major ring to be visible on the interconnecting sub-ring for implementing G.8032 Ethernet Ring Protection Switching thereon; and monitoring the failure and clearing the block responsive to a recovery of one or both ports from the failure (MP1, MP2).
Compounds of the formula (I) where the substituents R 1 , R 2a , R 2b , R 3 , A 1 , A 2 , A 4 and n have the meanings given in the table below:
Method for generating a plasma using a plasma generator comprising a piezoelectric transformer , comprising an input region and an output region , wherein an AC voltage is applied to the input region and the input region converts the applied AC voltage into a mechanical oscillation, wherein the output region converts the mechanical oscillation into an electrical voltage, and wherein the piezoelectric transformer ignites a plasma on an output-side end side of the piezoelectric transformer , characterized in that the piezoelectric transformer comprises a longest edge and a shortest edge , wherein the longest edge comprises a length that is a maximum of twenty times the length of the shortest edge .