Abstract: The present disclosure relates to a recessed pivot hinge for hingeably fastening a door leaf in a door frame, including a pivot; a fitting sleeve in which the pivot is fitted in a height-adjustable manner; a socket which is fastenable in a recessed manner in the door frame or forms part thereof; and a fastening body, to be recessed into the door leaf, for fastening in the door leaf; wherein provision is made for an end of the pivot to be drawn into the socket using magnetic elements of the pivot and the socket; and where the fitting sleeve is fastened in the fastening body so as to be adjustably displaceable in a first direction (X), transverse to the height direction (Z), and in a second direction (Y), transverse to the first direction (X) and transverse to the height direction (Z).

Abstract: A system and a method are disclosed for reducing power consumption in cell selection/reselection. The method includes transmitting, to a network node by the UE, a wake-up signal (WUS) in response to a trigger condition, receiving, from the network node by the UE, a confirmation message of a receipt of the WUS, and receiving an on-demand message via a Synchronization Signal Block (SSB) or a System Information Block Type 1 (SIB1) within a time window.

Abstract: An assembly may include a rim-rotor turbine having a hub adapted to be mounted or connected to a rotating shaft, a rim-rotor, the rim-rotor having a cooling ring defining at least one cooling channel, and a plurality of blades with each of the plurality of blades contacting the rim-rotor. A stator vane assembly is positioned upstream of the rim-rotor turbine, and has an outer shroud defining a main flowpath aligned with the plurality of blades of the rim-rotor turbine and configured to direct hot gas toward the plurality of blades of the rim-rotor turbine, and vanes in the main flowpath. A cooling guide vane assembly has an inner shroud defining a cooling flowpath aligned with the cooling ring of the rim-rotor turbine and configured to direct cooling gas toward the cooling ring of the rim-rotor turbine, and vanes in the cooling flowpath.

Abstract: The present invention provides a denesting apparatus (100, 200), the apparatus comprising: •—one or more closed loop conveying tracks (130, 230), each closed loop conveying track comprising a plurality of sets of one or more de-stacking means (140, 240) movingly configured thereon through one or more de-stacking means moving mechanism (150, 250): •—one or more stacking magazines (120, 220), each adapted to hold a stack of sheets (110, 210) supported thereon: wherein each of the plurality of sets of de-stacking means is adapted to selectively engage an uppermost sheet from at least one of the stacking magazines in any desired order either sequentially and/or simultaneously so as to discharge the picked-up sheets onto an out-feed conveyor (180, 280) in any desired manner either one besides another or otherwise one overlapping the other.

Abstract: A helmet for protecting a head of a wearer, such as a hockey, lacrosse, football or other sports player. The helmet includes an outer shell and padding disposed between the outer shell and the wearer's head. The padding includes an inner part configured to face the wearer's head and an outer part disposed between the outer shell and the inner part. The inner part of the padding includes rotational impact protection pads that are spaced from one another and arranged so that they are oriented towards different areas of the wearer's head. Each rotational impact protection pad is separately connected to the outer part of the padding and is movable relative thereto by sliding against the outer part of the padding in response to a rotational impact on the helmet, wherein given ones of the rotational impact protection pads have different shapes and/or different sizes from one another.

Abstract: The present invention provides a packaging apparatus for in-line packaging wrapping of a foldable blank around a receiving load that is simultaneously dropped onto the loading space of the foldable blank. The packaging apparatus includes a support means adapted to receive a supply of one or more foldable blanks. The support means includes a support frame supported onto two or more parallel longitudinal rails positioned generally transversal to a direction of supply of foldable blanks. The apparatus further includes an article loading mechanism to load a group of articles onto a loading space defined onto the foldable blank received onto the support means.

Abstract: Systems and methods are disclosed for multi-carrier sensing. A method performed by a UE includes receiving, from a base station, a first RS in a first frequency of a first frequency range; performing first measurements on the first RS; transmitting, to the base station, a first sensing report based on the first measurements; receiving, from the base station, a second RS in a second frequency range of a second frequency range; performing second measurements on the second RS; and transmitting, to the base station, a second sensing report based on the second measurements.

Abstract: A liquid fuel supply system for an aircraft engine includes a fuel tank, a suction duct connected to the fuel tank and located higher than the fuel tank, an electric pump, a supply pump that is mechanically driven by an accessory gear box and an outlet of the supply pump being connected to a fuel supply circuit of the engine, and an air expulsion drain. The electric pump is in communication with the suction duct independently of the supply pump, the electric pump is in communication with the air expulsion drain, and the supply pump is in communication with the suction duct independently of the electric pump.

Abstract: A turbine engine module, in particular an aircraft turbine engine, including an annular casing having an internal wall forming a channel wall; and a nozzle surrounded by the casing and including an annular external platform and an annular internal platform between which stator blades extend, the external platform having an external face that faces the internal wall of the casing and includes an annular groove oriented towards the outside and housing a sealing device, the sealing device coming into cylindrical contact with a track of the internal wall of the casing, wherein the internal wall of the casing includes a thermal barrier made of ceramic material directly above the track, the track being arranged between the thermal barrier and the sealing device.

Abstract: Methods and devices of a wireless system are provided. A user equipment (UE) of the wireless system receives configuration information from a base station (BS). The UE transmits repetitions of joint communication and sensing (JCS)-reference signals (RSs) on a first set of beams based on the configuration information. The UE determines a beam blockage prediction measurement for communication of a second set of beams received corresponding to the first set of beams. The UE transmits the beam blockage measurement to the BS.

Abstract: A hand-held device (100) for applying a tag (116, 118) to animals and extracting animal tissue, comprising: a first handle (106); a second handle (108); a first jaw portion (101) configured to engage a first portion (116) of an animal tag and an animal tissue sampler (174) for extracting animal tissue; and a second jaw portion (103) configured to engage a second portion (118) of the animal tag and a container (1181) for storing animal tissue; wherein displacing the first handle (106) in a closing direction to an engaging position causes the first portion (116) of the animal tag to engage the second portion (118) of the animal tag; and wherein displacing the first handle (106) in the closing direction to a disposing position causes the animal tissue sampler (174) to be disposed within the container (1181).

Abstract: Methods and devices of a wireless system are provided. A first device of the wireless system receives a first set of sensing reference signals (RSs) over beams from a second device, performs first beam measurements based on the first set of sensing RSs, and transmits, to the second device, a first information report based on the beam measurements. The first information report includes a first type of sensing information. The first device also receives, from the second device, a second set of sensing RSs, performs second beam measurements based on the second set of sensing RSs, and transmits, to the second device, a second information report based on the second beam measurements. The second information report includes a second type of sensing information that is different from the first type of sensing information.

Abstract: A battery management unit, BMU, configured to communicate, in parallel, with a plurality of cell monitoring circuits, CMCs, configured to provide for monitoring of battery cells and store a chain-identifier parameter initially comprising a predetermined default value, wherein the BMU is configured to perform a chain-identifier parameter assignment procedure comprising assigning a different chain-identifier parameter to each of the plurality of CMCs, wherein said assigning comprises using a unique ID of each CMC to individually select each one of the plurality of CMCs when assigning the respective different chain-identifier parameter, wherein the unique ID of each CMC is received by the BMU in response to the BMU being configured to send, in parallel to the CMCs using the predetermined default value, one or more request messages requesting that they report their unique IDs to the BMU.

Abstract: A system and a method are disclosed for UE operations in an NTN. A method performed by a UE includes receiving, from a base station, a PRS in a DL subframe; determining a timestamp or subframe indices of the PRS in the DL subframe and a timestamp or subframe indices of a UE UL subframe that is closest in time to the DL subframe; determining, based on the timestamps or the subframe indices, a UE time difference from receiving the PRS to a transmission of an SRS; generating an auxiliary report including adjustment information for an LMF to calculate the UE time difference; providing the auxiliary report to the LMF; and reporting, to the LMF, the SRS based on the UE time difference.

Abstract: Methods and devices of a wireless system are provided. A user equipment (UE) receives a first configuration defining a first set of time domain resources for radar sensing. The first configuration includes at least one of a frame structure comprising radar sensing slots or a slot structure comprising radar sensing symbols. The UE performs radar sensing within the first set of time domain resources and first frequency domain resources. The first set of time domain resources at least partially overlap time domain resources for communication based on one or more different beams, spatial filters, or spatial angles. The first frequency domain resources at least partially overlap second frequency domain resources for communication based on one or more different beams, spatial filters, or spatial angles.

Abstract: A system and a method are disclosed for relaying in wireless communications. In some embodiments, a method includes: receiving, by a first User Equipment (UE), a single first Transport Block including a plurality of Code Block Groups (CBGs); attempting to decode each of the CBGs, by the first UE; and signaling, to a second UE, by the first UE: a successful decoding of a first CBG; and a unsuccessful decoding of a second CBG.

Abstract: An apparatus comprises: a focused ion beam (FIB) column within a vacuum chamber configured to direct ions comprising a mixture of protons and non-hydrogen ions onto a sample, wherein the kinetic energy of ions of the mixture is not greater than 50 kilo-electron-Volts (keV); and an X-ray detector configured to detect and measure X-rays that are emitted from the sample in response to the impingement of the protons and non-hydrogen ions onto the sample. The apparatus may further comprise an electron microscope column within the vacuum chamber configured to direct and focus a beam of electrons onto the sample and to detect secondary electrons or backscattered electrons that are emitted from the sample in response to the impingement of the beam of electrons onto the sample. The electron microscope may generate an image of a sample area that is milled by the FIB column.

Abstract: The present invention provides a shaping tool for shaping a package formed of a foldable blank, the tool comprising: —an overhead conveyor comprising a plurality of downwardly protruding spaced apart counter-means; —a first conveyor extending between a receiving end towards an output end, and adapted to receive the foldable blank from an incoming conveying line at the receiving end and to position the foldable blank below one of the downwardly protruding counter-means; —a shaping station extending away from the receiving end, the shaping station comprising: a pair of parallel shaping tracks, each positioned on one side of the first conveyor, the pair of generally parallel shaping tracks comprising a plurality of pairs of independently movable shaping lugs, each pair of shaping lugs having a predetermined shape and adapted to receive one of the foldable blanks there-between; the pair of lugs movable towards each other to form a package having a desired shape.