mhurhangee/ep-ind-claims huggingface dataset:
Self-locking cylindrical assembly, which is insertable into at least essentially cylindrical bore (19', 19"), in which said assembly can be secured against undesired removal, or from which said assembly can be optionally removed and optionally re-inserted, wherein said assembly comprises a hollow cylindrical bush having a broader first end portion with an external seat and a second end portion furnished with two radial passages (121, 122) which are adapted to receive radially displaceable arresting sliders (16', 16") and an actuating rod, which is inserted within said bush and is displaceable to and fro along the central axis of said bush, wherein said bush is furnished with an internal seat, which is formed by a broader internal area with a larger diameter located at the broad end portion thereof and by a narrow internal area with a smaller diameter located at the opposite end portion of said bush, while the actuating rod is inserted within said bush, which is on its end portion facing towards the broader end portion of the bush interconnected with an actuating button having an outer diameter adjusted to the diameter of the broad internal area of the bush, so that by displacing thereof in the longitudinal direction of the bush the actuating rod is guided by means of the actuating button, and wherein a spring is inserted between said actuating button and said seat, by which said actuating button is pressed along said axis towards the broader end portion of the bush, characterized in that the actuating rod is on its opposite end portion furnished with a centrally arranged and towards the axis extending elongated hole, which is adapted to guide said actuating rod, as well as with two guiding recesses (144', 144"), which are open towards the exterior and positioned in a V-shaped arrangement converging thereby towards the broad end portion of the bush and diverging towards the opposite end portion of the bush and are moreover adapted to cooperate with protrusions (160', 160") of the arresting sliders (16', 16'), which are radially displaceable within said passages (121, 122) in said bush, wherein said recesses (144', 144") are on both end portions thereof furnished with run-outs (1441', 1441"; 1442', 1442") extending parallel to said central axis of the bush.
An apparatus for generating a three-dimensional object, said apparatus comprising: a build area platform; a build material distributor; an energy source; a secondary material ejection device; a coalescing agent ejection device; and a controller to control the secondary material ejection device to eject a secondary material in a predefined pattern over the build area platform, to control the build material distributor to distribute a layer of the build material around the ejected secondary material, to control the coalescing agent ejection device to eject the coalescing agent onto the layer of the build material, and to control an energy source to apply energy onto the ejected coalescing agent to cause the build material in contact with the ejected coalescing agent to coalesce and solidify. a build area platform; a build material distributor; an energy source; a secondary material ejection device; a coalescing agent ejection device; and a controller to control the secondary material ejection device to eject a secondary material in a predefined pattern over the build area platform, to control the build material distributor to distribute a layer of the build material around the ejected secondary material, to control the coalescing agent ejection device to eject the coalescing agent onto the layer of the build material, and to control an energy source to apply energy onto the ejected coalescing agent to cause the build material in contact with the ejected coalescing agent to coalesce and solidify.
A shaving cartridge for a razor head, the shaving cartridge comprising a. one or more blades adapted to be secured within slots of a housing of the razor head, and b. a core matrix (13a, 13b) partially encasing the blades, the core matrix (13a,13b) comprising a water-soluble material, wherein the core matrix is configured to hold the blades together before use thereby forming the shaving cartridge that is configured to be removably incorporated in the housing of the razor head. a. one or more blades adapted to be secured within slots of a housing of the razor head, and b. a core matrix (13a, 13b) partially encasing the blades, the core matrix (13a,13b) comprising a water-soluble material, wherein the core matrix is configured to hold the blades together before use thereby forming the shaving cartridge that is configured to be removably incorporated in the housing of the razor head.
Weaving machine with an apparatus for holding and feeding weft threads (1, 2) to a gripper of the weaving machine with a first and a second clamp (11, 12) for clamping the weft threads (1, 2), as well as with respectively one drive (25, 29) for each one of the two clamps, with which the two clamps (11, 12) are movable independently of one another along motion paths (35, 36) into respectively a feed position (16, 19), a transfer position (17, 20) and a ready position (18, 21), wherein these three positions are arranged on an insertion side of the weaving machine and wherein the respective feed positions (16, 19) of the clamps (11, 12) are arranged in an area between a running path of the gripper and an extension of a beat-up line of a weaving reed of the weaving machine and wherein the respective transfer positions (17, 20) of the clamps (11, 12) are arranged in an area of the extension of the beat-up line and wherein the respective ready positions (18, 21) of the clamps are arranged in an area above the respective feed position and the transfer position (16, 19; 17, 20), characterized in that the drives (25, 29) of the clamps are embodied and arranged on the weaving machine in such a manner so that the motion path (35, 36) of each clamp comprises a shape that is closed in itself, wherein each clamp (11, 12) is movable by means of the associated drive (25, 29) into the three positions arranged one after another along the respective motion path (35, 36), namely the feed position (16, 19), the transfer position (17, 20) and the ready position (18, 21), and that the respective clamp (11, 12) is movable from its ready position (18, 21) into its feed positions (16, 19) without thereby coming into its intermediately located transfer position (17, 20).
A phase locked loop for a transceiver, comprising: a feedforward path receiving a reference signal having a reference frequency and outputting an output signal having an output frequency that is a function of the reference signal and a feedback signal; a feedback path having a divider circuit associated therewith, and configured to receive the output signal and to generate a feedback signal having a reduced frequency based on a divider value of the divider circuit, wherein the feedback signal is supplied to the feedforward path; a modulator circuit configured to receive modulation data and provide a divider control signal to the divider circuit to control the divider value thereof; characterized by a phase tracker circuit configured to determine an amount of phase drift from an initial phase value of the output signal due to an interruption in a locked state of the phase locked loop using a modulation input sequence and a previous channel word. a feedforward path receiving a reference signal having a reference frequency and outputting an output signal having an output frequency that is a function of the reference signal and a feedback signal; a feedback path having a divider circuit associated therewith, and configured to receive the output signal and to generate a feedback signal having a reduced frequency based on a divider value of the divider circuit, wherein the feedback signal is supplied to the feedforward path; a modulator circuit configured to receive modulation data and provide a divider control signal to the divider circuit to control the divider value thereof; characterized by a phase tracker circuit configured to determine an amount of phase drift from an initial phase value of the output signal due to an interruption in a locked state of the phase locked loop using a modulation input sequence and a previous channel word.
A method for wireless communications, comprising: establishing a first signaling connection between a source integrated access and backhaul, IAB, donor centralized unit, CU, with at least one IAB distributed unit, DU; establishing a second signaling connection between the source IAB-donor CU and a target IAB-donor CU; configuring the source IAB-donor CU to function as a first proxy for the at least one IAB-DU in order to transmit state information associated with the at least one IAB-DU to the target IAB-donor CU, wherein configuring the source IAB-donor CU to function as the first proxy for the at least one IAB-DU comprises: determining an identifier of an IAB-mobile terminal, IAB-MT, associated with the at least one IAB-DU; and transmitting the identifier of the IAB-MT to the target IAB-donor CU in order to proxy for the at least one IAB-DU; receiving, at the source IAB-donor CU, a state update information from the target IAB-donor CU; and configuring the source IAB-donor CU to function as a second proxy for the target IAB-donor CU in transmitting the state update information to the at least one IAB-DU. establishing a first signaling connection between a source integrated access and backhaul, IAB, donor centralized unit, CU, with at least one IAB distributed unit, DU; establishing a second signaling connection between the source IAB-donor CU and a target IAB-donor CU; configuring the source IAB-donor CU to function as a first proxy for the at least one IAB-DU in order to transmit state information associated with the at least one IAB-DU to the target IAB-donor CU, wherein configuring the source IAB-donor CU to function as the first proxy for the at least one IAB-DU comprises: determining an identifier of an IAB-mobile terminal, IAB-MT, associated with the at least one IAB-DU; and transmitting the identifier of the IAB-MT to the target IAB-donor CU in order to proxy for the at least one IAB-DU; determining an identifier of an IAB-mobile terminal, IAB-MT, associated with the at least one IAB-DU; and transmitting the identifier of the IAB-MT to the target IAB-donor CU in order to proxy for the at least one IAB-DU; receiving, at the source IAB-donor CU, a state update information from the target IAB-donor CU; and configuring the source IAB-donor CU to function as a second proxy for the target IAB-donor CU in transmitting the state update information to the at least one IAB-DU.
Hybrid-siloxane-based sol-gel composition having an acidic pH, comprising a mixture of a) a thiol-functionalized trialkoxyalkylsilane, b) a trialkoxyarylsilane, c) a trialkoxyalkylsilane, d) a trialkoxyalkenylsilane, e) a free-radical initiator and f) a solvent mixture having an acidic pH. a) a thiol-functionalized trialkoxyalkylsilane, b) a trialkoxyarylsilane, c) a trialkoxyalkylsilane, d) a trialkoxyalkenylsilane, e) a free-radical initiator and f) a solvent mixture having an acidic pH.
A vehicle having fail-safe internal data transfer, comprising: - a vehicle body; - a wired data transfer network provided on the vehicle body; and - network subscribers provided on the vehicle body, which are connected to one another via network nodes of the data transfer network, wherein the data transfer network has a data-transferring ring wiring, characterized in that a minimum area defined by the data-transferring ring wiring is larger than 20% of a maximum cross-sectional area of the vehicle body. - a vehicle body; - a wired data transfer network provided on the vehicle body; and - network subscribers provided on the vehicle body, which are connected to one another via network nodes of the data transfer network, wherein the data transfer network has a data-transferring ring wiring,
Device for determining a position of the pelvis of a person, which device is designed to receive the person, comprising at least one first pressure transmission element designed to receive a sitting pressure or support pressure exerted by the coccyx or pubic bone of the person and at least one second pressure transmission element designed to receive a support pressure exerted by the sacrum of the person and an evaluation unit connected to the pressure transmission elements (21, 22), wherein the evaluation unit is designed to carry out the following steps: a) Receiving and analysing measurement signals from the pressure transmission elements (21, 22); b) Determining a first characteristic pressure distribution, in which the first pressure transmission element is first acted upon by at least a part of the seating pressure of the coccyx or the first pressure transmission element is acted upon by at least a part of the support pressure of the pubic bone during a rotation of the pelvis of the person about its horizontal axis; and c) Determining a second characteristic pressure distribution, in which the seating pressure of the coccyx exerted on the first pressure transmission element has an abrupt drop and the support pressure of the sacrum exerted on the second pressure transmission element has an abrupt rise. a) Receiving and analysing measurement signals from the pressure transmission elements (21, 22); b) Determining a first characteristic pressure distribution, in which the first pressure transmission element is first acted upon by at least a part of the seating pressure of the coccyx or the first pressure transmission element is acted upon by at least a part of the support pressure of the pubic bone during a rotation of the pelvis of the person about its horizontal axis; and c) Determining a second characteristic pressure distribution, in which the seating pressure of the coccyx exerted on the first pressure transmission element has an abrupt drop and the support pressure of the sacrum exerted on the second pressure transmission element has an abrupt rise.
A transducer device for a rotary shaft of a machine, the shaft (3, 4) rotating around a rotation axis (3a, 4a), the transducer device (5, 6) comprising support means, which are mountable in a fixed manner on a machine body of said machine, sensor means (8, 22, 23a, 23b), which are designed to detect one or more physical quantities and comprise electromagnetic position sensor means to detect the instantaneous angular position of the shaft (3, 4), wireless communication means, control and processing means which are configured to measure said physical quantities through said sensor means (8, 22, 23a, 23b) and to control the wireless communication means in order to transmit data concerning the measured physical quantities, and energy harvesting means to self-power the transducer device (5, 6); said position sensor means comprising a magnetic ring, which is couplable to said shaft (3, 4) in an integral and coaxial manner and it comprises a succession of pairs of permanent magnets arranged with alternated polarities; said energy harvesting means comprising AC/DC converter means and power storage means; the transducer device being characterized in that: said position sensor comprises at least one pick-up coil, which is mounted on said support means so as to be linked to the flux of the magnetic field generated by the magnetic ring, and signal conditioning means, which are electrically connected to the ends of said pick-up coil; said control and processing means are configured to measure the instantaneous angular position of said shaft (3, 4) based on an output signal of said signal conditioning means; said AC/DC converter means are connected to the ends of said pick-up coil so as to convert an AC voltage induced in the pick-up coil by said magnetic ring during the rotation of said shaft (3, 4) into a DC voltage; and said power storage means, preferably comprising a supercapacitor, are connected so as to be charged by the DC voltage.
An attachment assembly for an enclosure with an enclosure opening and an enclosure cover, the enclosure cover including a first cover opening that extends between an inner side and an outer side of the enclosure cover, the attachment assembly comprising: an anchor block that is configured to be secured relative to the inner side of the enclosure cover in alignment with the first cover opening, and that includes one or more flexible arms configured to engage a respective interior structure of the enclosure; and a locking body that includes a cam member, the locking body configured to be rotatably secured to the anchor block; the locking body being configured to be accessed through the first cover opening, from the outer side of the enclosure cover, to be rotated relative to the anchor block between: a locked orientation, in which the cam member engages the one or more flexible arms to prevent the one or more flexible arms from flexing away from the respective interior structure of the enclosure, the one or more flexible arms thereby securing the enclosure cover to the enclosure; and an unlocked orientation, in which the cam member allows the one or more flexible arms to flex away from the respective interior structure of the enclosure and thereby release the enclosure cover from the enclosure. an anchor block that is configured to be secured relative to the inner side of the enclosure cover in alignment with the first cover opening, and that includes one or more flexible arms configured to engage a respective interior structure of the enclosure; and a locking body that includes a cam member, the locking body configured to be rotatably secured to the anchor block; the locking body being configured to be accessed through the first cover opening, from the outer side of the enclosure cover, to be rotated relative to the anchor block between: a locked orientation, in which the cam member engages the one or more flexible arms to prevent the one or more flexible arms from flexing away from the respective interior structure of the enclosure, the one or more flexible arms thereby securing the enclosure cover to the enclosure; and an unlocked orientation, in which the cam member allows the one or more flexible arms to flex away from the respective interior structure of the enclosure and thereby release the enclosure cover from the enclosure. a locked orientation, in which the cam member engages the one or more flexible arms to prevent the one or more flexible arms from flexing away from the respective interior structure of the enclosure, the one or more flexible arms thereby securing the enclosure cover to the enclosure; and an unlocked orientation, in which the cam member allows the one or more flexible arms to flex away from the respective interior structure of the enclosure and thereby release the enclosure cover from the enclosure.
A cubicle for a bovine animal, comprising: a. a pair of opposed side barriers defining the sides of a generally rectangular area to accommodate a bovine animal; b. an opening between the opposed side barriers at one end of said generally rectangular area, the opening being the same width as the generally rectangular area and being sized to admit a bovine animal into said rectangular area and allow its exit from said rectangular area; and c. at least one projection mounted on a side barrier adjacent the opening and at a height above ground level, said projection extending from the side barrier towards the other side barrier, and thereby defining a region of reduced width at said height to encourage a bovine animal positioned at or moving past said projection to align itself generally parallel to the side barriers, without reducing the rectangular area at ground level, characterised by the region of reduced width being sized to admit a bovine animal into said rectangular area and allow its exit from said rectangular area. a. a pair of opposed side barriers defining the sides of a generally rectangular area to accommodate a bovine animal; b. an opening between the opposed side barriers at one end of said generally rectangular area, the opening being the same width as the generally rectangular area and being sized to admit a bovine animal into said rectangular area and allow its exit from said rectangular area; and c. at least one projection mounted on a side barrier adjacent the opening and at a height above ground level, said projection extending from the side barrier towards the other side barrier, and thereby defining a region of reduced width at said height to encourage a bovine animal positioned at or moving past said projection to align itself generally parallel to the side barriers, without reducing the rectangular area at ground level, characterised by the region of reduced width being sized to admit a bovine animal into said rectangular area and allow its exit from said rectangular area.
A method for adapting a steering torque for controlling a feedback actuator of a steer-by-wire motor vehicle steering system, having the following steps: • providing a basic steering torque (T b), • providing a rack-force-based steering torque (T r), • forming a difference between the basic steering torque (T b) and the rack-force-based steering torque (T r), characterized in that • if the difference exceeds a predetermined limit value, adapting the basic steering torque (T b) to the rack-force-based steering torque (T r) and transmitting the resulting steering torque in order to control the feedback actuator, • if the difference remains below the predetermined limit value, transmitting the basic steering torque (T b) in order to control the feedback actuator. • providing a basic steering torque (T b), • providing a rack-force-based steering torque (T r), • providing a rack-force-based steering torque (T r), • forming a difference between the basic steering torque (T b) and the rack-force-based steering torque (T r), characterized in that • if the difference exceeds a predetermined limit value, adapting the basic steering torque (T b) to the rack-force-based steering torque (T r) and transmitting the resulting steering torque in order to control the feedback actuator, • if the difference remains below the predetermined limit value, transmitting the basic steering torque (T b) in order to control the feedback actuator.
A parallel switch assembly for use with a start-stop system of a motor vehicle comprising at least two parallel-connected relays (R1, R2) arranged in a power supply line between an energy source and at least one load, wherein the parallel switch assembly alternatingly exhibits a stabilizing operating mode and a normal operating mode in which the switching states of the relays (R1, R2) are opposite, wherein the relays (R1, R2) are open in the stabilizing operating mode whereas the relays (R1, R2) are closed in the normal operating mode, characterized in that the relays (R1, R2) exhibit a delayed switching sequence in an opening operation and/or in a closing operation of a switching cycle and the switching sequence of the relays (R1, R2) changes after one or more switching cycles.
A dispensing pack comprising two or more spatially separated compartments, wherein one or more of the compartments contain a compressible foam or fibre insert to modify the volume of the compartment, wherein the dispensing pack comprises two or more compressible foam or fibre inserts, wherein the two or more compressible foam or fibre inserts differ in density.
A mutant interleukin-2 (IL-2) polypeptide, comprising three amino acid mutations that abolish or reduce affinity of the mutant IL-2 polypeptide to the high-affinity IL-2 receptor and preserve affinity of the mutant IL-2 polypeptide to the intermediate-affinity IL-2 receptor, each compared to a wild-type IL-2 polypeptide, wherein said three amino acid mutations are at positions corresponding to residue 42, 45, and 72 of human IL-2 (SEQ ID NO: 1).