mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for connecting at least one fuel injection valve to a fuel distributor of a fuel injection system of a combustion engine, said fuel distributor being fastened detachably to a cylinder head, wherein the at least one fuel injection valve is fastened detachably to a receiving element of the fuel distributor by means of a fixing element, wherein a cylinder-remote face of the receiving element of the fuel distributor and a cylinder-facing face of the fixing element are designed as contact faces (A210, A330) in the assembled state of the cylinder head and the fuel distributor as well as the fuel injection valve, by means of which contact faces axial fixation and radial alignment of the fuel injection valve in the cylinder head and in the receiving element of the fuel distributor can be brought about by attaching the fixing element to the fuel injection valve, wherein the fixing element is a screw head having a blind bore which is provided with an internal thread (330A-1), which faces the cylinder-remote face of the receiving element when in the assembled state, characterized in that the cylinder-facing face is formed around the blind bore of the fixing element, and the internal thread (330A-1) of the blind bore corresponds with an external thread of a fuel connector, designed as a threaded bolt, of the fuel injection valve, wherein the fixing element is screwed by means of its internal thread (330A-1) onto the external thread of the fuel connector so that the contact faces (A210, A330) come into contact, wherein an axial drawing-in torque is brought about by the screw effect, whereby the fuel injection valve is arranged axially in its end position in the longitudinal extent of the fuel injection valve and of the through-opening in the receiving element, wherein a radial alignment of the longitudinal center axis (X M) of the fuel injection valve relative to a longitudinal axis of an installation channel and within the through-openings in the receiving element also takes place via the contact faces (A210, A330) so that the fuel injection valve is also arranged radially in its end position.
A heat exchanger comprising: a central spar disposed along an axial centerline of the heat exchanger; a body disposed around the central spar, wherein the body comprises: an exterior wall; and a heat exchanger core disposed within the exterior wall and integrally formed with the central spar; and characterised by a mounting arm integrally formed with and extending radially from the central spar, wherein the mounting arm extends through a portion of the body, wherein the mounting arm is integrally formed with the central spar via additive manufacturing. a central spar disposed along an axial centerline of the heat exchanger; a body disposed around the central spar, wherein the body comprises: an exterior wall; and a heat exchanger core disposed within the exterior wall and integrally formed with the central spar; and characterised by a mounting arm integrally formed with and extending radially from the central spar, wherein the mounting arm extends through a portion of the body, wherein the mounting arm is integrally formed with the central spar via additive manufacturing. an exterior wall; and a heat exchanger core disposed within the exterior wall and integrally formed with the central spar; and characterised by a mounting arm integrally formed with and extending radially from the central spar, wherein the mounting arm extends through a portion of the body, wherein the mounting arm is integrally formed with the central spar via additive manufacturing.
Device for locking for an actuator, comprising: - a stationary ring that has an inner wall and an outer wall, - a movable wheel in rotation with respect to the ring and placed coaxially inside the ring, the wheel comprising an opening intended to allow for the passage of a pivoting shaft and at least one cavity (7a, 7b, 7c) formed on the outer wall of the wheel opposite the inner wall of the ring, - at least one inertia locking member (5a, 5b, 5c) located in said at least one cavity (7a, 7b, 7c) of the wheel, characterised in that it comprises: - at least one resilient drawback member (6a, 6b) exerting a force on said at least one locking member (5a, 5b, 5c) in order to maintain it in position and allow for the rotation of the wheel, said at least one locking member (5a, 5b, 5c) being able by the inertia thereof to overcome the force exerted by said at least one resilient drawback member (6a, 6b) to allow for the locking of the wheel by a wedging effect of said at least one locking member (5a, 5b, 5c) between said at least one cavity (7a, 7b, 7c) and the inner wall of the ring, and in that said at least one cavity (7a, 7b, 7c) comprises a bottom wall, in that said at least one locking member (5a, 5b, 5c) is able to be in a first position wherein the distance between the bottom wall of said at least one cavity and the inner wall of the ring is greater than the radial dimension of said at least one locking member (5a, 5b, 5c), said at least one locking member being in this first position maintained by the force exerted by said at least one resilient drawback member (6a, 6b), and in that said at least one locking member (5a, 5b, 5c) is able to be in a second position wherein the distance between the bottom wall, in particular a first portion and/or a second portion of the bottom wall, of said at least one cavity (7a, 7b, 7c) and the inner wall of the ring is substantially equal to the radial dimension of said at least one locking member, said at least one locking member (5a, 5b, 5c) being in this second position locked between the bottom wall, in particular the first portion and/or the second portion of the bottom wall, of said at least one cavity (7a, 7b, 7c) and the inner wall of the ring in such a way as to allow for the locking of the wheel via a wedging effect. - a stationary ring that has an inner wall and an outer wall, - a movable wheel in rotation with respect to the ring and placed coaxially inside the ring, the wheel comprising an opening intended to allow for the passage of a pivoting shaft and at least one cavity (7a, 7b, 7c) formed on the outer wall of the wheel opposite the inner wall of the ring, - at least one inertia locking member (5a, 5b, 5c) located in said at least one cavity (7a, 7b, 7c) of the wheel, characterised in that it comprises: - at least one resilient drawback member (6a, 6b) exerting a force on said at least one locking member (5a, 5b, 5c) in order to maintain it in position and allow for the rotation of the wheel,
A moving handrail device of passenger conveyor provided with an endless moving handrail having a C-shaped cross section, comprising: a high-friction portion which is formed on an inner surface of the moving handrail along a longitudinal direction of the moving handrail; and a low-friction portion which is formed on the inner surface of the moving handrail along the longitudinal direction of the moving handrail and has lower friction properties than the high-friction portion, wherein the moving handrail comprises a core body which has a C-shaped cross section and an outer surface of which forms a grip surface, and a low-friction member which is provided on an inner surface of the core body along a longitudinal direction of the core body and in which a large number of through holes are formed along the longitudinal direction of the core body, wherein the low-friction portion is formed from part of the low-friction member, characterized in that the high-friction portion is formed from part of the core body which is arranged on a front surface side of the low-friction member so as to protrude from the front surface of the low-friction member by passing through the through holes formed in the low-friction member. a high-friction portion which is formed on an inner surface of the moving handrail along a longitudinal direction of the moving handrail; and a low-friction portion which is formed on the inner surface of the moving handrail along the longitudinal direction of the moving handrail and has lower friction properties than the high-friction portion, wherein the moving handrail comprises a core body which has a C-shaped cross section and an outer surface of which forms a grip surface, and a low-friction member which is provided on an inner surface of the core body along a longitudinal direction of the core body and in which a large number of through holes are formed along the longitudinal direction of the core body, wherein the low-friction portion is formed from part of the low-friction member, characterized in that the high-friction portion is formed from part of the core body which is arranged on a front surface side of the low-friction member so as to protrude from the front surface of the low-friction member by passing through the through holes formed in the low-friction member.
Set comprising a plurality of extractor hoods (1, 4, 6) each with a fan box, wherein the extractor hoods (1, 4, 6) of the set have the same fan boxes, characterised in that a drawer unit (3, 5, 7) is attached to the bottom of the fan box in each case, and that the extractor hoods (1, 4, 6) of the set have drawer units (3, 5, 7) differing from one another in width and that the drawer units (3, 5, 7) have the same frame parts as each other, which serve in each case to attach them to the respective fan box and are adapted in their width to the fan boxes.
A method, executable by a switch to automatically onboard end devices connected thereto, the method comprising: detecting that an end device has connected to a port of the switch; determining a device identity of the connected end device and obtaining a configuration template profile (45, 53) associated with the connected end device by: acquiring a device fingerprint relating to the connected end device; checking if the device fingerprint already has a corresponding device identity stored locally at the switch; and, if so, using the locally stored device identity to obtain the configuration template profile (45, 53); or else, if there is no corresponding device identity stored locally at the switch: sending the acquired device fingerprint to a fingerprint engine; receiving a device identity associated with the device fingerprint from the fingerprint engine; and using the received device identity to obtain the configuration template profile (45, 53) associated with the connected end device; and configuring the port of the switch using the obtained configuration template profile (45, 53). detecting that an end device has connected to a port of the switch; determining a device identity of the connected end device and obtaining a configuration template profile (45, 53) associated with the connected end device by: acquiring a device fingerprint relating to the connected end device; checking if the device fingerprint already has a corresponding device identity stored locally at the switch; and, if so, using the locally stored device identity to obtain the configuration template profile (45, 53); or else, if there is no corresponding device identity stored locally at the switch: sending the acquired device fingerprint to a fingerprint engine; receiving a device identity associated with the device fingerprint from the fingerprint engine; and using the received device identity to obtain the configuration template profile (45, 53) associated with the connected end device; and acquiring a device fingerprint relating to the connected end device; checking if the device fingerprint already has a corresponding device identity stored locally at the switch; and, if so, using the locally stored device identity to obtain the configuration template profile (45, 53); or else, if there is no corresponding device identity stored locally at the switch: sending the acquired device fingerprint to a fingerprint engine; receiving a device identity associated with the device fingerprint from the fingerprint engine; and using the received device identity to obtain the configuration template profile (45, 53) associated with the connected end device; and sending the acquired device fingerprint to a fingerprint engine; receiving a device identity associated with the device fingerprint from the fingerprint engine; and using the received device identity to obtain the configuration template profile (45, 53) associated with the connected end device; and configuring the port of the switch using the obtained configuration template profile (45, 53).
An expandable sleeve (10, 10', 410, 510, 610) for an interference fastener, the sleeve (10, 10', 410, 510, 610) comprising: a hollow elongate stem (12, 12', 412, 512, 612) extending axially between an insertion end (10A, 10A', 410A, 510A, 610A) and a head portion (10B, 10B', 410A, 510A, 610A), and the elongate stem (12, 12', 412, 512, 612) having an inside surface (12A, 12A', 412A, 512A, 612A) and an outside surface (12B, 12B', 412B, 512B, 612B); and wherein the stem (12, 12', 412, 512, 612) is deformable to establish an interference fit in a bore formed in a substrate and comprises stress minimizing means to prevent fracture of the sleeve (10, 10', 410, 510, 610) when the sleeve (10, 10', 410, 510, 610) is expanded in a bore of a substrate, wherein the stress minimizing means comprises: (a) a fluted shape on a portion of the stem; or (b) a cylindrical shape along an axial length of a portion of the stem extending axially toward the head portion, wherein a conical taper is positioned between the head portion and the cylindrical shape of the stem, the conical taper preferably being a radially outward conical taper and having an axial length about 5 to 10 percent of an overall axial length of the stem, the conical taper being on a portion of the stem proximate to and extending axially toward the head portion. a hollow elongate stem (12, 12', 412, 512, 612) extending axially between an insertion end (10A, 10A', 410A, 510A, 610A) and a head portion (10B, 10B', 410A, 510A, 610A), and the elongate stem (12, 12', 412, 512, 612) having an inside surface (12A, 12A', 412A, 512A, 612A) and an outside surface (12B, 12B', 412B, 512B, 612B); and wherein the stem (12, 12', 412, 512, 612) is deformable to establish an interference fit in a bore formed in a substrate and comprises stress minimizing means to prevent fracture of the sleeve (10, 10', 410, 510, 610) when the sleeve (10, 10', 410, 510, 610) is expanded in a bore of a substrate, wherein the stress minimizing means comprises: (a) a fluted shape on a portion of the stem; or (b) a cylindrical shape along an axial length of a portion of the stem extending axially toward the head portion, wherein a conical taper is positioned between the head portion and the cylindrical shape of the stem, the conical taper preferably being a radially outward conical taper and having an axial length about 5 to 10 percent of an overall axial length of the stem, the conical taper being on a portion of the stem proximate to and extending axially toward the head portion. (a) a fluted shape on a portion of the stem; or (b) a cylindrical shape along an axial length of a portion of the stem extending axially toward the head portion, wherein a conical taper is positioned between the head portion and the cylindrical shape of the stem, the conical taper preferably being a radially outward conical taper and having an axial length about 5 to 10 percent of an overall axial length of the stem, the conical taper being on a portion of the stem proximate to and extending axially toward the head portion.
A trunnion ball valve for high pressure, comprising: a ball provided inside a body main unit in a freely rotatable manner; and a seal mechanism provided on positions on both sides of the ball so as to be in seal contact with the ball, the seal mechanism comprising: a seat retainer of a tubular shape having a sealing surface that is to be in seal contact with a ball surface of the ball; and a sealing member provided on an outer surface of the seat retainer, at least both of the sealing surface of the seat retainer and the ball surface with which the sealing surface is to be in contact having a coating layer of diamond-like carbon provided thereon, so as to exhibit sliding ability and sealing performance, characterised by: a spring member provided for applying elastic force on the sealing surface side; wherein the sealing surface of the seat retainer is set at a position deviated from a spherical diameter center of the ball surface so that the sealing surface has a slightly longer radius than a radius of the ball surface, and the sealing surface has a sealing position with the ball surface at a substantially center position of the sealing surface. a ball provided inside a body main unit in a freely rotatable manner; and a seal mechanism provided on positions on both sides of the ball so as to be in seal contact with the ball, the seal mechanism comprising: a seat retainer of a tubular shape having a sealing surface that is to be in seal contact with a ball surface of the ball; and a sealing member provided on an outer surface of the seat retainer, a seat retainer of a tubular shape having a sealing surface that is to be in seal contact with a ball surface of the ball; and a sealing member provided on an outer surface of the seat retainer, at least both of the sealing surface of the seat retainer and the ball surface with which the sealing surface is to be in contact having a coating layer of diamond-like carbon provided thereon, so as to exhibit sliding ability and sealing performance, characterised by: a spring member provided for applying elastic force on the sealing surface side; wherein the sealing surface of the seat retainer is set at a position deviated from a spherical diameter center of the ball surface so that the sealing surface has a slightly longer radius than a radius of the ball surface, and the sealing surface has a sealing position with the ball surface at a substantially center position of the sealing surface. a spring member provided for applying elastic force on the sealing surface side; wherein the sealing surface of the seat retainer is set at a position deviated from a spherical diameter center of the ball surface so that the sealing surface has a slightly longer radius than a radius of the ball surface, and the sealing surface has a sealing position with the ball surface at a substantially center position of the sealing surface.
A base station for a wireless communication system comprising a plurality of base stations (202, 203, 204), wherein the base station is a serving base station and the plurality of base stations further comprises neighboring base stations (203, 204), the base station comprising: means for receiving an uplink data transmission from a mobile station, indicating that the mobile station has received a plurality of reference signal transmissions transmitted at a respective plurality of transmission power levels by respective ones of the plurality of base stations; means for receiving by the base station, information based upon a plurality of received signal power levels, measured by the mobile station, for the respective plurality of reference signal transmissions received by the mobile station, wherein the information is based on a ratio of a path gain for the serving base station and a sum of path gains for neighbouring base stations; means for granting the mobile station an uplink transmission resource, based at least in part on the information transmitted by the mobile station. means for receiving an uplink data transmission from a mobile station, indicating that the mobile station has received a plurality of reference signal transmissions transmitted at a respective plurality of transmission power levels by respective ones of the plurality of base stations; means for receiving by the base station, information based upon a plurality of received signal power levels, measured by the mobile station, for the respective plurality of reference signal transmissions received by the mobile station, wherein the information is based on a ratio of a path gain for the serving base station and a sum of path gains for neighbouring base stations; means for granting the mobile station an uplink transmission resource, based at least in part on the information transmitted by the mobile station.
A method performed by a network node that hosts a service layer, the method comprising: receiving a discovery request, from a registrant, for a resource that the registrant is not authorized to access, the discovery request including context; based on the context of the discovery request, determining whether one or more resources at the service layer satisfy the discovery request; and sending a discovery response to the registrant, wherein the discovery response indicates a result of the determination of whether the one or more resources satisfy the discovery request, and the discovery response includes one or more permission based discovery response parameters that define access criteria for the registrant to access a select one of the one or more resources. receiving a discovery request, from a registrant, for a resource that the registrant is not authorized to access, the discovery request including context; based on the context of the discovery request, determining whether one or more resources at the service layer satisfy the discovery request; and sending a discovery response to the registrant, wherein the discovery response indicates a result of the determination of whether the one or more resources satisfy the discovery request, and the discovery response includes one or more permission based discovery response parameters that define access criteria for the registrant to access a select one of the one or more resources.
A method performed by a source base station related to a first Radio Access Technology, RAT, the method comprising: forwarding data to a target base station related to a second RAT; receiving, from a user plane function, UPF, at least one first end marker packets over a protocol data unit, PDU, session tunnel; and transmitting, to the UPF, at least one of second end marker packets including a quality of service, QoS, flow identity, QFI, for each QoS flow mapped to a data bearer over the PDU session tunnel, in case that the data forwarding for the each QoS flow mapped to the data bearer has been completed, whereby the QFI is removed from the at least one of second end marker packets by the UPF based on the mapping of the each QoS flow and the data bearer, before the at least one of the second end marker packets is sent to a serving gateway, SGW, related to the second RAT, wherein the first RAT is different from the second RAT. forwarding data to a target base station related to a second RAT; receiving, from a user plane function, UPF, at least one first end marker packets over a protocol data unit, PDU, session tunnel; and transmitting, to the UPF, at least one of second end marker packets including a quality of service, QoS, flow identity, QFI, for each QoS flow mapped to a data bearer over the PDU session tunnel, in case that the data forwarding for the each QoS flow mapped to the data bearer has been completed, whereby the QFI is removed from the at least one of second end marker packets by the UPF based on the mapping of the each QoS flow and the data bearer, before the at least one of the second end marker packets is sent to a serving gateway, SGW, related to the second RAT, wherein the first RAT is different from the second RAT.