mhurhangee/ep-ind-claims huggingface dataset:
A method for multicasting a multicast packet from a subscriber terminal in a network device in a communication network, wherein the communication network includes an access network and a local area network; when the communication network is an access network, the network device includes an access device through which the subscriber terminal sending the multicast packet is accessed to the network, comprising steps of: b. generating a logical topology tree with the network device as a root node; c. generating a multicast tree on the logical topology tree with the network device as the root node, wherein the multicast tree may comprise a subset of the logical topology tree; and d. forwarding the multicast packet on the multicast tree; wherein the step c further comprises steps of: c2. receiving a report message from other network device on the logical topology tree on reception of the multicast packet; c3. obtaining from the report message a multicast identification of the multicast packet received by the other network device; and c4. establishing a mapping relationship between a port that receives the report message and the multicast identification to thereby generate a multicast tree. b. generating a logical topology tree with the network device as a root node; c. generating a multicast tree on the logical topology tree with the network device as the root node, wherein the multicast tree may comprise a subset of the logical topology tree; and d. forwarding the multicast packet on the multicast tree; wherein the step c further comprises steps of: c2. receiving a report message from other network device on the logical topology tree on reception of the multicast packet; c3. obtaining from the report message a multicast identification of the multicast packet received by the other network device; and c4. establishing a mapping relationship between a port that receives the report message and the multicast identification to thereby generate a multicast tree. c2. receiving a report message from other network device on the logical topology tree on reception of the multicast packet; c3. obtaining from the report message a multicast identification of the multicast packet received by the other network device; and c4. establishing a mapping relationship between a port that receives the report message and the multicast identification to thereby generate a multicast tree.
Closure arrangement for covering open containers with a liquid therein, in particular for covering swimming pools, which arrangement comprises at least two base elements, wherein each base element has at least one hollow chamber, wherein at least one base element is connected by one of its long sides (21, 22) movably at least in sections via at least one connecting means to a long side (21, 22) of an adjacent base element lying opposite this and on the long side lying opposite the long side connected to the connecting means has at least one connecting device, wherein the hollow chamber of the base element has a material, the density of which is between 0.01 and 0.7 g/cm 3 measured according to DIN ISO 1183, wherein on at least one connecting device of the base element there is arranged at least one receiving opening receiving a fixing element, characterised in that the material arranged in the hollow chamber of the base element is arranged spaced via at least one spacer layer from the wall surrounding the hollow chamber.
A case-receiving container for collecting cases ejected from a firearm when fired, wherein said case- receiving container is removable and essentially comprises a first securing portion formed by a support including a rear face connected to an adhesion element for attaching to the surface of the arm and a front face provided with a securing and anchoring system, formed essentially by two pivots that are arranged on the surface of the front face, having a central hole extending in an axis parallel to the base of the support including, in at least one of the pivots, a fastening and retaining catch, and has a second storage portion formed by a suitable container comprising an opening on one side for the passage of the bolt of the arm, wherein said container comprises a frame including an inlet and an outlet which is arranged perpendicular to the inlet, which is connected to two attachments having end parts that are capable of coupling and uncoupling with respect to the support, and a cover in the form of a bag, which envelopes the frame at one end and has at the other end an access port provided with an opening and closing system including velcro or similar material.
Compressor having a housing which has an upper end and a lower end and a cylindrical intermediate region having a cylinder axis, for a setup with perpendicular cylinder axis, characterised in that a holder is present which is connected to the housing in the middle of the cylindrical intermediate region, in which, during a main vibration of the housing, are the smallest vibration amplitudes, which extends from there until below the lower end and culminates in three, four or more feet or a bearing region having three, four or more bearing surfaces.
A powered fastener driver comprising: a magazine configured to receive fasteners; a pusher slidably coupled to the magazine; a nosepiece coupled to the magazine; a workpiece contact element movable with respect to the nosepiece; a lockout member pivotally coupled to the nosepiece; wherein the pusher moves the lockout member to a second position where the lockout member blocks movement of the workpiece contact element when a predetermined number of fasteners remain in the magazine, characterized by a magnet exerting a magnetic force on the lockout member to bias the lockout member toward a first position. a magazine configured to receive fasteners; a pusher slidably coupled to the magazine; a nosepiece coupled to the magazine; a workpiece contact element movable with respect to the nosepiece; a lockout member pivotally coupled to the nosepiece; wherein the pusher moves the lockout member to a second position where the lockout member blocks movement of the workpiece contact element when a predetermined number of fasteners remain in the magazine, characterized by a magnet exerting a magnetic force on the lockout member to bias the lockout member toward a first position.
A P2X7 receptor antagonist for use in a therapeutically effective amount in the prophylactic treatment of acquired immune deficiency syndrome in a subject infected with human immunodeficiency virus and who is an immunological non-responder.
A valve assembly comprising: a valve body; a first spring seat disposed within the valve body; a preload spring disposed within the valve body and mated with the first spring seat; and a second spring seat disposed within the valve body and mated with the preload spring, characterised by the second spring seat being adjustably mounted in the valve body on threads; and by an end cap (36; 136) that is mated to the second spring seat and that is fixedly detachable with the valve body, wherein the end cap (36; 136) is fixedly detachable with the valve body via at least one fastener. a valve body; a first spring seat disposed within the valve body; a preload spring disposed within the valve body and mated with the first spring seat; and a second spring seat disposed within the valve body and mated with the preload spring, characterised by the second spring seat being adjustably mounted in the valve body on threads; and by an end cap (36; 136) that is mated to the second spring seat and that is fixedly detachable with the valve body, wherein the end cap (36; 136) is fixedly detachable with the valve body via at least one fastener.
An ultrasonic welding device (30, 30a, 30b) comprising: a support device configured so as to support a work piece along a predetermined conveyance surface, and a welding machine including an oscillator for generating a high-frequency electric signal, a transducer for converting the high-frequency electric signal to a mechanical vibration, and a horn to which the mechanical vibration is transmitted, the horn being disposed so as to face a part to be welded of the work piece supported along the conveyance surface, and the mechanical vibration being imparted via the horn to the part to be welded, whereby the part to be welded is welded, characterized in that the ultrasonic welding device (30, 30a, 30b) further comprises: a detector for detecting an abnormality in the part to be welded of the work piece, the detector being disposed further upstream in the conveyance direction of the work piece than the support device, and a protective device for prohibiting the welding machine from welding the part to be welded of the work piece in which the abnormality is detected by the detector. a support device configured so as to support a work piece along a predetermined conveyance surface, and a welding machine including an oscillator for generating a high-frequency electric signal, a transducer for converting the high-frequency electric signal to a mechanical vibration, and a horn to which the mechanical vibration is transmitted, the horn being disposed so as to face a part to be welded of the work piece supported along the conveyance surface, and the mechanical vibration being imparted via the horn to the part to be welded, whereby the part to be welded is welded, characterized in that the ultrasonic welding device (30, 30a, 30b) further comprises: a detector for detecting an abnormality in the part to be welded of the work piece, the detector being disposed further upstream in the conveyance direction of the work piece than the support device, and a protective device for prohibiting the welding machine from welding the part to be welded of the work piece in which the abnormality is detected by the detector. a detector for detecting an abnormality in the part to be welded of the work piece, the detector being disposed further upstream in the conveyance direction of the work piece than the support device, and a protective device for prohibiting the welding machine from welding the part to be welded of the work piece in which the abnormality is detected by the detector.
A method of protecting a multi-segment pseudowire having a head-end, a tail-end, and a pseudowire stitching point (PSPa-PSPd) for connecting pseudowire segments, the method comprising: establishing, prior to detection of a failure in a primary path of the multi-segment pseudowire, at least one backup path from the head-end of the multi-segment pseudowire to the tail-end of the multi-segment pseudowire, wherein establishing the backup path comprises: requesting, by the head-end functioning as a path computation client, the backup path from the pseudowire stitching point functioning as a path computation element; and receiving the requested path from the pseudowire stitching point, the requested path computed by the pseudowire stitching point to exclude itself; the method further comprising: detecting a failure of the pseudowire stitching point; signalling the detected failure to the head-end; choosing the pre-established pseudowire backup path that does not include the failed stitching point; and signalling the chosen pseudowire backup path to the tail-end. establishing, prior to detection of a failure in a primary path of the multi-segment pseudowire, at least one backup path from the head-end of the multi-segment pseudowire to the tail-end of the multi-segment pseudowire, wherein establishing the backup path comprises: requesting, by the head-end functioning as a path computation client, the backup path from the pseudowire stitching point functioning as a path computation element; and receiving the requested path from the pseudowire stitching point, the requested path computed by the pseudowire stitching point to exclude itself; requesting, by the head-end functioning as a path computation client, the backup path from the pseudowire stitching point functioning as a path computation element; and receiving the requested path from the pseudowire stitching point, the requested path computed by the pseudowire stitching point to exclude itself; the method further comprising: detecting a failure of the pseudowire stitching point; signalling the detected failure to the head-end; choosing the pre-established pseudowire backup path that does not include the failed stitching point; and signalling the chosen pseudowire backup path to the tail-end. detecting a failure of the pseudowire stitching point; signalling the detected failure to the head-end; choosing the pre-established pseudowire backup path that does not include the failed stitching point; and signalling the chosen pseudowire backup path to the tail-end.
An optical coherence tomography system (101, 501) comprising: an optical source (102, 502) configured to provide a beam of radiation; a reference arm (108, 506), a sample arm (106, 508) comprising a delay line, an optical element (104, 504) configured to direct a first portion of the beam of radiation toward the sample arm and a second portion of the beam of radiation toward the reference arm; and a detector (114, 514) configured to receive the first and second portions of the beam of radiation from the sample arm and reference arm, wherein the reference arm includes a plurality of stages, each stage having a fixed group delay element (218, 618) and a group delay modulator (220, 620), wherein the fixed group delay element and group delay modulator are configured to introduce a group delay such that the first portion of the beam of radiation corresponding to a distinct axial scanning depth range interferes with the second portion of the beam of radiation, wherein the optical coherence tomography system is configured such that frequencies of phase modulation signals applied to each group delay modulator are the same and equal to a phase modulation frequency applied to the delay line in the sample arm, wherein the phase modulation signals applied to each group delay modulator are inverted with respect to the phase modulation signal applied to the delay line in the sample arm. an optical source (102, 502) configured to provide a beam of radiation; a reference arm (108, 506), a sample arm (106, 508) comprising a delay line, an optical element (104, 504) configured to direct a first portion of the beam of radiation toward the sample arm and a second portion of the beam of radiation toward the reference arm; and a detector (114, 514) configured to receive the first and second portions of the beam of radiation from the sample arm and reference arm, wherein the reference arm includes a plurality of stages, each stage having a fixed group delay element (218, 618) and a group delay modulator (220, 620), wherein the fixed group delay element and group delay modulator are configured to introduce a group delay such that the first portion of the beam of radiation corresponding to a distinct axial scanning depth range interferes with the second portion of the beam of radiation, wherein the optical coherence tomography system is configured such that frequencies of phase modulation signals applied to each group delay modulator are the same and equal to a phase modulation frequency applied to the delay line in the sample arm, wherein the phase modulation signals applied to each group delay modulator are inverted with respect to the phase modulation signal applied to the delay line in the sample arm.
A road vehicle comprising: a passenger compartment; an internal combustion engine; an exhaust system, which releases into the atmosphere the gases generated by the combustion, is connected to the internal combustion engine, and ends with at least one silencer provided with at least one outlet pipe, through which the gases generated by the combustion flow out of the exhaust system; and an exhaust noise transmission device, which is provided with a transmission conduit, which originates close to the outlet pipe of the silencer, ends in the area of a wall of the passenger compartment, and is provided, on the inside, with at least one insulating element, which is pneumatically insulating, acoustically permeable, and arranged inside the transmission conduit so as to pneumatically seal the transmission conduit; the road vehicle is characterised in that: a decorative tubular tail pipe surrounding the outlet pipe of the silencer is provided, so that the outlet pipe of the silencer is partially inserted inside the decorative tail pipe and does not touch said decorative tail pipe, wherein the decorative tail pipe is wider than the outlet pipe and houses, on the inside without mutual contact, one terminal end of said outlet pipe; the decorative tail pipe has a through opening from which the transmission conduit originates; and the through opening is made through a side wall of the decorative tail pipe and is arranged in the area of the terminal end of the outlet pipe of the silencer. a passenger compartment; an internal combustion engine; an exhaust system, which releases into the atmosphere the gases generated by the combustion, is connected to the internal combustion engine, and ends with at least one silencer provided with at least one outlet pipe, through which the gases generated by the combustion flow out of the exhaust system; and an exhaust noise transmission device, which is provided with a transmission conduit, which originates close to the outlet pipe of the silencer, ends in the area of a wall of the passenger compartment, and is provided, on the inside, with at least one insulating element, which is pneumatically insulating, acoustically permeable, and arranged inside the transmission conduit so as to pneumatically seal the transmission conduit; a decorative tubular tail pipe surrounding the outlet pipe of the silencer is provided, so that the outlet pipe of the silencer is partially inserted inside the decorative tail pipe and does not touch said decorative tail pipe, wherein the decorative tail pipe is wider than the outlet pipe and houses, on the inside without mutual contact, one terminal end of said outlet pipe; the decorative tail pipe has a through opening from which the transmission conduit originates; and the through opening is made through a side wall of the decorative tail pipe and is arranged in the area of the terminal end of the outlet pipe of the silencer.
A method for the layer-by-layer construction of cured three-dimensional shaped bodies, wherein a refractory basic mold material is discharged layer-by-layer to produce a basic mold material layer, and at least one component of the binder is selectively applied by a printhead layer-by-layer to the basic mold material layer separate from the refractory basic mold material, and the binder comprises at least two components: a) a resin component comprising more than 15% by weight and less than 90% by weight a furane resin as a reaction product from at least an aldehyde compound and furfuryl alcohol, and optionally compounds containing nitrogen and/or phenol compounds, wherein the nitrogen content of the resin component is less than 5% by weight, and wherein the resin component comprises more than 5% by weight and less than 50% by weight monomer furfuryl alcohol, relative to the resin component, and b) an acid as a catalyst component, and the sequence of discharging at least one basic mold material layer and applying at least one component of the binder layer is repeated step-by-step. a) a resin component comprising more than 15% by weight and less than 90% by weight a furane resin as a reaction product from at least an aldehyde compound and furfuryl alcohol, and optionally compounds containing nitrogen and/or phenol compounds, wherein the nitrogen content of the resin component is less than 5% by weight, and wherein the resin component comprises more than 5% by weight and less than 50% by weight monomer furfuryl alcohol, relative to the resin component, and b) an acid as a catalyst component, and the sequence of discharging at least one basic mold material layer and applying at least one component of the binder layer is repeated step-by-step.
An agricultural machine with a vehicle and a front attachment, which during the harvesting operation is pivot-moveably guided about an axis orientated in the travelling direction and which comprises a frame (3, 5, 7) supporting working tools (4, 6), wherein the agricultural machine, as means for applying a force, which counteracts a pivot movement of the front attachment about the axis due to a travelling speed and/or ground irregularity on the front attachment comprises at least two supports (23, 11; 23, 24), which are arranged on the frame (3, 5, 7) spaced from one another and vertically moveable in order to, in contact with the ground, carry at least a part of the weight of the front attachment, wherein the supports (23, 11; 23, 24) are reversibly yielding in order to, upon a contact of at least one of the supports (23, 11; 23, 24) with the ground, apply a supporting force counteracting the pivot movement of the front attachment, characterized in that a coupling device is provided between the supports (23, 11; 23, 24), in order to, when one of the supports (23, 11; 23, 24) gives way under load, move the other support (23, 11; 23, 24) synchronously with the one support.
A method for signaling power information in a wireless communication system, the method comprising: co-scheduling a plurality of User Equipments, UEs, (504, 506) to at least one resource element; generating power information indicating transmit power values which are allocated for the co-scheduled UEs; and transmitting the generated power information to a first UE of the co-scheduled UEs, wherein the power information comprises first power information for the first UE and second power information for at least one second UE except for the first UE among the co-scheduled UEs. co-scheduling a plurality of User Equipments, UEs, (504, 506) to at least one resource element; generating power information indicating transmit power values which are allocated for the co-scheduled UEs; and transmitting the generated power information to a first UE of the co-scheduled UEs, wherein the power information comprises first power information for the first UE and second power information for at least one second UE except for the first UE among the co-scheduled UEs.