mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method performed by a first network device, the method comprising the steps of: • receiving (S 603) a first packet, wherein the first packet comprises a first segment identifier and a second segment identifier; • if the first segment identifier is unavailable, obtaining (S 605) the second segment identifier based on the first segment identifier, wherein that the first segment identifier is unavailable means: ∘ that there is a failure of a network device corresponding to the first segment identifier, or ∘ there is a failure of a link to the network device, or ∘ there is an error of the first segment identifier; • updating (S 606) a destination address in the first packet with the second segment identifier, to generate a second packet; and • processing (S 607) the second packet based on the second segment identifier. • receiving (S 603) a first packet, wherein the first packet comprises a first segment identifier and a second segment identifier; • if the first segment identifier is unavailable, obtaining (S 605) the second segment identifier based on the first segment identifier, wherein that the first segment identifier is unavailable means: ∘ that there is a failure of a network device corresponding to the first segment identifier, or ∘ there is a failure of a link to the network device, or ∘ there is an error of the first segment identifier; ∘ that there is a failure of a network device corresponding to the first segment identifier, or ∘ there is a failure of a link to the network device, or ∘ there is an error of the first segment identifier; • updating (S 606) a destination address in the first packet with the second segment identifier, to generate a second packet; and • processing (S 607) the second packet based on the second segment identifier.
Bone plate (101; 101'; 101''; 360; 370; 380; 390), containing at least one opening (102, 102', 146; 361; 371; 381; 391) for receiving at least one respective bone screw (301; 340; 350), wherein the opening (102, 102', 146; 361; 371; 381; 391) extends through the bone plate (101; 101'; 101''; 360; 370; 380; 390) along a longitudinal axis (L) from an upper side (202; 362; 372; 382; 392) to an opposite lower side (203; 363; 373; 383; 393), wherein the opening (102, 102', 146; 361; 371; 381; 391) at the upper side (202; 362; 372; 382; 392) opens into a first receiving region (204; 364; 374; 384; 394), which is designed to receive and fix a locking element (310; 345; 355) of a bone screw (301; 340; 350) in a first direction, characterized in that the opening (102, 102', 146; 361; 371; 381; 391) on the underside (203; 363; 373; 383; 393) opens into a second receiving region (206; 366; 376; 386; 396), which is designed to receive and fix the locking element (310; 345; 355) in a second direction, the second direction being essentially opposite to the first direction.
A medical implant , comprising: a frame configured to actuate between a collapsed configuration and an expanded configuration; an occlusive element covering at least a portion of the frame ; wherein a proximal end of the frame forms a generally tubular portion , the tubular portion being configured to attach to a distal end of a core wire ; wherein the tubular portion of the frame includes a threaded insert coupled thereto; characterized in that the frame includes an annular collar member that is at least partially disposed within the tubular portion and coupled thereto, the threaded insert being coupled to the annular collar member ; and a pin element coupling the annular collar member to the frame . a frame configured to actuate between a collapsed configuration and an expanded configuration; an occlusive element covering at least a portion of the frame ; wherein a proximal end of the frame forms a generally tubular portion , the tubular portion being configured to attach to a distal end of a core wire ; wherein the tubular portion of the frame includes a threaded insert coupled thereto; characterized in that the frame includes an annular collar member that is at least partially disposed within the tubular portion and coupled thereto, the threaded insert being coupled to the annular collar member ; and a pin element coupling the annular collar member to the frame .
A system comprising a rack and at least one line-replaceable module, the rack comprising a slot for accommodating the line-replaceable module, characterized in that the rack further comprises a primary transmission circuit comprising a primary antenna , primary emission components arranged to generate an emitted power containing uplink data , and primary reception components arranged to receive downlink data , the line-replaceable module comprising a secondary transmission circuit comprising a secondary antenna , secondary reception components arranged to receive the emitted power and the uplink data, and secondary emission components arranged to generate the downlink data, the emitted power, the uplink data and the downlink data being transmitted via one and the same coupling between the primary antenna and the secondary antenna.
A polypropylene composition comprising: a first polymer phase comprising a polypropylene random copolymer, the polypropylene random copolymer containing ethylene in an amount of less than 4% by weight; a second polymer phase combined with the first polymer phase, the second polymer phase comprising a propylene ethylene copolymer containing ethylene in an amount from 10% to 20% by weight; and wherein the polypropylene composition has a melt flow rate of 15 g/10 min or greater measured according to ASTM D 1238 at a temperature of 230°C and at a load of 2.16 kg, the composition having a Gardner drop impact strength at 0°C of from 300 inch-lbs to 500 inch-lbs (33.9 J to 56.5 J) measured according to ASTM D5420. a first polymer phase comprising a polypropylene random copolymer, the polypropylene random copolymer containing ethylene in an amount of less than 4% by weight; a second polymer phase combined with the first polymer phase, the second polymer phase comprising a propylene ethylene copolymer containing ethylene in an amount from 10% to 20% by weight; and wherein the polypropylene composition has a melt flow rate of 15 g/10 min or greater measured according to ASTM D 1238 at a temperature of 230°C and at a load of 2.16 kg, the composition having a Gardner drop impact strength at 0°C of from 300 inch-lbs to 500 inch-lbs (33.9 J to 56.5 J) measured according to ASTM D5420.
A suspension system for a vehicle axle , the suspension system comprising a leaf spring having a longitudinal axis and a transverse axis, the suspension system comprising a rear attachment device which is configured to be secured to a vehicle frame and which receives a rear end portion of the leaf spring so as to allow said leaf spring rear end portion to slide longitudinally relative to the rear attachment device , - the rear attachment device comprises a fastener extending substantially transversally and a pad secured on the rear attachment device above the fastener ; - the leaf spring rear end portion is substantially flat and has an upper face in contact with the pad and a lower face ; characterized in that the suspension system further comprises a retaining member which is a piece separate from the leaf spring , the retaining member being secured to and under the leaf spring rear end portion by a fixing element located rearward of the pad , the retaining member including a front wall arranged forward of the fastener , and configured to abut against the fastener in order to prevent a rearward movement of the leaf spring relative to the rear attachment device above a predetermined limit. - the rear attachment device comprises a fastener extending substantially transversally and a pad secured on the rear attachment device above the fastener ; - the leaf spring rear end portion is substantially flat and has an upper face in contact with the pad and a lower face ;
A system comprising: a plurality of interconnected sockets each including a cache flush engine, CFE , a core , and an associated cache hierarchy comprising a plurality of caches, one of the CFEs designated as a master CFE in a master socket , the master CFE to: receive a request specifying an opcode and a range, the opcode calling for a cache flush; execute the request to cause writeback and, if indicated by the request, invalidation of modified cache lines in the master socket falling within the range; and communicate a request to any other, slave sockets in the system each having a slave CFE to cause writeback and, if indicated by the request, invalidation of modified cache lines in the slave socket falling within the range, wherein each of the sockets is coupled to a persistent memory, characterized in that the plurality of caches comprises coherent caches and memory-side caches, the memory side caches to cache data stored in the persistent memory, wherein the request specifies, using either the opcode or the range, whether cache lines to be flushed are in a coherent cache or in a memory-side cache. receive a request specifying an opcode and a range, the opcode calling for a cache flush; execute the request to cause writeback and, if indicated by the request, invalidation of modified cache lines in the master socket falling within the range; and communicate a request to any other, slave sockets in the system each having a slave CFE to cause writeback and, if indicated by the request, invalidation of modified cache lines in the slave socket falling within the range, wherein each of the sockets is coupled to a persistent memory, characterized in that the plurality of caches comprises coherent caches and memory-side caches, the memory side caches to cache data stored in the persistent memory, wherein the request specifies, using either the opcode or the range, whether cache lines to be flushed are in a coherent cache or in a memory-side cache.
Steam cooking appliance comprising a water supply unit which has a removable water tank which in the installed position has a front side (VS) facing a user and a rear side (RS) opposite the front side (VS), and an evaporator unit which can be connected to the water supply unit and by means of which water from the water supply unit can be evaporated and the steam generated in the evaporator unit can be provided into the cooking chamber of the steam cooking appliance, characterised in that the water tank has a closure element for closing its filling opening , wherein the closure element at least in part forms the front side (VS) or the rear side (RS) of the water tank .
Device for attachment of medical target devices, markers, probes or surgical instruments for image-assisted, minimally invasive surgery, with at least one carrier element which can be positioned on the body surface of a patient, and a fine-positioning unit having an interlocking mount and a matching complementary shape , characterized in that the carrier element is formed in a cushion shape and can be moved from a dimensionally stable into a formable state, and vice versa, in particular by releasing or applying vacuum in the carrier element , and wherein the fine-positioning unit has at least two superposed cross slides .
An up-and-down driving device configured to allow an up-and-down driving unit to move while supporting a load of an object, in a support module in which the up-and-down driving unit is movably inserted into an inner space of a fixed housing , the up-and-down driving device comprising: a driving means configured to move the up-and-down driving unit in an up-and-down direction; a fixed-position compression spring main module comprising a fixed-position compression spring having one side fixed to a lower end of the housing and the other side supporting the up-and-down driving unit and mounted in a motion direction of the up-and-down driving unit ; and characterized in that the up-and-down driving device further comprises a variable-position compression spring supplemental module comprising a variable-position compression spring having one side mounted rotatably to a side of the housing and the other side fastened rotatably to the up-and-down driving unit and configured to rotate while making a predetermined angle with the motion direction of the up-and-down driving unit . a driving means configured to move the up-and-down driving unit in an up-and-down direction; a fixed-position compression spring main module comprising a fixed-position compression spring having one side fixed to a lower end of the housing and the other side supporting the up-and-down driving unit and mounted in a motion direction of the up-and-down driving unit ; and characterized in that the up-and-down driving device further comprises a variable-position compression spring supplemental module comprising a variable-position compression spring having one side mounted rotatably to a side of the housing and the other side fastened rotatably to the up-and-down driving unit and configured to rotate while making a predetermined angle with the motion direction of the up-and-down driving unit .
A computer-implemented method for civil engineering, the method comprising: - providing a mesh representing a terrain and a polyline on the mesh; - computing a contributor of the polyline, the computing of the contributor comprising: ∘ modifying the mesh by determining, based on the polyline, a trench below the polyline; ∘ computing a watershed segmentation of the terrain based on the modified mesh; and ∘ based on the computed watershed segmentation, identifying, on the modified mesh, a basin comprising the trench; ∘ modifying the basin by transforming back the trench into the polyline, the modified basin being the contributor. - providing a mesh representing a terrain and a polyline on the mesh; - computing a contributor of the polyline, the computing of the contributor comprising: ∘ modifying the mesh by determining, based on the polyline, a trench below the polyline; ∘ computing a watershed segmentation of the terrain based on the modified mesh; and ∘ based on the computed watershed segmentation, identifying, on the modified mesh, a basin comprising the trench; ∘ modifying the basin by transforming back the trench into the polyline, the modified basin being the contributor. ∘ modifying the mesh by determining, based on the polyline, a trench below the polyline; ∘ computing a watershed segmentation of the terrain based on the modified mesh; and ∘ based on the computed watershed segmentation, identifying, on the modified mesh, a basin comprising the trench; ∘ modifying the basin by transforming back the trench into the polyline, the modified basin being the contributor.
A lighting control console for controlling a lighting system, digital adjusting commands being generated in the lighting control console , which commands can be transmitted to the lighting devices of the lighting system via data links, said lighting control console comprising at least one digital processor and at least one digital memory for generating, managing and storing the adjusting commands, and said digital processor and said digital memory being disposed in a console housing , and a control panel having at least one control element, in particular a key button and/or at least one slide control and/or at least one rotary control , being provided at the upper side of the console housing , which control panel allows users to enter control commands, and said lighting control console comprising at least one screen , and said lighting control console comprising at least one cooling device , with the aid of which components within the interior of the console housing can actively be cooled, characterised in that the cooling device comprises at least one recuperator for indirect heat transfer, said recuperator , on its primary side , absorbing waste heat and transferring it to its secondary side by way of heat conduction without any exchange of material, and said recuperator , on its secondary side, being configured to have a cooling agent flow through it or circulate around it in a flow channel in order to transfer the waste heat onto the cooling agent , at least one air filter element being disposed in the flow channel , with the aid of which dust particles can be filtered from the cooling air , and the heat transfer element being embodied in the manner of a closed heat pipe, said heat pipe being filled with a working medium, in particular with water or with ammonia, and said working medium filling the volume of the heat pipe partly in a liquid state and partly in a vapour state, and said heat transfer being effected in the heat pipe using vaporisation heat of the working medium circulating in the heat pipe, and said cooling device comprising at least one temperature sensor that is disposed in the interior of the console housing and/or in the flow channel , the cooling capacity of the cooling device having the recuperator being controlled by a temperature control device as a function of the measured sensor data of the temperature sensor, and said cooling capacity of the cooling device having the recuperator being controlled by changing the drive power of the fan that is electrically driven as a function of the sensor data of the temperature sensor, and a circulating fan that is electrically driven being provided in the interior of the console housing, with the aid of which circulating fan the air in the interior of the console housing is circulated.
A process for arranging a bundle of articles wrapped with heat shrink film so that cool air can circulate through the bundle comprising, forming an opening in the film , film wrapping the bundle, transporting the wrapped bundle to a heat shrink tunnel, heat shrinking the bundle, characterised by the step of increasing the size of the opening during heat shrinking by further heating the film surrounding the opening to a temperature that increases the heat shrinkage of the film surrounding the opening. forming an opening in the film , film wrapping the bundle, transporting the wrapped bundle to a heat shrink tunnel, heat shrinking the bundle, characterised by the step of increasing the size of the opening during heat shrinking by further heating the film surrounding the opening to a temperature that increases the heat shrinkage of the film surrounding the opening.
A method of controlling the release of bullets from a firearm by user behavior, comprising: monitoring the spatial orientation of a virtual vector representing the orientation of a barrel of the firearm by receiving measurements from sensors installed in or on the firearm; engaging a trigger of the firearm by the user to release a first bullet to a first direction; while the trigger is engaged continuously analyzing the measurements to identify preconfigured motion patterns; releasing bullets automatically responsive to identifying the preconfigured motion patterns; wherein the preconfigured motion patterns include identifying that the user is stabilizing the firearm toward a target that is in a direction that is distinct from the first direction. monitoring the spatial orientation of a virtual vector representing the orientation of a barrel of the firearm by receiving measurements from sensors installed in or on the firearm; engaging a trigger of the firearm by the user to release a first bullet to a first direction; while the trigger is engaged continuously analyzing the measurements to identify preconfigured motion patterns; releasing bullets automatically responsive to identifying the preconfigured motion patterns; wherein the preconfigured motion patterns include identifying that the user is stabilizing the firearm toward a target that is in a direction that is distinct from the first direction.
A battery pack , comprising: a battery module having a plurality of battery cells ; and wherein the battery module is provided in plural, and wherein the plurality of the battery modules are provided in a single layer and arranged in at least one row or column, a heat dissipation member provided in contact with a bus bar at a side surface of the battery module where electrode leads of the battery cells and the bus bar coupled to the electrode leads are disposed; and wherein the heat dissipation member has a hollow formed therein so that the battery modules are disposed in the hollow , and the heat dissipation member is formed to surround the side surfaces of the plurality of battery modules ; and wherein the heat dissipation member has a band shape to surround rims of the plurality of battery modules , and the heat dissipation member is provided to contact the bus bar ; and wherein the heat dissipation member includes: a thermal pad coupled to the bus bar at the side surfaces of the plurality of battery modules ; and a heatsink coupled to the thermal pad ; and wherein a flow path is formed at the heatsink so that a fluid for cooling flows therethrough. a battery module having a plurality of battery cells ; and wherein the battery module is provided in plural, and wherein the plurality of the battery modules are provided in a single layer and arranged in at least one row or column, a heat dissipation member provided in contact with a bus bar at a side surface of the battery module where electrode leads of the battery cells and the bus bar coupled to the electrode leads are disposed; and
A valve for the cylinders of the reciprocating compressors, comprising a valve seat formed by a plate in which a plurality of flow channels are formed, cooperating with the shutter elements that open or close said channels, wherein said shutters are manufactured by means of a thermoplastic matrix composition consisting of PEEK or PEI filled with glass and/or carbon fibers, characterized in that said thermoplastic matrix composition is reinforced with one of the following inorganic nano-particles, or a mixture thereof: 4-30% of wollastonite, 4-30% of metal oxides, 4-30% of carbon nano-fibers, 4-30% of sepiolite, 4-30% of mixtures of silica and alumina, 4-30% of fluoro-mica for a total quantity of 4-30% of nano-particles.
A wave front shaping device having a sound channel with a wave front shaping portion arranged to transform a substantially flat wave front of a loudspeaker into a wave front having a cross section, seen in at least one direction, in the shape of a circular segment, wherein said wave front shaping portion of said sound channel is divided into multiple sub-channels by divider walls, wherein said divider walls extend from an entrance opening of said wave front shaping portion to an exit opening of said wave front shaping portion , wherein, seen in cross section in said at least one direction, the side walls of each sub-channel converge towards each other from the entrance opening to the exit opening of said wave front shaping portion , wherein each of said divider walls has a centre line, wherein the centre line of each of said divider walls, seen in cross section in said at least one direction, converge towards each other adjacent the exit opening of said wave front shaping portion . wherein said wave front shaping portion of said sound channel is divided into multiple sub-channels by divider walls, wherein said divider walls extend from an entrance opening of said wave front shaping portion to an exit opening of said wave front shaping portion , wherein, seen in cross section in said at least one direction, the side walls of each sub-channel converge towards each other from the entrance opening to the exit opening of said wave front shaping portion , wherein each of said divider walls has a centre line, wherein the centre line of each of said divider walls, seen in cross section in said at least one direction, converge towards each other adjacent the exit opening of said wave front shaping portion .