mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for communicating via a routing protocol in a wireless network having directional transmission, comprising: (a) a transceiver configured for communicating over a wireless network with peer stations; (b) a computer processor coupled to said transceiver; and (c) a non-transitory computer-readable memory storing instructions executable by the computer processor; (d) wherein said instructions, when executed by the computer processor, perform steps comprising: (i) identifying reliable peer stations utilizing Beamforming, BF, training feedback metrics among the neighboring wireless device; (ii) transmitting routing discovery messages to the identified reliable peer stations in a unicast transmission mode; (iii) disseminating neighborhood discovery lists among peer stations on the network in a unicast transmission mode, each neighborhood discovery list indicating the identified reliable peer stations for a network device; and (iv) constructing , from an aggregation of the neighborhood discovery lists, routing tables that extract best routes between a source and a destination station, wherein messages can be routed using said routing table from a source peer station, through intermediate peer stations, to a destination peer station. (a) a transceiver configured for communicating over a wireless network with peer stations; (b) a computer processor coupled to said transceiver; and (c) a non-transitory computer-readable memory storing instructions executable by the computer processor; (d) wherein said instructions, when executed by the computer processor, perform steps comprising: (i) identifying reliable peer stations utilizing Beamforming, BF, training feedback metrics among the neighboring wireless device; (ii) transmitting routing discovery messages to the identified reliable peer stations in a unicast transmission mode; (iii) disseminating neighborhood discovery lists among peer stations on the network in a unicast transmission mode, each neighborhood discovery list indicating the identified reliable peer stations for a network device; and (iv) constructing , from an aggregation of the neighborhood discovery lists, routing tables that extract best routes between a source and a destination station, wherein messages can be routed using said routing table from a source peer station, through intermediate peer stations, to a destination peer station. (i) identifying reliable peer stations utilizing Beamforming, BF, training feedback metrics among the neighboring wireless device; (ii) transmitting routing discovery messages to the identified reliable peer stations in a unicast transmission mode; (iii) disseminating neighborhood discovery lists among peer stations on the network in a unicast transmission mode, each neighborhood discovery list indicating the identified reliable peer stations for a network device; and (iv) constructing , from an aggregation of the neighborhood discovery lists, routing tables that extract best routes between a source and a destination station, wherein messages can be routed using said routing table from a source peer station, through intermediate peer stations, to a destination peer station.
A genetically modified immunodeficient NOD.Cg- Rag1 tm1Mom Il2rg tmlWjl /SzJ (NRG- Hc 1 ) mouse, wherein the genome of the NRG- Hc 1 mouse comprises a repaired C5 complement component structural gene such that the genetically modified immunodeficient NRG- Hc 1 mouse expresses the C5 complement component structural gene and is characterized by an intact complement system, a RAG1 deficiency and an IL2Rg deficiency.
An arrangement for offshore operations, including marine assets (MA) and a simulation system , the marine assets (MA) including at least an anchor , a line coupling the anchor with a winch , and a movable or fixed support platform (10 or 11) located offshore for supporting the winch, the simulation system comprising a storage space storing a computational model of the marine assets, inputs for receiving sensor data (Ds) pertaining to a state of the marine assets and/or of an environment wherein the marine assets are used, a user interface for enabling an operator to monitor and to provide input data to control the simulation, wherein the simulation system is provided for computing additional information pertaining to a state of said marine assets and for graphically representing said marine assets based on said received sensor data and said control input using said computational model, wherein said at least a line is modelled as a first portion extending between the winch and a touch-down point where the line touches the seabed and a second portion extending between the touch-down point and the anchor , characterized in that the additional information comprises information specifying an estimated position of said anchor, and wherein said sensor data comprises a value indicative for a measured tension in said line, a value for the measured payout of said line by said winch, and wherein the simulation system computes the estimated position using said computational mode by estimating a trajectory between an original, laid position of said anchor to said estimated position along which the anchor is expected to have been dragged along the seabed taking into account these measured values to reach a new equilibrium point between drag forces and seabed friction.
A method for manufacturing a resin pipe joint with a joint body connectable to a tube , the joint body including a plurality of ports and a fluid channel that connects the ports to each other, the method comprising: preparing a mold and a supply device configured to supply molten resin to the mold , the mold including a first mold for an outer shape of the joint body and a second mold for an inner shape of the joint body , the second mold having a gas-flow gap that connects a cavity to a discharge space outside the cavity and allows gas to flow when the second mold is combined with the first mold ; combining the second mold with the first mold to form inside the mold said cavity into which molten resin from the supply device is injectable; supplying molten resin from the supply device to the cavity in the mold ; and solidifying molten resin in the cavity after stop of the supply of molten resin from the supply device , the method characterized in that the resin pipe joint includes an inner ring coupled to the joint body to connect the tube to at least one of the ports of the joint body , and the inner ring constitutes a sealing region for sealing space between the inner ring and the joint body in cooperation with the joint body , and when the cavity is formed, the second mold is combined with the first mold so that the gap communicates with the cavity at a location in the cavity that does not face a region for forming a constituent part of the sealing region in the joint body . preparing a mold and a supply device configured to supply molten resin to the mold , the mold including a first mold for an outer shape of the joint body and a second mold for an inner shape of the joint body , the second mold having a gas-flow gap that connects a cavity to a discharge space outside the cavity and allows gas to flow when the second mold is combined with the first mold ; combining the second mold with the first mold to form inside the mold said cavity into which molten resin from the supply device is injectable; supplying molten resin from the supply device to the cavity in the mold ; and solidifying molten resin in the cavity after stop of the supply of molten resin from the supply device , the method characterized in that the resin pipe joint includes an inner ring coupled to the joint body to connect the tube to at least one of the ports of the joint body , and the inner ring constitutes a sealing region for sealing space between the inner ring and the joint body in cooperation with the joint body , and when the cavity is formed, the second mold is combined with the first mold so that the gap communicates with the cavity at a location in the cavity that does not face a region for forming a constituent part of the sealing region in the joint body .
An article comprising: a flexible substrate having a low surface energy surface comprising a release coating selected from a silicone coating, a polydimethyl siloxane (PDMS) coating, a fluorocarbon coating, a polyacrylate coating, a polystyrene coating, a polystyreneacrylic coating, a chromium sterate complex coating, or a polyolefin coating and having a total surface area of greater than 0.65 square meters; a nanoscale polymer multilayer adjacent to and in contact with the low surface energy surface, the nanoscale polymer multilayer having a thickness of from 0.5 nm to 10000 nm thick, and a second sacrificial polymer layer adjacent to and in contact with the nanoscale polymer layer so that the nanoscale polymer layer is between the low surface energy surface of the substrate and the second polymer layer wherein the sacrificial polymer layer is dissolvable or biodegradable. a flexible substrate having a low surface energy surface comprising a release coating selected from a silicone coating, a polydimethyl siloxane (PDMS) coating, a fluorocarbon coating, a polyacrylate coating, a polystyrene coating, a polystyreneacrylic coating, a chromium sterate complex coating, or a polyolefin coating and having a total surface area of greater than 0.65 square meters; a nanoscale polymer multilayer adjacent to and in contact with the low surface energy surface, the nanoscale polymer multilayer having a thickness of from 0.5 nm to 10000 nm thick, and a second sacrificial polymer layer adjacent to and in contact with the nanoscale polymer layer so that the nanoscale polymer layer is between the low surface energy surface of the substrate and the second polymer layer wherein the sacrificial polymer layer is dissolvable or biodegradable.
A multi-axis acceleration sensor comprising: a three-dimensional frame ; a central mass disposed within the frame , the central mass having three principal axes; and a plurality of transducers mechanically coupled between the frame and the central mass ; wherein the transducers are arranged in three pairs, the transducers of each pair being coupled to opposing sides of the central mass defined along a respective one of the three principal axes, characterized in that each of the transducers has a crystal orientation defining a shear sensitivity direction, the shear sensitivity direction of the transducers in each pair being oriented generally parallel to one another and substantially perpendicular to the respective principal axis. a three-dimensional frame ; a central mass disposed within the frame , the central mass having three principal axes; and a plurality of transducers mechanically coupled between the frame and the central mass ; wherein the transducers are arranged in three pairs, the transducers of each pair being coupled to opposing sides of the central mass defined along a respective one of the three principal axes, characterized in that each of the transducers has a crystal orientation defining a shear sensitivity direction, the shear sensitivity direction of the transducers in each pair being oriented generally parallel to one another and substantially perpendicular to the respective principal axis.
A connector with a grommet comprising: a housing including a panel hooking portion that is hooked on an edge of a mounting hole of a panel and is locked to the edge, an annular flange that faces the edge, and a locking projection that is locked to the panel by sandwiching the panel between the locking projection and the flange, wherein the panel hooking portion, the flange, and the locking projection are formed on an outside of the housing; a grommet including a panel contact part that is fitted into the flange so as to cover the flange and comes into tight contact with the edge; and a sensing member inserted into an insertion hole formed in the flange and including a part located outward than the insertion hole, the part of the sensing member being received in a receiving part formed on the panel contact part, the sensing member being pushed out by the panel to move to an outside of the flange when the locking projection is locked to the panel, to sense a locked state of the locking projection, wherein the housing is provided with a flexible arm which is resiliently deformable, the flexible arm is provided with the locking projection, the sensing member moves between a locking surface of the locking projection to be locked to the panel and a wall of the receiving part, and when the locking projection is locked to the panel, the sensing member is pushed out by the panel in an anti-locking direction by a thickness of the panel. a housing including a panel hooking portion that is hooked on an edge of a mounting hole of a panel and is locked to the edge, an annular flange that faces the edge, and a locking projection that is locked to the panel by sandwiching the panel between the locking projection and the flange, wherein the panel hooking portion, the flange, and the locking projection are formed on an outside of the housing; a grommet including a panel contact part that is fitted into the flange so as to cover the flange and comes into tight contact with the edge; and a sensing member inserted into an insertion hole formed in the flange and including a part located outward than the insertion hole, the part of the sensing member being received in a receiving part formed on the panel contact part, the sensing member being pushed out by the panel to move to an outside of the flange when the locking projection is locked to the panel, to sense a locked state of the locking projection, wherein the part of the sensing member being received in a receiving part formed on the panel contact part, the sensing member being pushed out by the panel to move to an outside of the flange when the locking projection is locked to the panel, to sense a locked state of the locking projection, wherein the housing is provided with a flexible arm which is resiliently deformable, the flexible arm is provided with the locking projection, the sensing member moves between a locking surface of the locking projection to be locked to the panel and a wall of the receiving part, and when the locking projection is locked to the panel, the sensing member is pushed out by the panel in an anti-locking direction by a thickness of the panel.
Regulating flap, especially exhaust flap for the exhaust gas stream of an internal combustion engine, comprising a flap body , a flap diaphragm in the interior of the flap body carried on a pivot shaft that is rotatable about a pivot axis (S), and a pivot drive with a drive element to be coupled with the pivot shaft , further comprising a fixing device for fixing the pivot drive in relation to the flap body , the fixing device comprising a quarter-turn fastener , wherein the quarter-turn fastener comprises a first quarter-turn formation at a drive housing of the pivot drive and a second quarter-turn formation at a fixing formation provided at the flap body , which second quarter-turn formation can be meshed in a fixed manner with the first quarter-turn formation by relative rotary motion about a fixing rotation axis (F) from a fixing preparation position, characterized in that - the fixing formation comprises a plate-like fixing part , which is carried on the flap body , - for providing an axially fixed connection the first quarter-turn formation comprises a plurality of fixing meshing recesses that follow one another about the fixing rotation axis (F) in a circumferential direction and are open radially outwards and in a circumferential direction in relation to the fixing rotation axis (F), closed in the other circumferential direction, and that the second quarter-turn formation comprises in association with each fixing meshing recess a fixing meshing projection which can be positioned in a manner meshing with a fixing meshing recess due to the relative rotary motion in the circumferential direction, wherein a fixing opening is provided at the fixing part and the fixing meshing projections of the second quarter-turn formation protrude into the fixing opening in the radially inward direction. - the fixing formation comprises a plate-like fixing part , which is carried on the flap body , - for providing an axially fixed connection the first quarter-turn formation comprises a plurality of fixing meshing recesses that follow one another about the fixing rotation axis (F) in a circumferential direction and are open radially outwards and in a circumferential direction in relation to the fixing rotation axis (F), closed in the other circumferential direction, and that the second quarter-turn formation comprises in association with each fixing meshing recess a fixing meshing projection which can be positioned in a manner meshing with a fixing meshing recess due to the relative rotary motion in the circumferential direction, wherein a fixing opening is provided at the fixing part and the fixing meshing projections of the second quarter-turn formation protrude into the fixing opening in the radially inward direction.
A method for producing a carbon black-containing polyolefin compound, the method comprising incorporating carbon black obtainable by pyrolysis of carbon black filled crosslinked and/or uncrosslinked polymers into a polyolefin polymer, wherein the amount of said carbon black added is above the percolation threshold, defined as the lowest value of carbon black concentration at which the addition of one further weight percent carbon black into the polymer would result in a drop of resistivity of the resulting compound by more than a factor of 3, said amount being sufficient to produce a carbon black-containing polyolefin compound having a volume resistivity between 10 2 and 10 12 Ohm.cm, measured according to ASTM D 991 for the range ≤ 10 6 Ohm.cm and to ASTM D 257 for the range > 10 6 Ohm.cm.
An interlayer video decoding method comprising: determining whether to perform illumination compensation with respect to a current block of a second layer to be reconstructed by using a reference block of a first layer; determining a reference pixel of the first layer as an integer pixel closest to a sub-pixel location of the first layer, indicated by a disparity vector of the current block of the second layer, among integer pixels located at upper-left side, upper-right side, lower-left side and lower-right side of the sub-pixel location, wherein the disparity vector is a vector indicating the difference between location of the current block of the second layer and the reference block of the first layer having a fractional unit precision; and determining illumination compensation parameters for the current block of the second layer based on the reference pixel of the first layer and pixels surrounding the current block of the second layer. determining whether to perform illumination compensation with respect to a current block of a second layer to be reconstructed by using a reference block of a first layer; determining a reference pixel of the first layer as an integer pixel closest to a sub-pixel location of the first layer, indicated by a disparity vector of the current block of the second layer, among integer pixels located at upper-left side, upper-right side, lower-left side and lower-right side of the sub-pixel location, wherein the disparity vector is a vector indicating the difference between location of the current block of the second layer and the reference block of the first layer having a fractional unit precision; and determining illumination compensation parameters for the current block of the second layer based on the reference pixel of the first layer and pixels surrounding the current block of the second layer.
A system for recirculating ink for recirculating printheads characterised in that it comprises: - a housing in the manner of a casing or container - two chambers, a first chamber and a second chamber , housed in the interior of the container - a series of pressure sensors connected to the container - a vacuum generator and a pressure generator connected to the outer container wherein the container where the chambers are housed have two entrances for transmitting signals towards the pressure sensors, a first printhead feed connection, a second return connection to the printhead, a third ink feed connection, a fourth connection for returning the ink to the main tank and means for connecting and supporting the vacuum generator and pressure generator; it also has two pumps for interchanging the fluid from one chamber to another in accordance with the pressures applied and the container houses a removable tank in its interior that comprises the first and second chambers and , tank whereto the feed, pressure and vacuum generator connections are screwed. - a housing in the manner of a casing or container - two chambers, a first chamber and a second chamber , housed in the interior of the container - a series of pressure sensors connected to the container - a vacuum generator and a pressure generator connected to the outer container wherein the container where the chambers are housed have two entrances for transmitting signals towards the pressure sensors, a first printhead feed connection, a second return connection to the printhead, a third ink feed connection, a fourth connection for returning the ink to the main tank and means for connecting and supporting the vacuum generator and pressure generator; it also has two pumps for interchanging the fluid from one chamber to another in accordance with the pressures applied and the container houses a removable tank in its interior that comprises the first and second chambers and , tank whereto the feed, pressure and vacuum generator connections are screwed.
Tool for holding and axially fixing the hollow high-pressure shaft of an aircraft engine, with the high-pressure turbine stage demounted, comprising - a shaft end cap element having an inner radius, which is adapted to a predetermined shaft diameter, for plugging onto the turbine-side end of the high-pressure shaft , characterized in that the tool furthermore comprises - a shaft end cap receptacle for receiving the shaft end cap element in a radially movable manner and in an axially limited manner in a first direction, and - a connector element which can be fastened to the shaft end cap receptacle and which has a shank , which can be inserted into the high-pressure shaft, comprising a fixing element for axially securing the shaft end cap receptacle , wherein a spring element , which is positionally fixed with respect to the shaft end cap receptacle , for applying a predetermined spring force to the shaft end cap element in the radial direction is provided. - a shaft end cap element having an inner radius, which is adapted to a predetermined shaft diameter, for plugging onto the turbine-side end of the high-pressure shaft , characterized in that the tool furthermore comprises - a shaft end cap receptacle for receiving the shaft end cap element in a radially movable manner and in an axially limited manner in a first direction, and - a connector element which can be fastened to the shaft end cap receptacle and which has a shank , which can be inserted into the high-pressure shaft, comprising a fixing element for axially securing the shaft end cap receptacle , wherein