mhurhangee/patent-ind-claim-en huggingface dataset:
A system for tracing packets in a Software Defined Network, SDN, network, comprising: a switch that includes a packet processing pipeline ; an SDN controller communicatively coupled to the switch; and a trace policy engine communicatively coupled to the SDN controller, wherein the trace policy engine is configured to: cause the SDN controller to set up a trace infrastructure in the switch, cause the SDN controller to enable tracing at the switch for packets belonging to a flow in response to a determination that a packet belonging to the flow has been dropped, collect trace messages for the packets belonging to the flow, analyze the trace messages for the packets belonging to the flow to determine at least one of: a traversal-path of one of the packets belonging to the flow; and a flow-table of the packet processing pipeline of the switch at which packets are being dropped, and store a result of the analysis. a switch that includes a packet processing pipeline ; an SDN controller communicatively coupled to the switch; and a trace policy engine communicatively coupled to the SDN controller, wherein the trace policy engine is configured to: cause the SDN controller to set up a trace infrastructure in the switch, cause the SDN controller to enable tracing at the switch for packets belonging to a flow in response to a determination that a packet belonging to the flow has been dropped, collect trace messages for the packets belonging to the flow, analyze the trace messages for the packets belonging to the flow to determine at least one of: a traversal-path of one of the packets belonging to the flow; and a flow-table of the packet processing pipeline of the switch at which packets are being dropped, and store a result of the analysis. cause the SDN controller to set up a trace infrastructure in the switch, cause the SDN controller to enable tracing at the switch for packets belonging to a flow in response to a determination that a packet belonging to the flow has been dropped, collect trace messages for the packets belonging to the flow, analyze the trace messages for the packets belonging to the flow to determine at least one of: a traversal-path of one of the packets belonging to the flow; and a flow-table of the packet processing pipeline of the switch at which packets are being dropped, and a traversal-path of one of the packets belonging to the flow; and a flow-table of the packet processing pipeline of the switch at which packets are being dropped, store a result of the analysis.
A composition comprising: an impact modified styrene-containing polymer; at least one bromine-containing flame retardant; at least one dialkyl phosphinic acid metal salt M 1 n+ (R 1 R 2 PO 2 ) n wherein M 1 is a metal cation with valence n and R 1 , R 2 are alkyl groups which may be the same or different; at least one anti-dripping agent, wherein the total concentration of the bromine-containing flame retardant and the dialkyl phosphinic acid metal salt is less than 28% by weight based on the sum of all components in the composition, wherein said composition is free of antimony and meets UL-94 V-1/1.6 mm or UL-94 V-0/1.6 mm test requirements. an impact modified styrene-containing polymer; at least one bromine-containing flame retardant; at least one dialkyl phosphinic acid metal salt M 1 n+ (R 1 R 2 PO 2 ) n wherein M 1 is a metal cation with valence n and R 1 , R 2 are alkyl groups which may be the same or different; at least one anti-dripping agent, wherein the total concentration of the bromine-containing flame retardant and the dialkyl phosphinic acid metal salt is less than 28% by weight based on the sum of all components in the composition, wherein said composition is free of antimony and meets UL-94 V-1/1.6 mm or UL-94 V-0/1.6 mm test requirements.
Filling arrangement of a filling device and a predefined cylindrical container whose concentric container opening comprises a diameter (d Do ) which amounts to 70 to 99.5 % of the container interior diameter (d Di ), wherein the filling device comprises a filling valve that comprises a piston controllably guided in a filling tube , wherein the filling valve comprises an outer diameter (d Fa ) which is embodied to match the diameter (d Do ) of the container opening so that a filling tip of the filling valve is insertable coaxially into the container through the container opening , wherein the filling tip of the filling valve intended for insertion comprises a volume (V F ) that occupies in the container a volume in the range of 49 to 99 % of the container volume (V D ), and wherein the filling arrangement comprises a sealing element that can be arranged about the filling valve at the container opening , for sealing the passage between the filling valve and the container , and wherein the filling device is embodied without return air tube and comprises no measuring means for surveillance of the filling quantity, wherein the filling arrangement is configured such that the sealing element can be arranged about the filling valve at the container opening before or during insertion of the filling valve into the container for setting a nominal pressure (p) in the sealed container at a predefined point in time depending on the nominal pressure (p), and wherein relative movement between the filling valve and the container can be controlled, such that a speed of an upward movement of the filling valve can be matched with a flow speed of fluid into the container for performing a filling process below fluid level from bottom to top by means of a control device, so that an end face of the filling valve with the valve opening is always located below a fluid level in a gap volume (ΔV) which is defined by a difference of the container volume (V D ) and the inserted filling valve volume (V F ).
A computer-implemented method for supporting a distributed data structure in a distributed data grid, comprising providing a plurality of buckets (611-616) in the distributed data grid, wherein each said bucket is configured with a capacity to contain a number of data elements of the distributed data structure, wherein the distributed data structure is a distributed queue and , wherein the plurality of buckets, which are maintained in a queue of buckets, are configured to store one or more data elements (711-715) of the distributed queue; holding , via a state owner process , state information for the distributed data structure, providing , via the state owner process, the state information for the distributed data structure to a client process , performing multiple operations simultaneously on different buckets associated with the distributed data structure, and locking a bucket while an operation is performed, wherein other operations on said bucket are configured to wait until the operation is completed. providing a plurality of buckets (611-616) in the distributed data grid, wherein each said bucket is configured with a capacity to contain a number of data elements of the distributed data structure, wherein the distributed data structure is a distributed queue and , wherein the plurality of buckets, which are maintained in a queue of buckets, are configured to store one or more data elements (711-715) of the distributed queue; holding , via a state owner process , state information for the distributed data structure, providing , via the state owner process, the state information for the distributed data structure to a client process , performing multiple operations simultaneously on different buckets associated with the distributed data structure, and locking a bucket while an operation is performed, wherein other operations on said bucket are configured to wait until the operation is completed.
Vehicle comprising a urea tank , a fastening tab and an exhaust line , said tank being fastened to a structural element of the vehicle near the exhaust line by means of the fastening tab , characterized in that the fastening tab comprises a thermal protection layer intended to protect said fastening tab from the heat emitted by the exhaust line that is passed through by hot exhaust gases.
A machine for edgebanding wood panels or the like, each comprising two main faces , which are parallel and opposite to one another, and a lateral profile extending between the main faces , the machine comprising a support surface (P) for at least one panel ; an edgebanding assembly ; and an actuator device to move the panel and the edgebanding assembly relative to one another in at least one direction , which is parallel to the support surface (P), and to allow the edgebanding assembly to apply a finishing edge along at least part of the lateral profile of the panel ; the edgebanding assembly comprising a glueing roller to apply glue onto the lateral profile and/or onto the finishing edge , a tank (19; 24) to contain the glue, at least one pressing device to stabilize the finishing edge on the lateral profile , and a feeding device (20; 25) to transfer the glue from the tank (19; 24) to the glueing roller ; the glueing roller being completely fitted on the outside of the tank (19; 24); and being characterized in that the edgebanding assembly further comprises a plurality of feeding devices (20; 25), which are distributed around a rotation axis of the glueing roller and, for each feeding device (20; 25), a respective tank (19; 24) to contain a given type of glue .
A gas pressure controlled casting mold , comprising: a hot-top introducing a molten metal (M) of aluminum or aluminum alloy; a mold body which passes the molten metal (M) of aluminum or aluminum alloy introduced from the hot-top through a molten metal passage portion for cooling and solidification to semi-continuously or continuously cast a billet (B) of aluminum or aluminum alloy; a plurality of lubricating oil blow-out holes for blowing out a lubricating oil, the plurality of lubricating oil blow-out holes being arranged on a wall surface of the molten metal passage portion of the mold body ; lubricating oil supply passages communicatively connected to each lubricating oil blow-out hole independently formed so that the mold body is penetrated from outside; a plurality of gas passage holes for passing a gas, the plurality of gas passage holes being arranged on a wall surface of the molten metal passage portion of the mold body ; gas passages communicatively connected to each gas passage hole independently formed so that the mold body is penetrated from outside, and a trap mechanism configured to trap the lubricating oil poured back into the gas passage . a hot-top introducing a molten metal (M) of aluminum or aluminum alloy; a mold body which passes the molten metal (M) of aluminum or aluminum alloy introduced from the hot-top through a molten metal passage portion for cooling and solidification to semi-continuously or continuously cast a billet (B) of aluminum or aluminum alloy; a plurality of lubricating oil blow-out holes for blowing out a lubricating oil, the plurality of lubricating oil blow-out holes being arranged on a wall surface of the molten metal passage portion of the mold body ; lubricating oil supply passages communicatively connected to each lubricating oil blow-out hole independently formed so that the mold body is penetrated from outside; a plurality of gas passage holes for passing a gas, the plurality of gas passage holes being arranged on a wall surface of the molten metal passage portion of the mold body ; gas passages communicatively connected to each gas passage hole independently formed so that the mold body is penetrated from outside, and a trap mechanism configured to trap the lubricating oil poured back into the gas passage .
A process to physically deter fouling from a substrate in an aquatic fouling environment, which process comprises forming on the substrate, before exposure to the said environment, a coating composition comprising: (i) a curable polyorganosiloxane polyoxyalkylene block copolymer having at least two reactive groups X situated on a polyorganosiloxane block of the copolymer chain; and, (ii) an organosilicon crosslinking agent and/or a catalyst. (i) a curable polyorganosiloxane polyoxyalkylene block copolymer having at least two reactive groups X situated on a polyorganosiloxane block of the copolymer chain; and, (ii) an organosilicon crosslinking agent and/or a catalyst.
A microphone comprising: a microelectromechanical systems (MEMS) device that is configured to convert a voice signal into an electrical signal; an integrated circuit coupled to the MEMS device and including a voice activity detector , the integrated circuit including an internal clock signal generator configured to generate an internal clock signal; a host interface with external contacts coupled to the integrated circuit ; the voice activity detector configured to process, in a voice activity detection mode, data representing the electrical signal output by the MEMS device for voice activity when the integrated circuit is clocked by the internal clock signal, the integrated circuit configured to provide an interrupt signal to the host interface after detection of voice activity, and the integrated circuit configured to control an operating mode of the microphone based on an external clock signal received at the host interface in response to the interrupt signal , wherein the integrated circuit is configured to provide data representing the electrical signal to the host interface when the external clock signal is received at the host interface. a microelectromechanical systems (MEMS) device that is configured to convert a voice signal into an electrical signal; an integrated circuit coupled to the MEMS device and including a voice activity detector , the integrated circuit including an internal clock signal generator configured to generate an internal clock signal; a host interface with external contacts coupled to the integrated circuit ; the voice activity detector configured to process, in a voice activity detection mode, data representing the electrical signal output by the MEMS device for voice activity when the integrated circuit is clocked by the internal clock signal, the integrated circuit configured to provide an interrupt signal to the host interface after detection of voice activity, and the integrated circuit configured to control an operating mode of the microphone based on an external clock signal received at the host interface in response to the interrupt signal , wherein the integrated circuit is configured to provide data representing the electrical signal to the host interface when the external clock signal is received at the host interface.
A filter circuit comprising: a first capacitor which has one end connected to a ground; a first transmission line which has one end connected to an other end of the first capacitor ; a second transmission line which is connected between an other end of the first transmission line and a main line (L0) by which a high-frequency signal is transmitted, and has an electrical length (θ 2 ) set to 1/2 of an electrical length (θ 1 ) of the first transmission line ; and a second capacitor and a third capacitor which are connected between a connection point (B) of the first transmission line and the second transmission line and the ground, wherein capacitances of the first capacitor , the second capacitor , and the third capacitor are set in such a manner that a circuit including the first transmission line , the second transmission line , and the first capacitor is configured to resonate in series at a predetermined fundamental frequency, a circuit including the first transmission line , the first capacitor , and the second capacitor is configured to resonate in parallel at a third harmonic frequency being a tripled frequency of the fundamental frequency, and a circuit including the second transmission line and the third capacitor is configured to resonate in series at the third harmonic frequency. a first capacitor which has one end connected to a ground; a first transmission line which has one end connected to an other end of the first capacitor ; a second transmission line which is connected between an other end of the first transmission line and a main line (L0) by which a high-frequency signal is transmitted, and has an electrical length (θ 2 ) set to 1/2 of an electrical length (θ 1 ) of the first transmission line ; and a second capacitor and a third capacitor which are connected between a connection point (B) of the first transmission line and the second transmission line and the ground, wherein capacitances of the first capacitor , the second capacitor , and the third capacitor are set in such a manner that a circuit including the first transmission line , the second transmission line , and the first capacitor is configured to resonate in series at a predetermined fundamental frequency, a circuit including the first transmission line , the first capacitor , and the second capacitor is configured to resonate in parallel at a third harmonic frequency being a tripled frequency of the fundamental frequency, and a circuit including the second transmission line and the third capacitor is configured to resonate in series at the third harmonic frequency.
A package comprising: - a case having a bottom and a peripheral rim that can adopt: - a stowed position in which the peripheral rim extends substantially parallel to the bottom ; - a use position in which the peripheral rim extends from the bottom ; - a lid movable relative to the case and which can adopt: - a closed position in which the lid covers the peripheral rim ; - an open position, in which the lid is spaced apart from the peripheral rim , - retaining means for holding in the case an object to be transported , inserted into the case , the case comprising means for blocking the peripheral rim in its use position, and the retaining means are deformable and comprise: - a first part secured to the case ; characterized in that the retaining means comprise: - a second part secured to the lid , and in that the at least one of the first part and of the second part is relaxed in the stowed position of the peripheral rim , and stretched in the use position of the peripheral rim . - a case having a bottom and a peripheral rim that can adopt: - a stowed position in which the peripheral rim extends substantially parallel to the bottom ; - a use position in which the peripheral rim extends from the bottom ; - a lid movable relative to the case and which can adopt: - a closed position in which the lid covers the peripheral rim ; - an open position, in which the lid is spaced apart from the peripheral rim , - retaining means for holding in the case an object to be transported , inserted into the case , - a first part secured to the case ; characterized in that the retaining means comprise: - a second part secured to the lid , - a second part secured to the lid ,
An implantable biomaterial formed by: providing a polyether-diisocyanate prepolymer; reacting the prepolymer with one or more chain extender molecules to form a mouldable polymer selected from a polyurethane polymer, a polyurethane-urea polymer, and a polyurethane-urea block copolymer; and shaping and curing the mouldable polymer to form the implantable biomaterial, in which the implantable biomaterial exhibits a hydrogen bonded, microphase separated, morphology, and in which the one or more chain extender molecules comprises benzene-1,4-diol. providing a polyether-diisocyanate prepolymer; reacting the prepolymer with one or more chain extender molecules to form a mouldable polymer selected from a polyurethane polymer, a polyurethane-urea polymer, and a polyurethane-urea block copolymer; and shaping and curing the mouldable polymer to form the implantable biomaterial,
Method for machining a hollow workpiece clamped on a machine tool , more particularly a cylinder or cylinder tube, in which a peeling tool is introduced into the workpiece and the latter is peeled off, which peeling tool comprises at least two guide strips for supporting the peeling tool on the workpiece , at least one peeling knife arranged between two guide strips (4, 5 and 6, 7) and a chip chamber adjoining the peeling knife , which is formed by a continuous recess opening into the front and rear sides of the peeling tool , wherein a cooling lubricant flows through the continuous chip chamber for at least discharging at least one chip produced during peeling, characterized in that the workpiece is peeled off with a cooling lubricant flowing through the workpiece against the feed direction of the peeling tool , wherein the cooling lubricant guides the chip through the chip chamber laterally past the peeling tool and discharges it from the workpiece .
A flat knitting machine comprising a yarn feeder with variable yarn feeding positions, the yarn feeder comprising: a driving mechanism controlled by an electronic signal and comprising a driving plate which is making a push stroke after for being started; and a yarn feeding mechanism comprising a joining plate connected with the driving plate and a yarn feeding arm assembled with the joining plate , wherein the joining plate comprises a guide hole , the yarn feeding arm comprises a guide column disposed in the guide hole , with the joining plate making a displacement stroke when the driving plate makes the push stroke , the yarn feeding arm comprises a yarn feeding end facing one of the knitting machine's needle beds (11 or 12), with the guide column changing a position in the guide hole when the joining plate makes the displacement stroke , and the yarn feeding arm changing a yarn feeding position of the yarn feeding end along one of the needle beds (11 or 12) when the guide column changes the position; characterized in that the guide hole is bounded, in a motion direction of the yarn feeder along the needle beds, by two bevels that are disposed oppositely and contacted with the guide column , and the yarn feeding position is changed when the guide column changes the position relative to one of the bevels (252 or 253), and the guide hole is trapezoidal. a driving mechanism controlled by an electronic signal and comprising a driving plate which is making a push stroke after for being started; and a yarn feeding mechanism comprising a joining plate connected with the driving plate and a yarn feeding arm assembled with the joining plate , wherein the joining plate comprises a guide hole , the yarn feeding arm comprises a guide column disposed in the guide hole , with the joining plate making a displacement stroke when the driving plate makes the push stroke , the yarn feeding arm comprises a yarn feeding end facing one of the knitting machine's needle beds (11 or 12), with the guide column changing a position in the guide hole when the joining plate makes the displacement stroke , and the yarn feeding arm changing a yarn feeding position of the yarn feeding end along one of the needle beds (11 or 12) when the guide column changes the position;