mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving , by a network device in a software-defined Wide Area Network, SD-WAN, comprising a plurality of network nodes (104-112), respective routing information from a respective routing agent (114-122) present on each node of the plurality of network nodes (104-112); determining , by the network device , an overlay network topology of Internet Protocol Security, IPsec, tunnels among the plurality of network nodes (104-112); determining , by the network device , a respective routing decision for each node, based on the overlay network topology and the respective routing information received from the respective routing agent (114-122); and distributing , by the network device , the respective routing decision to corresponding network nodes (104-112) in the SD-WAN, characterized in that determining , by the network device , the overlay network topology of Internet Protocol Security, IPsec, tunnels among the plurality of network nodes (104-112) comprises: exchanging, by the network device , link state messages with each node in the plurality of network nodes (104-112), wherein the link state messages include cost and role information related to existing Internet Protocol Security, IPsec, tunnels in a node, and wherein the role information classifies an IPsec tunnel of said IPSec tunnels as one of a primary role, a secondary role and a peer role, and the primary role indicates that the tunnel is terminating to a virtual internet gateway and being load-balanced with failover support. receiving , by a network device in a software-defined Wide Area Network, SD-WAN, comprising a plurality of network nodes (104-112), respective routing information from a respective routing agent (114-122) present on each node of the plurality of network nodes (104-112); determining , by the network device , an overlay network topology of Internet Protocol Security, IPsec, tunnels among the plurality of network nodes (104-112); determining , by the network device , a respective routing decision for each node, based on the overlay network topology and the respective routing information received from the respective routing agent (114-122); and distributing , by the network device , the respective routing decision to corresponding network nodes (104-112) in the SD-WAN, characterized in that determining , by the network device , the overlay network topology of Internet Protocol Security, IPsec, tunnels among the plurality of network nodes (104-112) comprises: exchanging, by the network device , link state messages with each node in the plurality of network nodes (104-112), wherein the link state messages include cost and role information related to existing Internet Protocol Security, IPsec, tunnels in a node, and wherein the role information classifies an IPsec tunnel of said IPSec tunnels as one of a primary role, a secondary role and a peer role, and the primary role indicates that the tunnel is terminating to a virtual internet gateway and being load-balanced with failover support.
A tangible media embodying computer readable code instructions for performing a method for vibration mitigation during a robotic surgery with a system comprising a patient side cart including a moveable manipulator and a processor configured to control the manipulator and performing the method of the tangible media, the method comprising: receiving a requested action, wherein the requested action comprises a change in a velocity or a position of the manipulator ; establishing a command position corresponding to a current position for the manipulator ; calculating a smoothing curve made of one or more step values that are iteratively calculated, wherein each step value is calculated according to a simulated damping system , wherein the simulated damping system comprises a system mass representing a mass of the manipulator , a first mass interacting with the system mass and connected to a second mass via a first dashpot , and a second dashpot connecting the first mass to ground , wherein each step value is a position or a velocity of the first mass or the second mass ; setting a new command position for the manipulator based on the calculated one or more step values of the smoothing curve; and moving the manipulator according to the new command position. receiving a requested action, wherein the requested action comprises a change in a velocity or a position of the manipulator ; establishing a command position corresponding to a current position for the manipulator ; calculating a smoothing curve made of one or more step values that are iteratively calculated, wherein each step value is calculated according to a simulated damping system , wherein the simulated damping system comprises a system mass representing a mass of the manipulator , a first mass interacting with the system mass and connected to a second mass via a first dashpot , and a second dashpot connecting the first mass to ground , wherein each step value is a position or a velocity of the first mass or the second mass ; setting a new command position for the manipulator based on the calculated one or more step values of the smoothing curve; and moving the manipulator according to the new command position.
A filter element having a pleated pack of zigzag-shaped folded filter material , an air-permeable frame element attached to the pleated pack and at least partially extending around the pleated pack and projecting laterally, said frame element featuring a non-woven fabric material or consisting thereof, and a frame device attached to the frame element , wherein the frame device is designed as a plastic injection-molded part molded onto the laterally projecting frame element , wherein the frame element is a section of a sideband attached to folding profiles of the pleated pack , said section projecting laterally across a width (B) and/or height (H) of the pleated pack , or a section projecting laterally across a length (L) and/or height (H) of the pleated pack on a headband attached to an end fold section of the pleated pack .
A tubular assembly comprising: a tubular first member having an outer surface and an inner surface, the inner surface defining an innermost surface of the assembly; and a tubular second member surrounding the outer surface of the first member, wherein the second member comprises a foamed polyphenylene sulfide polymer material having a foamed density and a foamed thermal effusivity that is foamed from a mixture of an un-foamed polyphenylene sulfide polymer material having polymer chains that are branched or cross-linked and a foaming agent, the polyphenylene sulfide having an un-foamed density and an un-foamed thermal effusivity, wherein the foamed polyphenylene sulfide polymer material has an average cell diameter of at least 100 μm, wherein the foamed density is less than about 50% of the un-foamed density; and wherein the foamed thermal effusivity is less than about 50% of the unfoamed thermal effusivity. a tubular first member having an outer surface and an inner surface, the inner surface defining an innermost surface of the assembly; and a tubular second member surrounding the outer surface of the first member, wherein the second member comprises a foamed polyphenylene sulfide polymer material having a foamed density and a foamed thermal effusivity that is foamed from a mixture of an un-foamed polyphenylene sulfide polymer material having polymer chains that are branched or cross-linked and a foaming agent, the polyphenylene sulfide having an un-foamed density and an un-foamed thermal effusivity, wherein the foamed polyphenylene sulfide polymer material has an average cell diameter of at least 100 μm, wherein the foamed density is less than about 50% of the un-foamed density; and wherein the foamed thermal effusivity is less than about 50% of the unfoamed thermal effusivity.
A fat or oil composition, comprising 50 mass% or more of diacylglycerols and 5 to 40 mass% of triacylglycerols, the diacylglycerols satisfying the following to : 5 to 50 mass% of a disaturated diacylglycerol (SS) in the diacylglycerols; 35 mass% or less of a monosaturated-monounsaturated diacylglycerol (SU) in the diacylglycerols; and 1.5 or less as a ratio (mass ratio) [(SS)/(UU)] of a content of the disaturated diacylglycerol (SS) in the diacylglycerols relative to a content of a diunsaturated diacylglycerol (UU) in the diacylglycerols, wherein a ratio (mass ratio) [(SSS)/(SSU+SUU)] of a content of a triacylglycerol (SSS), whose constituent fatty acids include saturated fatty acids, relative to a total content of a triacylglycerol (SUU), whose constituent fatty acids include one saturated fatty acid residue and two unsaturated fatty acid residues, and a triacylglycerol (SSU), whose constituent fatty acids include two saturated fatty acid residues and one unsaturated fatty acid residue, in the triacylglycerols is 0.4 or more. 5 to 50 mass% of a disaturated diacylglycerol (SS) in the diacylglycerols; 35 mass% or less of a monosaturated-monounsaturated diacylglycerol (SU) in the diacylglycerols; and 1.5 or less as a ratio (mass ratio) [(SS)/(UU)] of a content of the disaturated diacylglycerol (SS) in the diacylglycerols relative to a content of a diunsaturated diacylglycerol (UU) in the diacylglycerols,
A method for allocating resources in a digital subscriber line, DSL, network, the DSL network having a hierarchy including a first and second tier (L1, L2), the method comprising the steps of: the first-tier DSL network element determining, by a processor, a resource requirement of a first-tier DSL subscriber line; and the first-tier DSL network element allocating resources, by the processor, to the first-tier DSL subscriber line based on the resource requirements of the first DSL subscriber line and a second tier DSL subscriber line, the method characterised by the first-tier DSL network element receiving, at a receiver, a resource requirement of the second-tier DSL subscriber line from a second-tier DSL network element . the first-tier DSL network element determining, by a processor, a resource requirement of a first-tier DSL subscriber line; and the first-tier DSL network element allocating resources, by the processor, to the first-tier DSL subscriber line based on the resource requirements of the first DSL subscriber line and a second tier DSL subscriber line, the method characterised by the first-tier DSL network element receiving, at a receiver, a resource requirement of the second-tier DSL subscriber line from a second-tier DSL network element .
Sandwich component with a first cover layer (12-1), a second cover layer (12-2) and a core arranged therebetween, wherein the cover layers (12-1, 12-2) each consist of an outer layer (16-1, 16-2) of a fibre-reinforced higher-melting thermoplastic material and an inner layer (18-1, 18-2) fused thereto, are formed from a lower melting thermoplastic material, wherein the core having outer layers (20-1, 20-2) each formed from a lower melting thermoplastic material, and an inner structure formed wholly or partly from a higher melting thermoplastic material, wherein the inner layers (18-1, 18-2) of the cover layers (12-1, 12-2) are each fused to one of the outer layers (20-1, 20-2) of the core , characterized in that the core is provided as a folded honeycomb structure by forming a sheet of a higher melting thermoplastic material coated with a lower melting thermoplastic material (32-1, 32-2), wherein this coating (32-1, 32-2), in adaptation to the specific forming process, is carried out only in regions in such a way that the lower-melting thermoplastic material (32-1, 32-2) is present on the finished folding honeycomb structure only in the region of the folding honeycomb structure cover layers, but not in the region of the inner structure of the folding honeycomb structure.
A liquid ejection head , comprising: an actuator with plate-shaped piezoelectric members stacked one on the other in a stacking direction, the plate-shaped piezoelectric members each comprising a lead-free piezoelectric material; and a diaphragm adjacent to the actuator, the diaphragm being configured to vibrate in its thickness direction based on vibrations of the plate-shaped piezoelectric members in the stacking direction, wherein the lead-free piezoelectric material comprises potassium sodium niobate, the number of stacked plate-shaped piezoelectric members is 50 or less, and each plate-shaped piezoelectric member is between 10 μm to 40 μm in thickness in the stacking direction. an actuator with plate-shaped piezoelectric members stacked one on the other in a stacking direction, the plate-shaped piezoelectric members each comprising a lead-free piezoelectric material; and a diaphragm adjacent to the actuator, the diaphragm being configured to vibrate in its thickness direction based on vibrations of the plate-shaped piezoelectric members in the stacking direction, wherein the lead-free piezoelectric material comprises potassium sodium niobate, the number of stacked plate-shaped piezoelectric members is 50 or less, and each plate-shaped piezoelectric member is between 10 μm to 40 μm in thickness in the stacking direction.
A circuit comprising: a data input (data) coupled to a first transistor stack (M 0 , M 1 , M 2 , M 3 ); a first capacitor (C1) having a first capacitance and coupled to a power supply via a first transistor (M 0 ) of the first transistor stack, wherein the first transistor is configured to charge the first capacitor in response to the data input receiving a signal corresponding to a first binary value; a diode (Diode 1) disposed between the power supply and the first capacitor; a data output node (D out ,) coupled between the first transistor stack and a transmission line having a second capacitance (C2); and wherein a second transistor (M 1 ) of the first transistor stack is coupled between the data output node and the first capacitor, further wherein the second transistor is configured to discharge the first capacitor to the data output node in response to the data input receiving a signal corresponding to a second binary value. a data input (data) coupled to a first transistor stack (M 0 , M 1 , M 2 , M 3 ); a first capacitor (C1) having a first capacitance and coupled to a power supply via a first transistor (M 0 ) of the first transistor stack, wherein the first transistor is configured to charge the first capacitor in response to the data input receiving a signal corresponding to a first binary value; a diode (Diode 1) disposed between the power supply and the first capacitor; a data output node (D out ,) coupled between the first transistor stack and a transmission line having a second capacitance (C2); and wherein a second transistor (M 1 ) of the first transistor stack is coupled between the data output node and the first capacitor, further wherein the second transistor is configured to discharge the first capacitor to the data output node in response to the data input receiving a signal corresponding to a second binary value.
A face mask receptacle device comprising: a valve comprising at least one slit; a body portion surrounding the valve; and an anchor portion; wherein at least one of the body portion or anchor portion is elastic; wherein the body portion and the anchor portion are inseparable by being integrally formed as one continuous piece; wherein the one continuous piece is configured to protrude through a hole of the face mask that, in an assembled configuration, the body portion and the at least one slit are in an exterior region of the face mask and the anchor portion is in an interior region of the face mask; wherein the valve is configured to receive a drinking, feeding or inhalation instrument therethrough; and wherein the valve is structurally concave in a non-deformed state prior to receiving the drinking, feeding or inhalation instrument therethrough. a valve comprising at least one slit; a body portion surrounding the valve; and an anchor portion; wherein at least one of the body portion or anchor portion is elastic; wherein the body portion and the anchor portion are inseparable by being integrally formed as one continuous piece; wherein the one continuous piece is configured to protrude through a hole of the face mask that, in an assembled configuration, the body portion and the at least one slit are in an exterior region of the face mask and the anchor portion is in an interior region of the face mask; wherein the valve is configured to receive a drinking, feeding or inhalation instrument therethrough; and wherein the valve is structurally concave in a non-deformed state prior to receiving the drinking, feeding or inhalation instrument therethrough.
A table , comprising: a table top including an upper surface and a lower surface; a frame attached to the lower surface, the frame including a power supply , a first slot , and a second slot ; ; a first leg including a first housing , the first housing including a first lug a second leg including a second housing , the second housing including a second lug ; at least one first fastener for connecting the first housing to the frame ; and at least one second fastener for connecting the second housing to the frame , wherein the first slot further comprises a first portion , a second portion , and a third portion and the first lug is configured to be lowered into the first portion and second portion , and a lateral force is applied to the first housing to move the first lug from the second portion to the third portion , whereby the first leg is secured to the table top , wherein the second slot further comprises a first portion , a second portion , and a third portion , and the second lug is configured to be lowered into the first portion and second portion , and a lateral force is applied to the second housing to move the second lug from the second portion to the third portion , whereby the second leg is secured to the table top , and wherein the first lug is adapted to engage the third portion of the first slot to secure the first leg to the table top and wherein the second lug is adapted to engage the third portion of the second slot to secure the second leg to the table top . a table top including an upper surface and a lower surface; a frame attached to the lower surface, the frame including a power supply , a first slot , and a second slot ; ; a first leg including a first housing , the first housing including a first lug a second leg including a second housing , the second housing including a second lug ; at least one first fastener for connecting the first housing to the frame ; and at least one second fastener for connecting the second housing to the frame , wherein the first slot further comprises a first portion , a second portion , and a third portion and the first lug is configured to be lowered into the first portion and second portion , and a lateral force is applied to the first housing to move the first lug from the second portion to the third portion , whereby the first leg is secured to the table top , wherein the second slot further comprises a first portion , a second portion , and a third portion , and the second lug is configured to be lowered into the first portion and second portion , and a lateral force is applied to the second housing to move the second lug from the second portion to the third portion , whereby the second leg is secured to the table top , and wherein the first lug is adapted to engage the third portion of the first slot to secure the first leg to the table top and wherein the second lug is adapted to engage the third portion of the second slot to secure the second leg to the table top .
A disposable capsule for machines for preparing beverages, said capsule comprising: i) a hollow, cup-shaped body adapted to receive a measured dose of a syrup, a liquid or a powder concentrate, said hollow body comprising a bottom wherein a through opening is formed and a peripheral wall on whose peripheral edge a flange is formed; ii) a cover tightly fixed on said flange ; iii) a film applied on said bottom inside the hollow body so as to seal said through opening ; iv) an insert housed in said hollow body , said insert comprising a disc-shaped portion and a stem which stretches out axially from the top of said disc-shaped portion , wherein the insert comprises perforation means and is axially movable between a packaging position, wherein the stem presses against the cover deforming it outwards, and an opening position, wherein the stem is advanced axially towards the film and pierces it by way of said perforation means , characterised in that the stem comprises an axial through cavity which defines a channel for the dispensing of a beverage, said through cavity comprising an inlet formed at an end of the stem located close to the cover of the capsule and an outlet formed at the opposite end of the stem and facing the film . i) a hollow, cup-shaped body adapted to receive a measured dose of a syrup, a liquid or a powder concentrate, said hollow body comprising a bottom wherein a through opening is formed and a peripheral wall on whose peripheral edge a flange is formed; ii) a cover tightly fixed on said flange ; iii) a film applied on said bottom inside the hollow body so as to seal said through opening ; iv) an insert housed in said hollow body , said insert comprising a disc-shaped portion and a stem which stretches out axially from the top of said disc-shaped portion , wherein the insert comprises perforation means and is axially movable between a packaging position, wherein the stem presses against the cover deforming it outwards, and an opening position, wherein the stem is advanced axially towards the film and pierces it by way of said perforation means , characterised in that the stem comprises an axial through cavity which defines a channel for the dispensing of a beverage, said through cavity comprising an inlet formed at an end of the stem located close to the cover of the capsule and an outlet formed at the opposite end of the stem and facing the film .