mhurhangee/patent-ind-claim-en huggingface dataset:
Household dishwasher with a dishwasher cavity , a first roller and a second roller , a roller holder , on which the first roller and the second roller are rotatably mounted and which is fastened to the dishwasher cavity , and a support element for supporting a receptacle for items to be washed , which has a C-shaped profile with a lower indentation and an upper indentation and which is mounted such that it is able to move relative to the roller holder with the aid of the first roller and the second roller in such a way that the receptacle for items to be washed can be moved between a position inserted into the dishwasher cavity and a position extracted from the dishwasher cavity , - wherein the support element has an upper running area in the upper indentation and a lower running area in the lower indentation, the first roller is spaced apart downward from the upper running area and runs along the lower running area in the lower indentation and the second roller is spaced apart upward from the lower running area and runs along the upper running area in the upper indentation, - wherein a third roller is rotatably mounted on the roller holder and is spaced apart upward from the lower running area and runs along the upper running area in the upper indentation, - wherein a fourth roller is rotatably mounted on the roller holder and is spaced apart downward from the upper running area and runs along the lower running area in the lower indentation, - wherein the first roller , the second roller , the third roller and the fourth roller are each arranged on one of the corners of a trapezium or a parallelogram , characterised in that - the C-shaped profile has a C-shaped section and an opening between the free ends of the C-shaped section , - the roller holder engages into the opening and - the roller holder is fastened to the dishwasher cavity by means of welding . - wherein the support element has an upper running area in the upper indentation and a lower running area in the lower indentation, the first roller is spaced apart downward from the upper running area and runs along the lower running area in the lower indentation and the second roller is spaced apart upward from the lower running area and runs along the upper running area in the upper indentation, - wherein a third roller is rotatably mounted on the roller holder and is spaced apart upward from the lower running area and runs along the upper running area in the upper indentation, - wherein a fourth roller is rotatably mounted on the roller holder and is spaced apart downward from the upper running area and runs along the lower running area in the lower indentation, - wherein the first roller , the second roller , the third roller and the fourth roller are each arranged on one of the corners of a trapezium or a parallelogram , - the C-shaped profile has a C-shaped section and an opening between the free ends of the C-shaped section , - the roller holder engages into the opening and - the roller holder is fastened to the dishwasher cavity by means of welding .
Assembly for a turbomachine extending along an axis (X) and comprising : - a shroud configured to delimit a fan flow path of a gas flow of said turbomachine, - a fan casing , radially surrounding the shroud and delimiting with the shroud the fan flow path , and - outlet guide vanes comprising a plurality of vanes configured to straighten a secondary flow circulating in the fan flow path , wherein the plurality of vanes comprises a first vane and a second vane adjacent to the first vane delimiting between them a flow channel configured to straighten the flow, characterized in that the flow channel is convergent and configured to accelerate the flow by means of an inlet section lying in a plane that is not perpendicular to the axis of the turbomachine and an outlet section lying in a plane that is perpendicular to the axis (X) of the turbomachine, the first vane and the second vane each having a downstream, unshrouded part forming a trailing edge. - a shroud configured to delimit a fan flow path of a gas flow of said turbomachine, - a fan casing , radially surrounding the shroud and delimiting with the shroud the fan flow path , and - outlet guide vanes comprising a plurality of vanes configured to straighten a secondary flow circulating in the fan flow path , wherein the plurality of vanes comprises a first vane and a second vane adjacent to the first vane delimiting between them a flow channel configured to straighten the flow,
A measurement module configured for releasable attachment to a surgical instrument , the measurement module comprising: a housing ; a measurement cannula ; a transducer assembly including a gear coupled to the measurement cannula and configured to rotate more than 360 degrees about a gear axis upon the movement of the measurement cannula relative to the housing , the gear having a reference point having an angular path of rotation about the gear axis being divided into a first arcuate region and a second arcuate region , the first arcuate region being separate from the second arcuate region ; and a transducer comprising at least two rotational sensor devices , each of the at least two rotational sensor devices coupled to the gear , a first of the at least two rotational sensor devices configured to detect a rotational position of the reference point in the first arcuate region and a second of the at least two rotational sensor devices configured to detect the rotational position of the reference point in at least the second arcuate region , the first rotational sensor being incapable of detecting the reference point in the second arcuate region . a housing ; a measurement cannula ; a transducer assembly including a gear coupled to the measurement cannula and configured to rotate more than 360 degrees about a gear axis upon the movement of the measurement cannula relative to the housing , the gear having a reference point having an angular path of rotation about the gear axis being divided into a first arcuate region and a second arcuate region , the first arcuate region being separate from the second arcuate region ; and a transducer comprising at least two rotational sensor devices , each of the at least two rotational sensor devices coupled to the gear , a first of the at least two rotational sensor devices configured to detect a rotational position of the reference point in the first arcuate region and a second of the at least two rotational sensor devices configured to detect the rotational position of the reference point in at least the second arcuate region , the first rotational sensor being incapable of detecting the reference point in the second arcuate region .
A circuitry configured to: use a Multi-user preamble format to generate a null data packet, NDP, wherein the NDP comprises at least one signal field, SIG, that includes information to specify a preamble puncturing option of one or more preamble portions of said NDP; transmit the NDP to a device via a communication channel, wherein a plurality of sub-channels of the communication channel is unused by the transmission; and distribute the plurality of unused sub-channels throughout an orthogonal frequency division multiple access, OFDMA, sub-carrier plan; wherein the OFDMA sub-carrier plan includes a first OFDMA sub-carrier sub-plan associated with one or more resource units, RUs, and a second OFDMA sub-carrier sub-plan associated with second one or more resource units, RUs. use a Multi-user preamble format to generate a null data packet, NDP, wherein the NDP comprises at least one signal field, SIG, that includes information to specify a preamble puncturing option of one or more preamble portions of said NDP; transmit the NDP to a device via a communication channel, wherein a plurality of sub-channels of the communication channel is unused by the transmission; and distribute the plurality of unused sub-channels throughout an orthogonal frequency division multiple access, OFDMA, sub-carrier plan; wherein the OFDMA sub-carrier plan includes a first OFDMA sub-carrier sub-plan associated with one or more resource units, RUs, and a second OFDMA sub-carrier sub-plan associated with second one or more resource units, RUs.
A lipid-based particle liquid composition, comprising: nanoparticles comprising: cannabidiol (CBD) at a weight percent in the composition ranging from 1% to 10%; a phosphatidylcholine at a weight percent in the composition ranging from 2.5% to 15%; a sterol at a weight percent in the composition ranging from 0.5% to 5%; and a medium chain triglyceride at a weight percent in the composition ranging from 2.5% to 15%; and water at a weight percent in the composition ranging from 60% to about 80%; wherein the nanoparticles comprise liposomes and oil-in-water nano-emulsion particles; wherein the nanoparticles have a Z-average size ranging from about 75 nm to about 200 nm as measured by dynamic light scattering; and wherein, upon storage at 25 °C and 60% relative humidity for a period of one month, the Z-average size of the nanoparticles changes by less than about 20%. cannabidiol (CBD) at a weight percent in the composition ranging from 1% to 10%; a phosphatidylcholine at a weight percent in the composition ranging from 2.5% to 15%; a sterol at a weight percent in the composition ranging from 0.5% to 5%; and a medium chain triglyceride at a weight percent in the composition ranging from 2.5% to 15%; and water at a weight percent in the composition ranging from 60% to about 80%; wherein the nanoparticles comprise liposomes and oil-in-water nano-emulsion particles; wherein the nanoparticles have a Z-average size ranging from about 75 nm to about 200 nm as measured by dynamic light scattering; and wherein, upon storage at 25 °C and 60% relative humidity for a period of one month, the Z-average size of the nanoparticles changes by less than about 20%.
A tread for a tire , the tread having a midcircumferential plane (M), a first axial tread edge and a second axial tread edge , the tread further comprising: a first shoulder rib extending circumferentially about a perimeter of the tread ; a second shoulder rib extending circumferentially about the perimeter of the tread ; and a first intermediate rib extending circumferentially about the perimeter of the tread , the first intermediate rib being defined by a first and a second circumferentially extending groove disposed to each axial side of the first intermediate rib , the first intermediate rib having a plurality of first angled sipes extending both axially and circumferentially at an angle in a range of from 50° to 70° degree relative to the first circumferentially extending groove , the first angled sipes each having a radial depth in a range of from 1.0 mm to 3.0 mm; characterized in that the first shoulder rib has first shoulder sipes , second shoulder sipes , third shoulder sipes , fourth shoulder sipes and fifth shoulder sipes , the first shoulder sipes extending axially outward from the axially outermost groove toward the first tread edge and the first shoulder sipes simultaneously also curve in a circumferential direction adjacent the axially outer ends of the second and third shoulder sipes and parallel the first tread edge . a first shoulder rib extending circumferentially about a perimeter of the tread ; a second shoulder rib extending circumferentially about the perimeter of the tread ; and a first intermediate rib extending circumferentially about the perimeter of the tread , the first intermediate rib being defined by a first and a second circumferentially extending groove disposed to each axial side of the first intermediate rib , the first intermediate rib having a plurality of first angled sipes extending both axially and circumferentially at an angle in a range of from 50° to 70° degree relative to the first circumferentially extending groove , the first angled sipes each having a radial depth in a range of from 1.0 mm to 3.0 mm; characterized in that the first shoulder rib has first shoulder sipes , second shoulder sipes , third shoulder sipes , fourth shoulder sipes and fifth shoulder sipes , the first shoulder sipes extending axially outward from the axially outermost groove toward the first tread edge and the first shoulder sipes simultaneously also curve in a circumferential direction adjacent the axially outer ends of the second and third shoulder sipes and parallel the first tread edge .
An ink composition, comprising: an aqueous liquid vehicle; from 2 wt% to 7 wt% self-dispersed pigment dispersed in the aqueous liquid vehicle; and from 0.1 wt% to 1 wt% monovalent salt, wherein the self-dispersed pigment to monovalent salt weight ratio in the ink composition is from 3:1 to 35:1, wherein the self-dispersed pigment has a crash point at a molar concentration of the monovalent salt in the ink composition, and wherein the monovalent salt is present at from 30% to 95% of the molar concentration of the crash point and wherein the self-dispersed pigment is yellow or magenta, and the crash point is from 0.01 M to 0.05 M; or the self-dispersed pigment is cyan, and the crash point is from 0.03 M to 0.1 M. an aqueous liquid vehicle; from 2 wt% to 7 wt% self-dispersed pigment dispersed in the aqueous liquid vehicle; and from 0.1 wt% to 1 wt% monovalent salt, wherein the self-dispersed pigment to monovalent salt weight ratio in the ink composition is from 3:1 to 35:1,
A stator plate for a high-pressure valve for an analytical instrument, the stator plate comprising: a first side and a second side, wherein the first side of the stator plate is suitable for being removably mounted to a mounting plate , said mounting plate being provided with openings, wherein the stator plate has a plurality of peripheral openings in the first side of the stator plate proximal the periphery thereof, including a first peripheral opening, and a plurality of central openings in the second side of the stator plate proximal the center thereof, including a first central opening, wherein each of the peripheral openings of the stator plate are suitable for being in first fluid communication with one of the openings of the mounting plate; and a first fluid pathway formed within the stator plate in third fluid communication between the first peripheral opening and the first central opening, wherein the first fluid pathway further comprises a packed chromatography column, and wherein the second side of the stator plate is adapted to engage with a first side of a rotor seal so that, when the rotor seal is rotatably moved, a second fluid communication is formed between two of the central openings on the second side of the stator plate . a first side and a second side, wherein the first side of the stator plate is suitable for being removably mounted to a mounting plate , said mounting plate being provided with openings, wherein the stator plate has a plurality of peripheral openings in the first side of the stator plate proximal the periphery thereof, including a first peripheral opening, and a plurality of central openings in the second side of the stator plate proximal the center thereof, including a first central opening, wherein each of the peripheral openings of the stator plate are suitable for being in first fluid communication with one of the openings of the mounting plate; and a first fluid pathway formed within the stator plate in third fluid communication between the first peripheral opening and the first central opening, wherein the first fluid pathway further comprises a packed chromatography column, and wherein the second side of the stator plate is adapted to engage with a first side of a rotor seal so that, when the rotor seal is rotatably moved, a second fluid communication is formed between two of the central openings on the second side of the stator plate .
A package for a heat and/or material transfer between liquid and gaseous media in the counter-current, in particular for the water cooling by means of air in cooling towers, comprising a plurality of foil elements profiled by undulations , wherein the undulations provide flow channels and wherein the foil elements are arranged one after the other in the direction of thickness while forming contact points , wherein adjacent foil elements are connected to each other in their contact points and wherein the large surfaces of adjacent foil elements , which large surfaces are facing each other, comprise a fine profiling , characterized in that the fine profiling comprises a ribbing having rib webs and rib grooves , which ribbing extends transversely with respect to the flow channels , wherein a rib groove is arranged between two adjacent rib webs , wherein the transitions between successive rib webs and rib grooves are essentially radius-free.
Electronic module comprising a dielectric film and a metallized layer comprising at least one contact pad of a connection terminal block, said dielectric film forming an outer face of said module and comprising at least one opening formed in its thickness, said metallized layer being obtained from a metallic film, characterized in that a module support film consists of an assembly of said dielectric film and said metallized layer , and in that said at least one opening opens onto said at least one contact pad of the metallized layer .
Frictionless service carriage system for lateral hose guidance, comprising: - a shaft comprising a first and a second spiral-shaped guide in its surface, each spiral-shaped guide configured to define a linear movement along the longitudinal axis of the shaft of a carriage in opposite directions and both spiral-shaped guides crossing each other along the longitudinal axis of the shaft , - the carriage comprising a movable element configured to be located into a guide comprising said spiral-shaped guides and movable along it ,the movable element comprising a set of rolling elements configured to roll one behind the other along the first or second spiral-shaped guide of the shaft and configured such that in a crossing with the other of the first or second spiral-shaped guide , the set of rolling elements has at least two contact points with the spiral-shaped guide for which it rolls, - the carriage comprising a support for supporting the set of rolling elements configured such that it allows all the rolling elements to be in contact with the spiral-shaped guides when rolling, characterized in that the carriage comprises a rod located perpendicular to the support , the rod and the support being configured such that the support is rotatable around the longitudinal axis of the rod . - a shaft comprising a first and a second spiral-shaped guide in its surface, each spiral-shaped guide configured to define a linear movement along the longitudinal axis of the shaft of a carriage in opposite directions and both spiral-shaped guides crossing each other along the longitudinal axis of the shaft , - the carriage comprising a movable element configured to be located into a guide comprising said spiral-shaped guides and movable along it ,the movable element comprising a set of rolling elements configured to roll one behind the other along the first or second spiral-shaped guide of the shaft and configured such that in a crossing with the other of the first or second spiral-shaped guide , the set of rolling elements has at least two contact points with the spiral-shaped guide for which it rolls, - the carriage comprising a support for supporting the set of rolling elements configured such that it allows all the rolling elements to be in contact with the spiral-shaped guides when rolling,
A system for supporting a single logical Internet Protocol, IP, subnet across multiple independent layer 2 subnets in a high performance computing environment, comprising: a computer, the computer comprising one or more microprocessors; a logical device , the logical device being addressed by a layer 3 address, wherein the logical device comprises a plurality of network adapters (AP1-APn); and a plurality of switches (3020-3040) including at least a first, a second and a third switch, each of the switches comprising a plurality of ports (SP1-1 - SP3-4); a first discrete layer 2 subnet connected to the first switch and the second switch; a second discrete later 2 subnet connected to the third switch, wherein the second discrete layer 2 subnet is independent of the first discrete layer 2 subnet; wherein each of the first, second and third switches is connected to a separate physical port of a network adapter of the plurality of network adapters; wherein the first and second switches are interconnected via one or more control links; wherein a mapping function is provided at the logical device; wherein the logical device is configured to receive a packet , the packet comprising a source address (SIP1) and a plurality of destination addresses (DIP1, DMAC1); wherein the logical device is configured to update at least one of the plurality of destination addresses based on lookups of the plurality of destination addresses in the mapping function; and wherein the logical device is configured to forward the received packet comprising the updated destination address to one of the first and the second discrete layer 2 subnets based on load balancing. a computer, the computer comprising one or more microprocessors; a logical device , the logical device being addressed by a layer 3 address, wherein the logical device comprises a plurality of network adapters (AP1-APn); and a plurality of switches (3020-3040) including at least a first, a second and a third switch, each of the switches comprising a plurality of ports (SP1-1 - SP3-4); a first discrete layer 2 subnet connected to the first switch and the second switch; a second discrete later 2 subnet connected to the third switch, wherein the second discrete layer 2 subnet is independent of the first discrete layer 2 subnet; wherein each of the first, second and third switches is connected to a separate physical port of a network adapter of the plurality of network adapters; wherein the first and second switches are interconnected via one or more control links; wherein a mapping function is provided at the logical device; wherein the logical device is configured to receive a packet , the packet comprising a source address (SIP1) and a plurality of destination addresses (DIP1, DMAC1); wherein the logical device is configured to update at least one of the plurality of destination addresses based on lookups of the plurality of destination addresses in the mapping function; and wherein the logical device is configured to forward the received packet comprising the updated destination address to one of the first and the second discrete layer 2 subnets based on load balancing.
Neural network system , comprising: - a first electronic calculation module (301-1) for calculating an output from a first neuron by means of an activation function (φ) in a binary data format in the two's complement format having a first bit range (203-1) having a most significant bit for indicating that the value of the activation function (φ) is zero, and a second bit range (203-2) for encoding a positive value of the activation function (φ); and - a second electronic calculation module (301-2) for calculating the output from a second neuron on the basis of the output from the first neuron by omitting a multiplication and accumulation of the output from the first neuron if the data format indicates that the value of the activation function (φ) is zero. - a first electronic calculation module (301-1) for calculating an output from a first neuron by means of an activation function (φ) in a binary data format in the two's complement format having a first bit range (203-1) having a most significant bit for indicating that the value of the activation function (φ) is zero, and a second bit range (203-2) for encoding a positive value of the activation function (φ); and - a second electronic calculation module (301-2) for calculating the output from a second neuron on the basis of the output from the first neuron by omitting a multiplication and accumulation of the output from the first neuron if the data format indicates that the value of the activation function (φ) is zero.