mhurhangee/ep-ind-claims huggingface dataset:
Method of operating an audit function in a congestion exposure-enabled network, comprising: sending hosts and receiving hosts communicating with each other by sending flows of packets over network paths via intermediate routers (106, 108, 110), which, upon detecting congestion, mark packets of said flows as congestion packets, the receiving hosts, indicating congestion to the sending hosts by means of a congestion feedback mechanism, the sending hosts, upon receiving congestion indications and to declare their contribution to congestion, marking a subset of the packets they send as congestion response packets, thereby producing either conformant flows or non-conformant flows, depending on whether the amount of congestion response packets in a flow is balanced with a congestion level indicated to a sending host by means of the congestion feedback mechanism or not, characterized in that the method further comprises: said audit function carrying out in succession a series of traffic analyzing steps for identifying said non-conformant flows, an initial step of said series of traffic analyzing steps including monitoring the overall traffic aggregate at network egress and aggregating said congestion marked packets and said congestion response packets for said overall traffic aggregate, and subsequent steps of said series of traffic analyzing steps being triggered when a running difference between said congestion marked packets and said congestion response packets exceeds a predefined threshold. sending hosts and receiving hosts communicating with each other by sending flows of packets over network paths via intermediate routers (106, 108, 110), which, upon detecting congestion, mark packets of said flows as congestion packets, the receiving hosts, indicating congestion to the sending hosts by means of a congestion feedback mechanism, the sending hosts, upon receiving congestion indications and to declare their contribution to congestion, marking a subset of the packets they send as congestion response packets, thereby producing either conformant flows or non-conformant flows, depending on whether the amount of congestion response packets in a flow is balanced with a congestion level indicated to a sending host by means of the congestion feedback mechanism or not, said audit function carrying out in succession a series of traffic analyzing steps for identifying said non-conformant flows, an initial step of said series of traffic analyzing steps including monitoring the overall traffic aggregate at network egress and aggregating said congestion marked packets and said congestion response packets for said overall traffic aggregate, and subsequent steps of said series of traffic analyzing steps being triggered when a running difference between said congestion marked packets and said congestion response packets exceeds a predefined threshold.
A panel comprising an open-channel stiffener, the open-channel stiffener stiffening the panel, the open-channel stiffener comprising a bonding flange bonding the stiffener to the panel through a bondline formed between the bonding flange and the panel, the stiffener having a cross-sectional shape configured to align a shear center of the stiffener with a centroid of the stiffener and to align the shear center proximate an edge of the bondline, either aligned with the edge or 0.635 cm (1/4 inch) to 1.27 cm (1/2 inch) inward from the edge, such that the shear center is over the bondline wherein the open-channel stiffener further comprises a plurality of perforations through the bonding flange that permit an adhesive to wick into the perforations to create a mechanical interlock between the bonding flange and the panel, and characterized in that the open-channel stiffener further comprises a plurality of raised areas that create a texture on a bonding surface of the bonding flange to provide a flow path for an adhesive between the bonding flange and the panel. wherein the open-channel stiffener further comprises a plurality of perforations through the bonding flange that permit an adhesive to wick into the perforations to create a mechanical interlock between the bonding flange and the panel, and characterized in that the open-channel stiffener further comprises a plurality of raised areas that create a texture on a bonding surface of the bonding flange to provide a flow path for an adhesive between the bonding flange and the panel.
An operating method of a professional tunnel dish-washing machine comprising: an outer casing which is provided with a pass-through longitudinal tunnel extending substantially horizontally through the same casing; one or more inspection doors selectively openable to access a corresponding stretch of the longitudinal tunnel; and a linear conveyer adapted to advance a series of dish racks along said longitudinal tunnel; the longitudinal tunnel having inside at last one washing station wherein a first group of nozzles directs jets of washing liquid against the dish racks moving above a first collecting basin located on the bottom of the longitudinal tunnel; and at least one rinse station wherein a second group of nozzles (32, 44, 50) directs jets of rinsing liquid against the dish racks moving above a second collecting basin (30, 31) located at the bottom of the longitudinal tunnel; the operating method comprising the step of producing/ creating/preparing a descaling solution inside a tank communicating with said second group of nozzles (32, 44, 50), and the step of feeding said descaling solution to said second group of nozzles (32, 44, 50), said operating method being characterized by comprising the step of feeding said descaling solution also to one or more auxiliary nozzles which are located inside of the longitudinal tunnel and are orientated so as to direct corresponding jets of descaling solution against one or more of said inspection doors, so as to remove the scale present on the same inspection doors, and additionally comprising the step of stopping the flow of descaling solution to the second group of nozzles (32, 44, 50) and to the auxiliary nozzles when the descaling solution accumulated inside the collecting basins (20, 30, 31) reaches a predetermined maximum level.
A shoe sole comprising a device for stabilising movements of two parts of the shoe sole that are movable relative to each other, comprising: a receptacle, which is fixable to a first part of the shoe sole, wherein the receptacle is filled with a filling medium, and wherein the receptacle comprises a receiving opening, wherein the device further comprises a force transmission element, and an interaction element fixable on a second part of the shoe sole via the force transmission element, which is at least partially accommodated displaceably in the receptacle, and extends through the receiving opening, wherein the part of the interaction element that is located in the receptacle is in contact with the filling medium, characterized in that the force transmission element is held pivotably on the end of the interaction element which protrudes out of the receptacle, wherein at least one projection extends from the receptacle, in the region of the receiving opening, in an outward direction of the interaction element along which the interaction element can be displaced in the receptacle, wherein the projection comprises at least one first contact region for contacting the force transmission element. a receptacle, which is fixable to a first part of the shoe sole, wherein the receptacle is filled with a filling medium, and wherein the receptacle comprises a receiving opening, wherein the device further comprises a force transmission element, and an interaction element fixable on a second part of the shoe sole via the force transmission element, which is at least partially accommodated displaceably in the receptacle, and extends through the receiving opening, wherein the part of the interaction element that is located in the receptacle is in contact with the filling medium, characterized in that the force transmission element is held pivotably on the end of the interaction element which protrudes out of the receptacle, wherein at least one projection extends from the receptacle, in the region of the receiving opening, in an outward direction of the interaction element along which the interaction element can be displaced in the receptacle, wherein the projection comprises at least one first contact region for contacting the force transmission element.
Rail for accommodating cable loops for connecting prefabricated components (40, 50), consisting of a rail with a U-shaped profile having a base plate and two angled side plates (12a, 12b; 22a, 22b), with apertures in the base plate of the U-shaped profile for feeding-through cable loops and with a surface structure which improves the grip in the prefabricated component and which is in the form of protruding and/or receding wall portions in the base plate and/or on the side walls (12a, 12b; 22a, 22b) of the U-shaped profile, characterised in that the surface structure has, at least in the base plate of the U-shaped profile, in addition to the apertures for cable loops, at least one cavity, the cross-sectional surface area of which, measured in the plane of the base plate, is at least 4 cm 2 and the minimum length, width and depth dimensions of which are each at least 1 cm, wherein the at least one cavity is formed by an opening in the base plate and a hollow body which is open at its underside and otherwise closed and is inserted to fit into the opening provided in the base plate.
A photovoltaic device comprising: a first conductivity type crystalline silicon region; a second conductivity type first noncrystalline silicon layer; and a substantially intrinsic second noncrystalline silicon layer arranged between said crystalline silicon region and said first noncrystalline silicon layer, wherein said crystalline silicon region includes an n-type crystalline silicon substrate and an i-type epitaxial layer epitaxially grown on said n-type crystalline silicon substrate, said i-type epitaxial layer has an aperiodic corrugated shape having a height of not more than 2nm on the interface between said crystalline silicon region and said second noncrystalline silicon layer; said n-type crystalline silicon substrate has pyramidal irregularities, on the surfaces of which are provided a plurality of terraces exposing silicon planes on the surfaces thereof and a step connecting adjacent said terraces with each other; said aperiodic corrugated shape of said i-type epitaxial layer is formed on the surfaces of said pyramidal irregularities and does not reflect the shape of said terraces and step; and an average plane of the interface between said i-type epitaxial layer having said aperiodic corrugated shape and said second noncrystalline silicon layer is inclined by a prescribed angle from said silicon plane in a rotational direction from the surfaces of said terraces of said n-type crystalline silicon substrate exposing the silicon planes toward the outer surface of said step. a first conductivity type crystalline silicon region; a second conductivity type first noncrystalline silicon layer; and a substantially intrinsic second noncrystalline silicon layer arranged between said crystalline silicon region and said first noncrystalline silicon layer, wherein said crystalline silicon region includes an n-type crystalline silicon substrate and an i-type epitaxial layer epitaxially grown on said n-type crystalline silicon substrate, said i-type epitaxial layer has an aperiodic corrugated shape having a height of not more than 2nm on the interface between said crystalline silicon region and said second noncrystalline silicon layer; said n-type crystalline silicon substrate has pyramidal irregularities, on the surfaces of which are provided a plurality of terraces exposing silicon planes on the surfaces thereof and a step connecting adjacent said terraces with each other; said aperiodic corrugated shape of said i-type epitaxial layer is formed on the surfaces of said pyramidal irregularities and does not reflect the shape of said terraces and step; and an average plane of the interface between said i-type epitaxial layer having said aperiodic corrugated shape and said second noncrystalline silicon layer is inclined by a prescribed angle from said silicon plane in a rotational direction from the surfaces of said terraces of said n-type crystalline silicon substrate exposing the silicon planes toward the outer surface of said step.
An inverse treatment planning method for intensity modulated particle therapy for the treatment of a target within a biological system using at least two fields, each field comprising a plurality of Bragg peaks, the at least two fields being planned to place a defined number of beam spots j from different directions with certain weights w j within the target, wherein the inverse treatment planning method optimizes the weights w j of the beam spots for the at least two fields simultaneously in order to produce a prescribed biological effect within the target by minimizing an objective function based on biological effects ε, the biological effects ε being treated in a linear-quadratic model which describes the biological effects in the target by two parameters α and β, where ε = αD + βD 2, D denoting a dose, and characterised in that the two parameters α and β for each voxel i of the target α i and β i are calculated as dose-averaged mean values of α i,j - and β i, j -components, which relate to all beam spots j contributing to a total dose D i in the voxel i.
A memory for storing data for access by an application program executed by a computerized welding system, characterised in that the memory further comprises: a weld bank data structure that comprises a plurality of interrelated tables in a relational database, the weld bank data structure comprising a plurality of weld banks, wherein each weld bank is for correlating a weld system configuration and a weld file, each weld bank comprises one or more weld files and each weld file comprises: a welding process program data structure; and a weld sequence data structure configured to define at least one of a time parameter and a welding process command parameter, wherein the application program is programmed to retrieve a weld bank from the weld bank data structure, to configure the computerized welding system using the weld configuration, and to perform a weld using data stored in the welding process program and the weld sequence data structures such that the computerized welding system is configurable for any one semi-automatic, automatic, and robotic welding configurations. a weld bank data structure that comprises a plurality of interrelated tables in a relational database, the weld bank data structure comprising a plurality of weld banks, wherein each weld bank is for correlating a weld system configuration and a weld file, each weld bank comprises one or more weld files and each weld file comprises: a welding process program data structure; and a weld sequence data structure configured to define at least one of a time parameter and a welding process command parameter, wherein the application program is programmed to retrieve a weld bank from the weld bank data structure, to configure the computerized welding system using the weld configuration, and to perform a weld using data stored in the welding process program and the weld sequence data structures such that the computerized welding system is configurable for any one semi-automatic, automatic, and robotic welding configurations. a welding process program data structure; and a weld sequence data structure configured to define at least one of a time parameter and a welding process command parameter, wherein the application program is programmed to retrieve a weld bank from the weld bank data structure, to configure the computerized welding system using the weld configuration, and to perform a weld using data stored in the welding process program and the weld sequence data structures such that the computerized welding system is configurable for any one semi-automatic, automatic, and robotic welding configurations.
A steel sheet for shielding a magnetic field, comprising: by weight%, 0.02% or less of carbon, 0.001% to 0.05% of silicon (Si), 0.01% to 0.2% of manganese (Mn), 0.001% or 0.05% of aluminum (Al), 0.005% or less niobium (Nb), 0.07% or less of titanium (Ti), 0.01% or less of nitrogen, 0.015% or less of phosphorus, 0.005% or less of sulfur, and a remainder of iron (Fe) and inevitable impurities, wherein a microstructure has ferrite as a main structure, wherein the ferrite has an average grain size of 100 um or greater. by weight%, 0.02% or less of carbon, 0.001% to 0.05% of silicon (Si), 0.01% to 0.2% of manganese (Mn), 0.001% or 0.05% of aluminum (Al), 0.005% or less niobium (Nb), 0.07% or less of titanium (Ti), 0.01% or less of nitrogen, 0.015% or less of phosphorus, 0.005% or less of sulfur, and a remainder of iron (Fe) and inevitable impurities, wherein a microstructure has ferrite as a main structure, wherein the ferrite has an average grain size of 100 um or greater.
A breeding system for fish belonging to the family of cyprinids, and more particularly for zebrafish of the species Danio rerio, said system comprising: - a breeding tank having a bottom and side walls, - a laying support placed in the breeding tank and comprising a platform forming a laying area placed at a distance from the bottom of the breeding tank, and - a water circulation system configured to modify a level of water in the breeding tank and at least partially flood the platform of the laying support, said system being characterized in that the laying support comprises a funnel including a truncated conical wall having a lower orifice, extending in the vicinity of the bottom of the breeding tank and in fluid communication with the water circulation system through a pipe, and an upper orifice extending at a distance from the bottom, the platform being fixed in the vicinity of the upper orifice of the funnel, and the breeding system further comprises a removable closure member configured to at least partially plug the pipe of the laying support in order to increase a level of water in the breeding tank to at least partially flood the platform, the closure member comprising a pipe at the end of which through holes are formed, said pipe having a height greater than a distance between the lower orifice and the upper orifice. - a breeding tank having a bottom and side walls, - a laying support placed in the breeding tank and comprising a platform forming a laying area placed at a distance from the bottom of the breeding tank, and - a water circulation system configured to modify a level of water in the breeding tank and at least partially flood the platform of the laying support,
A charging system for a battery-operated industrial truck, which is equipped with a first charging unit that works together inductively with a second charging unit to charge a battery provided in the industrial truck, wherein - the second charging unit has a charging coil control unit and at least two coils (50 to 64) which can be activated independently of each other to inductively transmit power to the first charging unit, - and, before transmitting power, the charging coil control unit checks which of the at least two coils (50 to 64) of the second charging unit has a best overlap with the first charging unit and triggers the power transmission via the coil (50 to 64) with the best overlap, characterized in that - the at least two coils of the second charging unit are arranged partially overlapping and have ferrite elements, wherein at least one pair of coils together uses a ferrite element arranged in the radial direction. - the second charging unit has a charging coil control unit and at least two coils (50 to 64) which can be activated independently of each other to inductively transmit power to the first charging unit, - and, before transmitting power, the charging coil control unit checks which of the at least two coils (50 to 64) of the second charging unit has a best overlap with the first charging unit and triggers the power transmission via the coil (50 to 64) with the best overlap, characterized in that - the at least two coils of the second charging unit are arranged partially overlapping and have ferrite elements, wherein at least one pair of coils together uses a ferrite element arranged in the radial direction.
Composite material, comprising - a first and a second grain-oriented electrical steel strip layer, and-a polymer layer arranged therebetween, wherein the polymer layer consists of a cross-linked high-molecular acrylate-based copolymer and has a layer thickness of 3 μm to 10 μm, wherein the cross-linked high-molecular acrylate-based copolymer is composed of - a copolymerized mixture of at least - an alkyl acrylate ester monomer unit and/or alkyl methacrylate ester monomer unit, wherein both of which have an alkyl group which has 1 to 12 carbon atoms, - a glycidyl monomer unit, - an unsaturated carboxylic acid monomer unit, and - a cross-linking agent and the copolymerized mixture has an average molar mass of 500 kDa to 1500 kDa. - a first and a second grain-oriented electrical steel strip layer, and-a polymer layer arranged therebetween, wherein the polymer layer consists of a cross-linked high-molecular acrylate-based copolymer and has a layer thickness of 3 μm to 10 μm, wherein the cross-linked high-molecular acrylate-based copolymer is composed of - a copolymerized mixture of at least - an alkyl acrylate ester monomer unit and/or alkyl methacrylate ester monomer unit, wherein both of which have an alkyl group which has 1 to 12 carbon atoms, - a glycidyl monomer unit, - an unsaturated carboxylic acid monomer unit, and - a cross-linking agent and
A composition comprising one or more maltodextrins; lactate; glycerol; acetate; and maltosyl-isomaltooligosaccharides (MIMOs) with a mass average molecular weight distribution of 650 to 2000 daltons, wherein the MIMOs have a degree of polymerization ranging from DP 3 to DP 30, made by a method comprising: (a) contacting natural dextransucrase-producing microorganism cells with an aqueous culture medium comprising a ratio of sucrose to maltose ranging from 2.0 to 4.5 to form a fermentation mixture, where at least one source of the sucrose and the maltose in the fermentation mixture is a non-food grade sucrose source or a non-food grade maltose source; and (b) fermenting the fermentation mixture for a time and under conditions to generate a composition comprising maltosyl-isomaltooligosaccharides (MIMOs) with a mass average molecular weight distribution of 650 to 2000 daltons. (a) contacting natural dextransucrase-producing microorganism cells with an aqueous culture medium comprising a ratio of sucrose to maltose ranging from 2.0 to 4.5 to form a fermentation mixture, where at least one source of the sucrose and the maltose in the fermentation mixture is a non-food grade sucrose source or a non-food grade maltose source; and (b) fermenting the fermentation mixture for a time and under conditions to generate a composition comprising maltosyl-isomaltooligosaccharides (MIMOs) with a mass average molecular weight distribution of 650 to 2000 daltons.