mhurhangee/ep-ind-claims huggingface dataset:
A data transmission method, wherein the method comprises: receiving, by a switch, data flows, wherein the switch is a switch in the OpenFlow protocol; classifying, by the switch, the received data flows into two classes of data flows according to data features of the received data flows by using a decision tree model established using a flow table pipeline of the switch, wherein the decision tree model is obtained by training a data feature of a historical data flow and label information of the historical data flow, the label information indicates a class of a data flow, the decision tree model comprises at least one decision node, and each decision node comprises one flow table of the flow table pipeline and performs matching on one data feature of the received data flows, to decide a splitting direction to a next node to distinguish between the two classes of data flows; reporting a first-class data flow of the two classes of data flows to a controller, so that the controller computes a transmission path of the first-class data flow; and determining a transmission path of a second-class data flow of the two classes of data flows according to local flow table information of the switch, and directly transmitting the second-class data flow according to the transmission path. receiving, by a switch, data flows, wherein the switch is a switch in the OpenFlow protocol; classifying, by the switch, the received data flows into two classes of data flows according to data features of the received data flows by using a decision tree model established using a flow table pipeline of the switch, wherein the decision tree model is obtained by training a data feature of a historical data flow and label information of the historical data flow, the label information indicates a class of a data flow, the decision tree model comprises at least one decision node, and each decision node comprises one flow table of the flow table pipeline and performs matching on one data feature of the received data flows, to decide a splitting direction to a next node to distinguish between the two classes of data flows; reporting a first-class data flow of the two classes of data flows to a controller, so that the controller computes a transmission path of the first-class data flow; and determining a transmission path of a second-class data flow of the two classes of data flows according to local flow table information of the switch, and directly transmitting the second-class data flow according to the transmission path.
An upper for an article of footwear, comprising: a base layer; a first skin layer partially covering the base layer; and a second skin layer partially covering the base layer, characterised in that: (a) at a first portion of the upper, the first skin layer directly contacts and is fuse bonded to the base layer and is covered by the second skin layer and (b) at a second portion of the upper, the second skin layer directly contacts and is fuse bonded to the base layer and is covered by the first skin layer. a base layer; a first skin layer partially covering the base layer; and a second skin layer partially covering the base layer, characterised in that: (a) at a first portion of the upper, the first skin layer directly contacts and is fuse bonded to the base layer and is covered by the second skin layer and (b) at a second portion of the upper, the second skin layer directly contacts and is fuse bonded to the base layer and is covered by the first skin layer.
Single-layer or multi-layer, biaxially oriented polyester film containing less than 30 ppm antimony and less than 30 ppm germanium, which: - has an elongation at break of more than 50 % in each film direction (MD and TD), measured before a 90-minute temperature treatment at 180 °C, as explained in the description under "Mechanical properties", - is 6 to 100 μm thick, - consists in total to an extent of more than 80 % by weight of a thermoplastic polyester synthesized from ethylene glycol and terephthalic acid (= polyethylene terephthalate, PET) and which is characterized in that it - has at least one layer - in the case of a multi-layer film, an outer layer - which consists to an extent of less than 95 % by mole of PET, the remaining molar percentages being copolyesters which contain isophthalic acid as a copolyester component, and this layer contains at least 300 ppm (based on this layer not consisting of homopolyester) of a radical scavenger selected from the group of phenolic antioxidants containing the structural element where the overall film contains 50-10 000 ppm of a radical scavenger. - has an elongation at break of more than 50 % in each film direction (MD and TD), measured before a 90-minute temperature treatment at 180 °C, as explained in the description under "Mechanical properties", - is 6 to 100 μm thick, - consists in total to an extent of more than 80 % by weight of a thermoplastic polyester synthesized from ethylene glycol and terephthalic acid (= polyethylene terephthalate, PET) - has at least one layer - in the case of a multi-layer film, an outer layer - which consists to an extent of less than 95 % by mole of PET, the remaining molar percentages being copolyesters which contain isophthalic acid as a copolyester component, and this layer contains at least 300 ppm (based on this layer not consisting of homopolyester) of a radical scavenger selected from the group of phenolic antioxidants containing the structural element where the overall film contains 50-10 000 ppm of a radical scavenger.
A heat-absorbing glass plate which is made of soda lime silica glass, wherein the heat-absorbing glass plate contains iron, tin and sulfur, wherein, as represented by mass% based on oxides, the MgO content is at least 0% and less than 2.0%, the Na 2 O content is from 5 to 18%, the amount of total tin as calculated as SnO 2 is at least 0.02% and less than 0.4%, the amount of total iron as calculated as Fe 2 O 3 is from 0.1 to 0.9%, the amount of total sulfur as calculated as SO 3 is at least 0.005% and at most 0.1%, and which contains substantially no CeO 2 or which substantially contains CeO 2 and has a CeO 2 content of less than 0.6% as represented by mass% based on oxides, and the ratio (SnO 2 /SO 3) of the amount of total tin to the amount of total sulfur as calculated as SO 3 is from 0.2 to 100, wherein the ratio Tv/Te of the visible light transmittance Tv (by illuminant A, 2° visual field) as defined in JIS R3106 to the solar transmittance Te as defined in JIS R3106, and the amount of total iron t-Fe 2 O 3 as calculated as Fe 2 O 3 as represented by mass% based on oxides, calculated as 4 mm thickness of the glass plate, are in a relation of the following formulae: Tv/Te>1.70 when t-Fe 2 O 3 is less than 0.351%; Tv/Te>1.252 × (t-Fe 2 O 3) +1.260 when t-Fe 2 O 3 is at least 0.351% and less than 0.559%; and Tv/Te>1.960 when t-Fe 2 O 3 is at least 0.559%. Tv/Te>1.70 when t-Fe 2 O 3 is less than 0.351%; Tv/Te>1.252 × (t-Fe 2 O 3) +1.260 when t-Fe 2 O 3 is at least 0.351% and less than 0.559%; and Tv/Te>1.960 when t-Fe 2 O 3 is at least 0.559%.
Method for manufacturing a multi-layer security product, comprising the steps of: - preparing an inlay layer or a layer composite containing an inlay layer, - checking a function capability of the inlay layer, - applying at least one personalised and/or individualised lamination layer onto the inlay layer, or the layer composite containing the inlay layer, only and exclusively if the functional capability is present, characterised in that - a replacement layer is applied onto the inlay layer, or onto the layer composite containing the inlay layer, in the event of the functional capability not being present. - preparing an inlay layer or a layer composite containing an inlay layer, - checking a function capability of the inlay layer, - applying at least one personalised and/or individualised lamination layer onto the inlay layer, or the layer composite containing the inlay layer, only and exclusively if the functional capability is present, characterised in that - a replacement layer is applied onto the inlay layer, or onto the layer composite containing the inlay layer, in the event of the functional capability not being present.
A three-dimensional shaping device consisting of two chambers positioned adjacent to each other, wherein within each of the two chambers, a region of an elevatable/lowerable table for forming a powder layer and a region of a powder supply device are divided by a shield plate, an inert gas injection port is provided in the region of the elevatable/lowerable table, the shield plate is made so as to be freely opened or closed so that a powder spraying squeegee traveling on the table is passed through, wherein a region of a horizontal-direction drive mechanism for the powder spraying squeegee and the region of the table are divided by the shield plate, wherein the table is provided in each of the regions on a side where the two chambers are adjacent to each other, the powder supply device is provided in each of the regions where the two chambers are not adjacent to each other, wherein one sintering device is provided which applies a laser beam to a shaping region of a three-dimensional shaped article via a transparent region in a ceiling of each of the two chambers, wherein one main shaft for cutting a sintered three-dimensional shaped article and a three-dimensional-direction drive mechanism for the main shaft are provided within the region of the table, wherein the three-dimensional-direction drive mechanism, by which the main shaft is moved, is provided within the regions where the two chambers are adjacent to each other, wherein a horizontal-direction drive mechanism, by which the sintering device is moved, is provided on an upper side of the ceiling of the regions where the two chambers are adjacent to each other and wherein a control device is provided which alternately moves the one main shaft and the one sintering device between the two chambers.
Nozzle for vacuum cleaners comprising a housing with a suction channel, a lighting device configured to illuminate an adjacent area to be cleaned and switching means for activating said lighting device, characterised in that, the nozzle comprises sensing means adapted to determine a measurement value at the nozzle and the switching means coupled to said sensing means are adapted to automatically activate the lighting device, if the measurement value is above a predefined threshold value.
Bicycle tyre, comprising a carcass structure and a tread band applied in a radially outer position with respect to the carcass structure, wherein the tread band comprises a crown portion extending astride of an equatorial plane of the tyre and having a predetermined radius of curvature, and a pair of lateral portions arranged on axially opposite sides with respect to the crown portion, characterised in that each of said lateral portions has a second radius of curvature greater than said first radius of curvature and in that the bicycle tyre has a weight comprised between about 0.25 Kg and about 1.4 Kg, the extreme values being included.
A method for preparing an antioxidant material containing a flavonoid aglycon and vitamin C, wherein the flavonoid aglycon is eriodictyol and/or diosmetin, the method characterized by: providing raw material containing a flavonoid glycoside derived from lemons, limes, or sudachis; and treating the raw material with β-glycosidase derived from Penicillium multicolor to obtain a flavonoid aglycon from the flavonoid glycoside in the raw material. providing raw material containing a flavonoid glycoside derived from lemons, limes, or sudachis; and treating the raw material with β-glycosidase derived from Penicillium multicolor to obtain a flavonoid aglycon from the flavonoid glycoside in the raw material.
A method of operation of an electric turbocompounding system, the system comprising a turbocharger arranged in fluid communication with a reciprocating engine and a turbogenerator arranged in fluid communication with a turbine of the turbocharger, the method comprising the steps of: retrieving from the engine ECU data pertaining to engine condition; retrieving from a set of turbine efficiency data an optimum turbogenerator speed at the engine condition; setting a desired turbogenerator set speed based on the engine condition and on a speed at which turbine efficiency is deemed to be optimum; measuring an output voltage of the turbogenerator, comparing the measured voltage with a pre-determined voltage range and where the measured voltage falls outside of the pre-determined voltage range, adjusting the turbogenerator set speed to reduce or increase the output voltage to within the pre-determined voltage range. retrieving from the engine ECU data pertaining to engine condition; retrieving from a set of turbine efficiency data an optimum turbogenerator speed at the engine condition; setting a desired turbogenerator set speed based on the engine condition and on a speed at which turbine efficiency is deemed to be optimum; setting a desired turbogenerator set speed based on the engine condition and on a speed at which turbine efficiency is deemed to be optimum; measuring an output voltage of the turbogenerator, comparing the measured voltage with a pre-determined voltage range and where the measured voltage falls outside of the pre-determined voltage range, adjusting the turbogenerator set speed to reduce or increase the output voltage to within the pre-determined voltage range.
A detector for calculating a depth of a buried conductor, the detector comprising: a plurality of antennas for detecting an electromagnetic field radiated by said conductor; means for calculating the depth of said conductor based on the field detected by the antennas; and means for displaying the calculated depth of said conductor, wherein the detector is configured to operate such that the calculated depth is displayed on means for displaying the calculated depth only when one or more predetermined criteria are satisfied, characterised in that the detector further comprises means for calculating an angle θbetween the vertical and a line joining said conductor to the detector, wherein a predetermined criterion is the angle θis within ±10°, and / or means for calculating an angle φbetween an axis of said conductor and a plane perpendicular to an axis of the antennas, wherein a predetermined criterion is the angle φ is within ±10°. a plurality of antennas for detecting an electromagnetic field radiated by said conductor; means for calculating the depth of said conductor based on the field detected by the antennas; and means for displaying the calculated depth of said conductor, wherein the detector is configured to operate such that the calculated depth is displayed on means for displaying the calculated depth only when one or more predetermined criteria are satisfied, characterised in that the detector further comprises means for calculating an angle θbetween the vertical and a line joining said conductor to the detector, wherein a predetermined criterion is the angle θis within ±10°, and / or means for calculating an angle φbetween an axis of said conductor and a plane perpendicular to an axis of the antennas, wherein a predetermined criterion is the angle φ is within ±10°.
Seeder, in particular single-grain seeder, with at least one sowing unit, wherein the sowing unit has at least two separate seed-loading devices (9L, 9R) and at least one spreading member, wherein each of the seed-loading devices (9L, 9R) has a separate metering member (10L, 10R) for producing a seed flow to the spreading member, and the spreading member is configured to conduct a quantity of seed to the ground, wherein the seeder comprises a control and/or regulating device which is configured to control the metering members (10L, 10R) and the at least one spreading member of the sowing unit and to store field-specific data, wherein the sowing unit has a single spreading member, characterized in that the control and/or regulating device is configured to set the ratio between the seed flow produced by at least one of the metering members (10L, 10R) and the quantity of seed conveyed by the spreading member, and in that the ratio is set to at least approximately one.
A cleaning machine adapted for cleaning a wash load of clothes with a non-aqueous working fluid and constructed and arranged to provide: a plurality of first enclosures; a wash unit in each of said first enclosures, said wash unit having a wash chamber for containing the wash load located within said wash unit; a second enclosure; a reclamation unit in said second enclosure; conduits extending between said wash unit and said reclamation unit, wherein said second enclosure comprises a module that can be detached from one of said first enclosures and attached to a different one of said first enclosures, and a control for operating said cleaning machine through a series of washing steps characterised by comprising a drying loop module including at least an oxygen adsorption unit for enabling the oxygen concentration of the working fluid to be maintained below 8% vol/vol threshold. a plurality of first enclosures; a wash unit in each of said first enclosures, said wash unit having a wash chamber for containing the wash load located within said wash unit; a second enclosure; a reclamation unit in said second enclosure; conduits extending between said wash unit and said reclamation unit, wherein said second enclosure comprises a module that can be detached from one of said first enclosures and attached to a different one of said first enclosures, and a control for operating said cleaning machine through a series of washing steps characterised by comprising a drying loop module including at least an oxygen adsorption unit for enabling the oxygen concentration of the working fluid to be maintained below 8% vol/vol threshold.
Container to be used for preparing a multi-layered blood product by centrifugation, said container comprising a substantially cylindrical body with a closed bottom and a top having a filling opening as well as a filter device which is slidable inside the container, and means (35, 36, 39, 40, 42) for releasable fixation of the filter device adjacent to the bottom of the container the filling opening being closed by a penetrable membrane, characterised in that the filter device comprises a substantially planar mesh providing a collecting surface for the blood product during the centrifugation and a supporting buoyancy body, for lifting the blood product collected above or on the mesh of the filter device, to the surface of the liquid in the container during centrifugation of the container.
An insulating spacer configured to be used in a battery pack including unit cells stacked on each other and electrically connected by a bus bar along a stacking direction of the unit cells, and each of the unit cells having a cell body including a power-generating element formed in a flat shape and an electrode tab extending out from the cell body with a distal end portion of the electrode tab being bent along a thickness direction of the cell body, the insulating spacer being configured to be provided between each of the unit cells, and the insulating spacer comprising: an abutting portion arranged and configured to abut the distal end portion of the electrode tab from a direction intersecting the stacking direction of the unit cells; a side surface arranged to face the distal end portion of the electrode tab in the direction intersecting the stacking direction of the unit cells; and a recessed portion formed in the side surface, the recessed portion arranged to be recessed in the direction intersecting the stacking direction of the unit cells so as to be separated from the distal end portion of the electrode tab; characterized in that the insulating spacer further comprises a communicating portion that includes a gap between the side surface and the electrode tab and communicates an inside of the recessed portion with an outside of the recessed portion when the abutting portion is abutted against the distal end portion of the electrode tab. an abutting portion arranged and configured to abut the distal end portion of the electrode tab from a direction intersecting the stacking direction of the unit cells; a side surface arranged to face the distal end portion of the electrode tab in the direction intersecting the stacking direction of the unit cells; and a recessed portion formed in the side surface, the recessed portion arranged to be recessed in the direction intersecting the stacking direction of the unit cells so as to be separated from the distal end portion of the electrode tab; characterized in that the insulating spacer further comprises a communicating portion that includes a gap between the side surface and the electrode tab and communicates an inside of the recessed portion with an outside of the recessed portion when the abutting portion is abutted against the distal end portion of the electrode tab.
Actuator for operating an adjusting element, which when operated performs an adjusting movement, which actuator comprising at least one electrically activatable piezoelectric actuator element for exerting a deflecting movement of the actuator element, the actuator element being connected to the adjusting element for transmitting the deflecting movement, characterized by a housing with a variable-shape displacer enclosed therein for transmitting the deflecting movement, wherein the actuator element is arranged in such a way that during operation the deflecting movement is transmitted to the displacer, so that, as a result of a deformation, the displacer performs a yielding movement, wherein the housing is formed as a guide for the displacer in such a way that the yielding movement of the displacer in the housing is directed in a defined adjusting direction, and wherein the adjusting element is in operative connection with the displacer in such a way that the yielding movement of the displacer is transmitted to the adjusting element for exerting the adjusting movement in the adjusting direction, characterized, in that the housing is formed as a tubular hollow body extending in the adjusting direction in which the end face of the tube that is opposite from the adjusting element is closed by a terminating element, the terminating element being connected to an actuator element by way of electrical terminal contacts.