mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: determining, by a first edge device, that a duplicate host exists on a network between the first edge device and a second edge device by detecting a flapping of a host identifier of a host, wherein the host identifier of the host is announced to a control plane of the network as being connected to the first edge device and, subsequently, as being connected to the second edge device; detecting, by the first edge device in response to determining that the duplicate host exists on the network between the first edge device and the second edge device, whether a loop exists between the first edge device and the second edge device, wherein detecting whether the loop exists comprises, sending a message on a plurality of access-side ports of the first edge device, and determining whether, in response to sending the message on the plurality of access-side ports of the first edge device, a response is received on a first access-side port of the plurality of access-side ports of the first edge device, the reception of the response on the first access-side port of the plurality of access-side ports of the first edge device being indicative of the loop; and mitigating, by the first edge device, the detected loop in response to receiving the response. determining, by a first edge device, that a duplicate host exists on a network between the first edge device and a second edge device by detecting a flapping of a host identifier of a host, wherein the host identifier of the host is announced to a control plane of the network as being connected to the first edge device and, subsequently, as being connected to the second edge device; detecting, by the first edge device in response to determining that the duplicate host exists on the network between the first edge device and the second edge device, whether a loop exists between the first edge device and the second edge device, wherein detecting whether the loop exists comprises, sending a message on a plurality of access-side ports of the first edge device, and determining whether, in response to sending the message on the plurality of access-side ports of the first edge device, a response is received on a first access-side port of the plurality of access-side ports of the first edge device, the reception of the response on the first access-side port of the plurality of access-side ports of the first edge device being indicative of the loop; and sending a message on a plurality of access-side ports of the first edge device, and determining whether, in response to sending the message on the plurality of access-side ports of the first edge device, a response is received on a first access-side port of the plurality of access-side ports of the first edge device, the reception of the response on the first access-side port of the plurality of access-side ports of the first edge device being indicative of the loop; and mitigating, by the first edge device, the detected loop in response to receiving the response.
Method of measuring the speed of a vehicle, in which - a radar system directs a radar beam at a road in such a manner that several vehicles at the same time can drive through a measuring range defined by the radar beam, - a part of the radar beam is reflected by at least one vehicle, - the reflected beam portion is compared to the radar beam directed at the road, - measured values for the speed and the distance from the radar system linked to the vehicles are derived from the comparison, - the derived speeds are compared to a maximum permissible speed, - a camera is activated for the purpose of creating an image if a derived speed is higher than the maximum permissible speed, with the derived speed and the vehicle for which the excessive speed was derived being contained on the image, - the measured values are continuously derived several times throughout the duration of the passage of the vehicles through the measuring range, - the plausibility of previously measured values is assessed by means of subsequently derived measured values, characterized in that - the measured values for the distances are used to characterize the vehicle traces of the reflecting vehicles relative to the distance from the radar system, - the vehicle trace of the vehicle in the image, linked to the vehicle for which the excessive speed was derived, is marked. - a radar system directs a radar beam at a road in such a manner that several vehicles at the same time can drive through a measuring range defined by the radar beam, - a part of the radar beam is reflected by at least one vehicle, - the reflected beam portion is compared to the radar beam directed at the road, - measured values for the speed and the distance from the radar system linked to the vehicles are derived from the comparison, - the derived speeds are compared to a maximum permissible speed, - a camera is activated for the purpose of creating an image if a derived speed is higher than the maximum permissible speed, with the derived speed and the vehicle for which the excessive speed was derived being contained on the image, - the measured values are continuously derived several times throughout the duration of the passage of the vehicles through the measuring range, - the plausibility of previously measured values is assessed by means of subsequently derived measured values, - the measured values for the distances are used to characterize the vehicle traces of the reflecting vehicles relative to the distance from the radar system, - the vehicle trace of the vehicle in the image, linked to the vehicle for which the excessive speed was derived, is marked.
An apparatus for controlling steering of an industrial vehicle, comprising: a wheel angle detector configured to detect a wheel angle of a steerable wheel; a travel determining device configured to determine whether or not the industrial vehicle travels at a specified speed or higher; and a control calculation device (30, 37) configured to calculate an average wheel angle and a maximum variation of the wheel angle in a specified period of time and to learn a reference steering limit angle, characterized in that the control calculation device (30, 37) determines that the steerable wheel is in a steering limit state if an actual traveling speed of the industrial vehicle is maintained at the specified speed or higher for the specified period of time or longer, the average wheel angle in the specified period of time is at a specified angle or greater, and the maximum variation of the wheel angle in the specified period of time is at a specified value or less, and wherein the control calculation device (30, 37) renews the reference steering limit angle if the steerable wheel is determined to be in the steering limit state. a wheel angle detector configured to detect a wheel angle of a steerable wheel; a travel determining device configured to determine whether or not the industrial vehicle travels at a specified speed or higher; and a control calculation device (30, 37) configured to calculate an average wheel angle and a maximum variation of the wheel angle in a specified period of time and to learn a reference steering limit angle, characterized in that the control calculation device (30, 37) determines that the steerable wheel is in a steering limit state if an actual traveling speed of the industrial vehicle is maintained at the specified speed or higher for the specified period of time or longer, the average wheel angle in the specified period of time is at a specified angle or greater, and the maximum variation of the wheel angle in the specified period of time is at a specified value or less, and wherein the control calculation device (30, 37) renews the reference steering limit angle if the steerable wheel is determined to be in the steering limit state.
Device for conveying a fine-particle medium, in particular a granulate, comprising a flexible receptacle for receiving the medium, a receiving fixture for fastening of the receptacle in the region of an upper end facing away from a base of the receptacle, and a suction apparatus, inserted from above into the receptacle, for sucking the medium out of the receptacle, wherein outside the receptacle, in its base region or its lateral region, is arranged an apparatus for acting on the receptacle for the purpose of its deformation, wherein the device has a stable container, which receives the receptacle in its interior, the container has a container bottom part and a container lid mounted in said bottom part, wherein the receptacle is clamped, in the region of its upper end, between the container bottom part and the container lid, wherein the container lid has an opening which passes, in particular axially guided, through a lance of the suction apparatus, characterized in that the container is configured in the style or form of a commercially available waste receptacle with container bottom part and container lid mounted pivotably in said bottom part and the receptacle is clamped, in the region of its upper end, between the container bottom part and the container lid fixedly connected thereto, and also the apparatus for acting on the receptacle within the container is disposed beneath the receptacle.
An aqueous alkaline hand dishwash liquid detergent formulation comprising: i) 9 to 20 wt% calculated on total amount of formulation of a surfactant system; wherein 2 to 5 wt% calculated on total amount of formulation of the surfactant system comprises a linear alkyl benzene sulfonate; and 7 to 17 wt% calculated in total amount of formulation of the surfactant system comprise an alkyl ether sulfate; and wherein less than 1 wt% calculated on total amount of formulation of the surfactant system comprises non-ionic surfactant; and wherein the weight ratio of linear alkyl benzene sulfonate (as LAS acid) to alkyl ether sulfate is lower than or equal to 1: 2.2; and ii) wherein the pH of the formulation is in the range 9.1 to 11; iii) wherein the formulation further comprises a pH adjustment, buffering and thickening system which comprises at least 5 wt% of the total formulation, wherein the system comprises one or more components selected from the group consisting of sodium carbonate, sodium hydrogen carbonate, potassium carbonate and potassium hydrogen carbonate; and iv) wherein the formulation has a viscosity in the range of from 1.5 to 6.0 Pa.s when measured at a shear rate of 21 s -1 at 25 °C; and wherein the viscosity is measured using an Anton Paar Physica - DSR 301 measuring head Automated Sample Changer, geometry - CC27. DIN concentric cylinder. i) 9 to 20 wt% calculated on total amount of formulation of a surfactant system; wherein 2 to 5 wt% calculated on total amount of formulation of the surfactant system comprises a linear alkyl benzene sulfonate; and 7 to 17 wt% calculated in total amount of formulation of the surfactant system comprise an alkyl ether sulfate; and wherein less than 1 wt% calculated on total amount of formulation of the surfactant system comprises non-ionic surfactant; and wherein the weight ratio of linear alkyl benzene sulfonate (as LAS acid) to alkyl ether sulfate is lower than or equal to 1: 2.2; and ii) wherein the pH of the formulation is in the range 9.1 to 11; iii) wherein the formulation further comprises a pH adjustment, buffering and thickening system which comprises at least 5 wt% of the total formulation, wherein the system comprises one or more components selected from the group consisting of sodium carbonate, sodium hydrogen carbonate, potassium carbonate and potassium hydrogen carbonate; and iv) wherein the formulation has a viscosity in the range of from 1.5 to 6.0 Pa.s when measured at a shear rate of 21 s -1 at 25 °C; and wherein the viscosity is measured using an Anton Paar Physica - DSR 301 measuring head Automated Sample Changer, geometry - CC27. DIN concentric cylinder.
An apparatus comprising: a channel configured to conduct charge carriers; and a charge carrier generator configured to generate charge carriers for populating the channel, wherein the charge carrier generator comprises a plurality of quantum dots and is configured for resonance energy transfer between the charge carrier generator and a modifiable functionalization of said charge carrier generator, and wherein said modifiable functionalization of said charge carrier generator comprises at least one moiety which under actuation changes between a first configuration and a second configuration and wherein a change in configuration of the said moiety said resonance energy transfer and wherein modification of said resonance energy transfer modifies charge carrier generation by the charge carrier generator to control electrical conductivity of the channel. a channel configured to conduct charge carriers; and a charge carrier generator configured to generate charge carriers for populating the channel, wherein the charge carrier generator comprises a plurality of quantum dots and is configured for resonance energy transfer between the charge carrier generator and a modifiable functionalization of said charge carrier generator, and wherein said modifiable functionalization of said charge carrier generator comprises at least one moiety which under actuation changes between a first configuration and a second configuration and wherein a change in configuration of the said moiety said resonance energy transfer and wherein modification of said resonance energy transfer modifies charge carrier generation by the charge carrier generator to control electrical conductivity of the channel.
A method comprising: receiving (S200, S302, S400), by an identity network computer (104, 600), a query set comprising a plurality of test identity attributes; retrieving (S202, S304, S402), by the identity network computer (104, 600), one or more derivatives of one or more identity attributes associated with a user, and an encrypted trapdoor; computing (S208, S304, S402), by the identity network computer (104, 600), an obscured query set using the query set, and optionally the one or more derivatives of the one or more identity attributes associated with the user; and transmitting, by the identity network computer (104, 600), (i) the obscured query set and the encrypted trapdoor to a user device (100, 500) associated with the user, which generates and transmits a first modified trapdoor and the obscured query set to a relying party computer (102, 700), or (ii) (S210, S410) the obscured query set and a second modified trapdoor to the relying party computer (102, 700), wherein the relying party computer (102, 700) uses the obscured query set, and the first modified trapdoor or the second modified trapdoor, to determine (S212, S312, S412) if one or more identity attributes of the one or more derivatives of the one or more identity attributes is a member of the query set associated with the obscured query set. receiving (S200, S302, S400), by an identity network computer (104, 600), a query set comprising a plurality of test identity attributes; retrieving (S202, S304, S402), by the identity network computer (104, 600), one or more derivatives of one or more identity attributes associated with a user, and an encrypted trapdoor; computing (S208, S304, S402), by the identity network computer (104, 600), an obscured query set using the query set, and optionally the one or more derivatives of the one or more identity attributes associated with the user; and transmitting, by the identity network computer (104, 600), (i) the obscured query set and the encrypted trapdoor to a user device (100, 500) associated with the user, which generates and transmits a first modified trapdoor and the obscured query set to a relying party computer (102, 700), or (ii) (S210, S410) the obscured query set and a second modified trapdoor to the relying party computer (102, 700), wherein the relying party computer (102, 700) uses the obscured query set, and the first modified trapdoor or the second modified trapdoor, to determine (S212, S312, S412) if one or more identity attributes of the one or more derivatives of the one or more identity attributes is a member of the query set associated with the obscured query set.
A method for assessing the size of perceptible indicia using a system comprising a control unit, a display device and an input device, the method comprising the control unit: defining a relative or absolute visual indicia size range; displaying, on the display device, a visual indicia possessing a visual trait being an orientation to a subject; receiving an input from the subject via the input device, the input indicating that the subject perceived the visual indicia possessing the visual trait and the input being dependent upon the visual trait perceived by the subject; comparing the visual trait possessed by the displayed visual indicia to the input received from the subject to determine whether the input corresponds to the visual trait possessed by the visual indicia; recording the displayed indicia size when a correct input is received; determining whether a threshold number of correct responses have been received; and determining a percentage of correct responses falling within the defined indicia size range and if the percentage of correct responses falling within the defined indicia size range exceeds a predetermined threshold percentage, then calculating an average size of the visual indicia for the correct responses falling within the defined indicia size range. defining a relative or absolute visual indicia size range; displaying, on the display device, a visual indicia possessing a visual trait being an orientation to a subject; receiving an input from the subject via the input device, the input indicating that the subject perceived the visual indicia possessing the visual trait and the input being dependent upon the visual trait perceived by the subject; comparing the visual trait possessed by the displayed visual indicia to the input received from the subject to determine whether the input corresponds to the visual trait possessed by the visual indicia; recording the displayed indicia size when a correct input is received; determining whether a threshold number of correct responses have been received; and determining a percentage of correct responses falling within the defined indicia size range and if the percentage of correct responses falling within the defined indicia size range exceeds a predetermined threshold percentage, then calculating an average size of the visual indicia for the correct responses falling within the defined indicia size range.
An infusion catheter system, comprising: an elongate catheter shaft having a proximal end region, a distal end region, a distal opening, and a lumen extending between the proximal end region and the distal opening, wherein the distal end region includes a coiled portion having a preformed coiled configuration including a plurality of helically wound rings; a plurality of apertures formed through a sidewall of the coiled portion and in fluid communication with the lumen of the elongate catheter shaft; and a guidewire configured to be slidably disposed within the lumen of the elongate catheter shaft, the guidewire including a proximal end region having a first outer diameter, a distal end region having a second outer diameter, the second outer diameter greater than the first outer diameter, and an intermediate region disposed between the proximal end region of the guidewire and the distal end region of the guidewire; wherein the distal end region of the guidewire is configured to be within or just outside of the distal opening of the elongate catheter shaft during delivery of a fluid through the lumen of the elongate catheter shaft. an elongate catheter shaft having a proximal end region, a distal end region, a distal opening, and a lumen extending between the proximal end region and the distal opening, wherein the distal end region includes a coiled portion having a preformed coiled configuration including a plurality of helically wound rings; a plurality of apertures formed through a sidewall of the coiled portion and in fluid communication with the lumen of the elongate catheter shaft; and a guidewire configured to be slidably disposed within the lumen of the elongate catheter shaft, the guidewire including a proximal end region having a first outer diameter, a distal end region having a second outer diameter, the second outer diameter greater than the first outer diameter, and an intermediate region disposed between the proximal end region of the guidewire and the distal end region of the guidewire; wherein the distal end region of the guidewire is configured to be within or just outside of the distal opening of the elongate catheter shaft during delivery of a fluid through the lumen of the elongate catheter shaft.
Method for producing an expanded glass granulate having the following steps: - mixing source materials, comprising glass powder, water glass and at least one expanding agent with a homogenous slip, - granulating the slip to form crude granulate particles, and - foaming the crude granulate particles to form expanded glass granulate particles at a firing temperature between 780°C and 950°C, characterised in that the source materials mixed with the slip comprise a potassium water glass and, additionally, metakaolin, wherein the solids content of metakaolin with respect to the total mass of the solids contained in the source materials is between 0.5 % by mass and 7 % by mass. - mixing source materials, comprising glass powder, water glass and at least one expanding agent with a homogenous slip, - granulating the slip to form crude granulate particles, and - foaming the crude granulate particles to form expanded glass granulate particles at a firing temperature between 780°C and 950°C,
A process for the manufacture of a plasterboard comprising activated carbon, said process comprising: - the preparation of a main mixed batch comprising a foaming agent and devoid of activated carbon; - the preparation of a secondary mixed batch comprising powdered activated carbon; - the provision of a first facing sheet; - the pouring of the secondary mixed batch over the first facing sheet, said secondary mixed batch forming a first plaster layer; - the pouring of the main mixed batch over the first layer, said main mixed batch forming a second plaster layer; - the provision of a second facing sheet on said first and second layers; and - the forming of the plasterboard; in which the secondary mixed batch has a greater density than the main mixed batch. - the preparation of a main mixed batch comprising a foaming agent and devoid of activated carbon; - the preparation of a secondary mixed batch comprising powdered activated carbon; - the provision of a first facing sheet; - the pouring of the secondary mixed batch over the first facing sheet, said secondary mixed batch forming a first plaster layer; - the pouring of the main mixed batch over the first layer, said main mixed batch forming a second plaster layer; - the provision of a second facing sheet on said first and second layers; and - the forming of the plasterboard;
Tool arrangement for receiving an optical tool in a park position in sections, having an optical tool and having a housing with an opening suitable for receiving the optical tool in sections in a housing interior; with a housing discharge line connected to the housing in a fluid-conducting manner; and with a sealing collar arranged at the opening of the housing, characterized in that the sealing collar has a fluid-conducting line for adapting a variable filling volume of the sealing collar.