mhurhangee/ep-ind-claims huggingface dataset:
A communications device configuration method, comprising: sending, by a communications device, a first loopback packet by using a first physical port after the communications device is started, wherein the first loopback packet comprises a loopback tag; and if a second physical port of the communications device receives the first loopback packet which indicates that the first physical port and the second physical port are connected by using a cable, selecting, by the communications device, a first configuration option from at least two configuration options, wherein each of the configuration options corresponds to a different operating system mode, and configuring the communications device according to the first configuration option. sending, by a communications device, a first loopback packet by using a first physical port after the communications device is started, wherein the first loopback packet comprises a loopback tag; and if a second physical port of the communications device receives the first loopback packet which indicates that the first physical port and the second physical port are connected by using a cable, selecting, by the communications device, a first configuration option from at least two configuration options, wherein each of the configuration options corresponds to a different operating system mode, and configuring the communications device according to the first configuration option.
System comprising an electronic display and an arrangement for mounting the electronic display at the centre of a rotary switch, the arrangement comprising: - a support mounting plate, - an electrical connection device which is arranged on the mounting plate in order to connect the display to a control electronic circuit, - a cylindrical housing which is mounted on the mounting plate and which forms the fixed central body of the rotary switch, - a rotor-forming annular body which is mounted to rotate on the cylindrical housing about an axis so as to form a rotating part of the rotary switch, characterized in that the cylindrical housing includes a receptacle provided to receive the display by transverse insertion, relative to the axis of the rotary switch and in that the receptacle includes slideway means which cooperate with complementary portions of the display, said complementary portions comprising two mounting plates (56, 58), one of which is wider than the other, which forms a lateral tread provided to be received in the slideway means, so as to allow the insertion of the display into the receptacle by transverse sliding. - a support mounting plate, - an electrical connection device which is arranged on the mounting plate in order to connect the display to a control electronic circuit, - a cylindrical housing which is mounted on the mounting plate and which forms the fixed central body of the rotary switch, - a rotor-forming annular body which is mounted to rotate on the cylindrical housing about an axis so as to form a rotating part of the rotary switch,
A-dielectric barrier discharge VUV excimer lamp comprising an elongated dielectric tube for holding an excimer-forming gas, a first electrode disposed within said tube, a second electrode arranged outside of said tube, characterized in that the dielectric barrier discharge VUV excimer lamp comprises at least one spring, wherein said first electrode is - a wire electrode disposed along a centre axis of the dielectric tube, which is tensioned and centered with the at least one spring attached to at least one side of the wire electrode, - axially symmetric with respect to the centre axis and - physically connected to each end of the dielectric tube. - a wire electrode disposed along a centre axis of the dielectric tube, which is tensioned and centered with the at least one spring attached to at least one side of the wire electrode, - axially symmetric with respect to the centre axis and - physically connected to each end of the dielectric tube.
System for determining at least one rotation parameter of a rotating member, said system comprising: - a coder intended to be associated rotationally with the rotating member in such a way as to move jointly with it, said coder comprising a body having a cylindrical periphery with a radius a around an axis of revolution, said periphery having an alternation of North and South magnetic poles of width I which are separated by transitions, each one of said transitions extending along an helix of pitch p and of angle α so as to form a multipolar magnetic track which is able to emit a periodic magnetic field representative of the rotation of said coder, said track having N pp pairs of North and South poles and a polar width L p measured along a normal to the transitions which are such that: N pp = πa/l and L p = p.cosα; - a sensor able to detect the period magnetic field emitted by said coder by means of at least two sensitive magnetic elements (4, 5; 4 1, 4 2; 5 1, 5 2) which are disposed at a radial reading distance from the magnetic track, said sensitive elements being disposed in relation to one another so as to deliver signals in quadrature; said system being characterised in that the sensor comprises at least two groups of two sensitive elements (4 1, 4 2; 5 1, 5 2), the barycentre of the sensitive elements (4 1, 4 2; 5 1, 5 2) of one group being separated from the barycentre of the sensitive elements (5 1, 5 2; 4 1, 4 2) of the other group by a distance d measured along the normal to the transitions which is equal to L p /2 modulo L p. - a coder intended to be associated rotationally with the rotating member in such a way as to move jointly with it, said coder comprising a body having a cylindrical periphery with a radius a around an axis of revolution, said periphery having an alternation of North and South magnetic poles of width I which are separated by transitions, each one of said transitions extending along an helix of pitch p and of angle α so as to form a multipolar magnetic track which is able to emit a periodic magnetic field representative of the rotation of said coder, said track having N pp pairs of North and South poles and a polar width L p measured along a normal to the transitions which are such that: N pp = πa/l and L p = p.cosα; - a sensor able to detect the period magnetic field emitted by said coder by means of at least two sensitive magnetic elements (4, 5; 4 1, 4 2; 5 1, 5 2) which are disposed at a radial reading distance from the magnetic track, said sensitive elements being disposed in relation to one another so as to deliver signals in quadrature;
A dental implant system comprising a dental implant, a dental restoration part, a connector with a central through-hole and with a circumferential, radially outwardly projecting collar and with a screw passing through the through-hole with the aid of which at least the connector may be fixedly connected to the dental implant, wherein at least the color of the collar, in particular the color of the connector, at least corresponds to a tooth color or a gingival color, and wherein a first portion of the connector that follows the collar extends into the dental implant, and a second portion of the connector that follows the collar extends into the dental restoration part, wherein the second portion of the connector is bipartite and comprises a first cylindrical portion and a second cylindrical portion, wherein the first cylindrical portion has a larger diameter than the second cylindrical portion.
A structure for strengthening concrete comprising at least one bended mesh (10; 30) formed of a pre-formed mesh consisting of lateral bars (12; 32) arranged in parallel and assembly bars (11; 31) arranged in parallel, the assembly bars being arranged perpendicular to the lateral bars and connecting the lateral bars, and an outer cage (20; 40) formed of a pre-formed mesh consisting of lateral bars (22; 42) arranged in parallel and assembly bars (21; 41) arranged in parallel, the assembly bars being arranged perpendicular to the lateral bars and connecting the lateral bars, wherein lateral bars of the at least one bended mesh and the outer cage cross each other seen in the direction of extension of their assembly bars, characterized in that the at least one bended mesh (10; 30) is placed inside the outer cage (20; 40) such that all assembly bars (11; 31) of the at least one bended mesh are enclosed by lateral bars (22; 42) of the outer cage.
A gas-filled insulating glazing unit comprising • at least a first and a second glass pane, • an edge spacer assembly configured for sealingly coupling the first and the second glass pane so as to form a hermetically sealed interspace between the first and the second glass pane, • an insulating gas filling said interspace, characterized in that said insulating glazing unit comprises one or more coupling members disposed in said interspace for coupling the first glass pane with the second glass pane, and in that each of said one or more coupling members comprises a plurality of piled and adhesively interconnected parts comprising, • at least a first part for stiffening the coupling member comprises a rigid material having a Young's modulus equal or larger than 0.5 GPa, and • at least a second part for releasing stress resulting from climatic loads comprises a viscoelastic polymer having a Young's modulus lowerthan 0.5 GPa, and wherein a top surface (S 1i) and a bottom surface (S 2i) of said plurality of piled and adhesively interconnected parts are attached to respectively said first and said second glass pane. • at least a first and a second glass pane, • an edge spacer assembly configured for sealingly coupling the first and the second glass pane so as to form a hermetically sealed interspace between the first and the second glass pane, • an insulating gas filling said interspace, characterized in that said insulating glazing unit comprises one or more coupling members disposed in said interspace for coupling the first glass pane with the second glass pane, and in that each of said one or more coupling members comprises a plurality of piled and adhesively interconnected parts comprising, • at least a first part for stiffening the coupling member comprises a rigid material having a Young's modulus equal or larger than 0.5 GPa, and • at least a second part for releasing stress resulting from climatic loads comprises a viscoelastic polymer having a Young's modulus lowerthan 0.5 GPa, and • at least a first part for stiffening the coupling member comprises a rigid material having a Young's modulus equal or larger than 0.5 GPa, and • at least a second part for releasing stress resulting from climatic loads comprises a viscoelastic polymer having a Young's modulus lowerthan 0.5 GPa, and wherein a top surface (S 1i) and a bottom surface (S 2i) of said plurality of piled and adhesively interconnected parts are attached to respectively said first and said second glass pane.
A method of processing data, the method comprising: receiving information indicative of a performance of a graphics processing unit, GPU, during rendering using foveation of a first portion of an image by the GPU, wherein the information is indicative of one or more of power consumption, bandwidth usage, GPU core utilization, and temperature; determining a GPU performance value based on the received information; comparing the GPU performance value to a GPU performance threshold value; determining an amount of foveation to apply for the rendering of a subsequent portion of the same image based on the comparison, wherein determining the amount of foveation to apply comprises determining whether or not to increase the amount of foveation based on the comparison; outputting information of the determined amount of foveation to apply for the GPU to render the subsequent portion of the same image based on the determined amount of foveation to apply. receiving information indicative of a performance of a graphics processing unit, GPU, during rendering using foveation of a first portion of an image by the GPU, wherein the information is indicative of one or more of power consumption, bandwidth usage, GPU core utilization, and temperature; determining a GPU performance value based on the received information; comparing the GPU performance value to a GPU performance threshold value; determining an amount of foveation to apply for the rendering of a subsequent portion of the same image based on the comparison, wherein determining the amount of foveation to apply comprises determining whether or not to increase the amount of foveation based on the comparison; outputting information of the determined amount of foveation to apply for the GPU to render the subsequent portion of the same image based on the determined amount of foveation to apply.
A non-tracking tack coat formed on a pavement surface or a stress absorbing membrane interlayer formed on a pavement surface and beneath an asphalt pavement layer which non-tracking tack coat or stress absorbing membrane interlayer applied across the entire width of the pavement surface as a binder composition that comprises: an asphalt binder; an elastomeric polymer; and a wax modifier, characterized in that the asphalt binder comprises 85 to 97 wt. % of the binder composition, the non-tracking tack coat is obtained by the binder composition being applied on the pavement surface at an application rate of 0.45 to 0.68 liter per square meter, and the stress absorbing membrane interlayer is obtained by the binder composition being applied on the pavement surface at an application rate of 0.68 to 2.72 liter per square meter. an asphalt binder; an elastomeric polymer; and a wax modifier, characterized in that the asphalt binder comprises 85 to 97 wt. % of the binder composition, the non-tracking tack coat is obtained by the binder composition being applied on the pavement surface at an application rate of 0.45 to 0.68 liter per square meter, and the stress absorbing membrane interlayer is obtained by the binder composition being applied on the pavement surface at an application rate of 0.68 to 2.72 liter per square meter.
A method for activating a UE by a first Mobility Management Entity, MME, in a wireless communication system, the method comprising: receiving a notification message notifying of an occurrence of first downlink data transmitted to the user equipment, UE, managed by the first MME from a serving gateway, S-GW; determining whether at least one UE is linked to the UE based on first context information of the UE; transmitting, to an eNB, a first paging message for changing the UE into a connected state; and transmitting, to a second MME, an activation message requesting for changing the at least one UE in an idle state into the connected state based on there is the at least one UE linked to the UE, wherein the UE is managed by the first MME and the at least one UE are managed by the second MME, and wherein a plurality of different data related to a specific service are provided to both the UE and the at least one UE which are in the connected state through a plurality of data paths set respectively to the UE and the at least one UE. receiving a notification message notifying of an occurrence of first downlink data transmitted to the user equipment, UE, managed by the first MME from a serving gateway, S-GW; determining whether at least one UE is linked to the UE based on first context information of the UE; transmitting, to an eNB, a first paging message for changing the UE into a connected state; and transmitting, to a second MME, an activation message requesting for changing the at least one UE in an idle state into the connected state based on there is the at least one UE linked to the UE, wherein the UE is managed by the first MME and the at least one UE are managed by the second MME, and wherein a plurality of different data related to a specific service are provided to both the UE and the at least one UE which are in the connected state through a plurality of data paths set respectively to the UE and the at least one UE.
A method for processing data in a blockchain, the method comprising the following steps): storing, by a blockchain platform, a list of device identifiers and associated respective decryption means; receiving, by a service platform, a message comprising first encrypted data and a first device identifier from a first device, the data being related to the environment of the first device, wherein the first device is a sensor, forwarding, by the service platform, the message comprising the first encrypted data and the first device identifier to the blockchain platform; decrypting, by the blockchain platform, the first encrypted data using first decryption means that are associated with the first device identifier; hashing, by the blockchain platform, the first decrypted data and storing the hashed data in the blockchain together with the first device identifier, secondly encrypting, by the blockchain platform, the first decrypted data using a virtual encryption key; transmitting, by the blockchain platform, the secondly encrypted data with the first device identifier to the service platform, decrypting, by the service platform, the second encrypted data using a virtual decryption key associated with the first device identifier. storing, by a blockchain platform, a list of device identifiers and associated respective decryption means; receiving, by a service platform, a message comprising first encrypted data and a first device identifier from a first device, the data being related to the environment of the first device, wherein the first device is a sensor, forwarding, by the service platform, the message comprising the first encrypted data and the first device identifier to the blockchain platform; decrypting, by the blockchain platform, the first encrypted data using first decryption means that are associated with the first device identifier; hashing, by the blockchain platform, the first decrypted data and storing the hashed data in the blockchain together with the first device identifier, secondly encrypting, by the blockchain platform, the first decrypted data using a virtual encryption key; transmitting, by the blockchain platform, the secondly encrypted data with the first device identifier to the service platform, decrypting, by the service platform, the second encrypted data using a virtual decryption key associated with the first device identifier.
An in vitro method for identifying a compound for use in a palatable foodstuff for cat consumption, wherein the compound binds to and/or modulates the activity of a polypeptide comprising; (i) the amino acid sequence as set out in SEQ ID NO:1; or (ii) an amino acid sequence having at least 90% identity to SEQ ID NO:1; the method comprising: (i) contacting the polypeptide with a compound; (ii) measuring the biological activity of the polypeptide in the absence and in the presence of the compound; and (iii) identifying the compound as one which binds to or modulates the biological activity of the polypeptide, when there is a difference between the biological activity in the absence, compared to the presence of the compound, determining whether a test compound binds to and/or modulates the activity of the polypeptide. (i) the amino acid sequence as set out in SEQ ID NO:1; or (ii) an amino acid sequence having at least 90% identity to SEQ ID NO:1; (i) contacting the polypeptide with a compound; (ii) measuring the biological activity of the polypeptide in the absence and in the presence of the compound; and (iii) identifying the compound as one which binds to or modulates the biological activity of the polypeptide, when there is a difference between the biological activity in the absence, compared to the presence of the compound, determining whether a test compound binds to and/or modulates the activity of the polypeptide.
A method for detecting a high-definition circulating tumour cell (HD-CTC) in a sample from a subject comprising: a) providing a sample suspected of having at least one CTC and at least one non-CTC that is present at a concentration that is at least 10 times that of the CTC, b) contacting the sample with more than one detectable agent wherein the detectable agents bind a cell marker and are a positive marker and a negative marker wherein the positive marker is cytokeratin or EpCAM and/or the negative marker is CD45, and optionally a nuclear marker and/or content marker; c) performing cell imaging on the sample of (b) to generate a cell image; and d) detecting the HD-CTCs in the sample by analyzing the image of (c), wherein HD-CTCs express the positive marker, have an intact nucleus, are morphologically distinct from normal white blood cells (WBCs) and are not positive for the negative marker. a) providing a sample suspected of having at least one CTC and at least one non-CTC that is present at a concentration that is at least 10 times that of the CTC, b) contacting the sample with more than one detectable agent wherein the detectable agents bind a cell marker and are a positive marker and a negative marker wherein the positive marker is cytokeratin or EpCAM and/or the negative marker is CD45, and optionally a nuclear marker and/or content marker; c) performing cell imaging on the sample of (b) to generate a cell image; and d) detecting the HD-CTCs in the sample by analyzing the image of (c), wherein HD-CTCs express the positive marker, have an intact nucleus, are morphologically distinct from normal white blood cells (WBCs) and are not positive for the negative marker.
An obstruction illuminator comprising: - an elongated body having a first end and a second end opposing the first end, the body comprising an inner cavity extending between the first and second end, - an artificial light source attached to the first end of the body and configured to emit light into the cavity towards the second end, - an emission lens, which is: ∘ provided to the second end of the body, ∘ configured to receive light emitted by the artificial light source, and ∘ configured to refract light into a light pattern suitable for warning about the presence of an obstacle, and - an optical condenser element comprising a collimator provided into the inner cavity of the body between the artificial light source and the emission lens, which collimator is configured to ∘ receive light from the artificial light source, ∘ condense the received light, and to ∘ direct the condensed light toward the emission lens, characterized in that the optical condenser element comprises an objective arranged between the collimator and the emission lens and configured to receive the collimated light from the collimator and to direct the light to the emission lens. - an elongated body having a first end and a second end opposing the first end, the body comprising an inner cavity extending between the first and second end, - an artificial light source attached to the first end of the body and configured to emit light into the cavity towards the second end, - an emission lens, which is: ∘ provided to the second end of the body, ∘ configured to receive light emitted by the artificial light source, and ∘ configured to refract light into a light pattern suitable for warning about the presence of an obstacle, and ∘ provided to the second end of the body, ∘ configured to receive light emitted by the artificial light source, and ∘ configured to refract light into a light pattern suitable for warning about the presence of an obstacle, and - an optical condenser element comprising a collimator provided into the inner cavity of the body between the artificial light source and the emission lens, which collimator is configured to ∘ receive light from the artificial light source, ∘ condense the received light, and to ∘ direct the condensed light toward the emission lens, characterized in that the optical condenser element comprises an objective arranged between the collimator and the emission lens and configured to receive the collimated light from the collimator and to direct the light to the emission lens. ∘ receive light from the artificial light source, ∘ condense the received light, and to ∘ direct the condensed light toward the emission lens,