mhurhangee/ep-ind-claims huggingface dataset:
A composition for separating glycosylated exosomes, comprising a lectin-magnetic carrier coupling complex, a washing buffer for washing and for removing the exosomes nonspecifically bound to the coupling complex or not glycosylated and other impurities in the separation process, and an elution buffer for eluting the glycosylated exosomes specifically bound to the lectin-magnetic carrier coupling complex; wherein, the lectin-magnetic carrier coupling complex comprises a magnetic carrier and lectins coupled to the outer side of the magnetic carrier, wherein the lectins are any one type of Artocarpus integrifolia lectin, peanut lectin, Pisum sativum lectin, Concanavalin lectin, Lens culinaris lectin, wheat germ lectin, soybean lectin, kidney bean lectin, and snail lectin, or a combination of two or more of the above; and the magnetic carrier is any one type of a dextran magnetic bead, an agarose magnetic bead, a resin or epoxy resin magnetic bead, and a polystyrene magnetic bead, or a combination of two or more of the above; and the magnetic carrier has a particle size distribution range from 1 μm to 200 μm; the washing buffer is a metal salt ion-free washing buffer or purified water, and optionally, is a metal salt ion-free washing buffer; and the elution buffer is a borate buffer with saccharides dissolved therein, and optionally, is a borate buffer with mannose dissolved therein. the lectin-magnetic carrier coupling complex comprises a magnetic carrier and lectins coupled to the outer side of the magnetic carrier, wherein the lectins are any one type of Artocarpus integrifolia lectin, peanut lectin, Pisum sativum lectin, Concanavalin lectin, Lens culinaris lectin, wheat germ lectin, soybean lectin, kidney bean lectin, and snail lectin, or a combination of two or more of the above; and the magnetic carrier is any one type of a dextran magnetic bead, an agarose magnetic bead, a resin or epoxy resin magnetic bead, and a polystyrene magnetic bead, or a combination of two or more of the above; and the magnetic carrier has a particle size distribution range from 1 μm to 200 μm; the washing buffer is a metal salt ion-free washing buffer or purified water, and optionally, is a metal salt ion-free washing buffer; and the elution buffer is a borate buffer with saccharides dissolved therein, and optionally, is a borate buffer with mannose dissolved therein.
Use of at least one cyclophane in a plastic scintillator, comprising a polymer matrix, as an agent for discriminating between neutrons and gamma rays.
An apparatus, comprising a chamber divided into a first sub-chamber and a second sub-chamber by a dividing membrane, wherein the dividing membrane blocks or substantially blocks flow of fluid between the first and second sub-chamber; and wherein the first sub-chamber is in electrical communication with a first electrode; the second sub-chamber is in electrical communication with a second electrode; the first sub-chamber is in fluid communication with a first proton/anion injector/extractor and a first hydroxide/cation injector/extractor; the second sub-chamber is in fluid communication with a second proton/anion injector/extractor and a second hydroxide cation injector/extractor; and the second sub-chamber comprises an outlet.
A method performed by a host operating system executing on a host device comprising: running, an application on the host operating system; detecting that the application running on the host operating system is attempting to access a network resource accessible to the host device via a network; determining the network resource is an untrusted network resource; and in response to determining that the network resource is an untrusted network resource: activating a container that is isolated from the host operating system and configured to run a version of the application; and allowing the version of the application running in the container to access the untrusted network resource; and in response to determining access to the untrusted network resource has ended, suspending the container until it is needed to handle one or more additional untrusted network resources. running, an application on the host operating system; detecting that the application running on the host operating system is attempting to access a network resource accessible to the host device via a network; determining the network resource is an untrusted network resource; and in response to determining that the network resource is an untrusted network resource: activating a container that is isolated from the host operating system and configured to run a version of the application; and allowing the version of the application running in the container to access the untrusted network resource; and in response to determining access to the untrusted network resource has ended, suspending the container until it is needed to handle one or more additional untrusted network resources. activating a container that is isolated from the host operating system and configured to run a version of the application; and allowing the version of the application running in the container to access the untrusted network resource; and in response to determining access to the untrusted network resource has ended, suspending the container until it is needed to handle one or more additional untrusted network resources.
Household refrigerating device having at least one storage container comprising a basic container, on the upper edge (OK 1) of which at least one additional cover strip is fitted in a modular manner, wherein the additional cover strip has an essentially U-shaped cross-sectional profile and the cover strip forms an extension of the front wall of the basic container in its plane of site upwards, characterised in that a forward leg of the U-profile shaped cover strip finishes flush with the front wall of the basic container of the storage container, wherein locking pins are provided on the interior of the cover strip and can be locked with corresponding locking grooves as connection means, the corresponding connection means are embedded in the exterior of the thinned, upper edge zone of the front wall, wherein there is provision for transverse ribs offset at longitudinal distances from one another between the forward leg and the rear leg of the cover strip and the transverse ribs reach to approximately the height of the locking pins.
System comprising a headset, a communication unit and a cable, whereby the cable comprises two galvanic connections adapted for transporting power and bidirectional data traffic, whereby said headset and said communication unit are arranged for multiplexing a plurality of outgoing data streams into a multiplexed data stream to be transmitted over said cable and arranged for receiving an incoming data stream and demultiplexing said incoming data stream into separate data streams, whereby said communication unit is arranged for being connected wired or wirelessly to a further processing device, and wherein the headset and the communication unit each comprise a data manipulation device (301, 305) arranged for merging separate continuous and non-continuous data streams to be sent over said cable, and a data manipulation device arranged for decomposing the received merged data streams into the separate data streams again; characterized in that the headset and/or the communication unit comprise an image data generator, wherein the headset and the communication unit each comprise a data buffering means, and wherein the communication unit comprises a rechargeable battery adapted for providing power to the headset via the two galvanic connections, and whereby the headset and the communication unit each comprise a high-pass filter and an equalizer for providing a physical layer for bidirectional data transfer over one physical channel.
An apparatus for inspecting a cloth piece, having a first inspection camera for picking up an image of a cloth piece and a second inspection camera for picking up an image of the cloth piece, comprising: an inspection table over which the cloth piece passes; and an image processing apparatus connected to the first inspection camera and the second inspection camera; wherein the inspection table has a black or gray color section and a light transmitting section, the first inspection camera is located at an image pick-up position over the black or gray color section, the second inspection camera is located at an image pick-up position over the light transmitting section, light sources (51, 52, 53, 54) provided for illuminating the image pick-up positions of the first inspection camera and the second inspection camera, the first inspection camera picks up an image of reflected light from a cloth piece passing over the black or gray color section, and the second inspection camera picks up an image of transmitted light through a cloth piece passing over the light transmitting section characterized in that the image processing apparatus is configured to determine an area where the reflected light and the transmitted light are both darker than a surrounding area to be dirt at the same position of the cloth piece, and to determine an area where the reflected light is darker than the surrounding area and the transmitted light is brighter than the surrounding area to be a tear at the same position of the cloth piece. an inspection table over which the cloth piece passes; and an image processing apparatus connected to the first inspection camera and the second inspection camera; wherein the inspection table has a black or gray color section and a light transmitting section, the first inspection camera is located at an image pick-up position over the black or gray color section, the second inspection camera is located at an image pick-up position over the light transmitting section, light sources (51, 52, 53, 54) provided for illuminating the image pick-up positions of the first inspection camera and the second inspection camera, the first inspection camera picks up an image of reflected light from a cloth piece passing over the black or gray color section, and the second inspection camera picks up an image of transmitted light through a cloth piece passing over the light transmitting section characterized in that the image processing apparatus is configured to determine an area where the reflected light and the transmitted light are both darker than a surrounding area to be dirt at the same position of the cloth piece, and to determine an area where the reflected light is darker than the surrounding area and the transmitted light is brighter than the surrounding area to be a tear at the same position of the cloth piece.
An image encryption method, characterized in that: editing an original image, saving the edited original image as a first image file; encrypting the original image, generating an encrypted data block; splicing the first image file with the encrypted data block to generate and save a partially-encrypted image file; wherein the partially-encrypted image file carrying indication information which is used for indicating partial encryption processing, and determining a position of the encrypted data block contained in the image file according to the indication information. editing an original image, saving the edited original image as a first image file; encrypting the original image, generating an encrypted data block; splicing the first image file with the encrypted data block to generate and save a partially-encrypted image file; wherein the partially-encrypted image file carrying indication information which is used for indicating partial encryption processing, and determining a position of the encrypted data block contained in the image file according to the indication information.
A terahertz-wave spectrometric method for performing transmission spectrometry of an object to be measured by using a terahertz wave, the method using a terahertz- wave spectrometer comprising: a terahertz-wave generator; a terahertz-wave detector; a prism member having an entrance surface, upon which is arranged the terahertz-wave generator, an arrangement part for arranging the object, an exit surface, a first optical surface for collimating or condensing the terahertz wave incident thereon from the entrance surface toward the arrangement part, and a second optical surface for condensing the terahertz wave transmitted through the arrangement part toward the exit surface, wherein the arrangement part forms a depression adapted to be filled with a liquid incapable of dissolving the object therein; and further wherein the terahertz wave detector is arranged upon the exit surface, the method comprising: arranging the object in a state where the depression is filled with the liquid incapable of dissolving the object therein; generating a terahertz wave by the terahertz wave generator, in response to pump light incident thereon; detecting a correlation between the terahertz wave transmitted through the object in the arrangement part, and probe light; and measuring an optical constant concerning the object according to the terahertz wave transmitted through the object. a terahertz-wave generator; a terahertz-wave detector; wherein the arrangement part forms a depression adapted to be filled with a liquid incapable of dissolving the object therein; and further wherein the terahertz wave detector is arranged upon the exit surface, the method comprising: arranging the object in a state where the depression is filled with the liquid incapable of dissolving the object therein; generating a terahertz wave by the terahertz wave generator, in response to pump light incident thereon; detecting a correlation between the terahertz wave transmitted through the object in the arrangement part, and probe light; and arranging the object in a state where the depression is filled with the liquid incapable of dissolving the object therein; generating a terahertz wave by the terahertz wave generator, in response to pump light incident thereon; detecting a correlation between the terahertz wave transmitted through the object in the arrangement part, and probe light; and measuring an optical constant concerning the object according to the terahertz wave transmitted through the object.
A computer-implemented selective execution tracing method for code executed by a computer processor, the method comprising: at an entry point of a code unit, setting a distance variable to a value which is not less than a positive nonzero high-count threshold, the distance variable measuring relative distances in computational cost from tracing disablement, wherein the distance variable represents a maximum number of instructions to trace; in conjunction with setting the distance variable to a positive value not less than the positive nonzero high-count threshold, making a call which enables tracing by an execution tracer for at most the distance variable's value number of instructions if tracing was not already enabled, and which leaves tracing enabled if tracing was already enabled; at an exit point of the code unit, setting the distance variable to a positive nonzero low-count threshold which is less than the high-count threshold; automatically decrementing the distance variable as the computer processor executes instructions of a computer process that contains the code unit; the execution tracer tracing the execution of the computer process when the value of the distance variable is positive and the execution tracer is enabled; and disabling tracing of the execution of the computer process in response to the value of the distance variable reaching a stop tracing value. at an entry point of a code unit, setting a distance variable to a value which is not less than a positive nonzero high-count threshold, the distance variable measuring relative distances in computational cost from tracing disablement, wherein the distance variable represents a maximum number of instructions to trace; in conjunction with setting the distance variable to a positive value not less than the positive nonzero high-count threshold, making a call which enables tracing by an execution tracer for at most the distance variable's value number of instructions if tracing was not already enabled, and which leaves tracing enabled if tracing was already enabled; at an exit point of the code unit, setting the distance variable to a positive nonzero low-count threshold which is less than the high-count threshold; automatically decrementing the distance variable as the computer processor executes instructions of a computer process that contains the code unit; the execution tracer tracing the execution of the computer process when the value of the distance variable is positive and the execution tracer is enabled; and disabling tracing of the execution of the computer process in response to the value of the distance variable reaching a stop tracing value.
A method for a base station for detecting whether a mobile station lost a coverage of the base station in a broadband wireless access system, the method comprising: unsolicitedly transmitting (S905; S1005), to the mobile station, a first message with a bit set to '1' that requests the mobile station to perform ranging; upon receiving a second message for confirming the ranging from the mobile station prior to expiration of a first timer that starts when the first message is transmitted, restarting a second timer established for the mobile station, wherein the transmitting of the first message is performed after expiration of the second timer; starting a third timer that indicates a retention period of context information of the mobile station, when the second message is not received from the mobile station until the first timer expires; and deciding that the mobile station lost the coverage of the base station, when the third timer expires. unsolicitedly transmitting (S905; S1005), to the mobile station, a first message with a bit set to '1' that requests the mobile station to perform ranging; upon receiving a second message for confirming the ranging from the mobile station prior to expiration of a first timer that starts when the first message is transmitted, restarting a second timer established for the mobile station, wherein the transmitting of the first message is performed after expiration of the second timer; starting a third timer that indicates a retention period of context information of the mobile station, when the second message is not received from the mobile station until the first timer expires; and deciding that the mobile station lost the coverage of the base station, when the third timer expires.
A label comprising an electronic chip intended to be applied on a barrel of liquid, in particular for an alcoholic beverage or perfume, the label including: - a first layer, called support layer, - a second layer, called electronic chip layer, comprising at least an electronic chip and an antenna connected to the electronic chip, the electronic chip layer including a first face in contact with the support layer and a second face opposite the first face, and - a third layer, called customization layer, having a first face in contact with the second face of the electronic chip layer and a second face opposite the first face of the customization layer, in which each layer (S, E, P) has two faces and the three layers (S, E, P) are superimposed in a stacking direction, and wherein the customization layer comprises at least one sublayer, called metal sublayer, made from a metal material, the metal sublayer having a thickness along the stacking direction being less than or equal to 35 micrometers. - a first layer, called support layer, - a second layer, called electronic chip layer, comprising at least an electronic chip and an antenna connected to the electronic chip, the electronic chip layer including a first face in contact with the support layer and a second face opposite the first face, and - a third layer, called customization layer, having a first face in contact with the second face of the electronic chip layer and a second face opposite the first face of the customization layer, in which each layer (S, E, P) has two faces and the three layers (S, E, P) are superimposed in a stacking direction, and wherein the customization layer comprises at least one sublayer, called metal sublayer, made from a metal material, the metal sublayer having a thickness along the stacking direction being less than or equal to 35 micrometers. in which each layer (S, E, P) has two faces and the three layers (S, E, P) are superimposed in a stacking direction, and wherein the customization layer comprises at least one sublayer, called metal sublayer, made from a metal material, the metal sublayer having a thickness along the stacking direction being less than or equal to 35 micrometers.
A skeletal component for automobile that is bent into an L shape along its longitudinal direction, and has a hat-shaped cross section all over skeletal component in its longitudinal direction, wherein the skeletal component comprises a bent portion that includes an arc-shaped portion on an inside of bending and an arc-shaped portion on an outside of the bending, and a first region and a second region that extend from each of opposite ends of the bent portion, the skeletal component being assumed to receive a collision load in an extending direction of the first region, characterized in that: the skeletal component is constituted by attaching a first member that is arranged on the first region side and a second member that is arranged on the second region side, an attachment line of the first member and the second member is arranged in a predetermined zone between a first boundary on the first region side and a second boundary (17, 17') on the second region side, the first boundary is a straight line that connects an end (10f1), on the first region side, of the arc-shaped portion on the inside of the bending, and an end (10g1), on the first region side, of the arc-shaped portion on the outside of the bending, the second boundary (17, 17') is a straight line that runs from an end (10f2), on the second region side, of the arc-shaped portion on the inside of the bending along the extending direction of the first region, and a plate thickness of the first member is larger than a plate thickness of the second member. the skeletal component is constituted by attaching a first member that is arranged on the first region side and a second member that is arranged on the second region side, an attachment line of the first member and the second member is arranged in a predetermined zone between a first boundary on the first region side and a second boundary (17, 17') on the second region side, the first boundary is a straight line that connects an end (10f1), on the first region side, of the arc-shaped portion on the inside of the bending, and an end (10g1), on the first region side, of the arc-shaped portion on the outside of the bending, the second boundary (17, 17') is a straight line that runs from an end (10f2), on the second region side, of the arc-shaped portion on the inside of the bending along the extending direction of the first region, and a plate thickness of the first member is larger than a plate thickness of the second member.