mhurhangee/ep-ind-claims huggingface dataset:
A carrier with an inlet and an outlet, said carrier comprising: a channel (4, 7, 22) formed within said carrier and extending between said inlet and said outlet, at least one capillary tube (5, 6) being arranged within said channel (4, 7, 22), sealing elements (8, 9, 10, 11), by which said capillary tube (5, 6) is sealingly fixed to said channel (4, 7, 22), said sealing elements (8, 9, 10, 11) being arranged at least near an inlet portion and an outlet portion of said capillary tube (5, 6), and an area, limited by a part of said channel (4, 7, 22) said sealing elements (8, 9, 10, 11) and the exterior of said capillary tube (5, 6), in connection with the exterior of said carrier through a fluid communication path, whereby a possible fluid leak across said sealing elements (8, 9, 10, 11) will be led to this area, and from there to the exterior of said carrier. a channel (4, 7, 22) formed within said carrier and extending between said inlet and said outlet, at least one capillary tube (5, 6) being arranged within said channel (4, 7, 22), sealing elements (8, 9, 10, 11), by which said capillary tube (5, 6) is sealingly fixed to said channel (4, 7, 22), said sealing elements (8, 9, 10, 11) being arranged at least near an inlet portion and an outlet portion of said capillary tube (5, 6), and an area, limited by a part of said channel (4, 7, 22) said sealing elements (8, 9, 10, 11) and the exterior of said capillary tube (5, 6), in connection with the exterior of said carrier through a fluid communication path, whereby a possible fluid leak across said sealing elements (8, 9, 10, 11) will be led to this area, and from there to the exterior of said carrier.
A method performed by a first device forming a first node of a machine-to-machine, M2M, network, the method comprising: determining to communicate with a second device forming a second node of the M2M network at a first time; accessing information associated with an estimated availability of the second device, the information associated with the estimated availability having been derived from a historical collection of data indicating a past availability of the second device; determining, based on the estimated availability of the second device, that the second device is estimated to be not available to communicate with the first device at the first time; and determining, based on the estimated availability of the second device, to communicate with the second device at a second time when the second device is estimated to be available. determining to communicate with a second device forming a second node of the M2M network at a first time; accessing information associated with an estimated availability of the second device, the information associated with the estimated availability having been derived from a historical collection of data indicating a past availability of the second device; determining, based on the estimated availability of the second device, that the second device is estimated to be not available to communicate with the first device at the first time; and determining, based on the estimated availability of the second device, to communicate with the second device at a second time when the second device is estimated to be available.
An automatic replacement device of a secondary battery material comprising: a reel support part configured to support a supply reel around which the secondary battery material is wound; a material support part disposed spaced apart from the reel support part and configured to support the secondary battery material unwound from the supply reel; a clamping part including a clamping roller disposed spaced apart from the reel support part and configured to come into contact with the secondary battery material when replacing the supply reel, a vacuum suction part disposed adjacent to the clamping roller and configured to suction the secondary battery material by vacuum, a clamping frame configured to rotatably support the clamping roller and the vacuum suction part, and a cutter coupled to one side of the clamping frame and configured to cut the secondary battery material when coming into contact with the secondary battery material; a first drive part disposed spaced apart from the clamping part and configured to move the clamping roller so as to be close to or far from the secondary battery material; and a second drive part disposed between the clamping part and the first drive part and configured to move the cutter so as to be close to or far from the secondary battery material, wherein when the supply reel is replaced, the secondary battery material is cut while the secondary battery material is suctioned to the vacuum suction part after being adhered to a secondary battery material wound around a replacement supply reel. a reel support part configured to support a supply reel around which the secondary battery material is wound; a material support part disposed spaced apart from the reel support part and configured to support the secondary battery material unwound from the supply reel; a clamping part including a clamping roller disposed spaced apart from the reel support part and configured to come into contact with the secondary battery material when replacing the supply reel, a vacuum suction part disposed adjacent to the clamping roller and configured to suction the secondary battery material by vacuum, a clamping frame configured to rotatably support the clamping roller and the vacuum suction part, and a cutter coupled to one side of the clamping frame and configured to cut the secondary battery material when coming into contact with the secondary battery material; a first drive part disposed spaced apart from the clamping part and configured to move the clamping roller so as to be close to or far from the secondary battery material; and a second drive part disposed between the clamping part and the first drive part and configured to move the cutter so as to be close to or far from the secondary battery material, wherein when the supply reel is replaced, the secondary battery material is cut while the secondary battery material is suctioned to the vacuum suction part after being adhered to a secondary battery material wound around a replacement supply reel.
A method for estimating hydrocarbon saturation of a hydrocarbon-bearing rock from a measurement for an electrical property and a rock image, comprising: - obtaining a measurement for an electrical property for a field having a hydrocarbon-bearing formation; - obtaining a 3D image of a rock from the hydrocarbon-bearing formation in the field, wherein the 3D image is comprised of a plurality of voxels and the 3D image has a resolution; - processing the 3D image to segment the 3D image by selecting each voxel of the 3D image to represent either a pore space in the rock or solid material in the rock; - estimating an image porosity of the rock from the segmented 3D image, the image porosity lacking a sub-resolution porosity of the rock; and - determining a corrected porosity adapted to account for the sub-resolution porosity of the rock, characterized by - estimating a corrected saturation exponent of the rock from the image porosity and the corrected porosity of the rock; and, - estimating the hydrocarbon saturation of the hydrocarbon-bearing rock using the corrected saturation exponent and the electrical property measurement. - obtaining a measurement for an electrical property for a field having a hydrocarbon-bearing formation; - obtaining a 3D image of a rock from the hydrocarbon-bearing formation in the field, wherein the 3D image is comprised of a plurality of voxels and the 3D image has a resolution; - processing the 3D image to segment the 3D image by selecting each voxel of the 3D image to represent either a pore space in the rock or solid material in the rock; - estimating an image porosity of the rock from the segmented 3D image, the image porosity lacking a sub-resolution porosity of the rock; and - determining a corrected porosity adapted to account for the sub-resolution porosity of the rock, characterized by - estimating a corrected saturation exponent of the rock from the image porosity and the corrected porosity of the rock; and, - estimating the hydrocarbon saturation of the hydrocarbon-bearing rock using the corrected saturation exponent and the electrical property measurement.
A method of preparing a feed material, the method comprising; changing the molecular structure of polysaccharides of a biomass comprising hemicellulose, by exposing the biomass to an electron beam irradiation device having a power of at least 1 kW and up to 500 kW, to produce a feed material having a nutrient availability greater than the nutrient availability of the biomass, wherein the method does not comprise the use of a microorganism.
A computer-implemented method for a self-organising network, SON, engine in a telecommunications network, the telecommunications network comprising a plurality of user equipment, UE, the method comprising: receiving, by the SON engine, communications data associated with one or more of the plurality of UEs; analysing, by the SON engine, the communications data to determine a targeted set of users with UEs experiencing communication issues; retrieving, by the SON engine for each of the targeted set of users, a profile associated with each user of a UE communicating over the telecommunications network, wherein the profile comprises historical data on the communications behaviour of the user in the telecommunications network and one or more actions based on the status of the UE within the telecommunications network; analysing, by the SON engine, the retrieved profile in relation to the current status of the UE and determining one or more optimisation strategies for overcoming the communication issues and one or more actions for modifying the network configuration for the UE to optimise the user experience at the UE for each of the targeted set of users; selecting, by the SON engine, an optimisation strategy for each UE of the targeted set of users based on the current status of each UE; sending, by the SON engine, one or more commands associated with the determined optimisation strategy to modify the network configuration for each UE of the targeted set of users; and updating, by the SON engine, the profile to include the determined optimisation strategies and/or actions associated with each UE of the targeted set of users. receiving, by the SON engine, communications data associated with one or more of the plurality of UEs; analysing, by the SON engine, the communications data to determine a targeted set of users with UEs experiencing communication issues; retrieving, by the SON engine for each of the targeted set of users, a profile associated with each user of a UE communicating over the telecommunications network, wherein the profile comprises historical data on the communications behaviour of the user in the telecommunications network and one or more actions based on the status of the UE within the telecommunications network; analysing, by the SON engine, the retrieved profile in relation to the current status of the UE and determining one or more optimisation strategies for overcoming the communication issues and one or more actions for modifying the network configuration for the UE to optimise the user experience at the UE for each of the targeted set of users; selecting, by the SON engine, an optimisation strategy for each UE of the targeted set of users based on the current status of each UE; sending, by the SON engine, one or more commands associated with the determined optimisation strategy to modify the network configuration for each UE of the targeted set of users; and updating, by the SON engine, the profile to include the determined optimisation strategies and/or actions associated with each UE of the targeted set of users.
Method of manufacturing a false nail applied to the human body, comprising the following steps: - digital acquisition of 3D contour data from the region on which the false nail needs to be applied; - producing a mould using the 3D data and a numerical-control manufacturing machine; - applying to the mould a coating intended to form the false nail such that the surface of the false nail intended to be fastened to a natural nail makes contact with the mould; and - at least partially cutting out the coating to the format of the false nail. - digital acquisition of 3D contour data from the region on which the false nail needs to be applied; - producing a mould using the 3D data and a numerical-control manufacturing machine; - applying to the mould a coating intended to form the false nail such that the surface of the false nail intended to be fastened to a natural nail makes contact with the mould; and - at least partially cutting out the coating to the format of the false nail.
A dual connectivity data replication controlling method in a wireless communication system, comprising: receiving, by a user equipment, a first media access control, MAC, control element, CE, sent by a first network node, and receiving a second MAC CE sent by a second network node; and activating or deactivating, by the user equipment, data replication based on the first MAC CE and the second MAC CE; characterized in that the activating or deactivating, by the user equipment, data replication based on the first MAC CE and the second MAC CE, comprises: in a case where the first MAC CE activates the data replication, and the second MAC CE activates the data replication, activating, by the user equipment, the data replication; in a case where the first MAC CE deactivates the data replication, and the second MAC CE activates the data replication, deactivating, by the user equipment, the data replication; in a case where the first MAC CE activates the data replication, and the second MAC CE deactivates the data replication, deactivating, by the user equipment, the data replication; and in a case where the first MAC CE deactivates the data replication, and the second MAC CE deactivates the data replication, deactivating, by the user equipment, the data replication. receiving, by a user equipment, a first media access control, MAC, control element, CE, sent by a first network node, and receiving a second MAC CE sent by a second network node; and activating or deactivating, by the user equipment, data replication based on the first MAC CE and the second MAC CE; characterized in that the activating or deactivating, by the user equipment, data replication based on the first MAC CE and the second MAC CE, comprises: in a case where the first MAC CE activates the data replication, and the second MAC CE activates the data replication, activating, by the user equipment, the data replication; in a case where the first MAC CE deactivates the data replication, and the second MAC CE activates the data replication, deactivating, by the user equipment, the data replication; in a case where the first MAC CE activates the data replication, and the second MAC CE deactivates the data replication, deactivating, by the user equipment, the data replication; and in a case where the first MAC CE deactivates the data replication, and the second MAC CE deactivates the data replication, deactivating, by the user equipment, the data replication. in a case where the first MAC CE activates the data replication, and the second MAC CE activates the data replication, activating, by the user equipment, the data replication; in a case where the first MAC CE deactivates the data replication, and the second MAC CE activates the data replication, deactivating, by the user equipment, the data replication; in a case where the first MAC CE activates the data replication, and the second MAC CE deactivates the data replication, deactivating, by the user equipment, the data replication; and in a case where the first MAC CE deactivates the data replication, and the second MAC CE deactivates the data replication, deactivating, by the user equipment, the data replication.
An electrophotographic ink composition comprising: a first resin comprising a copolymer of an alkylene monomer and a monomer selected from acrylic acid and methacrylic acid; and a second resin comprising a condensation product of polyvinyl alcohol with an aldehyde. a first resin comprising a copolymer of an alkylene monomer and a monomer selected from acrylic acid and methacrylic acid; and a second resin comprising a condensation product of polyvinyl alcohol with an aldehyde.
A device for detachably fastening a current conductor to a current transformer housing, comprising the current transformer housing, a retaining element that is guided through the current transformer housing, a fastening element that is guided through the retaining element, and a clamping element, wherein the fastening element and/or the retaining element are seatable against at least some regions of the surface of the current conductor when the current conductor is fastened to the current transformer housing, the fastening element can be rotated in a rotatory manner about the longitudinal axis thereof so as to fasten or detach the current conductor, and the clamping element is movably arranged on the current transformer housing so that, in a first position, the clamping element allows a translatory displacement of the retaining element along the longitudinal axis thereof so as to fasten or detach the current conductor and, in a second position, prevents the translatory displacement of the retaining element along the longitudinal axis thereof so as to detach the current conductor.
A composition or mixture, preferably therapeutically active via topical route, comprising: - at least one metal salt, the metal being selected from molybdenum (Mo), tungsten, vanadium, gold (Au), lanthanide, in particular lanthanum; - at least one chelating agent selected from among BAPTA, EGTA and any mixtures thereof; - at least one source of peroxidizing radicals; - at least one buffering agent comprising acetic acid, said composition or mixture having a redox potential from 250 to 550 millivolts, measured with a combined pH-meter / redox-meter, equipped with a calibrated platinum / calomel electrode. - at least one metal salt, the metal being selected from molybdenum (Mo), tungsten, vanadium, gold (Au), lanthanide, in particular lanthanum; - at least one chelating agent selected from among BAPTA, EGTA and any mixtures thereof; - at least one source of peroxidizing radicals; - at least one buffering agent comprising acetic acid, said composition or mixture having a redox potential from 250 to 550 millivolts, measured with a combined pH-meter / redox-meter, equipped with a calibrated platinum / calomel electrode.
A method for preparing a thermal insulation cabinet, comprising the following steps: pre-assembling a shell having a vacuum insulation panel attached to an inner side into a cabinet shell; heating an inside of the cabinet shell; and injecting a foaming material between the cabinet shell and an inner liner for foaming; characterized in that the method for preparing the thermal insulation cabinet further comprises the following steps: the vacuum insulation panel is of a square structure, adding auxiliary workpieces around the vacuum insulation panel before foaming, wherein the auxiliary workpiece comprises a first fitting surface matched with the outer peripheral surface of the vacuum insulation panel along an extension direction of the vacuum insulation panel, a second fitting surface matched with an inner surface of the shell around the vacuum insulation panel, and a transition surface by which the first fitting surface and the second fitting surface are connected, wherein the transition surface is a plane, or a convex arc surface, or an arc surface; wherein a length L2 of the second fitting surface in a direction of the auxiliary workpiece distal from the vacuum insulation panel is not less than a length L1 of the first fitting surface in a thickness direction of the vacuum insulation panel; or a length L2 of the second fitting surface in a direction of the auxiliary workpiece distal from the vacuum insulation panel is not less than a length L1 of the first fitting surface in a thickness direction of the vacuum insulation panel, and L2 is not more than 1.5 times of L1. pre-assembling a shell having a vacuum insulation panel attached to an inner side into a cabinet shell; heating an inside of the cabinet shell; and injecting a foaming material between the cabinet shell and an inner liner for foaming; characterized in that the method for preparing the thermal insulation cabinet further comprises the following steps: the vacuum insulation panel is of a square structure, adding auxiliary workpieces around the vacuum insulation panel before foaming, wherein the auxiliary workpiece comprises a first fitting surface matched with the outer peripheral surface of the vacuum insulation panel along an extension direction of the vacuum insulation panel, a second fitting surface matched with an inner surface of the shell around the vacuum insulation panel, and a transition surface by which the first fitting surface and the second fitting surface are connected, wherein the transition surface is a plane, or a convex arc surface, or an arc surface; wherein a length L2 of the second fitting surface in a direction of the auxiliary workpiece distal from the vacuum insulation panel is not less than a length L1 of the first fitting surface in a thickness direction of the vacuum insulation panel; or a length L2 of the second fitting surface in a direction of the auxiliary workpiece distal from the vacuum insulation panel is not less than a length L1 of the first fitting surface in a thickness direction of the vacuum insulation panel, and L2 is not more than 1.5 times of L1.
An apparatus for facilitating a video communication session between at least two correspondents, each correspondent being associated with said apparatus configured to provide a graphical user interface comprising a first partition displaying video content corresponding to at least one of said correspondents; a second partition displaying a first set of user-selectable GUI objects associated with application programs, wherein user selection of at least one of the GUI objects associated with application programs causes said associated application program to run and be displayed in said second partition; and a third partition displaying user-selectable GUI objects comprising call controls, said GUI objects corresponding to said video communication session; and wherein at least said second partition is dynamically scalable to a size depending on the nature of said video content.