mhurhangee/ep-ind-claims huggingface dataset:
A positive electrode for a nonaqueous electrolyte secondary battery comprising: a positive electrode current collector; a positive electrode mixture layer which is disposed on at least one surface side of the positive electrode current collector; and an intermediate layer which is interposed between the positive electrode current collector and the positive electrode mixture layer, wherein the intermediate layer contains insulating inorganic particles having a thermal conductivity of less than 50 W/mK, highly thermal conductive particles having a thermal conductivity of 50 W/mK or more, the thermal conductivities being measured according to the description, and polyvinylidene fluoride; and the content of the inorganic particles is 50% by mass or more relative to the mass of the intermediate layer, characterized in that the intermediate layer comprises a thermoplastic resin, in that the highly thermal conductive particles are at least one selected from the group consisting of metal particles containing Al, metal particles containing Au, metal particles containing W, aluminum nitride particles, boron nitride particles, silicon nitride particles, and silicon carbide particles, and in that the content of the highly thermal conductive particles is 5 to 35% by mass relative to the mass of the intermediate layer. a positive electrode current collector; a positive electrode mixture layer which is disposed on at least one surface side of the positive electrode current collector; and an intermediate layer which is interposed between the positive electrode current collector and the positive electrode mixture layer, wherein the intermediate layer contains insulating inorganic particles having a thermal conductivity of less than 50 W/mK, highly thermal conductive particles having a thermal conductivity of 50 W/mK or more, the thermal conductivities being measured according to the description, and polyvinylidene fluoride; and the content of the inorganic particles is 50% by mass or more relative to the mass of the intermediate layer, characterized in that the intermediate layer comprises a thermoplastic resin, in that the highly thermal conductive particles are at least one selected from the group consisting of metal particles containing Al, metal particles containing Au, metal particles containing W, aluminum nitride particles, boron nitride particles, silicon nitride particles, and silicon carbide particles, and in that the content of the highly thermal conductive particles is 5 to 35% by mass relative to the mass of the intermediate layer.
Method for the segmentation of an image of an eye, represented by a set of pixels, comprising a segmentation step which provides a segmentation mask comprising a predetermined number P of regions, and a step of validation of said segmentation mask obtained, characterised in that the validation comprises the steps of: - associating a classification identifier with each pixel of the image, the number N of classification identifiers being strictly greater than P, by an unsupervised classification method, - determining a validation mask comprising P regions, comprising, for at least one region of said segmentation mask, selecting at least one classification identifier associated with a majority of pixels of said region and merging all the pixels associated with said at least one selected classification identifier to form a corresponding region of the validation mask, and - evaluating the segmentation mask using the determined validation mask. - associating a classification identifier with each pixel of the image, the number N of classification identifiers being strictly greater than P, by an unsupervised classification method, - determining a validation mask comprising P regions, comprising, for at least one region of said segmentation mask, selecting at least one classification identifier associated with a majority of pixels of said region and merging all the pixels associated with said at least one selected classification identifier to form a corresponding region of the validation mask, and - evaluating the segmentation mask using the determined validation mask.
A control system for a motor vehicle, the control system being operable to determine a vehicle speed value corresponding to a speed of travel of the vehicle over a surface according to a value of a speed of a wheel (111, 112, 113, 114) of the vehicle, the control system being operable to: cause a reduction in an amount of drive torque applied to at least one of a plurality of driven wheels (111, 112, 113, 114); obtain a value of a speed of rotation of the at least one wheel (111, 112, 113, 114) whilst the amount of drive torque applied thereto is reduced; and determine the vehicle speed value according to the measured value of wheel speed, wherein the system is configured to determine whether the vehicle speed value obtained according to the speed of the wheel following the reduction in torque applied to the wheel (111, 112, 113, 114) is consistent with one or more vehicle speed measurements made by alternative means. cause a reduction in an amount of drive torque applied to at least one of a plurality of driven wheels (111, 112, 113, 114); obtain a value of a speed of rotation of the at least one wheel (111, 112, 113, 114) whilst the amount of drive torque applied thereto is reduced; and determine the vehicle speed value according to the measured value of wheel speed, wherein the system is configured to determine whether the vehicle speed value obtained according to the speed of the wheel following the reduction in torque applied to the wheel (111, 112, 113, 114) is consistent with one or more vehicle speed measurements made by alternative means.
A positioning system for anchoring a fibre end point at a location on a telescope field plate, the positioning system comprising: a piezoelectric positioning device for positioning the fibre end point, characterized in that the positioning device comprises a chamber having an opening, the opening lying against the field plate in use defining a substantially enclosed volume inside the chamber; a pump for reducing pressure inside the enclosed volume; a path connecting the pump and the enclosed volume so that, in use, the pump effects a reduction in pressure in the chamber thereby anchoring the fibre end point on the field plate; and a control system for controlling movement of the piezoelectric positioning device on the telescope field plate; the positioning system being arranged to maintain the reduction in pressure in the chamber during movement of the piezoelectric positioning device. a piezoelectric positioning device for positioning the fibre end point, characterized in that the positioning device comprises a chamber having an opening, the opening lying against the field plate in use defining a substantially enclosed volume inside the chamber; a pump for reducing pressure inside the enclosed volume; a path connecting the pump and the enclosed volume so that, in use, the pump effects a reduction in pressure in the chamber thereby anchoring the fibre end point on the field plate; and a control system for controlling movement of the piezoelectric positioning device on the telescope field plate; the positioning system being arranged to maintain the reduction in pressure in the chamber during movement of the piezoelectric positioning device.
A method of operating a first telecommunications network providing Internet Protocol "IP" communications based on MSISDN comprising: automatically gathering routing information, the method of automatically gathering routing information comprising: analysing incoming telecommunications traffic to identify messages from a second telecommunications network, which messages include MSISDNs and comprise at least one of capabilities exchange request messages and presence notification subscription request messages; and, when such a message is identified: extracting from the identified message the MSISDN of a mobile station that has been migrated to the second telecommunications network; obtaining routing data for the second telecommunications network from which the message was received; and storing the extracted MSISDN in association with the obtained routing data; and routing messages sent to the MSISDN based on the routing data for the second telecommunications network. automatically gathering routing information, the method of automatically gathering routing information comprising: analysing incoming telecommunications traffic to identify messages from a second telecommunications network, which messages include MSISDNs and comprise at least one of capabilities exchange request messages and presence notification subscription request messages; and, when such a message is identified: extracting from the identified message the MSISDN of a mobile station that has been migrated to the second telecommunications network; obtaining routing data for the second telecommunications network from which the message was received; and storing the extracted MSISDN in association with the obtained routing data; and routing messages sent to the MSISDN based on the routing data for the second telecommunications network. analysing incoming telecommunications traffic to identify messages from a second telecommunications network, which messages include MSISDNs and comprise at least one of capabilities exchange request messages and presence notification subscription request messages; and, when such a message is identified: extracting from the identified message the MSISDN of a mobile station that has been migrated to the second telecommunications network; obtaining routing data for the second telecommunications network from which the message was received; and storing the extracted MSISDN in association with the obtained routing data; and routing messages sent to the MSISDN based on the routing data for the second telecommunications network. extracting from the identified message the MSISDN of a mobile station that has been migrated to the second telecommunications network; obtaining routing data for the second telecommunications network from which the message was received; and storing the extracted MSISDN in association with the obtained routing data; and routing messages sent to the MSISDN based on the routing data for the second telecommunications network.
A collagen binding peptidoglycan of formula (P n L) x G, wherein n is 1 to 7, x is 1 to 10, P is a synthetic peptide of up to 40 amino acids comprising a sequence of RRANAALKAGELYKSILY, L is a linker, and G is glycan, for use in a method for treating: i) a vascular injury; or ii) intimal hyperplasia. i) a vascular injury; or ii) intimal hyperplasia.
A method of coating a building panel having a decorative surface of wood, comprising the steps of: • applying a UV curable coating layer with a digital print head on a decorative surface of wood of a building panel by applying the coating as drops from the digital print head, said drops being positioned such that they overlap each other; and • curing the UV curable coating layer with UV light, thereby forming a transparent protective surface layer (L1, L2, L3), wherein said decorative surface of wood is visible through said transparent protective surface layer (L1, L2, L3), characterised in that the building panel comprises a mechanical locking system (9, 10, 6, 8, 14) at two opposite edges, the UV curable coating layer is applied by the digital print head on a bevel (15a, 15b) formed at an edge of the building panel, and digital coating is used to seal the edges and/or the locking system (9, 10) against moisture by using a print head to apply a liquid substance. • applying a UV curable coating layer with a digital print head on a decorative surface of wood of a building panel by applying the coating as drops from the digital print head, said drops being positioned such that they overlap each other; and • curing the UV curable coating layer with UV light, thereby forming a transparent protective surface layer (L1, L2, L3), wherein said decorative surface of wood is visible through said transparent protective surface layer (L1, L2, L3), the building panel comprises a mechanical locking system (9, 10, 6, 8, 14) at two opposite edges, the UV curable coating layer is applied by the digital print head on a bevel (15a, 15b) formed at an edge of the building panel, and digital coating is used to seal the edges and/or the locking system (9, 10) against moisture by using a print head to apply a liquid substance.
Method for identifying the cavity of a glass container forming machine in which a glass container has been manufactured, which comprises manufacturing a set of glass containers, wherein each of the glass containers has a code which identifies the cavity of the forming machine in which the glass container has been manufactured, characterized in that the method comprises: • for each container of the set of glass containers: ∘ determining a characteristic parameter of the glass container, and ∘ reading the code which identifies the cavity of the forming machine in which the glass container has been manufactured, • performing a classification of the set of glass containers which comprises: ∘ relating each glass container with its characteristic parameter, and ∘ relating each characteristic parameter with the cavity of the forming machine in which the glass container has been manufactured, • manufacturing a new glass container, • determining the characteristic parameter of the new glass container, and • comparing the characteristic parameter of the new glass container with the classification of the set of glass containers, and identifying the cavity in which the new glass container has been manufactured based on said comparison. • for each container of the set of glass containers: ∘ determining a characteristic parameter of the glass container, and ∘ reading the code which identifies the cavity of the forming machine in which the glass container has been manufactured, ∘ determining a characteristic parameter of the glass container, and ∘ reading the code which identifies the cavity of the forming machine in which the glass container has been manufactured, • performing a classification of the set of glass containers which comprises: ∘ relating each glass container with its characteristic parameter, and ∘ relating each characteristic parameter with the cavity of the forming machine in which the glass container has been manufactured, ∘ relating each glass container with its characteristic parameter, and ∘ relating each characteristic parameter with the cavity of the forming machine in which the glass container has been manufactured, • manufacturing a new glass container, • determining the characteristic parameter of the new glass container, and • comparing the characteristic parameter of the new glass container with the classification of the set of glass containers, and identifying the cavity in which the new glass container has been manufactured based on said comparison.
An articulating probe system comprising: an articulating probe constructed and arranged to articulate in at least one degree of motion and to transition between a flexible state and a rigid state, the articulating probe comprising a plurality of links between a proximal link and a distal link; a feeder assembly in communication with the articulating probe to apply forces on the articulating probe to cause the probe to articulate and to transition between the flexible state and the rigid state; and a plurality of cables in communication with the plurality of links; the feeder assembly further comprising: a plurality of cable bobbins at which proximal portions of the plurality of cables are wound; and drive assemblies, each corresponding to one of the cable bobbins, for driving the cable bobbins, characterised by the drive assemblies including motion resistance mechanisms that substantially prevent rotation of the cable bobbins as a result of forces transferred through the cables, as encountered by the articulating probe. an articulating probe constructed and arranged to articulate in at least one degree of motion and to transition between a flexible state and a rigid state, the articulating probe comprising a plurality of links between a proximal link and a distal link; a feeder assembly in communication with the articulating probe to apply forces on the articulating probe to cause the probe to articulate and to transition between the flexible state and the rigid state; and a plurality of cables in communication with the plurality of links; the feeder assembly further comprising: a plurality of cable bobbins at which proximal portions of the plurality of cables are wound; and drive assemblies, each corresponding to one of the cable bobbins, for driving the cable bobbins, characterised by the drive assemblies including motion resistance mechanisms that substantially prevent rotation of the cable bobbins as a result of forces transferred through the cables, as encountered by the articulating probe. a plurality of cable bobbins at which proximal portions of the plurality of cables are wound; and drive assemblies, each corresponding to one of the cable bobbins, for driving the cable bobbins, characterised by the drive assemblies including motion resistance mechanisms that substantially prevent rotation of the cable bobbins as a result of forces transferred through the cables, as encountered by the articulating probe.
A coupling for connecting a laser radiation source to a medical device by way of an optical fiber (80, 280), the coupling comprising a launch connector (24, 224) and a medical device connector (28, 228) each of the launch connector (24, 224) and medical device connector (28, 228) having an outer mechanical connection portion (36, 38) configured as a tubular portion, and an inner optical connection portion (40, 42, 240, 242), the inner optical connector portion (40, 42, 240, 242) positioned in a recess defined by the respective outer mechanical connection portion (36, 38), the launch connector (24, 224) optical connection portion (40, 240) comprising a male ferrule (78, 278) connecting to the optical fiber (80, 280), wherein the optical fiber (80, 280) attached to a body portion (48, 248) of the launch connector (24, 224) at a position separated rearwardly from the male ferrule (78, 278) by a distance of about 4 to 15 mm, whereby the male ferrule (78, 278) is not directly attached to the connector body portion (48, 248), the optical fiber (80, 280) providing a freedom of movement to the male ferrule (78, 278) with respect to the connector body portion (48, 248) in directions transverse to a central axis of the connector (24, 224).
A table comprising: a molded plastic table top including an upper portion, a lower portion and a hollow interior portion disposed between the upper portion and the lower portion, the upper portion, the lower portion and the hollow interior portion integrally formed during a molding process as part of a unitary, one-piece construction; a first support structure connected to the table top; a second support member connected to the table top; a frame comprising side rails (42, 44) connected to the lower portion of the table top, an upper portion of the side rails (42, 44) contacting the lower portion of the table top; a plurality of depressions disposed between the upper portion of the side rails (42, 44) and the upper portion of the table top, the plurality of depressions integrally formed in the lower portion of the table top during the molding process as part of the unitary, one-piece construction; and a frame receiving portion integrally formed in the lower surface of the table top during the molding process of the unitary, one-piece construction, the frame receiving portion including an upper surface, an inner side wall and an outer side wall; wherein the side rails (42, 44) contact the upper surface of the frame receiving portion; wherein the plurality of depressions are disposed in the upper surface of the frame receiving portion; wherein the plurality of depressions are channels that extend across the width of the frame receiving portion and are at least partially disposed in one or more of the side walls (78, 80) of the frame receiving portion. a molded plastic table top including an upper portion, a lower portion and a hollow interior portion disposed between the upper portion and the lower portion, the upper portion, the lower portion and the hollow interior portion integrally formed during a molding process as part of a unitary, one-piece construction; a first support structure connected to the table top; a second support member connected to the table top; a frame comprising side rails (42, 44) connected to the lower portion of the table top, an upper portion of the side rails (42, 44) contacting the lower portion of the table top; a plurality of depressions disposed between the upper portion of the side rails (42, 44) and the upper portion of the table top, the plurality of depressions integrally formed in the lower portion of the table top during the molding process as part of the unitary, one-piece construction; and a frame receiving portion integrally formed in the lower surface of the table top during the molding process of the unitary, one-piece construction, the frame receiving portion including an upper surface, an inner side wall and an outer side wall; wherein the side rails (42, 44) contact the upper surface of the frame receiving portion; wherein the plurality of depressions are disposed in the upper surface of the frame receiving portion; wherein the plurality of depressions are channels that extend across the width of the frame receiving portion and are at least partially disposed in one or more of the side walls (78, 80) of the frame receiving portion.