mhurhangee/ep-ind-claims huggingface dataset:
An organic light emitting device, OLED, lighting module, comprising: an OLED illumination plate which comprises a first surface which is formed to be entirely flat, a second surface which is opposite to the first surface and which has a center surface and a border surface stepwisely formed around the center surface, and a transparent electrode which is formed on the stepped surface; an FPCB substrate which comprises a main substrate portion which comprises a power terminal configured to be electrically connected to a power supply, the power terminal corresponding to the center surface, and a wing substrate portion which is formed to extend from the center surface in four directions and comprises a connection terminal corresponding to the transparent electrode; a reinforcement member which has a height the same as a step formed above the wing substrate portion which is attached onto the border surface, a circuit pattern coupling the power terminal to the connection terminal; and a conductive adhesive film which is attached between the stepped surface and the wing substrate portion to electrically conduct the transparent electrode and the connection terminal, wherein the conductive adhesive film is an anisotropic conductive film which is attached by thermal compression to provide electrical conduction only in a direction to which a pressure is applied. an OLED illumination plate which comprises a first surface which is formed to be entirely flat, a second surface which is opposite to the first surface and which has a center surface and a border surface stepwisely formed around the center surface, and a transparent electrode which is formed on the stepped surface; an FPCB substrate which comprises a main substrate portion which comprises a power terminal configured to be electrically connected to a power supply, the power terminal corresponding to the center surface, and a wing substrate portion which is formed to extend from the center surface in four directions and comprises a connection terminal corresponding to the transparent electrode; a reinforcement member which has a height the same as a step formed above the wing substrate portion which is attached onto the border surface, a circuit pattern coupling the power terminal to the connection terminal; and a conductive adhesive film which is attached between the stepped surface and the wing substrate portion to electrically conduct the transparent electrode and the connection terminal, wherein the conductive adhesive film is an anisotropic conductive film which is attached by thermal compression to provide electrical conduction only in a direction to which a pressure is applied.
A pipe comprising: an axially extended bore including plastic or thermoplastic polymers defined by a corrugated outer wall having axially adjacent, outwardly-extending corrugation crests, separated by corrugation valleys; and an outer wrap applied to the outer wall, wherein: the outer wrap comprises fibers and plastic, and the outer wrap spans the corrugation crests producing a smooth outer surface, and wherein the corrugated outer wall is made from a different material to the outer wrap. an axially extended bore including plastic or thermoplastic polymers defined by a corrugated outer wall having axially adjacent, outwardly-extending corrugation crests, separated by corrugation valleys; and an outer wrap applied to the outer wall, wherein: the outer wrap comprises fibers and plastic, and the outer wrap spans the corrugation crests producing a smooth outer surface, and the outer wrap comprises fibers and plastic, and the outer wrap spans the corrugation crests producing a smooth outer surface, and wherein the corrugated outer wall is made from a different material to the outer wrap.
An organophosphorus compound of Formula: where Y is an -OH group R is -CH 2 -CH 2 -CH 2 - or -CR 5 2 -CR 5 2 -, where each R 5 is independently a hydrogen group or a hydrocarbyl group having 1 to 4 carbon atoms; X is an oxygen atom; and wherein R 1 and R 2 are joined to form a ring of Formula II: where Y is an -OH group R is -CH 2 -CH 2 -CH 2 - or -CR 5 2 -CR 5 2 -, where each R 5 is independently a hydrogen group or a hydrocarbyl group having 1 to 4 carbon atoms; X is an oxygen atom; and wherein R 1 and R 2 are joined to form a ring of Formula II:
A method of self-organising a telecommunications network, the method comprising: determining at least an event area from a received event request from a self-organising network, SON, function; determining, by looking up or receiving, a general impact area for the SON function based on the type of the SON function; determining for the SON function an actual impact area by combining the general impact area and actual network resources, wherein the actual network resources are received or looked up based on the event area; determining, based on the actual impact area and using stored data on previously received events, whether the actual impact area interferes with at least one executed SON function instance; and generating a coordination output based on the determination whether the event impact inteferes. determining at least an event area from a received event request from a self-organising network, SON, function; determining, by looking up or receiving, a general impact area for the SON function based on the type of the SON function; determining for the SON function an actual impact area by combining the general impact area and actual network resources, wherein the actual network resources are received or looked up based on the event area; determining, based on the actual impact area and using stored data on previously received events, whether the actual impact area interferes with at least one executed SON function instance; and generating a coordination output based on the determination whether the event impact inteferes.
A hand-held scanner comprising an image sensor; an array of apertures, arranged in a pattern having a specified shape, arranged between said imaging sensor and a scene; a lens part, the lens part, the imaging sensor and the apertures being arranged to capture light reflected from or emitted by a large plurality of isolated distinguishable points of the scene that pass through each of the plurality of apertures and that is received at the image sensor as a plurality of isolated distinguishable point images, the isolated distinguishable point images each including a number of image points that is equal to a number of the plurality of apertures; and a processor to analyze each image point in each isolated distinguishable point image from the image sensor to determine relative positions of each isolated distinguishable point in the scene relative to each other isolated distinguishable point in the scene, to map a complete three dimensional image of the scene, the hand-held scanner further comprising: an illuminator comprising a plurality of light elements (115, 116) each of one color out of only two colors of light; the image sensor having three color channels; and the array of apertures comprising multiple apertures, each aperture coded to one of the two light element colors to isolate the distinguishable points of the scene onto corresponding image sensor color channels. an illuminator comprising a plurality of light elements (115, 116) each of one color out of only two colors of light; the image sensor having three color channels; and the array of apertures comprising multiple apertures, each aperture coded to one of the two light element colors to isolate the distinguishable points of the scene onto corresponding image sensor color channels.
A system for producing an output light beam of a given output spectrum, the system comprising: a light source; a separator configured to separate an input light beam, from the light source, into a retained light beam directed along a first path and an excess light beam directed along a second path, based on wavelength of the input light beam, said first and second paths being separate and non-overlapping; an optical power shifter positioned to intercept the excess light beam, the optical power shifter configured to convert the excess light beam into a wavelength-shifted light beam comprising one or more wavelengths red-shifted relative to the excess light beam; and a combiner positioned to intercept both the retained light beam and the wavelength-shifted light beam, the combiner configured to combine the retained light beam and the wavelength-shifted light beam onto a common path to produce the output light beam; wherein the optical power shifter comprises a plurality of quantum dots configured to absorb at least some wavelengths of the excess light beam and to emit light red-shifted relative thereto. a light source; a separator configured to separate an input light beam, from the light source, into a retained light beam directed along a first path and an excess light beam directed along a second path, based on wavelength of the input light beam, said first and second paths being separate and non-overlapping; an optical power shifter positioned to intercept the excess light beam, the optical power shifter configured to convert the excess light beam into a wavelength-shifted light beam comprising one or more wavelengths red-shifted relative to the excess light beam; and a combiner positioned to intercept both the retained light beam and the wavelength-shifted light beam, the combiner configured to combine the retained light beam and the wavelength-shifted light beam onto a common path to produce the output light beam; wherein the optical power shifter comprises a plurality of quantum dots configured to absorb at least some wavelengths of the excess light beam and to emit light red-shifted relative thereto.
A meta-scheduler apparatus for interfacing between a plurality of virtualized schedulers (20; 20a; 20b) and multiple schedulers (30; 30a; 30b) of different wireless communication systems (300; 300a; 300b), comprising a first interface for communicating with the plurality of virtualized schedulers (20; 20a; 20b) and comprising a second interface for communicating with the multiple schedulers (30; 30a; 30b) of the different wireless communication systems (300; 300a; 300b), wherein the apparatus is operable to transform between information on abstract resources communicated on the first interface with the plurality of virtualized schedulers (20;20a; 20b) and information on radio resources of the wireless communication systems (300; 300a; 300b) communicated on the second interface, wherein a virtualized scheduler (20; 20a; 20b) is part of a software implementation of an operator specific base station transceiver, wherein the apparatus is operable to communicate a data packet received from a virtualized scheduler (20; 20a; 20b) to one of the different wireless communication systems (300; 300a; 300b) based on load information or quality of service provision of the different wireless communication systems (300; 300a; 300b).
A method of detecting a fault in a subsea power cable or in a direct electric heating, DEH, system comprising a subsea power cable, wherein measuring points are distributed along the subsea power cable, the method comprising the step of - measuring at each measuring point a current in the sub-sea power cable, characterized in that measuring the current at each measurement point comprises measuring a magnitude of the current, or measuring at each measuring point the phase angle of the current by measuring a current and a voltage in the subsea power cable and determining the phase angle between the voltage and the current, and in that the method further comprises the steps of - comparing the currents measured at the different measuring points by comparing the measured magnitudes of the current or by comparing the measured phase angles of the current; and - detecting the presence and the location of a fault in the subsea power cable or in the DEH system based on the comparison. - measuring at each measuring point a current in the sub-sea power cable, - comparing the currents measured at the different measuring points by comparing the measured magnitudes of the current or by comparing the measured phase angles of the current; and - detecting the presence and the location of a fault in the subsea power cable or in the DEH system based on the comparison.
A shunt comprising: a first housing configured for receiving a first conduit for blood ingress, the first conduit for extending in the first housing; a regulator extending into the first housing for communicating with the first conduit to control blood flow rate through the first conduit; a second housing removably attachable to the first housing, the second housing comprising a cavity for receiving and holding blood from the first conduit, and configured for receiving a second conduit, such that the second conduit is in communication with the cavity for blood egress through the second conduit; and characterized by a blood filter extending at least partially into the cavity of the second housing for communication with the first conduit in the first housing; and a connector disc for seating in the first housing, the connector disc including oppositely disposed first and second sides (117d, 117p), and including an aperture extending between the first and second sides (117d, 117p), the connector disc being for connecting with the first conduit on the first side and the blood filter on the second side, whereby the first conduit communicates with the blood filter via the aperture to form a path for blood flow through the shunt. a first housing configured for receiving a first conduit for blood ingress, the first conduit for extending in the first housing; a regulator extending into the first housing for communicating with the first conduit to control blood flow rate through the first conduit; a second housing removably attachable to the first housing, the second housing comprising a cavity for receiving and holding blood from the first conduit, and configured for receiving a second conduit, such that the second conduit is in communication with the cavity for blood egress through the second conduit; and characterized by a blood filter extending at least partially into the cavity of the second housing for communication with the first conduit in the first housing; and a connector disc for seating in the first housing, the connector disc including oppositely disposed first and second sides (117d, 117p), and including an aperture extending between the first and second sides (117d, 117p), the connector disc being for connecting with the first conduit on the first side and the blood filter on the second side, whereby the first conduit communicates with the blood filter via the aperture to form a path for blood flow through the shunt.
An apparatus comprising: means for causing, at least in part, an action or actions that will result in presentation of a user interface that includes a plurality of descriptors to a user, wherein each of the descriptors includes information corresponding to an emotion of the user and each of the descriptors is configured to be user selectable and each of the descriptors is associated with one or more user selectable options; means for causing, at least in part, determination of which of the plurality of descriptors to present to the user by monitoring activities of the user, wherein said determination comprises comparing the monitored activities of the user to one or more user selectable options associated with the descriptors; means for causing, in response to selection of a descriptor presentation of one or more user selectable options associated with a selected one of the descriptors; and means for invoking an application corresponding to a selected one of the options. means for causing, at least in part, an action or actions that will result in presentation of a user interface that includes a plurality of descriptors to a user, wherein each of the descriptors includes information corresponding to an emotion of the user and each of the descriptors is configured to be user selectable and each of the descriptors is associated with one or more user selectable options; means for causing, at least in part, determination of which of the plurality of descriptors to present to the user by monitoring activities of the user, wherein said determination comprises comparing the monitored activities of the user to one or more user selectable options associated with the descriptors; means for causing, in response to selection of a descriptor presentation of one or more user selectable options associated with a selected one of the descriptors; and means for invoking an application corresponding to a selected one of the options.
A gimbal mount system configured to couple to a gimbal, the gimbal configured to secure a camera, the gimbal mount system comprising: a handle; an interface located within an end of the handle and configured to secure the gimbal; a power source located within the handle; a display located on an outer surface of the handle; and a communication interface located within the handle and configured to communicate with the gimbal and the camera. a handle; an interface located within an end of the handle and configured to secure the gimbal; a power source located within the handle; a display located on an outer surface of the handle; and a communication interface located within the handle and configured to communicate with the gimbal and the camera.
A monomer of formula: R- m - n -R' where: - m and n are integers of less than 150, at least one of which is non-zero, - A and B designate alkyl groups different from one another, and having 2 to 4 carbon atoms, wherein group EO preferentially designates ethylene oxide, and group PO preferentially designates propylene oxide, - R designates a polymerisable unsaturated group, preferentially methacrylate, - R' is characterised in that it consists in at least one group of formula: CH 3 -(CH 2) p -CH(CH 2) r CH 3 -(CH 2) q - where p and q designate integers at least one of which is non-zero, with 5 < p + q < 13, r is an integer equal to 0. - m and n are integers of less than 150, at least one of which is non-zero, - A and B designate alkyl groups different from one another, and having 2 to 4 carbon atoms, wherein group EO preferentially designates ethylene oxide, and group PO preferentially designates propylene oxide, - R designates a polymerisable unsaturated group, preferentially methacrylate, - R' is characterised in that it consists in at least one group of formula: CH 3 -(CH 2) p -CH(CH 2) r CH 3 -(CH 2) q - where p and q designate integers at least one of which is non-zero, with 5 < p + q < 13, r is an integer equal to 0.
A modified messenger RNA comprising a modified nucleotide, said modified nucleotide comprising one or more chemical modifications of a naturally occurring nucleotide, wherein the modified nucleotide reduces the induction of the cellular innate immune response of a cell to the modified nucleic acid when the modified nucleic acid is introduced into the cell, as compared to the induction of the cellular innate immune response in a cell induced by a corresponding unmodified nucleic acid, wherein the messenger RNA is greater than 30 nucleotides in length and wherein 100% of the corresponding naturally occurring nucleotides have been replaced with: i. 5'-O-(1-thiophosphate)-cytidine and N1-methyl-pseudo-uridine, ii. 5-methyl-cytidine and N1-methyl-pseudo-uridine, or iii. 25% N1-methyl-pseudo-uridine and 75%-pseudo-uridine. i. 5'-O-(1-thiophosphate)-cytidine and N1-methyl-pseudo-uridine, ii. 5-methyl-cytidine and N1-methyl-pseudo-uridine, or iii. 25% N1-methyl-pseudo-uridine and 75%-pseudo-uridine.
A heat conversion device, comprising: a thermoelectric module including a first heat conversion part which comprises a first substrate, a second heat conversion part which comprises a second substrate, and a thermoelectric semiconductor between the first substrate and the second substrate facing each other; a first module comprising a first heat transmission member and contacting with the first heat conversion part, a second module comprising a second heat transmission member and contacting with the second heat conversion part, and a third module comprising a third heat transmission member and contacting with the first heat conversion part, wherein the first module is configured to convert a temperature of inflowing air using a heat conversion function of the thermoelectric module; the second module is configured to reconvert the temperature of the air passing through the first module; and the third module is configured to control the temperature of the air passing through the second module. a thermoelectric module including a first heat conversion part which comprises a first substrate, a second heat conversion part which comprises a second substrate, and a thermoelectric semiconductor between the first substrate and the second substrate facing each other; a first heat conversion part which comprises a first substrate, a second heat conversion part which comprises a second substrate, and a thermoelectric semiconductor between the first substrate and the second substrate facing each other; a first module comprising a first heat transmission member and contacting with the first heat conversion part, a second module comprising a second heat transmission member and contacting with the second heat conversion part, and a third module comprising a third heat transmission member and contacting with the first heat conversion part, wherein the first module is configured to convert a temperature of inflowing air using a heat conversion function of the thermoelectric module; the second module is configured to reconvert the temperature of the air passing through the first module; and the third module is configured to control the temperature of the air passing through the second module.