mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming an electro-optic display comprising: forming a front plane laminate comprising, in this order, a first substrate , a first conductive layer , a layer of electro-optic medium , and an adhesive , the first substrate and first conductive layer being transparent; and coating an insulating layer and a second conductive layer onto a second substrate comprising a plurality of conductors to provide a backplane ; the method being characterized by : scoring the second substrate to form a removable portion ; laminating the front plane laminate to the backplane ; removing the removable portion from the second substrate to provide an opening in the backplane ; and filling the opening with a conductive material to provide an electrical connection between the first conductive layer and one of the plurality of conductors . forming a front plane laminate comprising, in this order, a first substrate , a first conductive layer , a layer of electro-optic medium , and an adhesive , the first substrate and first conductive layer being transparent; and coating an insulating layer and a second conductive layer onto a second substrate comprising a plurality of conductors to provide a backplane ; the method being characterized by : scoring the second substrate to form a removable portion ; laminating the front plane laminate to the backplane ; removing the removable portion from the second substrate to provide an opening in the backplane ; and filling the opening with a conductive material to provide an electrical connection between the first conductive layer and one of the plurality of conductors . scoring the second substrate to form a removable portion ; laminating the front plane laminate to the backplane ; removing the removable portion from the second substrate to provide an opening in the backplane ; and filling the opening with a conductive material to provide an electrical connection between the first conductive layer and one of the plurality of conductors .
A respiratory mask for delivering inspiratory gas to a wearer, the mask comprising a mask body shaped to define a cavity adapted to fit about the mouth and nose of the patient, wherein the mask body comprises a nose cavity portion and a mouth cavity portion , the mask body being shaped such that the maximum depth of the cavity defined by the nose portion is greater than the depth of the cavity defined by the mouth portion , the nose cavity portion comprising an inspiratory gas inlet port and the mouth portion comprising an expiratory gas monitoring port , at a location spaced from the inlet port , a nd a connector formation ; wherein the mask body and the connector formation are moulded as a unitary member such that the gas monitoring port is an inlet of a port connector formation depending from the mask body , and said port connector formation is integral with the mask body, and characterised in that the gas monitoring port is offset from a longitudinal axis of the mask .
A method for determining an initial mean open loop power level of a pilot channel of a reverse traffic channel for a mobile terminal , the initial mean open loop power level enabling handoff of an active call from a first access network to a second access network , the first access network using a first air interface standard that is different from a second air interface standard used by the second access network , the method comprising: receiving (S116, S 102), at the mobile terminal, a handoff initialization request from the first access network ; measuring (S118), at the mobile terminal, a mean received power level of a forward link of the second access network; transmitting (S118, S104), from the mobile terminal, the measured mean forward link power to the second access network through a tunneling interface between the first and second access networks; receiving (S120, S 106), at the mobile terminal, an open loop power adjustment factor from the second access network through the tunneling interface ; and setting (S122, S110), at the mobile terminal, the initial mean open loop power level based on the open loop power adjustment factor. receiving (S116, S 102), at the mobile terminal, a handoff initialization request from the first access network ; measuring (S118), at the mobile terminal, a mean received power level of a forward link of the second access network; transmitting (S118, S104), from the mobile terminal, the measured mean forward link power to the second access network through a tunneling interface between the first and second access networks; receiving (S120, S 106), at the mobile terminal, an open loop power adjustment factor from the second access network through the tunneling interface ; and setting (S122, S110), at the mobile terminal, the initial mean open loop power level based on the open loop power adjustment factor.
A video transport system, comprising: graphics processing circuitry to generate a video transport unit, TU, corresponding to a scan line of a first video frame that is unchanged from a second video frame, wherein the video TU includes a control sequence and an unchanged data payload corresponding to a defined number of pixels of the scan line of the first video frame; and source tunneling bridge circuitry to generate a bus TU based on the video TU; the source tunneling bridge circuitry to parse the control sequence or the unchanged data payload of the video TU, and to generate the bus TU having a header that includes a field to identify the defined number of pixels of the unchanged data payload, and to eliminate, in whole or in part, the unchanged data payload in the bus TU. graphics processing circuitry to generate a video transport unit, TU, corresponding to a scan line of a first video frame that is unchanged from a second video frame, wherein the video TU includes a control sequence and an unchanged data payload corresponding to a defined number of pixels of the scan line of the first video frame; and source tunneling bridge circuitry to generate a bus TU based on the video TU; the source tunneling bridge circuitry to parse the control sequence or the unchanged data payload of the video TU, and to generate the bus TU having a header that includes a field to identify the defined number of pixels of the unchanged data payload, and to eliminate, in whole or in part, the unchanged data payload in the bus TU.
An anti-connective tissue growth factor (CTGF) agent for use in a method of: a) treating a motor neuron disease; b) preventing the development or reducing the progression rate of a motor neuron disease; c) preventing or reducing a clinical symptom of a motor neuron disease; or d) improving muscle function, or preventing or reducing muscle damage in a subject with a motor neuron disease. a) treating a motor neuron disease; b) preventing the development or reducing the progression rate of a motor neuron disease; c) preventing or reducing a clinical symptom of a motor neuron disease; or d) improving muscle function, or preventing or reducing muscle damage in a subject with a motor neuron disease.
A method of a reception apparatus for receiving content, the method comprising: receiving (S200) a first service, by a receiver of the reception apparatus, the first service providing first content and first metadata associated with the first content, the first content being encoded in one of a plurality of formats decodable by the reception apparatus; generating (S202), by circuitry of the reception apparatus, first codec mode information based on the first metadata received with the first content, the first codec mode information indicating the one of the plurality of formats or a codec for decoding the one of the plurality of formats; storing (S204), by the circuitry, the generated first codec mode information in association with the first service in a table, wherein the table includes codec mode information for a plurality of different services, which includes the first service, receiving a command to switch to a next service in a predetermined sequence of the plurality of different services while the first service is being received; and switching to the next service in the predetermined sequence and decoding third content provided by the next service in response to the received command, wherein the predetermined sequence is generated by grouping each of the plurality of different services in the table according to codec mode information associated with the respective service, and the third content is encoded in the one of the plurality of formats.. receiving (S200) a first service, by a receiver of the reception apparatus, the first service providing first content and first metadata associated with the first content, the first content being encoded in one of a plurality of formats decodable by the reception apparatus; generating (S202), by circuitry of the reception apparatus, first codec mode information based on the first metadata received with the first content, the first codec mode information indicating the one of the plurality of formats or a codec for decoding the one of the plurality of formats; storing (S204), by the circuitry, the generated first codec mode information in association with the first service in a table, wherein the table includes codec mode information for a plurality of different services, which includes the first service, receiving a command to switch to a next service in a predetermined sequence of the plurality of different services while the first service is being received; and switching to the next service in the predetermined sequence and decoding third content provided by the next service in response to the received command, wherein the predetermined sequence is generated by grouping each of the plurality of different services in the table according to codec mode information associated with the respective service, and the third content is encoded in the one of the plurality of formats..
A system for enabling a Web Real Time Communication, WebRTC, enabled client to connect to an IP Multimedia Subsystem, IMS, based IP Television, IPTV, subsystem, the IMS based IPTV subsystem having an IMS core enhanced by IPTV functions, the system comprising: a signaling gateway, SGW adapted to exchange signaling information between the WebRTC enabled client, and the IMS based IPTV subsystem; a Media Delivery Function, MDF, module adapted to contain media data and transmitting IPTV content to the WebRTC enabled client over a secure channel; and an interface (e*) located between the WebRTC enabled client and the MDF module adapted to bypass Network Address Translation, NAT, restrictions, wherein the MDF module terminates the e* interface with the WebRTC enabled client at a STUN server included in an Interactive Connectivity Establishment, ICE, agent in the MDF module and the MDF module comprises a streaming engine adapted to support codec handling, including WebRTC client supported codecs and adapted to support secure transport of the IPTV media. a signaling gateway, SGW adapted to exchange signaling information between the WebRTC enabled client, and the IMS based IPTV subsystem; a Media Delivery Function, MDF, module adapted to contain media data and transmitting IPTV content to the WebRTC enabled client over a secure channel; and an interface (e*) located between the WebRTC enabled client and the MDF module adapted to bypass Network Address Translation, NAT, restrictions, wherein the MDF module terminates the e* interface with the WebRTC enabled client at a STUN server included in an Interactive Connectivity Establishment, ICE, agent in the MDF module and the MDF module comprises a streaming engine adapted to support codec handling, including WebRTC client supported codecs and adapted to support secure transport of the IPTV media.
An energy storage system comprising: an energy storage device ; a bidirectional inverter configured to control a flow of power into or out of the energy storage device via a plurality of phases; and a controller configured to control the bidirectional inverter based on a load condition on one or more of the plurality of phases, wherein the controller is configured to control the bidirectional inverter to store power generated by a generator set in the energy storage device and transmit power from the energy storage device to a load driven by the generator set in response to detecting a load imbalance between the plurality of phases; and wherein the controller is further configured to: detect the load imbalance upstream of a local power grid on a first phase of the plurality of phases, characterized in being configured to transmit a signal to a transfer switch configured to disconnect the first phase of the local power grid from a power grid upstream of the local power grid in response to receiving the signal while maintaining connections of at least one other phase of the plurality of phases, and provide power on the first phase using power from the energy storage device or one or more second phases of the plurality of phases. an energy storage device ; a bidirectional inverter configured to control a flow of power into or out of the energy storage device via a plurality of phases; and a controller configured to control the bidirectional inverter based on a load condition on one or more of the plurality of phases, wherein the controller is configured to control the bidirectional inverter to store power generated by a generator set in the energy storage device and transmit power from the energy storage device to a load driven by the generator set in response to detecting a load imbalance between the plurality of phases; and wherein the controller is further configured to: detect the load imbalance upstream of a local power grid on a first phase of the plurality of phases, characterized in being configured to transmit a signal to a transfer switch configured to disconnect the first phase of the local power grid from a power grid upstream of the local power grid in response to receiving the signal while maintaining connections of at least one other phase of the plurality of phases, and provide power on the first phase using power from the energy storage device or one or more second phases of the plurality of phases. detect the load imbalance upstream of a local power grid on a first phase of the plurality of phases, characterized in being configured to transmit a signal to a transfer switch configured to disconnect the first phase of the local power grid from a power grid upstream of the local power grid in response to receiving the signal while maintaining connections of at least one other phase of the plurality of phases, and provide power on the first phase using power from the energy storage device or one or more second phases of the plurality of phases.
A method of a home subscriber server, HSS , for configuration of monitoring events, the method comprising: receiving , from a service capability exposure function, SCEF , a first request message including monitoring event information and a value of a maximum detection time; setting a value of a mobility-related timer of a terminal based on the value of the maximum detection time in case that the monitoring event information is set to loss of connectivity; and transmitting , to a mobility management entity , a second request message including the monitoring event information and the set mobility-related timer of the terminal, characterized in that the value of the mobility-related timer is set smaller than the value of the maximum detection time. receiving , from a service capability exposure function, SCEF , a first request message including monitoring event information and a value of a maximum detection time; setting a value of a mobility-related timer of a terminal based on the value of the maximum detection time in case that the monitoring event information is set to loss of connectivity; and transmitting , to a mobility management entity , a second request message including the monitoring event information and the set mobility-related timer of the terminal, characterized in that the value of the mobility-related timer is set smaller than the value of the maximum detection time.
An electronic device comprising: a display module ; a first memory having display data stored therein; at least one processor configured to: generate a plurality of display layers for composing into one screen, each display layer including display data, identify the display data included in each of the plurality of display layers as one of general data, protected data, or security data, and when it is identified that the display data of at least one display layer of the plurality of display layers comprises the security data, control attributes of the plurality of display layers so as to display a display layer, which includes the security data, at an uppermost position with respect to remaining display layers of the plurality of display layers, wherein the display layer which includes the security data is always displayed at the uppermost position so as to display the security data to a user of the electronic. a display module ; a first memory having display data stored therein; at least one processor configured to: generate a plurality of display layers for composing into one screen, each display layer including display data, identify the display data included in each of the plurality of display layers as one of general data, protected data, or security data, and when it is identified that the display data of at least one display layer of the plurality of display layers comprises the security data, control attributes of the plurality of display layers so as to display a display layer, which includes the security data, at an uppermost position with respect to remaining display layers of the plurality of display layers, generate a plurality of display layers for composing into one screen, each display layer including display data, identify the display data included in each of the plurality of display layers as one of general data, protected data, or security data, and when it is identified that the display data of at least one display layer of the plurality of display layers comprises the security data, control attributes of the plurality of display layers so as to display a display layer, which includes the security data, at an uppermost position with respect to remaining display layers of the plurality of display layers, wherein the display layer which includes the security data is always displayed at the uppermost position so as to display the security data to a user of the electronic.
Circular comb for a comber, the circular comb having a comb clothing and a circular-comb axis , comprising a clothing carrier and at least one circular-comb carrier , the clothing carrier being held on the circular-comb carrier and the circular-comb carrier being fastened on a circular-comb shaft by means of connecting screws , and a cover plate being attached to each end of the circular-comb carrier as seen in the direction of the circular-comb axis , characterized in that an insert rail is provided between the circular-comb carrier and the circular-comb shaft and in that at least two adjusting devices are provided between the circular-comb carrier and the insert rail for adjusting a distance (A) between the insert rail and the circular-comb carrier .
An aerodynamic seal arrangement comprising a rotating component of a turbo-machine and an aerodynamic seal assembly for positioning between a stationary component of the turbo-machine and the rotating component, wherein the aerodynamic seal assembly comprises: a plurality of springs connected to a top piece ; a shoe connected to the plurality of springs ; and a secondary seal connected to the top piece and positioned about the plurality of springs and the shoe , wherein the secondary seal acts as a spring and as a seal that blocks a fluid flowing between the top piece and the shoe, wherein the shoe has a curvature mismatch with respect to a curvature of the rotating component in a circumferential direction such that a convergent-divergent or a convergent squeeze fluid film forms between the shoe and the rotating component during rotation of the rotating component to prevent contact of the shoe and the rotating component. a plurality of springs connected to a top piece ; a shoe connected to the plurality of springs ; and a secondary seal connected to the top piece and positioned about the plurality of springs and the shoe , wherein the secondary seal acts as a spring and as a seal that blocks a fluid flowing between the top piece and the shoe, wherein the shoe has a curvature mismatch with respect to a curvature of the rotating component in a circumferential direction such that a convergent-divergent or a convergent squeeze fluid film forms between the shoe and the rotating component during rotation of the rotating component to prevent contact of the shoe and the rotating component.
A human-body aimed spacer for ensuring a space near a human body for allowing air to flow therethrough, comprising: convex parts each comprising: a frame-like portion ; a rising portion comprising column portions , or wall portions, or column portions and wall portions, each of them having one end formed to rise from the associated frame-like portion ; and a rising-portion integrator for interconnecting the other ends of the associated rising portion with one another; and flexible connecting portions having flexibility and interconnecting adjacent ones of said convex parts with each other; wherein said convex parts are formed in a number of at least 100 per 1 m 2 ; wherein said convex parts and said flexible connecting portions are formed of plastic integrally with one another; characterized in that said flexible connecting portions are each formed of a strip-shaped member in a manner to be bent to protrude to a side where said rising-portion integrators are formed. convex parts each comprising: a frame-like portion ; a rising portion comprising column portions , or wall portions, or column portions and wall portions, each of them having one end formed to rise from the associated frame-like portion ; and a rising-portion integrator for interconnecting the other ends of the associated rising portion with one another; and flexible connecting portions having flexibility and interconnecting adjacent ones of said convex parts with each other; wherein said convex parts are formed in a number of at least 100 per 1 m 2 ; wherein said convex parts and said flexible connecting portions are formed of plastic integrally with one another; characterized in that said flexible connecting portions are each formed of a strip-shaped member in a manner to be bent to protrude to a side where said rising-portion integrators are formed.
A display device that displays a virtual image of a first picture (P4, P5, P6) and a virtual image (l1) of a second picture (P1, P2, P3) by using a display medium , the display device comprising: a light source that emits light; a fixed screen fixedly disposed on an optical path between the light source and the display medium ; a movable screen disposed on the optical path; and a driver that moves the movable screen along the optical path; characterized by a scanner that scans the fixed screen and the movable screen with the light emitted from the light source to form the first picture (P4, P5, P6) on the fixed screen and the second picture (P1, P2, P3) on the movable screen , wherein the driver and the scanner are arranged for being synchronized such a virtual image (l1) of second picture (P3) is displayed with its display distance increasing from the bottom to the top. a light source that emits light; a fixed screen fixedly disposed on an optical path between the light source and the display medium ; a movable screen disposed on the optical path; and a driver that moves the movable screen along the optical path; characterized by a scanner that scans the fixed screen and the movable screen with the light emitted from the light source to form the first picture (P4, P5, P6) on the fixed screen and the second picture (P1, P2, P3) on the movable screen , wherein the driver and the scanner are arranged for being synchronized such a virtual image (l1) of second picture (P3) is displayed with its display distance increasing from the bottom to the top.