mhurhangee/ep-ind-claims huggingface dataset:
A scroll compressor comprising: a casing; a driving motor comprised inside the casing; a rotating shaft coupled to a rotor of the driving motor; an orbiting scroll coupled to the rotating shaft in the casing and comprising an orbiting wrap to perform an orbiting motion; a fixed scroll which is comprised in the casing, which comprises a fixed wrap engaged with the orbiting wrap to provide a compression chamber, and through which a suction port extends from an outer circumferential surface to an inner circumferential surface of the fixed scroll toward an outer side surface of the fixed wrap to communicate with the compression chamber; and a refrigerant suction pipe penetrating through the casing and inserted into an inlet end of the suction port, characterised in that a reinforcing unit is provided between an outlet end of the suction port and an outer circumferential surface of the fixed wrap facing the outlet end of the suction port, and extends from the outlet end of the suction port toward the outer circumferential surface of the fixed wrap, and the reinforcing unit overlaps a part of the outlet end of the suction port in a radial direction from a view of an axial direction. a casing; a driving motor comprised inside the casing; a rotating shaft coupled to a rotor of the driving motor; an orbiting scroll coupled to the rotating shaft in the casing and comprising an orbiting wrap to perform an orbiting motion; a fixed scroll which is comprised in the casing, which comprises a fixed wrap engaged with the orbiting wrap to provide a compression chamber, and through which a suction port extends from an outer circumferential surface to an inner circumferential surface of the fixed scroll toward an outer side surface of the fixed wrap to communicate with the compression chamber; and a refrigerant suction pipe penetrating through the casing and inserted into an inlet end of the suction port, characterised in that a reinforcing unit is provided between an outlet end of the suction port and an outer circumferential surface of the fixed wrap facing the outlet end of the suction port, and extends from the outlet end of the suction port toward the outer circumferential surface of the fixed wrap, and the reinforcing unit overlaps a part of the outlet end of the suction port in a radial direction from a view of an axial direction.
An image projector, comprising: a light source unit, the light source unit comprising a light source; an optical device, the optical device comprising a light tunnel, two relay lenses, a cylinder mirror, a concave mirror, and a color wheel between the light source unit and the light tunnel, to time-divide light from the light source into different colors, the optical device being configured to direct light that passes through the color wheel, the light tunnel and the relay lenses, onto an image generating device that generates a projection image, and a drive source to drive the color wheel, the drive source including a cooling device that draws heat from the drive source to cool the drive source; characterized by a metal holder that holds the optical device; wherein the cooling device contacts the metal holder, and is configured to conduct heat to the metal holder so that heat radiates from the metal holder. a light source unit, the light source unit comprising a light source; an optical device, the optical device comprising a light tunnel, two relay lenses, a cylinder mirror, a concave mirror, and a color wheel between the light source unit and the light tunnel, to time-divide light from the light source into different colors, the optical device being configured to direct light that passes through the color wheel, the light tunnel and the relay lenses, onto an image generating device that generates a projection image, and a drive source to drive the color wheel, the drive source including a cooling device that draws heat from the drive source to cool the drive source; characterized by a metal holder that holds the optical device; wherein the cooling device contacts the metal holder, and is configured to conduct heat to the metal holder so that heat radiates from the metal holder.
A broadcast-controlling method, comprising: obtaining (S110, S210, S310) a number of broadcast types registered to be received by a first application; determining (S120, S220, S320) whether the number of broadcast types is greater than a first threshold; determining (S130, S230, S330) the first application as an illegal broadcast-registering application when the number of broadcast types is greater than the first threshold; obtaining (S140, S240, S340) a receiver queue of a target broadcast; and optimizing the receiver queue according to determined illegal broadcast-registering applications, wherein each illegal broadcast-registering application is an illegal application that self-starts by receiving the target broadcast in a background and occupies the receiver queue, characterized in that the optimizing the receiver queue according to the determined illegal broadcast-registering applications comprises at least one of: deleting the determined illegal broadcast-registering applications from the receiver queue; deleting any associated application having data interaction with any of the determined illegal broadcast-registering applications from the receiver queue; and moving the determined illegal broadcast-registering applications toward a tail of the receiver queue such that the receiver queue is reordered. obtaining (S110, S210, S310) a number of broadcast types registered to be received by a first application; determining (S120, S220, S320) whether the number of broadcast types is greater than a first threshold; determining (S130, S230, S330) the first application as an illegal broadcast-registering application when the number of broadcast types is greater than the first threshold; obtaining (S140, S240, S340) a receiver queue of a target broadcast; and optimizing the receiver queue according to determined illegal broadcast-registering applications, wherein each illegal broadcast-registering application is an illegal application that self-starts by receiving the target broadcast in a background and occupies the receiver queue, characterized in that the optimizing the receiver queue according to the determined illegal broadcast-registering applications comprises at least one of: deleting the determined illegal broadcast-registering applications from the receiver queue; deleting any associated application having data interaction with any of the determined illegal broadcast-registering applications from the receiver queue; and moving the determined illegal broadcast-registering applications toward a tail of the receiver queue such that the receiver queue is reordered. deleting the determined illegal broadcast-registering applications from the receiver queue; deleting any associated application having data interaction with any of the determined illegal broadcast-registering applications from the receiver queue; and moving the determined illegal broadcast-registering applications toward a tail of the receiver queue such that the receiver queue is reordered.
A binder composition for an electrode of a non-aqueous electrolyte battery, the binder composition comprising a polymer A containing 80% by weight or more and 99.9% by weight or less of a repeating unit derived from a monomer including a nitrile group and 0.1% by weight or more and 20% by weight or less of a repeating unit derived from an ethylenically unsaturated compound having no nitrile group, wherein the weight-average molecular weight of the polymer A is 500,000 to 2,000,000, the molecular weight distribution, i.e. Mw/Mn, of the polymer A is 13 or smaller, wherein Mw represents the weight-average molecular weight and Mn represents the number-average molecular weight of the polymer A, and characterized in that binder composition further comprises a polymer B containing 10% by weight or more and 40% by weight or less of a repeating unit derived from acrylonitrile or methacrylonitrile, wherein the polymer B has an iodine number of 50 g/100 g or lower.
A point to multipoint reach extender for a passive optical network, comprising - a point-to-point optical amplifier (212, 230) adapted to amplify an optical downlink feeder signal at an input of the point-to-point optical amplifier (212, 230) on a feeder optical transmission channel on a downlink from an optical line terminal to a plurality of optical network terminals, thereby yielding an amplified optical downlink feeder signal at an output of the point-to-point optical amplifier (212, 230); and - a multipoint-to-point optical-electrical-optical converter (214, 213, 212) comprising an electrical multiplexer, wherein the multipoint-to-point optical-electrical-optical converter (214, 213, 212) is adapted to amplify and multiplex a plurality of optical uplink drop signals at a corresponding plurality of inputs of the multipoint-to-point optical-electrical-optical converter (214, 213, 212) on an uplink from the plurality of optical network terminals to the optical line terminal to provide an optical uplink feeder signal at an output of the multipoint-to-point optical-electrical-optical converter (214, 213, 212) on an uplink of the feeder optical transmission channel to the optical line terminal. - a point-to-point optical amplifier (212, 230) adapted to amplify an optical downlink feeder signal at an input of the point-to-point optical amplifier (212, 230) on a feeder optical transmission channel on a downlink from an optical line terminal to a plurality of optical network terminals, thereby yielding an amplified optical downlink feeder signal at an output of the point-to-point optical amplifier (212, 230); and - a multipoint-to-point optical-electrical-optical converter (214, 213, 212) comprising an electrical multiplexer, wherein the multipoint-to-point optical-electrical-optical converter (214, 213, 212) is adapted to amplify and multiplex a plurality of optical uplink drop signals at a corresponding plurality of inputs of the multipoint-to-point optical-electrical-optical converter (214, 213, 212) on an uplink from the plurality of optical network terminals to the optical line terminal to provide an optical uplink feeder signal at an output of the multipoint-to-point optical-electrical-optical converter (214, 213, 212) on an uplink of the feeder optical transmission channel to the optical line terminal.
A first base station (PeNB) in a mobile communication system in which a cell is formed by a carrier frequency, comprising: a controller configured to acquire a communication capability of a radio terminal associated with the first base station (PeNB), wherein the communication capability includes first information indicating a frequency band supported by the radio terminal; a transmitter configured to transmit the first information included in the communication capability of the radio terminal, to a second base station (MeNB) via a network interface, wherein the first information is used by the second base station (MeNB) to determine a cell to be added or released among plural cells of the second base station (MeNB); and a receiver configured to receive second information indicating a result of the determination in the second base station (MeNB), from the second base station (MeNB) via the network interface. a controller configured to acquire a communication capability of a radio terminal associated with the first base station (PeNB), wherein the communication capability includes first information indicating a frequency band supported by the radio terminal; a transmitter configured to transmit the first information included in the communication capability of the radio terminal, to a second base station (MeNB) via a network interface, wherein the first information is used by the second base station (MeNB) to determine a cell to be added or released among plural cells of the second base station (MeNB); and a receiver configured to receive second information indicating a result of the determination in the second base station (MeNB), from the second base station (MeNB) via the network interface.
A method for a user equipment, UE, operating in dual connectivity with a split bearer connected to a first base station and a second base station in a wireless communication system, the method comprising: receiving an uplink, UL, data from an upper layer; triggering a first buffer status reporting, BSR, for the first base station and a second BSR for the second base station when an amount of the UL data is above a threshold; transmitting, to the second base station, at least a part of the UL data using an UL grant received from the second base station; and cancelling the triggered first BSR when an amount of data available for transmission to be transmitted to the first base station changes to zero after the transmission of the at least a part of the UL data, even if an UL grant in response to the triggered BSR is not received from the first base station, wherein, when an amount of remaining data available for transmission in a packet data convergence protocol, PDCP, entity is less than the threshold after the transmission of the at least a part of the UL data and when an amount of data available for transmission in a radio link control, RLC, entity configured for the first base station is zero, the amount of the data available for transmission to be transmitted to the first base station is changes to zero. receiving an uplink, UL, data from an upper layer; triggering a first buffer status reporting, BSR, for the first base station and a second BSR for the second base station when an amount of the UL data is above a threshold; transmitting, to the second base station, at least a part of the UL data using an UL grant received from the second base station; and cancelling the triggered first BSR when an amount of data available for transmission to be transmitted to the first base station changes to zero after the transmission of the at least a part of the UL data, even if an UL grant in response to the triggered BSR is not received from the first base station, wherein, when an amount of remaining data available for transmission in a packet data convergence protocol, PDCP, entity is less than the threshold after the transmission of the at least a part of the UL data and when an amount of data available for transmission in a radio link control, RLC, entity configured for the first base station is zero, the amount of the data available for transmission to be transmitted to the first base station is changes to zero.
A cover glass for use in a touch-panel mobile device, wherein opposite main surface of the cover glass comprises an area corresponding to a touch panel which enables the mobile device to be operated by pressing its predetermined portion, wherein a recess that is recognized as a character or a figure when watching from a front side of the mobile device or a recess that is recognized when touching from the front side of the mobile device is formed on at least one of the main surfaces of the cover glass, wherein a surface of the recess is an etched surface treated by etching, wherein the cover glass is chemically strengthened by ion exchange, and wherein the cover glass is made of a single plate glass.
A control system for a vehicle having an electric motor for providing drive torque to at least one wheel of the vehicle, an internal combustion engine for providing drive torque to at least one wheel of the vehicle, a manual transmission unit having at least one user selectable forward gear and/or reverse gear, and a clutch actuator, the control system comprising a controller arranged to have three user selectable modes of operation, wherein in a first mode of operation the controller is arranged to allow the clutch actuator to engage and disengage the internal combustion engine from the manual transmission unit based upon a user selection, wherein when the clutch actuator is arranged to engage the internal combustion engine with the manual transmission unit, torque generated by the internal combustion engine is applied to the at least one wheel, and the electric motor is arranged to provide drive torque to the at least one wheel of the vehicle based on whether the user has selected the at least one forward gear or the at least one reverse gear; and in a second mode of operation the controller is arranged to allow the clutch actuator to engage and disengage the internal combustion engine from the manual transmission unit based upon a user selection, and to prevent the electric motor from providing drive torque to the at least one wheel of the vehicle; and in a third mode of operation the controller is arranged to allow the electric motor to provide drive torque to the at least one wheel of the vehicle based on whether the user has selected the at least one forward gear or the at least one reverse gear and to configure the clutch actuator to disengage the internal combustion engine from the manual transmission unit.
A transurethral light activate drug therapy device for the treatment of prostate conditions comprising: an elongated support member configured to pass through the urethra, the elongated support member having a proximal end and a distal end; a light delivery device having a light generator along the support member and a light emitting region configured to be positioned within the urethra at least proximate to a treatment site, wherein the light generator is configured to generate light at a preselected wavelength or waveband in the range of an activation waveband of a photoactive composition; a positioning element carried by the support member which positioning element is adapted to be fixed and located within the bladder of a patient, wherein the positioning element is configured to locate the light emitting region within the urethra; and wherein the support member is a catheter having at least one lumen and a selective coating to control where light transmits to the prostatic tissue. an elongated support member configured to pass through the urethra, the elongated support member having a proximal end and a distal end; a light delivery device having a light generator along the support member and a light emitting region configured to be positioned within the urethra at least proximate to a treatment site, wherein the light generator is configured to generate light at a preselected wavelength or waveband in the range of an activation waveband of a photoactive composition; a positioning element carried by the support member which positioning element is adapted to be fixed and located within the bladder of a patient, wherein the positioning element is configured to locate the light emitting region within the urethra; and wherein the support member is a catheter having at least one lumen and a selective coating to control where light transmits to the prostatic tissue.
A device (100, 200, 300, 400, 500, 600, 700) for vaporizing a liquid for inhalation, comprising: (i) a housing (104, 204, 304, 404, 604) having a proximal exit orifice (106, 206, 306, 406, 506) that communicates with an intake orifice (108, 208, 308, 408); (ii) a reservoir (110, 210, 310, 410, 510) encompassed by the housing (104, 204, 304, 404, 604) and containing the liquid; (iii) a wick (112, 212, 312, 412, 512) having a first end (114, 214) in contact with the liquid and a second end (116, 216) that is exposed at an opening in the reservoir (118, 218,318); (iv) a heater (120, 220, 320, 520) disposed within the housing (104, 204, 304, 404, 604) in an air passage (122, 222, 322, 422, 522) that communicates between the intake orifice (108, 208) and the proximal exit orifice (106, 206); and (v) an actuator (124, 224, 354, 524, 624) responsive to a user of the device (100, 200, 300, 400, 500, 600, 700) to place the heater (120, 220, 320, 520) and the second end of the wick (116, 216, 316) into proximity with or in contact with the heater (120, 220, 320, 520) to vaporize the liquid, characterised in that the actuator (124, 224) comprises a spring-biased pneumatic actuator (324, 424) that responds to suction at the proximal exit orifice (106, 206). (i) a housing (104, 204, 304, 404, 604) having a proximal exit orifice (106, 206, 306, 406, 506) that communicates with an intake orifice (108, 208, 308, 408); (ii) a reservoir (110, 210, 310, 410, 510) encompassed by the housing (104, 204, 304, 404, 604) and containing the liquid; (iii) a wick (112, 212, 312, 412, 512) having a first end (114, 214) in contact with the liquid and a second end (116, 216) that is exposed at an opening in the reservoir (118, 218,318); (iv) a heater (120, 220, 320, 520) disposed within the housing (104, 204, 304, 404, 604) in an air passage (122, 222, 322, 422, 522) that communicates between the intake orifice (108, 208) and the proximal exit orifice (106, 206); and (v) an actuator (124, 224, 354, 524, 624) responsive to a user of the device (100, 200, 300, 400, 500, 600, 700) to place the heater (120, 220, 320, 520) and the second end of the wick (116, 216, 316) into proximity with or in contact with the heater (120, 220, 320, 520) to vaporize the liquid,
An electrochromic device comprising two electrodes, at least one of which is optically transparent, said electrodes forming an enclosed space filled with a solution which includes • an aprotic inert solvent, • an unsaturated oligomer-monomer composition, • a cathodic electrochromic component, • an anodic electrochromic component, • a photo initiator, • an adhesive, • electrolytes, characterized in that the solution also includes • an optical brightener selected from the range of aromatic or heterocyclic series and/or their mixtures, • an antioxidant selected from the range of sterically hindered phenols and/or their mixtures. • an aprotic inert solvent, • an unsaturated oligomer-monomer composition, • a cathodic electrochromic component, • an anodic electrochromic component, • a photo initiator, • an adhesive, • electrolytes, characterized in that the solution also includes • an optical brightener selected from the range of aromatic or heterocyclic series and/or their mixtures, • an antioxidant selected from the range of sterically hindered phenols and/or their mixtures. • an optical brightener selected from the range of aromatic or heterocyclic series and/or their mixtures, • an antioxidant selected from the range of sterically hindered phenols and/or their mixtures.
A circuit for driving a synchronous rectifier, the synchronous rectifier having a plurality of transistors (T1, T2, T3, T4), the circuit comprising: a controller configured to detect at least one operating condition of the synchronous rectifier; a first drive circuit configured to modify a first voltage level (V gate1) applied to turn on at least one first transistor (T1, T3) of the plurality of transistors, based upon the at least one operating condition, the at least one first transistor being at least one first NMOS transistor; and a second drive circuit configured to modify a second voltage level (V gate2) applied to turn on at least one second transistor (T2, T4) of the plurality of transistors, based upon the at least one operating condition, the at least one second transistor being at least one PMOS transistor, wherein the modifying of the voltage levels is performed to reduce a sum of switching losses and conduction losses of the synchronous rectifier. a controller configured to detect at least one operating condition of the synchronous rectifier; a first drive circuit configured to modify a first voltage level (V gate1) applied to turn on at least one first transistor (T1, T3) of the plurality of transistors, based upon the at least one operating condition, the at least one first transistor being at least one first NMOS transistor; and a second drive circuit configured to modify a second voltage level (V gate2) applied to turn on at least one second transistor (T2, T4) of the plurality of transistors, based upon the at least one operating condition, the at least one second transistor being at least one PMOS transistor,