mhurhangee/patent-ind-claim-en huggingface dataset:
A display apparatus comprising: a speaker ; a storage configured to store first rendering type information and second rendering type information based on a volume level of each content genre; a display ; and a processor configured to: render a sound signal of a content displayed on the display based on at least one of the first rendering type information and the second rendering type information corresponding to a genre of the content, and output the rendered sound signal through the speaker , characterised in that the processor is further configured to, based on a set volume level in the display apparatus being within a predetermined range, render the sound signal based on third rendering type information, wherein a weight is obtained by summing up a first weight and a second weight, the first weight and the second weight being according to the set volume level, and the third rendering type information is obtained by applying the weight to each of the first and the second type information. a speaker ; a storage configured to store first rendering type information and second rendering type information based on a volume level of each content genre; a display ; and a processor configured to: render a sound signal of a content displayed on the display based on at least one of the first rendering type information and the second rendering type information corresponding to a genre of the content, and output the rendered sound signal through the speaker , characterised in that the processor is further configured to, based on a set volume level in the display apparatus being within a predetermined range, render the sound signal based on third rendering type information, wherein a weight is obtained by summing up a first weight and a second weight, the first weight and the second weight being according to the set volume level, and the third rendering type information is obtained by applying the weight to each of the first and the second type information. render a sound signal of a content displayed on the display based on at least one of the first rendering type information and the second rendering type information corresponding to a genre of the content, and output the rendered sound signal through the speaker , characterised in that the processor is further configured to, based on a set volume level in the display apparatus being within a predetermined range, render the sound signal based on third rendering type information, wherein a weight is obtained by summing up a first weight and a second weight, the first weight and the second weight being according to the set volume level, and the third rendering type information is obtained by applying the weight to each of the first and the second type information.
A gas-insulated switching device comprising, inside a pressure tank : a vacuum valve having, in a vacuum, a movable contact provided on one side of a movable conductor and a fixed contact provided to a fixed conductor ; an insulation rod connected to another side of the movable conductor led out from the vacuum valve through a bellows ; an operation rod connecting the insulation rod and an operation device for the vacuum valve to each other, the operation device being provided outside the pressure tank , the operation rod being connected via a tank bellows on the operation device side; an airtight container in which the insulation rod , the other side of the movable conductor , the operation rod , and the tank bellows are accommodated; and an intermediate pressure chamber formed by communication between an internal space of the bellows and an internal space of the airtight container , wherein a sliding contact member is provided on the other side of the movable conductor , the sliding contact member is connected, via the airtight container , to a main circuit conductor provided inside the pressure tank , a communication portion which allows communication, across the sliding contact member , inside the airtight container is provided between the airtight container and the sliding contact member , and the bellows and the tank bellows have a same outer diameter. a vacuum valve having, in a vacuum, a movable contact provided on one side of a movable conductor and a fixed contact provided to a fixed conductor ; an insulation rod connected to another side of the movable conductor led out from the vacuum valve through a bellows ; an operation rod connecting the insulation rod and an operation device for the vacuum valve to each other, the operation device being provided outside the pressure tank , the operation rod being connected via a tank bellows on the operation device side; an airtight container in which the insulation rod , the other side of the movable conductor , the operation rod , and the tank bellows are accommodated; and an intermediate pressure chamber formed by communication between an internal space of the bellows and an internal space of the airtight container , wherein a sliding contact member is provided on the other side of the movable conductor , the sliding contact member is connected, via the airtight container , to a main circuit conductor provided inside the pressure tank , a communication portion which allows communication, across the sliding contact member , inside the airtight container is provided between the airtight container and the sliding contact member , and the bellows and the tank bellows have a same outer diameter.
A display apparatus , the apparatus comprising a flexible display member in the form of a sheet of material, and a support arrangement , the support arrangement including an elongate support member locatable behind the display member to support same, the support member having a main section with a lower part which is engageable with a lower end of the display member and an upper section which is engageable with an upper end of the display member , the main and upper sections being resiliently urged apart so as to apply tension to the display member when engaged therewith, an upper transverse member is provided connected to the upper section of the support member , opposite ends of the upper transverse member are engageable respectively by connection arrangements with top corners of the display member , characterised in that each connection arrangement comprises a projection on a one of the display member or upper transverse member , which projection is selectively locatable in a corresponding recess provided by the connection arrangement in the other of the display member or upper transverse member , with the recess and/or projection being profiled such that as the upper transverse member is moved upwardly this causes the respective top corners of the display member to be urged outwardly thereby applying tension across the top of the display member by virtue of the resilient urging of the upper transverse member , and the profiles of the connection arrangements .
A pipe clamp assembly comprising: a band having an inner annular seal element wrappable around a pipe; and opposing clamp members extending from said band ; and tightening elements for clamping together said clamp members , said tightening elements passing through holders located at ends of said clamp members ; the pipe clamp assembly is characterised by a keeper fastened to one of said holders at a first end of at least one of the tightening elements , said keeper having a cover portion that lies over said first end , wherein two opposing legs extend from said cover portion that straddle said first end and wherein said keeper is assembled to said holder by inserting said legs into apertures formed in said holder . a band having an inner annular seal element wrappable around a pipe; and opposing clamp members extending from said band ; and tightening elements for clamping together said clamp members , said tightening elements passing through holders located at ends of said clamp members ; the pipe clamp assembly is characterised by a keeper fastened to one of said holders at a first end of at least one of the tightening elements , said keeper having a cover portion that lies over said first end , wherein two opposing legs extend from said cover portion that straddle said first end and wherein said keeper is assembled to said holder by inserting said legs into apertures formed in said holder .
A frame for use in manufacturing, the frame comprising: a first frame comprising: a first plurality of magnets secured to the first frame; a first plurality of pins secured to the first frame, wherein the first plurality of pins are positioned around the first frame for securing a material extending across a center area of the first frame; a first aperture extending through the first frame; a second frame configured to coextensively mate with the first frame, the second frame comprising: a second plurality of magnets secured to the second frame, wherein the first plurality of magnets and the second plurality of magnets are cooperatively positioned to magnetically attract the first frame and the second frame in the coextensively mated configuration; a solid portion of the second frame configured to align with the first aperture of the first frame when in the coextensively mated configuration with the second frame; an alignment tab extending from the frame when the second frame is coextensively mated with the first frame; and an ejection pin that is configured to separate the first frame from the second frame by pushing the first frame away from the second frame by applying pressure to the ejection pin.
A recording apparatus comprising: storage means for storing liquid to be supplied to a recording head configured to discharge the liquid; a supply flow path connecting the storage means and the recording head; degassing means for degassing the liquid flowing in the supply flow path; and temperature adjustment means positioned between the storage means and the degassing means and for adjusting a temperature of the liquid flowing in the supply flow path; characterized in that the recording apparatus is further configured to lower the temperature of the liquid flowing in the supply flow path by driving the temperature adjustment means. storage means for storing liquid to be supplied to a recording head configured to discharge the liquid; a supply flow path connecting the storage means and the recording head; degassing means for degassing the liquid flowing in the supply flow path; and temperature adjustment means positioned between the storage means and the degassing means and for adjusting a temperature of the liquid flowing in the supply flow path; characterized in that the recording apparatus is further configured to lower the temperature of the liquid flowing in the supply flow path by driving the temperature adjustment means.
A lung volume reduction device for enhancing a breathing efficiency of a patient with an airway, the device comprising: a proximal end and a distal end ; and having a first configuration and a second configuration; the first configuration corresponding to a delivery configuration; the second configuration corresponding to a pre-implantation or post-implantation configuration, wherein the device is configured to be reshaped in a post-implantation configuration to impart a compression force on lung tissue to make the lung tissue that is in contact with the device more curved, the device comprising at least a proximal helical section and a distal helical section with a transition section disposed between the proximal and distal helical sections; characterised in that the proximal and distal helical sections comprise a right-handed helical section and a left-handed helical section, respectively; and wherein the proximal helical section comprises more loops than the distal helical section when the implant is in the second configuration. a proximal end and a distal end ; and having a first configuration and a second configuration; the first configuration corresponding to a delivery configuration; the second configuration corresponding to a pre-implantation or post-implantation configuration, wherein the device is configured to be reshaped in a post-implantation configuration to impart a compression force on lung tissue to make the lung tissue that is in contact with the device more curved, the device comprising at least a proximal helical section and a distal helical section with a transition section disposed between the proximal and distal helical sections; characterised in that the proximal and distal helical sections comprise a right-handed helical section and a left-handed helical section, respectively; and wherein the proximal helical section comprises more loops than the distal helical section when the implant is in the second configuration.
A method comprising: identifying , by an Access Point, AP, in a Wireless Local Area Network, WLAN, a station wherein identifying the station comprises determining that the station has roamed away from the AP ; sending , by the AP , a report request to the station in response to identifying the station ; and receiving , from the station in response to the report request, a report comprising information, the information comprising a location of the station and data indicating a strength of a signal from the AP at the station , the method further comprising creating , by a mapping server based on the received report, a plurality of maps wherein each of the plurality of maps indicates a hole in the coverage of the WLAN for a corresponding plurality of service levels. identifying , by an Access Point, AP, in a Wireless Local Area Network, WLAN, a station wherein identifying the station comprises determining that the station has roamed away from the AP ; sending , by the AP , a report request to the station in response to identifying the station ; and receiving , from the station in response to the report request, a report comprising information, the information comprising a location of the station and data indicating a strength of a signal from the AP at the station , the method further comprising creating , by a mapping server based on the received report, a plurality of maps wherein each of the plurality of maps indicates a hole in the coverage of the WLAN for a corresponding plurality of service levels.
A refrigeration cycle apparatus comprising: a first refrigerant circuit (C1) including a first compressor , an oil separator , a first heat exchanger that functions as a condenser, a first refrigerant flow passage of a second heat exchanger , a first expansion device , and a third heat exchanger that functions as an evaporator, the first refrigerant circuit (C1) allowing first refrigerant to flow therein; a second refrigerant circuit (C2) including a second compressor , a fourth heat exchanger that functions as a condenser, a second expansion device , and a second refrigerant flow passage of the second heat exchanger , the second refrigerant circuit (C2) allowing second refrigerant to flow therein; an oil return circuit (C3) that includes a first opening and closing device , connects the oil separator and the first compressor , and returns, to the first compressor , refrigerating machine oil stored in the oil separator , and a controller (Cnt) configured to control the first compressor , the second compressor , and the first opening and closing device , wherein the first refrigerant circuit (C1) is a low-stage circuit, and the second refrigerant circuit (C2) is a high-stage circuit; and the refrigeration cycle apparatus being characterized in that : the controller (Cnt) is configured to implement first control of starting operation of the second compressor , and opening the first opening and closing device , in a case where the first compressor and the second compressor are stopped, and pressure in a low pressure part of the first refrigerant circuit (C1) is a reference value or more. a first refrigerant circuit (C1) including a first compressor , an oil separator , a first heat exchanger that functions as a condenser, a first refrigerant flow passage of a second heat exchanger , a first expansion device , and a third heat exchanger that functions as an evaporator, the first refrigerant circuit (C1) allowing first refrigerant to flow therein; a second refrigerant circuit (C2) including a second compressor , a fourth heat exchanger that functions as a condenser, a second expansion device , and a second refrigerant flow passage of the second heat exchanger , the second refrigerant circuit (C2) allowing second refrigerant to flow therein; an oil return circuit (C3) that includes a first opening and closing device , connects the oil separator and the first compressor , and returns, to the first compressor , refrigerating machine oil stored in the oil separator , and a controller (Cnt) configured to control the first compressor , the second compressor , and the first opening and closing device , wherein the first refrigerant circuit (C1) is a low-stage circuit, and the second refrigerant circuit (C2) is a high-stage circuit; and the refrigeration cycle apparatus being characterized in that : the controller (Cnt) is configured to implement first control of starting operation of the second compressor , and opening the first opening and closing device , in a case where the first compressor and the second compressor are stopped, and pressure in a low pressure part of the first refrigerant circuit (C1) is a reference value or more.
A method for wireless communications at a user equipment that can operate in either a synchronous mode or an asynchronous mode, said method comprising: determining a synchronization status of a network in which said user equipment is located, said determining characterised by : detecting time division multiplex, TDM, partitioning in a cell within said network; and determining that said TDM partitioning is indicative of a synchronous network; and operating in a synchronous mode based on the determination. detecting time division multiplex, TDM, partitioning in a cell within said network; and determining that said TDM partitioning is indicative of a synchronous network; and operating in a synchronous mode based on the determination.
A frying device for frying food, wherein at least one handle and a fryer body having a frying surface and a side wall for receiving the food are provided, wherein the handle has at least one reservoir for storing a frying aid such as oil, fat or the like and at least one dosing unit for dosing the frying aid , wherein at least one pressurised gas reservoir for pressurising the frying aid is provided, characterised in that the dosing unit comprises at least three dosing openings , wherein the dosing unit comprises at least one distribution unit for distributing the frying aid , in that the fryer body and/or at least the side wall has at least the three dosing openings , arranged over at least 1/3 of the circumference of the frying surface , in that at least one extinguishing agent reservoir (7.3) is provided for extinguishing a fire, and in that the pressurised gas reservoir is designed as an extinguishing agent reservoir (7.3).
An apparatus for wireless power transferring, comprising: a first terminal and a second terminal; a combined coil coupled between the first terminal and the second terminal, wherein the combined coil including a first sub coil (802 1 ) having a first end and a second end and a second sub coil (802 2 ) having a first end and a second end, the first end of the first sub coil is coupled to the first terminal, the second end of the first sub coil is coupled to the first end of the second sub coil; a first filter coupled in series with the first sub coil at the first end or the second end of the first sub coil; and a second filter coupled between the first end of the second sub coil and the first terminal, characterised in that the first filter allows a first frequency to pass and blocks a second frequency, wherein the second filter allows the second frequency to pass and blocks the first frequency, wherein the first frequency is lower than the second frequency. a first terminal and a second terminal; a combined coil coupled between the first terminal and the second terminal, wherein the combined coil including a first sub coil (802 1 ) having a first end and a second end and a second sub coil (802 2 ) having a first end and a second end, the first end of the first sub coil is coupled to the first terminal, the second end of the first sub coil is coupled to the first end of the second sub coil; a first filter coupled in series with the first sub coil at the first end or the second end of the first sub coil; and a second filter coupled between the first end of the second sub coil and the first terminal, characterised in that the first filter allows a first frequency to pass and blocks a second frequency, wherein the second filter allows the second frequency to pass and blocks the first frequency, wherein the first frequency is lower than the second frequency.
A battery cell, which comprises: a spiral-wound cell ; a first current collector , the first current collector is connected to one end of the spiral-wound cell , and the first current collector is provided with an electrolyte injection hole ; and a cover plate , the cover plate is connected to the first current collector , and the first current collector is located between the spiral-wound cell and the cover plate , in order that the electrolyte injection hole is sealed by the cover plate ; characterized in that , one side of the cover plate facing the first current collector is provided with first bursting line(s) which is/are shaped as groove structure(s). a spiral-wound cell ; a first current collector , the first current collector is connected to one end of the spiral-wound cell , and the first current collector is provided with an electrolyte injection hole ; and a cover plate , the cover plate is connected to the first current collector , and the first current collector is located between the spiral-wound cell and the cover plate , in order that the electrolyte injection hole is sealed by the cover plate ; characterized in that , one side of the cover plate facing the first current collector is provided with first bursting line(s) which is/are shaped as groove structure(s).
A medico-surgical tube including a shaft , and a first member of elongate form extending along the shaft within its wall along a substantially straight line extending parallel to the axis of the shaft, the tube also including a second member, said second member being a reinforcement member extending along a part at least of the length of the shaft, wherein the reinforcement member has portions extending around the shaft , characterised in that the portions extend up to but without crossing the first, elongate member .