mhurhangee/ep-ind-claims huggingface dataset:
A user terminal that is configured to be able to connect with a plurality of different cells, comprising: a receiving section that receives physical downlink control channels respectively transmitted from the different cells; and a power control section that, when an uplink grant or a downlink assignment and a control signal for power control are respectively detected from respective physical downlink control channels, prioritizes a TPC command contained in the control signal for power control to change transmission power. a receiving section that receives physical downlink control channels respectively transmitted from the different cells; and a power control section that, when an uplink grant or a downlink assignment and a control signal for power control are respectively detected from respective physical downlink control channels, prioritizes a TPC command contained in the control signal for power control to change transmission power.
An item of footwear for magnetotherapy, comprising a lower sole in which there is defined a tread surface, an intermediate container which can be received in an opening which is defined in the lower sole, a magnetic field generator, a control unit, a battery, an inner sole which is or can be placed over the intermediate container and a vamp structure which is connected to the lower sole, wherein the intermediate container comprises respective recesses (21, 22, 23) which are intended to receive the magnetic field generator, the control unit and the battery, respectively.
A method for performing a camera function in a mobile communication terminal, the method comprising the steps of: converting a first operation mode of the mobile communication terminal to a second operation mode if a first shutter key input is corresponding to a half shutter key input state, wherein the half shutter key input is an input for photographing an image of a subject at a size corresponding to full size of a screen of a display; detecting a distance between the subject to be photographed and a camera in response to converting the first operation mode to the second operation mode; determining a magnification of a zoom using a zoom step corresponding to the detected distance from among a plurality of zoom steps; and photographing the image of the subject in the determined magnification of the zoom step, wherein information related to the plurality of zoom steps is stored in a memory and the information related to the plurality of zoom steps includes information for photographing the image of the subject at the size corresponding to the full size of the screen according a specific distance. converting a first operation mode of the mobile communication terminal to a second operation mode if a first shutter key input is corresponding to a half shutter key input state, wherein the half shutter key input is an input for photographing an image of a subject at a size corresponding to full size of a screen of a display; detecting a distance between the subject to be photographed and a camera in response to converting the first operation mode to the second operation mode; determining a magnification of a zoom using a zoom step corresponding to the detected distance from among a plurality of zoom steps; and photographing the image of the subject in the determined magnification of the zoom step, wherein information related to the plurality of zoom steps is stored in a memory and the information related to the plurality of zoom steps includes information for photographing the image of the subject at the size corresponding to the full size of the screen according a specific distance.
An olefin oligomerization method, comprising: introducing an antifouling agent including an inorganic salt to a medium introduced into a reactor; introducing a catalyst composition to the reactor; and introducing an olefin to the reactor to subject the olefin to an oligomerization reaction, wherein the inorganic salt comprises an alkali metal, and wherein the catalyst composition comprises a complex in which a Chromium (Cr) and a heteroatom ligand are coordinately bonded. introducing an antifouling agent including an inorganic salt to a medium introduced into a reactor; introducing a catalyst composition to the reactor; and introducing an olefin to the reactor to subject the olefin to an oligomerization reaction, wherein the inorganic salt comprises an alkali metal, and wherein the catalyst composition comprises a complex in which a Chromium (Cr) and a heteroatom ligand are coordinately bonded.
A washing machine comprising: a cabinet having a washing space disposed therein and a first opening through which laundry can be inserted into the washing space; and a door assembly configured to open and close the first opening, wherein the door assembly includes: a second opening through which laundry or detergent can be inserted into the washing space; a door unit that corresponds to the first opening and includes a door body; and an auxiliary door disposed to be slidable with respect to the door body of the door unit and configured to open the second opening by sliding into the door body of the door unit and to close the second opening by sliding out from the door body of the door unit. a cabinet having a washing space disposed therein and a first opening through which laundry can be inserted into the washing space; and a door assembly configured to open and close the first opening, wherein the door assembly includes: a second opening through which laundry or detergent can be inserted into the washing space; a door unit that corresponds to the first opening and includes a door body; and an auxiliary door disposed to be slidable with respect to the door body of the door unit and configured to open the second opening by sliding into the door body of the door unit and to close the second opening by sliding out from the door body of the door unit. a second opening through which laundry or detergent can be inserted into the washing space; a door unit that corresponds to the first opening and includes a door body; and an auxiliary door disposed to be slidable with respect to the door body of the door unit and configured to open the second opening by sliding into the door body of the door unit and to close the second opening by sliding out from the door body of the door unit.
A composition for forming a ferroelectric thin film that forms a ferroelectric thin film by temporary firing and permanent firing of a coating film, comprising: a precursor of the ferroelectric thin film in an amount of 17 % by mass to 35 % by mass expressed in terms of an oxide; a diol selected from propylene glycol, ethylene glycol and 1,3-propanediol as a solvent in an amount of 16 % by mass to 56 % by mass; a reaction control substance selected from polyvinylpyrrolidone polyacrylamide and polyvinylacetamide, and optionally water wherein the reaction control substance is contained in such an amount that a Young's modulus of a film formed in a step of temporary firing at a temperature of 200°C to 300°C becomes equal to or less than 42 GPa, and a Young's modulus of a film formed in a step of permanent firing at a temperature of 400°C to 500°C becomes equal to or greater than 55 GPa, when the Young's modulus of the film is measured by using a nanoindenter under a load of 20mg. a precursor of the ferroelectric thin film in an amount of 17 % by mass to 35 % by mass expressed in terms of an oxide; a diol selected from propylene glycol, ethylene glycol and 1,3-propanediol as a solvent in an amount of 16 % by mass to 56 % by mass; a reaction control substance selected from polyvinylpyrrolidone polyacrylamide and polyvinylacetamide, and optionally water wherein the reaction control substance is contained in such an amount that a Young's modulus of a film formed in a step of temporary firing at a temperature of 200°C to 300°C becomes equal to or less than 42 GPa, and a Young's modulus of a film formed in a step of permanent firing at a temperature of 400°C to 500°C becomes equal to or greater than 55 GPa, when the Young's modulus of the film is measured by using a nanoindenter under a load of 20mg.
A pyrometric detection device for use in an apparatus for producing three-dimensional work pieces, the pyrometric detection device comprising: a pyrometric detecting unit configured to receive thermal radiation emitted at different points of a detection plane in a detection direction, a light directing unit configured to direct the thermal radiation emitted at the different points of the detection plane to the pyrometric detecting unit, and a calibration device comprising a substrate and a plurality of light guides each having a first end for coupling light into the light guide and a second end for emitting light from the light guide, the second end being fixed to the substrate, wherein in a calibration state of the pyrometric detection device, the substrate is adapted to be removably arranged relative to the pyrometric detecting unit in such a manner that the second ends of the plurality of light guides are arranged in the detection plane and emit light in the detection direction, and the light directing unit is adapted to direct light emitted from a predetermined one of the second ends of the light guides to the pyrometric detecting unit. a pyrometric detecting unit configured to receive thermal radiation emitted at different points of a detection plane in a detection direction, a light directing unit configured to direct the thermal radiation emitted at the different points of the detection plane to the pyrometric detecting unit, and a calibration device comprising a substrate and a plurality of light guides each having a first end for coupling light into the light guide and a second end for emitting light from the light guide, the second end being fixed to the substrate, wherein in a calibration state of the pyrometric detection device, the substrate is adapted to be removably arranged relative to the pyrometric detecting unit in such a manner that the second ends of the plurality of light guides are arranged in the detection plane and emit light in the detection direction, and the light directing unit is adapted to direct light emitted from a predetermined one of the second ends of the light guides to the pyrometric detecting unit.
An air conditioner comprising: an outdoor unit; a plurality of indoor units (5a to 5d) which have indoor heat exchangers (51a to 51d) and indoor fans (55a to 55d) inside thereof, respectively; a plurality of expansion valves (24a to 24d) which correspond to the indoor units (5a to 5d) and are provided upstream of the indoor heat exchangers (51a to 51d) that function as evaporators; a plurality of on-off valves (7a to 7d) which correspond to the indoor units (5a to 5d) and are provided upstream of the expansion valves (24a to 24d); and a control unit (200 and 500a) configured to selectively control individual components in the air conditioner, wherein when the indoor units include (5a to 5d) a stopping unit that is an indoor unit instructed to stop operating and an operating unit that is an indoor unit currently operating, and when a stopping of the stopping unit is due to thermostat-off operation, the control unit (200 and 500a) is configured to perform a procedure to stop the stopping unit, the procedure including closing the on-off valve and driving an indoor fan in the stopping unit until pressure in a part between an on-off valve that corresponds to the stopping unit and an expansion valve and pressure in a part downstream of the expansion valve are equalized, fully opening the expansion valve that corresponds to the stopping unit, and stopping the indoor fan. an outdoor unit; a plurality of indoor units (5a to 5d) which have indoor heat exchangers (51a to 51d) and indoor fans (55a to 55d) inside thereof, respectively; a plurality of expansion valves (24a to 24d) which correspond to the indoor units (5a to 5d) and are provided upstream of the indoor heat exchangers (51a to 51d) that function as evaporators; a plurality of on-off valves (7a to 7d) which correspond to the indoor units (5a to 5d) and are provided upstream of the expansion valves (24a to 24d); and a control unit (200 and 500a) configured to selectively control individual components in the air conditioner, wherein when the indoor units include (5a to 5d) a stopping unit that is an indoor unit instructed to stop operating and an operating unit that is an indoor unit currently operating, and when a stopping of the stopping unit is due to thermostat-off operation, the control unit (200 and 500a) is configured to perform a procedure to stop the stopping unit, the procedure including closing the on-off valve and driving an indoor fan in the stopping unit until pressure in a part between an on-off valve that corresponds to the stopping unit and an expansion valve and pressure in a part downstream of the expansion valve are equalized, fully opening the expansion valve that corresponds to the stopping unit, and stopping the indoor fan.
A barrier wall element of a vehicle restraint system, comprising at least one coupling part in order to connect a plurality of barrier wall elements to form a continuous tension member, wherein the coupling part has a first leg, having a first width measured transversally to a longitudinal direction of the first leg and to the intended tensile direction, with a first hook extension at a free end of the first leg, and a second leg with a second hook extension at a free end of the second leg, wherein the coupling part can be coupled to a further coupling part formed identically to the coupling part, wherein, in a coupled state of the coupling parts, the first hook extension rests in a first contact region on the second hook extension of the further coupling part, and the second hook extension rests in a second contact region on the first hook extension of the further coupling part, wherein the distance of the first contact region from the second contact region as measured in the tensile direction of the tension member is smaller than the first width of the first leg, characterized in that a sliding surface is arranged on a side of the first leg which faces away from the first hook extension, wherein, in the coupled state, the sliding surface faces a sliding surface of the first leg of the further coupling part, so that in the coupled state of the coupling parts the first legs of the two coupling parts are unable to hook into each other in an interlocking manner as a result of the sliding surface on the side of the first leg facing away from the first hook extension, but instead are capable of sliding on each other.
A system for generating a droplet output, comprising: a main body; a droplet generator, wherein the droplet generator is separable from the main body for cleaning; a sensor for detecting separation of the droplet generator from the main body; a timer; characterized in that the system comprises: a controller, which is adapted to: control the timer to determine a separation time duration during which the droplet generator is separated from the main body; and generate advisory information for output to a user of the system relating to cleaning of the droplet generator, and which information takes into account the determined separation time duration. a main body; a droplet generator, wherein the droplet generator is separable from the main body for cleaning; a sensor for detecting separation of the droplet generator from the main body; a timer; control the timer to determine a separation time duration during which the droplet generator is separated from the main body; and generate advisory information for output to a user of the system relating to cleaning of the droplet generator, and which information takes into account the determined separation time duration.
A method for hiding personal information on a call screen performed by a device, the method comprising: a.) identifying a called number dialed by a user of the device, wherein a display mode of the device is a direct display, in which any obtained characters entered by the user are displayed in an input display area on the call screen; b.) determining that a call is established to an another device corresponding to the called number; c.) displaying a preset identifier in an interaction area on the call screen (S 2031); d.) detecting a user operation and determining whether there is a click operation on the preset identifier; e.) in case of yes in step d.), switching the display mode of the call screen to an indirect display, in which any obtained characters entered by the user are replaced with preset characters and the preset characters are displayed on the input display area on the call screen; f.) obtaining characters entered by the user of the device and displaying characters according to the display mode on the call screen. a.) identifying a called number dialed by a user of the device, wherein a display mode of the device is a direct display, in which any obtained characters entered by the user are displayed in an input display area on the call screen; b.) determining that a call is established to an another device corresponding to the called number; c.) displaying a preset identifier in an interaction area on the call screen (S 2031); d.) detecting a user operation and determining whether there is a click operation on the preset identifier; e.) in case of yes in step d.), switching the display mode of the call screen to an indirect display, in which any obtained characters entered by the user are replaced with preset characters and the preset characters are displayed on the input display area on the call screen; f.) obtaining characters entered by the user of the device and displaying characters according to the display mode on the call screen.
A medication dispensing system, comprising: one or more medication panels (102, 302, 502), each having a plurality of docking ports located at a vertical displacement one from another; a plurality of medication container assemblies (104, 304, 404, 504, 604) for storing medication, coupled to said plurality of docking ports; one or more actuators; a gripping assembly (106, 308, 508, 606, 800), movable vertically by said one or more actuators to a proximate one or more of said medication container assemblies (104, 304, 504, 604) for picking by a probe, which is inserted within said one or more of said medication container assemblies (104, 304, 504, 604), a medication dosage out of said one or more of said medication container assemblies (104, 304, 504, 604); and a receptacle carrier (114, 312, 514, 610), comprising a receptacle mount for holding one or more medication receptacles (108, 516, 612) configured to receive said medication dosage from said gripping assembly; said one or more medication receptacles (108, 516, 612) being positioned below said gripping assembly during said receive; wherein said one or more medication panels (102, 302, 510) comprise one or more port surfaces; and said plurality of docking ports are coupled to said port surfaces, and protrude in a direction, which is transverse to said one or more port surfaces in an acute angle. one or more medication panels (102, 302, 502), each having a plurality of docking ports located at a vertical displacement one from another; a plurality of medication container assemblies (104, 304, 404, 504, 604) for storing medication, coupled to said plurality of docking ports; one or more actuators; a gripping assembly (106, 308, 508, 606, 800), movable vertically by said one or more actuators to a proximate one or more of said medication container assemblies (104, 304, 504, 604) for picking by a probe, which is inserted within said one or more of said medication container assemblies (104, 304, 504, 604), a medication dosage out of said one or more of said medication container assemblies (104, 304, 504, 604); and a receptacle carrier (114, 312, 514, 610), comprising a receptacle mount for holding one or more medication receptacles (108, 516, 612) configured to receive said medication dosage from said gripping assembly; said one or more medication receptacles (108, 516, 612) being positioned below said gripping assembly during said receive; wherein said one or more medication panels (102, 302, 510) comprise one or more port surfaces; and said plurality of docking ports are coupled to said port surfaces, and protrude in a direction, which is transverse to said one or more port surfaces in an acute angle.
A method for manufacturing an LCP film for a circuit substrate at least comprising: a composition provision step of providing an LCP resin composition at least containing 100 parts by mass of a liquid crystal polyester and 1 to 20 parts by mass of a polyarylate; a film forming step of T-die melt-extruding the LCP resin composition to form a T-die melt-extruded LCP film having a coefficient of linear thermal expansion (α2) in a TD direction of 50 ppm/K or more; and a pressurizing and heating step of subjecting the T-die melt-extruded LCP film to pressure and heat treatment to obtain an LCP film for a circuit substrate having a coefficient of linear thermal expansion (α2) in the TD direction of 16.8 ± 12 ppm/K, wherein the coefficient of linear thermal expansion is measured as described in the description. a composition provision step of providing an LCP resin composition at least containing 100 parts by mass of a liquid crystal polyester and 1 to 20 parts by mass of a polyarylate; a film forming step of T-die melt-extruding the LCP resin composition to form a T-die melt-extruded LCP film having a coefficient of linear thermal expansion (α2) in a TD direction of 50 ppm/K or more; and a pressurizing and heating step of subjecting the T-die melt-extruded LCP film to pressure and heat treatment to obtain an LCP film for a circuit substrate having a coefficient of linear thermal expansion (α2) in the TD direction of 16.8 ± 12 ppm/K,
A sliding bearing for structural engineering applications, said sliding bearing comprising a first member configured to be connected to a supporting structure, a second member configured to be connected to an element to be placed on said supporting structure, the sliding bearing further comprising at least one pair of sliding surfaces (21, 22) operably connected to said first and second members (11, 12) and configured so as to allow the first and second members to be moved and/or rotated relative to each other, wherein one of the sliding surfaces is made of a metal material and the other one of the sliding surfaces is made of a low-friction polymer material, characterized in that said low-friction polymer material is a cast polyamide 6 comprising added lubricants that are in the liquid state at temperatures in the order of 20°C and pressures in the order of 1000 hPa.
An antibody that binds a KIR3DL2 polypeptide and depletes KIR3DL2-expressing tumor cells, for use in the treatment or prevention of a Peripheral T-Cell Lymphoma (PTCL) in an individual, wherein the PTCL is PTCL-NOS.