mhurhangee/ep-ind-claims huggingface dataset:
A pulverized fuel supply method for an oxyfuel combustion boiler comprising a pulverizer for drying and pulverizing fuel using carrier gas to discharge a fluid mixture of the carrier gas with the pulverized fuel, an air separation unit for separating introduced air into oxygen and nitrogen gas, a boiler furnace for combustion with the fuel pulverized in said pulverizer being supplied to a burner and with the oxygen from said ASU being supplied, and recirculated flue gas flow passages (15, 16a, 17a) for extracting part of flue gas downstream of said boiler furnace to supply part of the extracted flue gas as primary recirculated flue gas to said burner and supply the remainder as secondary recirculated flue gas to said boiler furnace, comprising supplying the nitrogen gas separated in said ASU, as the carrier gas, to the pulverizer to dry and pulverize the fuel, supplying the fluid mixture of the nitrogen gas from said pulverizer with the pulverized fuel to a powder separation device to separate the pulverized fuel, supplying the separated, pulverized fuel to a powder fluidization assist system for mixing thereof with said primary recirculation flue gas and introducing a mixture of the separated, pulverized fuel with said primary recirculated flue gas into the burner.
A heater supporter comprising: a first supporter to which a tube heater is fixed; and a second supporter fixed to one of a heater base at which the tube heater is disposed and a reflector disposed between the tube heater and the heater base, characterized in that, the first supporter comprises a fixing groove, and the second supporter is inserted in the fixing groove, and in that further the first supporter is formed of a material containing at least a ceramic.
A colored radiation-sensitive composition for a color filter, comprising a pigment, a photopolymerization initiator, and a polymerizable compound, wherein: the pigment comprises (A-1) at least one of an azo yellow pigment or an isoindoline yellow pigment and (A-2) a dioxazine violet pigment, wherein the content of (A-1) the at least one of an azo yellow pigment or an isoindoline yellow pigment is from 25% by mass to 50% by mass with respect to a total content of (A-1) the at least one of an azoyellow pigment or an isoindoline yellow pigment and (A-2) the dioxazine violet pigment; the total content of the pigment is from 5% by mass to 50% by mass with respect to a total solid content of the colored radiation-sensitive composition; and the colored radiation-sensitive composition satisfies the following conditions: when a colored radiation-sensitive composition layer is formed from the colored radiation-sensitive composition such that spectral transmittance at 600 nm becomes 30%, the colored radiation-sensitive composition layer comprises the following characteristics: spectral transmittance at 400 nm is 20% or less; spectral transmittance at 550 nm is 10% or less; spectral transmittance at 700 nm is 70% or more; a wavelength resulting in 50% spectral transmittance is in a range of from 650 nm to 680 nm; and a film thickness of the colored radiation-sensitive composition layer is in a range of from 0.55 μm to 1.8 μm. the pigment comprises (A-1) at least one of an azo yellow pigment or an isoindoline yellow pigment and (A-2) a dioxazine violet pigment, wherein the content of (A-1) the at least one of an azo yellow pigment or an isoindoline yellow pigment is from 25% by mass to 50% by mass with respect to a total content of (A-1) the at least one of an azoyellow pigment or an isoindoline yellow pigment and (A-2) the dioxazine violet pigment; the total content of the pigment is from 5% by mass to 50% by mass with respect to a total solid content of the colored radiation-sensitive composition; and the colored radiation-sensitive composition satisfies the following conditions: when a colored radiation-sensitive composition layer is formed from the colored radiation-sensitive composition such that spectral transmittance at 600 nm becomes 30%, the colored radiation-sensitive composition layer comprises the following characteristics: spectral transmittance at 400 nm is 20% or less; spectral transmittance at 550 nm is 10% or less; spectral transmittance at 700 nm is 70% or more; a wavelength resulting in 50% spectral transmittance is in a range of from 650 nm to 680 nm; and a film thickness of the colored radiation-sensitive composition layer is in a range of from 0.55 μm to 1.8 μm. spectral transmittance at 400 nm is 20% or less; spectral transmittance at 550 nm is 10% or less; spectral transmittance at 700 nm is 70% or more; a wavelength resulting in 50% spectral transmittance is in a range of from 650 nm to 680 nm; and a film thickness of the colored radiation-sensitive composition layer is in a range of from 0.55 μm to 1.8 μm.
A compound of the following formula wherein R is a residue -NR 1 R 2 wherein R 1 is hydrogen and R 2 is selected from the group of hydroxyalkyl, arylalkyl, aryl, heteroarylalkyl and heteroaryl, with the proviso that, R 2 does neither comprise a -CH-C(=O)- moiety directly bound via the -CH group to the N atom of -NR 1 R 2 nor a 12-membered unsaturated heterocyclic ring, for use as a medicament, preferably as a dermatologic agent.
An industrial truck comprising a drive system, a driver's position and a steering arrangement comprising a steering wheel for adjusting at least one steered wheel of the vehicle, wherein the steering wheel is rotatably mounted on the end of a steering column and the steering column is configured to be adjustable with the steering wheel relative to the driver's position, wherein a control unit which comprises a display and/or an access authorisation module is fastened to a portion of the steering column which is connected to the steering wheel and protrudes from the steering column portion, characterised in that the control unit protrudes laterally from the the steering column portion such that it is not covered by the steering wheel, and that the control unit is adjustably arranged on the steering column portion.
System for collecting and making available information relating to the risk of freezing and/or the formation of black ice on the road network, the system comprising: - a plurality of information-collection devices (1, 2), each collection device being geolocated and configured to measure at least the temperature of the ground and the ambient humidity and to transmit this information remotely by means of a wireless network, a first part of the collection devices being installed on vehicles and a second part installed permanently at the roadside, - at least one remote server collecting the transfer of information coming from the plurality of collection devices, and supplying a real-time database, and calculating the risk of freezing and/or the formation of sheets of black ice on each segment of interest of the road network, - a plurality of applications available on portable electronic appliances or installed on board vehicles, on which users can consult a map of risks of black ice or by means of which a navigation system can take into account these data for calculating an optimum safe itinerary, characterised in that each of the devices of the first part functions with a variable first activation frequency when the vehicles are travelling, and each of the devices of the second part functions with a fixed second activation frequency with a general condition F1 > F2, and for each collection device of the first part the activation frequency is proportional to the speed of movement of the vehicle on which the device is installed. - a plurality of information-collection devices (1, 2), each collection device being geolocated and configured to measure at least the temperature of the ground and the ambient humidity and to transmit this information remotely by means of a wireless network, a first part of the collection devices being installed on vehicles and a second part installed permanently at the roadside, - at least one remote server collecting the transfer of information coming from the plurality of collection devices, and supplying a real-time database, and calculating the risk of freezing and/or the formation of sheets of black ice on each segment of interest of the road network, - a plurality of applications available on portable electronic appliances or installed on board vehicles, on which users can consult a map of risks of black ice or by means of which a navigation system can take into account these data for calculating an optimum safe itinerary,
A rebar cage assembly system comprising: a modular jig for forming a rebar cage comprising: a plurality of jig subcomponents, the jig subcomponents each comprising a jig attachment feature and a rebar retention feature, the rebar retention feature being configured to detachably receive rebar segments; a fixture base on which the plurality of jig subcomponents are customizably arrangeable to form a modular jig to cooperatively position rebar segments in the rebar retention features; characterised by: a robotic system having a first robot and a second robot, wherein the first robot is arranged and disposed to independently retrieve and position jig subcomponents and rebar segments and the second robot is arranged and disposed to join rebar segments to form a rebar cage. a plurality of jig subcomponents, the jig subcomponents each comprising a jig attachment feature and a rebar retention feature, the rebar retention feature being configured to detachably receive rebar segments; a fixture base on which the plurality of jig subcomponents are customizably arrangeable to form a modular jig to cooperatively position rebar segments in the rebar retention features; characterised by: a robotic system having a first robot and a second robot, wherein the first robot is arranged and disposed to independently retrieve and position jig subcomponents and rebar segments and the second robot is arranged and disposed to join rebar segments to form a rebar cage. a robotic system having a first robot and a second robot, wherein the first robot is arranged and disposed to independently retrieve and position jig subcomponents and rebar segments and the second robot is arranged and disposed to join rebar segments to form a rebar cage.
A fingerprint detecting circuit, configured to detect a sensing capacitance (Cs) comprising: a first conductive layer, configured to couple a touch of a finger; a second conductive layer; an inverting amplifier, comprising a single input terminal coupled to the first conductive layer, and an output terminal coupled to the second conductive layer, wherein the inverting amplifier generates an output signal (Vo) for determining whether a location of the fingerprint detecting circuit corresponds to a finger ridge or a finger valley; and a switching unit, configured for establishing a direct current operating point of the inverting amplifier, wherein a terminal of the switching unit is coupled to the input terminal of the inverting amplifier, and another terminal of the switching unit is coupled to the output terminal of the inverting amplifier; wherein the sensing capacitance (Cs) is formed between the first conductive layer and the finger wherein the output signal (Vo) is proportional to the sensing capacitance (Cs). a first conductive layer, configured to couple a touch of a finger; a second conductive layer; an inverting amplifier, comprising a single input terminal coupled to the first conductive layer, and an output terminal coupled to the second conductive layer, wherein the inverting amplifier generates an output signal (Vo) for determining whether a location of the fingerprint detecting circuit corresponds to a finger ridge or a finger valley; and a switching unit, configured for establishing a direct current operating point of the inverting amplifier, wherein a terminal of the switching unit is coupled to the input terminal of the inverting amplifier, and another terminal of the switching unit is coupled to the output terminal of the inverting amplifier; wherein the sensing capacitance (Cs) is formed between the first conductive layer and the finger wherein the output signal (Vo) is proportional to the sensing capacitance (Cs).
A loosely coupled inductive power transfer apparatus comprising: a first magnetic coupling structure; and a second magnetic coupling structure, the structures being adapted to generate and/or receive magnetic flux to thereby transfer power inductively, the first magnetic coupling structure comprising a substantially circular coil, and the second magnetic coupling structure comprising an arrangement of at least two substantially flat tuned coils associated with a magnetically permeable core (34,35), wherein the at least two substantially flat tuned coils (32, 33, 42, 43) are located adjacent to each other in substantially the same plane. a first magnetic coupling structure; and a second magnetic coupling structure,
A video decoding method, performed by a computer, comprising: • receiving (S101, S301) current frame image information sent by an encoding end, wherein the current frame image information comprises prediction value information, and the prediction value information comprises at least one intra-frame direct current, DC, prediction value; and • selecting (S102, S302) a prediction value from the at least one intra-frame DC prediction value in the prediction value information as an intra-frame DC prediction value of a current frame image, wherein each of the at least one intra-frame DC prediction value is a prediction value used to predict all pixels, being intra-predicted using a DC prediction mode, of a macroblock of the current frame image. • receiving (S101, S301) current frame image information sent by an encoding end, wherein the current frame image information comprises prediction value information, and the prediction value information comprises at least one intra-frame direct current, DC, prediction value; and • selecting (S102, S302) a prediction value from the at least one intra-frame DC prediction value in the prediction value information as an intra-frame DC prediction value of a current frame image, wherein each of the at least one intra-frame DC prediction value is a prediction value used to predict all pixels, being intra-predicted using a DC prediction mode, of a macroblock of the current frame image.
A processing apparatus comprising: - a non-contact power supply device; - a closed container; - a moving unit provided inside the closed container so as to be movable inside the closed container, wherein the non-contact power supply device is configured for supplying electric power to the moving unit from outside the closed container, the non-contact power supply device comprising: a feed unit (13, 14); a heat dissipator, wherein the feed unit (13, 14) comprises a feed line and a power supply transformer, the feed line comprises a feed region (131A, 132A) arranged inside the closed container along the moving direction of the moving unit, the power supply transformer is arranged inside the closed container so as to be opposed to the feed region (131A, 132A) in a non-contact manner and is provided to move together with the moving unit, and the heat dissipator comprises a portion on one end side connected to the feed region (131A, 132A) so as to be capable of conducting heat thereto and a portion on the other end side extending outside the closed container. - a non-contact power supply device; - a closed container; - a moving unit provided inside the closed container so as to be movable inside the closed container, wherein the non-contact power supply device is configured for supplying electric power to the moving unit from outside the closed container, the non-contact power supply device comprising: a feed unit (13, 14); a heat dissipator, wherein the feed unit (13, 14) comprises a feed line and a power supply transformer, the feed line comprises a feed region (131A, 132A) arranged inside the closed container along the moving direction of the moving unit, the power supply transformer is arranged inside the closed container so as to be opposed to the feed region (131A, 132A) in a non-contact manner and is provided to move together with the moving unit, and the heat dissipator comprises a portion on one end side connected to the feed region (131A, 132A) so as to be capable of conducting heat thereto and a portion on the other end side extending outside the closed container. a feed unit (13, 14); a heat dissipator, wherein the feed unit (13, 14) comprises a feed line and a power supply transformer, the feed line comprises a feed region (131A, 132A) arranged inside the closed container along the moving direction of the moving unit, the power supply transformer is arranged inside the closed container so as to be opposed to the feed region (131A, 132A) in a non-contact manner and is provided to move together with the moving unit, and the heat dissipator comprises a portion on one end side connected to the feed region (131A, 132A) so as to be capable of conducting heat thereto and a portion on the other end side extending outside the closed container.
A conductive contact structure of a solar cell, the conductive contact structure comprising: - a substrate; - a semiconductor region; and - an electrode; wherein: - the semiconductor region is disposed on or in the substrate; - the electrode is disposed on the semiconductor region; - the electrode comprises a seed layer and a conductive layer comprising Cu, wherein the conductive layer is disposed above the seed layer; and - the seed layer comprises an alloy material, and the alloy material comprises a main component and an improved component; and characterized in that: - the main component is Al in an amount greater than or equal to 70 wt. % of the seed layer, and the improved component comprises any one or more of Mo, Ni, Ti and W in an amount less than or equal to 30 wt. % of the seed layer. - a substrate; - a semiconductor region; and - an electrode; - the semiconductor region is disposed on or in the substrate; - the electrode is disposed on the semiconductor region; - the electrode comprises a seed layer and a conductive layer comprising Cu, wherein the conductive layer is disposed above the seed layer; and - the seed layer comprises an alloy material, and the alloy material comprises a main component and an improved component; and characterized in that: - the main component is Al in an amount greater than or equal to 70 wt. % of the seed layer, and the improved component comprises any one or more of Mo, Ni, Ti and W in an amount less than or equal to 30 wt. % of the seed layer. - the main component is Al in an amount greater than or equal to 70 wt. % of the seed layer, and the improved component comprises any one or more of Mo, Ni, Ti and W in an amount less than or equal to 30 wt. % of the seed layer.
A motor comprising: a stator comprising: a plurality of teeth that are spaced apart from each other in a predetermined interval in a circumferential direction, and a coil that is wound around the plurality of teeth; a rotor that is disposed inside the stator; and a cage (230, 330, 430) that is disposed in a plurality of slots that are formed between the plurality of teeth, wherein the cage (230, 330, 430) includes a circular ring (231, 331, 431), from which multiple axially aligned legs (233, 333, 433) protrude into the plurality of slots, wherein the cage (230, 330, 430) is configured to include a flow path (250, 350, 450) configured to enable a bonding agent to be injected through the flow path (250, 350, 450) into at least one of the plurality of slots to bond the cage (230, 330, 430) to the plurality of teeth, characterised in that the flow path (250, 350, 450) is formed in a region that faces the plurality of teeth. a stator comprising: a plurality of teeth that are spaced apart from each other in a predetermined interval in a circumferential direction, and a coil that is wound around the plurality of teeth; a plurality of teeth that are spaced apart from each other in a predetermined interval in a circumferential direction, and a coil that is wound around the plurality of teeth; a rotor that is disposed inside the stator; and a cage (230, 330, 430) that is disposed in a plurality of slots that are formed between the plurality of teeth, wherein the cage (230, 330, 430) includes a circular ring (231, 331, 431), from which multiple axially aligned legs (233, 333, 433) protrude into the plurality of slots, wherein the cage (230, 330, 430) is configured to include a flow path (250, 350, 450) configured to enable a bonding agent to be injected through the flow path (250, 350, 450) into at least one of the plurality of slots to bond the cage (230, 330, 430) to the plurality of teeth, characterised in that the flow path (250, 350, 450) is formed in a region that faces the plurality of teeth.
A magnetic closure, particularly for bags, rucksacks and the like, comprising a male element, a magnet or ferromagnetic element, a female element, a second magnet or ferromagnetic element, wherein the male element accommodates themagnet or ferromagnetic element, said male element being associated with a first flap of a bag, rucksack or the like, and said female element being associated with a second flap of said bag, rucksack or the like, said male element comprising an enclosure with a cavity accommodating said magnet or ferromagnetic element, said enclosure being adapted to mate in a cavity of said female element, said cavity accommodating the magnet or ferromagnetic element enters the female element for coupling between the male element and the female element, and the male element is shaped so that the cavity accommodating the magnet or the ferromagnetic element is such as to allow the accommodation of the magnet or ferromagnetic element, characterized in that the magnet or ferromagnetic element passes through the first flap and couples within the female element and the female element is provided with a cavity that is formed so as to accommodate the second magnet or ferromagnetic element so that it straddles the second flap.
A verification method used for network application access, wherein the method comprises: receiving, by a forwarding device, a content access request sent by a terminal, wherein the content access request comprises an encrypted token, the encrypted token comprises first location information, and the first location information is used to identify a network location at which the terminal is located when sending a user verification request to a verification server; sending, by the forwarding device, the encrypted token to a control device for verification; receiving, by the forwarding device, a first message sent by the control device, wherein the first message comprises an access permission of a user, and the first message is used to indicate that the terminal succeeds in verification by the control device; and providing, by the forwarding device according to the access permission of the user in the first message, the terminal with content requested by the terminal. receiving, by a forwarding device, a content access request sent by a terminal, wherein the content access request comprises an encrypted token, the encrypted token comprises first location information, and the first location information is used to identify a network location at which the terminal is located when sending a user verification request to a verification server; sending, by the forwarding device, the encrypted token to a control device for verification; receiving, by the forwarding device, a first message sent by the control device, wherein the first message comprises an access permission of a user, and the first message is used to indicate that the terminal succeeds in verification by the control device; and providing, by the forwarding device according to the access permission of the user in the first message, the terminal with content requested by the terminal.