mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal comprising: a first body including a first display; and a second body hinge-coupled to the first body, the second body including a second display, wherein the first display includes: a first flat display positioned on one surface of the first body; and a first curved display positioned on a side of the first body adjacent to a rotation axis of the first body and extended and curved from the first flat display, wherein the second display includes: a second flat display positioned on one surface of the second body; and a second curved display positioned on a side of the second body adjacent to a rotation axis of the second body and extended and curved from the second flat display, wherein at least a portion of the first and second curved displays (151c, 152c) are configured to be deactivated depending on an angle between the first body and the second body, wherein the mobile terminal further comprises a controller configured to determine activated areas of the first display and the second display depending on the angle formed between the first body and the second body, wherein when a rear surface of the first body faces a rear surface of the second body, the controller is configured to activate at least one of the first flat display and the second flat display and activate entire areas of the first and second curved displays (151c, 152c). a first body including a first display; and a second body hinge-coupled to the first body, the second body including a second display, wherein the first display includes: a first flat display positioned on one surface of the first body; and a first curved display positioned on a side of the first body adjacent to a rotation axis of the first body and extended and curved from the first flat display, wherein the second display includes: a first flat display positioned on one surface of the first body; and a first curved display positioned on a side of the first body adjacent to a rotation axis of the first body and extended and curved from the first flat display, wherein the second display includes: a second flat display positioned on one surface of the second body; and a second curved display positioned on a side of the second body adjacent to a rotation axis of the second body and extended and curved from the second flat display, wherein at least a portion of the first and second curved displays (151c, 152c) are configured to be deactivated depending on an angle between the first body and the second body, wherein the mobile terminal further comprises a controller configured to determine activated areas of the first display and the second display depending on the angle formed between the first body and the second body, wherein when a rear surface of the first body faces a rear surface of the second body, the controller is configured to activate at least one of the first flat display and the second flat display and activate entire areas of the first and second curved displays (151c, 152c).
Reciprocating piston for a reciprocating piston internal combustion engine, comprising a main body and a combustion chamber surface, at least one cooling channel network being provided within the main body, the cooling channel network having at least one inflow region arranged on the inside, viewed in the radial direction of the main body, and a plurality of mini cooling channels which extend outward in the radial direction in each case, starting from the inflow region, the mini cooling channels having a maximum cross-sectional width of 3 mm, characterized in that at least two cooling channel networks which are not connected to one another in a flow-conducting manner are formed in the main body.
Blade for a turbomachine, the blade comprising a composite material with a matrix and a reinforcement comprising a unitary mesh produced by additive layer manufacturing, the blade having a leading edge, a trailing edge, a pressure side surface and a suction surface, both surfaces extending from the leading edge to the trailing edge, characterized in that the mesh forms a three-dimensional structure which extends over the majority of the thickness of the blade between the pressure side surface and the suction side surface and/or the majority of the length of the blade between the leading edge and the trailing edge; wherein the three-dimensional structure of the reinforcement comprises rods (44; 144) connected together, and the surface of the rods show a grainy aspect, with grain shapes protruding and cavities.
A resin additive masterbatch, characterized by comprising, with respect to 100 parts by mass of a polyolefin resin: 50 to 200 parts by mass of a resin additive having a melting point of not higher than 65°C, wherein the resin additive comprises at least one hindered amine compound; and 10 to 20 parts by mass of an inorganic layered compound. 50 to 200 parts by mass of a resin additive having a melting point of not higher than 65°C, wherein the resin additive comprises at least one hindered amine compound; and 10 to 20 parts by mass of an inorganic layered compound.
Method (1, 1') for identifying the start of acceleration of the degradation of the state of health of an electric accumulator battery, said battery being charged in a dynamic charging phase followed by a passive charging phase; the identifying method (1, 1') implementing the following steps: - acquiring, for each charge of the battery, a cumulative amount of energy discharged by the battery in the preceding discharging phase; - measuring, during each charge of the battery, the duration of said passive charging phase to a predetermined state-of-charge value; - computing, after each charge of the battery, a degree of increase in the measured duration of the passive charging phase with respect to a reference duration of the passive charging phase to said predetermined state-of-charge value; and - determining a function representative of the progression of said degree of increase in the duration of passive charging as a function of the cumulative amount of energy discharged by the battery; and - identifying (13, 23) the start of acceleration of the degradation of the state of health of the battery when the computed degrees of increase no longer progress according to said function. - acquiring, for each charge of the battery, a cumulative amount of energy discharged by the battery in the preceding discharging phase; - measuring, during each charge of the battery, the duration of said passive charging phase to a predetermined state-of-charge value; - computing, after each charge of the battery, a degree of increase in the measured duration of the passive charging phase with respect to a reference duration of the passive charging phase to said predetermined state-of-charge value; and - determining a function representative of the progression of said degree of increase in the duration of passive charging as a function of the cumulative amount of energy discharged by the battery; and - identifying (13, 23) the start of acceleration of the degradation of the state of health of the battery when the computed degrees of increase no longer progress according to said function.
A method for disinfecting objects, wherein the method comprises: placing one or more objects into a cabinet; placing a disinfection device having a movement and/or occupancy sensor into the cabinet, wherein the disinfection device comprises a germicidal light source and is configured to be independently operational from the cabinet and is further configured to project the germicidal light into an ambient of the disinfection device, wherein the disinfection device includes program instructions to inhibit or terminate activation of a power supply circuit to the germicidal source upon detecting movement and/or occupancy in the cabinet via the movement and/or occupancy sensor; closing the cabinet with the disinfection device and the one or more objects inside the cabinet; and remotely starting the disinfection device to disperse the germicidal light within the closed cabinet; characterized in that the step of placing the one or more objects into the cabinet comprises placing the one or more objects on one or more shelves arranged in the cabinet, placing the one or more objects on one or more trays arranged in the cabinet and/or placing the one or more objects in one or more baskets arranged within a cabinet, wherein the one or more shelves, the one or more trays and/or the one or more baskets are transparent to germicidal light. placing one or more objects into a cabinet; placing a disinfection device having a movement and/or occupancy sensor into the cabinet, wherein the disinfection device comprises a germicidal light source and is configured to be independently operational from the cabinet and is further configured to project the germicidal light into an ambient of the disinfection device, wherein the disinfection device includes program instructions to inhibit or terminate activation of a power supply circuit to the germicidal source upon detecting movement and/or occupancy in the cabinet via the movement and/or occupancy sensor; closing the cabinet with the disinfection device and the one or more objects inside the cabinet; and remotely starting the disinfection device to disperse the germicidal light within the closed cabinet; characterized in that the step of placing the one or more objects into the cabinet comprises placing the one or more objects on one or more shelves arranged in the cabinet, placing the one or more objects on one or more trays arranged in the cabinet and/or placing the one or more objects in one or more baskets arranged within a cabinet, wherein the one or more shelves, the one or more trays and/or the one or more baskets are transparent to germicidal light.
A needle for use with an ultrasound machine to visualize the location thereof, the needle comprising: a hollow body having a proximal end and a distal open end, the hollow body defining a media flow path therethrough; the distal open end defining a tip, characterized in that the needle further comprises a media turbulence inducing member positioned within the flow path and residing in the hollow body; and whereby media flowing through the hollow body and out through the tip is visible on an ultrasound machine. a hollow body having a proximal end and a distal open end, the hollow body defining a media flow path therethrough; the distal open end defining a tip, the needle further comprises a media turbulence inducing member positioned within the flow path and residing in the hollow body; and whereby media flowing through the hollow body and out through the tip is visible on an ultrasound machine.
Topical composition comprising: - a water-based composition comprising plant extracts embedded in hydrophilic niosomes having size lower than 500 nm, and - at least one topically acceptable excipient, characterized in that said hydrophilic niosomes comprise linear or branched polyglycerols esterified with saturated or mono-unsaturated linear fatty acids, or mixtures thereof. - a water-based composition comprising plant extracts embedded in hydrophilic niosomes having size lower than 500 nm, and - at least one topically acceptable excipient, characterized in that said hydrophilic niosomes comprise linear or branched polyglycerols esterified with saturated or mono-unsaturated linear fatty acids, or mixtures thereof.
A fastener for a drive system, said fastener comprising: a recess and a drive surface in the recess, a plurality of lobes, each lobe comprising a plurality of drive surfaces (14,24), each of said drive surfaces (14,24) being formed of polygon involutes, each polygon involute comprising two arcs, each arc having a constant but different radius (R1, R2), characterised in that between each lobe is a flute, which provides a wall which extends between adjoining said lobes, wherein said wall is either flat, convex circular or convex vertex. a recess and a drive surface in the recess, a plurality of lobes, each lobe comprising a plurality of drive surfaces (14,24), each of said drive surfaces (14,24) being formed of polygon involutes, each polygon involute comprising two arcs, each arc having a constant but different radius (R1, R2), characterised in that between each lobe is a flute, which provides a wall which extends between adjoining said lobes, wherein said wall is either flat, convex circular or convex vertex.
A system for collecting patient information from which diabetes therapy may be determined, the system comprising a patient electronic device, comprising: a patient interface device, a patient notification device, an input device for entering patient information, and an information collecting unit including a processor electrically coupled to a memory having stored therein at least one algorithm executable by the processor to activate the patient notification device followed by presenting instructions to the patient via the patient interface device to collect specified information from the patient via the input device, wherein the patient interface device, the patient notification device and the input device are each carried by the information collecting unit and are each electrically connected to the processor, wherein the information collecting unit is a hand-held electronic device, characterized in that the input device includes a microphone, and wherein the processor is configured to process voice messages received via the microphone and convert the voice messages to patient information, the system further comprising a patient glucose measuring device (34"), the glucoses measuring device (34") is provided in the form of a glucose sensor module attached to or integral with a glucose sensor portion that is configured to be percutaneously inserted into a body of a patient, the glucose measuring device (34") and the patient electronic device, each include proximity activated circuitry that automatically establishes a communication link between the devices when brought into proximity with each other, wherein the processor is responsive to establishment of the communication link to automatically determine a glucose concentration value from the signals produced by the sensor portion and to transfer the glucose concentration value to the patient electronic device. a patient interface device, a patient notification device, an input device for entering patient information, and an information collecting unit including a processor electrically coupled to a memory having stored therein at least one algorithm executable by the processor to activate the patient notification device followed by presenting instructions to the patient via the patient interface device to collect specified information from the patient via the input device, wherein the patient interface device, the patient notification device and the input device are each carried by the information collecting unit and are each electrically connected to the processor, wherein the information collecting unit is a hand-held electronic device,
A method for operation of a lock function in a mobile terminal, comprising: receiving an input event in a locked state; and performing an unlock operation by deactivating the lock function and applying tentative lock deactivation for a given time, according to the received input event; wherein the received input event comprises an indication of the given time in which tentative lock deactivation is applied; and wherein the given time in which tentative lock deactivation is applied is specified by a user when generating the input event in the locked state. receiving an input event in a locked state; and performing an unlock operation by deactivating the lock function and applying tentative lock deactivation for a given time, according to the received input event; wherein the received input event comprises an indication of the given time in which tentative lock deactivation is applied; and wherein the given time in which tentative lock deactivation is applied is specified by a user when generating the input event in the locked state.
A collection device suitable for collecting a milk sample from a milk producing animal, such as a cow or goat, the device comprising: a base housing member having at least one chamber; and a cover housing member having at least one aperture therein, the cover housing member being configured to cover the base housing member such that the at least one aperture is positioned in fluid communication with the at least one chamber, the cover housing member further comprising a cartridge holding interface configured to releasably engage with a cartridge that is configured to cover and receive a fluid from the at least one chamber via the at least one aperture; wherein the at least one chamber comprises a plurality of chambers and the at least one aperture comprises a plurality of corresponding apertures, wherein each of the plurality of chambers comprises a wall portion that extends away from the base housing member and defines the chamber and, in an assembled position, is configured to extend into a corresponding sealing feature on the cover housing member to seal a sample therein, wherein the base housing member comprises a central portion and a perimeter portion, and the wall portion of the plurality of chambers has a height that is higher in the central portion than at the perimeter portion of the base housing member, such that milk from a cow, goat or other milk producing animal may be collected in the chambers of the base housing. a base housing member having at least one chamber; and a cover housing member having at least one aperture therein, the cover housing member being configured to cover the base housing member such that the at least one aperture is positioned in fluid communication with the at least one chamber, the cover housing member further comprising a cartridge holding interface configured to releasably engage with a cartridge that is configured to cover and receive a fluid from the at least one chamber via the at least one aperture;
A method of preparing a monomeric platinum pyrophosphate complex, or a salt thereof, comprising: mixing a platinum dihalide compound with a pyrophosphate salt in a solvent system comprising water and at least one water miscible organic solvent, maintaining a reaction mixture wherein the platinum dihalide compound reacts with the pyrophosphate salt to form the monomeric platinum pyrophosphate complex; precipitating out the monomeric platinum pyrophosphate complex; and isolating the monomeric platinum complex from the reaction mixture.
A luminous device for an automotive vehicle comprising: at least one light source configured for emitting light rays; a surface guide comprising; a patterned portion, wherein the patterned portion comprises patterns having a size of an order of magnitude of the wavelength of light rays; at least one peripheral face (22a, 22b, 22c) and at least one guiding face, configured for guiding towards the said patterned portion at least one part of the light rays emitted by the at least one light source; wherein the at least one peripheral face (22a, 22b, 22c) of the surface guide is configured for preventing propagation of light rays from said peripheral face (22a, 22b, 22c) toward said patterned portion; and characterized in that the patterned portion comports a plurality of small zones, wherein each small zone consists into a binary grating formed by a plurality of said patterns arranged along one direction wherein it is in this said one direction that the patterns have a size of an order of magnitude of the wavelength of the light rays, and in that the at least one peripheral lateral face of the surface guide is arranged to form an oblique angle with the emission axis of the least one light source, wherein the angle of the peripheral lateral face with the emission axis of the least one light source is more than or equal to the maximum angle of the refracted light rays inside the surface guide. at least one light source configured for emitting light rays; a surface guide comprising; a patterned portion, wherein the patterned portion comprises patterns having a size of an order of magnitude of the wavelength of light rays; at least one peripheral face (22a, 22b, 22c) and at least one guiding face, configured for guiding towards the said patterned portion at least one part of the light rays emitted by the at least one light source; wherein the at least one peripheral face (22a, 22b, 22c) of the surface guide is configured for preventing propagation of light rays from said peripheral face (22a, 22b, 22c) toward said patterned portion; and characterized in that the patterned portion comports a plurality of small zones, wherein each small zone consists into a binary grating formed by a plurality of said patterns arranged along one direction wherein it is in this said one direction that the patterns have a size of an order of magnitude of the wavelength of the light rays, and in that the at least one peripheral lateral face of the surface guide is arranged to form an oblique angle with the emission axis of the least one light source, wherein the angle of the peripheral lateral face with the emission axis of the least one light source is more than or equal to the maximum angle of the refracted light rays inside the surface guide.
Cold water recovery device for a shower that comprises: - a mixing valve comprising a thermostatic cartridge with a control system of a first temperature setpoint, a first controller configured to act on said control system, a cold inlet connected to a cold water supply pipe, a hot inlet wherein the water penetrates from a hot water supply pipe, and an outlet connected on a shower pipe, - a reservoir for the temporary storage of the cold water flowing in the hot water supply pipe, - an opening/closing system of the flow of the water, - a divert valve comprising a thermostatic cartridge with a control system of a second temperature setpoint, an inlet, a hot outlet and a cold outlet connected on an inlet of the reservoir, said valve being configured so that the water penetrating through said inlet is directed toward the cold outlet while the temperature thereof has not reached the second temperature setpoint, then is directed toward the hot outlet once said second setpoint has been reached, characterised in that said device comprises: - a Venturi system (26, 29) configured to suck the cold water in the reservoir and re-inject same into the circuit during the flow of the water at the outlet of the shower pipe, - a first transmission system configured to actuate concomitantly said control systems (11, 34) on the mixing valve and the divert valve during the actuation of the first controller, so as to proportionally modify the first temperature setpoint and the second temperature setpoint. - a mixing valve comprising a thermostatic cartridge with a control system of a first temperature setpoint, a first controller configured to act on said control system, a cold inlet connected to a cold water supply pipe, a hot inlet wherein the water penetrates from a hot water supply pipe, and an outlet connected on a shower pipe, - a reservoir for the temporary storage of the cold water flowing in the hot water supply pipe, - an opening/closing system of the flow of the water, - a divert valve comprising a thermostatic cartridge with a control system of a second temperature setpoint, an inlet, a hot outlet and a cold outlet connected on an inlet of the reservoir, said valve being configured so that the water penetrating through said inlet is directed toward the cold outlet while the temperature thereof has not reached the second temperature setpoint, then is directed toward the hot outlet once said second setpoint has been reached, characterised in that said device comprises: - a Venturi system (26, 29) configured to suck the cold water in the reservoir and re-inject same into the circuit during the flow of the water at the outlet of the shower pipe, - a first transmission system configured to actuate concomitantly said control systems (11, 34) on the mixing valve and the divert valve during the actuation of the first controller, so as to proportionally modify the first temperature setpoint and the second temperature setpoint.