mhurhangee/ep-ind-claims huggingface dataset:
Aircraft type identification device comprising: - a determination module configured to determine, via a neural network, at least one datum relating to an aircraft type from a predefined set of aircraft types, an input variable of the neural network comprising trajectory data of a detected aircraft, at least one output variable of the neural network being the datum relating to the aircraft type, and - an identification module configured to identify the aircraft type as a function of the data relating to the aircraft type, - a processing module, arranged upstream of the determination module, the processing module being configured to define a plurality of time windows of different durations, and to sample the trajectory data in each time window over a predefined number of samples N, the identification device further comprising a generation module configured to generate the trajectory data of the detected aircraft from a series of images taken by an image sensor. - a determination module configured to determine, via a neural network, at least one datum relating to an aircraft type from a predefined set of aircraft types, an input variable of the neural network comprising trajectory data of a detected aircraft, at least one output variable of the neural network being the datum relating to the aircraft type, and - an identification module configured to identify the aircraft type as a function of the data relating to the aircraft type, - a processing module, arranged upstream of the determination module, the processing module being configured to define a plurality of time windows of different durations, and to sample the trajectory data in each time window over a predefined number of samples N,
A water treatment apparatus (100, 2. 200) for generating injection water (112, 214) from seawater (102, 202) and produced water (104, 204), comprising: a reverse osmosis unit (106, 206) operable to receive seawater and produce an RO permeate (114, 218) and an RO reject (116, 220); a pretreatment unit (108, 210) operable to receive produced water (104, 204) and output the pretreated produced water (118, 228); a carrier gas extraction unit (110, 212) or a dynamic vapor recompression (DyVaR) unit (128, 228) operable to receive the pretreated produced water (118, 228) and the RO reject (116, 220) and produce fresh water (122, 232); and a mixer operable to mix the fresh water (122, 232) with the RO permeate (114,218) and a portion of the seawater (102, 202) to generate injection water, such that the injection water comprises a salinity in the range of 5,000 parts-per-million (ppm) TDS to 6,000 ppm TDS. a reverse osmosis unit (106, 206) operable to receive seawater and produce an RO permeate (114, 218) and an RO reject (116, 220); a pretreatment unit (108, 210) operable to receive produced water (104, 204) and output the pretreated produced water (118, 228); a carrier gas extraction unit (110, 212) or a dynamic vapor recompression (DyVaR) unit (128, 228) operable to receive the pretreated produced water (118, 228) and the RO reject (116, 220) and produce fresh water (122, 232); and a mixer operable to mix the fresh water (122, 232) with the RO permeate (114,218) and a portion of the seawater (102, 202) to generate injection water, such that the injection water comprises a salinity in the range of 5,000 parts-per-million (ppm) TDS to 6,000 ppm TDS.
A method of data processing wherein a position of an object in an image is estimated from a position of a reference object in a reference image, said method comprising: - learning the position of the reference object in the reference image and its spatial relation to a set of reference landmarks in the reference image; - performing automated scan planning, wherein the automated scan planning is performed using a scout image; - estimating the respective positions of the set of reference landmarks and a set of landmarks in the scout image during the step of performing automated scan planning; - accessing the image; - identifying the set of landmarks in the image corresponding to the set of the reference landmarks using the estimated positions of the set of reference landmarks; - accessing the spatial relation between the position of the reference object and the set of the reference landmarks; - applying the said spatial relation to the set of landmarks in the image for estimating the position of the object in the image, characterized in that the set of landmarks in the image for estimating the position of the object in the image are used to position a three-dimensional model (53a, 55a) for image segmentation. - learning the position of the reference object in the reference image and its spatial relation to a set of reference landmarks in the reference image; - performing automated scan planning, wherein the automated scan planning is performed using a scout image; - estimating the respective positions of the set of reference landmarks and a set of landmarks in the scout image during the step of performing automated scan planning; - accessing the image; - identifying the set of landmarks in the image corresponding to the set of the reference landmarks using the estimated positions of the set of reference landmarks; - accessing the spatial relation between the position of the reference object and the set of the reference landmarks; - applying the said spatial relation to the set of landmarks in the image for estimating the position of the object in the image, characterized in that the set of landmarks in the image for estimating the position of the object in the image are used to position a three-dimensional model (53a, 55a) for image segmentation.
A gas oven comprising: a single cooking space; a divider that is removably provided in the single cooking space and divides the single cooking space into a first cooking space and a second cooking space; a first burner that directly heats a cooked object accommodated in the first cooking space by burning a gaseous fuel; a second burner that heats air of the second cooking space by burning the gaseous fuel; an input unit that receives a bake-heating command from a user; and a control unit that operates the first burner in response to the bake-heating command for the first cooking space, wherein the control unit stops the operation of the first burner when a temperature of the first cooking space is a first reference temperature or higher and repeats the operation of the first burner and the stopping of the operation of the first burner when the temperature of the first cooking space is lower than the first reference temperature, wherein the gas oven further comprises an auxiliary air supply fan that supplies air to the first cooking space, characterized in that the control unit operates the auxiliary air supply fan when the first burner is operated, and stops the operation of the auxiliary air supply fan when the operation of the first burner is stopped. a single cooking space; a divider that is removably provided in the single cooking space and divides the single cooking space into a first cooking space and a second cooking space; a first burner that directly heats a cooked object accommodated in the first cooking space by burning a gaseous fuel; a second burner that heats air of the second cooking space by burning the gaseous fuel; an input unit that receives a bake-heating command from a user; and a control unit that operates the first burner in response to the bake-heating command for the first cooking space, wherein the control unit stops the operation of the first burner when a temperature of the first cooking space is a first reference temperature or higher and repeats the operation of the first burner and the stopping of the operation of the first burner when the temperature of the first cooking space is lower than the first reference temperature, wherein the gas oven further comprises an auxiliary air supply fan that supplies air to the first cooking space, characterized in that the control unit operates the auxiliary air supply fan when the first burner is operated, and stops the operation of the auxiliary air supply fan when the operation of the first burner is stopped.
Refractory shield plate of a coke oven door comprising at least one refractory front plate and retaining rails which overlap both sides of the front plate and can be fastened to a substructure of the coke oven door, each retaining rail having a single overlapping limb which overlaps the front plate with play, characterised in that the overlapping limb is surrounded, with play, on both sides by the front plate in the longitudinal direction of the retaining rail.
A database management system for storing and retrieving data of networked office equipment, comprising: a first data storage structure for receiving and storing timestamped counter data entries for each of a plurality of devices in an unordered manner and such that each counter data entry is assigned a uniquely identifiable storage address, wherein each counter data entry comprises numerical data values measured with respect to or bound by time; a second data storage structure configured to store, for counter data entries excluding those counter data entries which are null or empty: address data that identifies the storage addresses of said counter data entries, timestamps corresponding to said counter data entries, device identifiers that identify the devices to which said counter data entries correspond; and mapping between the address data, timestamps and device identifiers; and data access means for, in response to receiving a request for data in respect of a specified time period and at least one of said plurality of devices, using the second data storage structure to identify, for the or each specified device, the storage addresses of the temporally first and last counter data entries that fall within the specified time period and that are not null or empty. a first data storage structure for receiving and storing timestamped counter data entries for each of a plurality of devices in an unordered manner and such that each counter data entry is assigned a uniquely identifiable storage address, wherein each counter data entry comprises numerical data values measured with respect to or bound by time; a second data storage structure configured to store, for counter data entries excluding those counter data entries which are null or empty: address data that identifies the storage addresses of said counter data entries, timestamps corresponding to said counter data entries, device identifiers that identify the devices to which said counter data entries correspond; address data that identifies the storage addresses of said counter data entries, timestamps corresponding to said counter data entries, device identifiers that identify the devices to which said counter data entries correspond; and mapping between the address data, timestamps and device identifiers; and data access means for, in response to receiving a request for data in respect of a specified time period and at least one of said plurality of devices, using the second data storage structure to identify, for the or each specified device, the storage addresses of the temporally first and last counter data entries that fall within the specified time period and that are not null or empty.
Liquid carton packaging laminate having the following laminated layer portions, a. an outermost liquid-tight and heat sealable layer of a thermoplastic polymer, outermost meaning directed to the outside of a packaging container made from the packaging laminate, b. a bulk layer of carton or paperboard, the outermost liquid-tight and heat sealable layer being applied on the outer side of the bulk layer, c. a barrier layer portion, d. a lamination layer portion, which binds the opposite, inner side of the bulk layer to the barrier layer portion, e. an innermost layer portion of liquid-tight and heat sealable polymer, applied on the inner, opposite side of the barrier layer portion f. optionally, a layer of an adhesive polymer, which binds the innermost layer portion to the barrier layer portion, and has a thickness from 4 to 9 μm, the innermost layer portion having an intermediate layer of low density polyethylene (LDPE) and an innermost layer, which constitutes the inside surface of a packaging container made from the packaging laminate, of a linear low density polyethylene produced with a metallocene or metallocene-type catalyst, (mLLDPE), the innermost layer portion and the adhesive layer constituting inside polymer layers, wherein the lamination layer portion has a center layer of an mLLDPE, and a support layer of LDPE on each side of the center layer, the support layers of LDPE binding the center layer to the bulk layer and to the barrier layer portion, on the respective sides of the center layer, and wherein the thickness of the center layer is from 4 to 15 μm and constitutes not more than 40% of the total thickness of the lamination layer portion, the total thickness of the lamination layer portion being lower than 50 μm and wherein the thickness of the innermost layer of mLLDPE is from 6 to 20 μm and constitutes not more than 50% of the total thickness of the inside polymer layers, the total thickness of inside layers being up to 50 μm and wherein the mLLDPE of the innermost layer has at least one melting point from 95 to 105 °C and wherein the LDPE of the intermediate layer has a melting point at from 105 to 115 °C. a. an outermost liquid-tight and heat sealable layer of a thermoplastic polymer, outermost meaning directed to the outside of a packaging container made from the packaging laminate, b. a bulk layer of carton or paperboard, the outermost liquid-tight and heat sealable layer being applied on the outer side of the bulk layer, c. a barrier layer portion, d. a lamination layer portion, which binds the opposite, inner side of the bulk layer to the barrier layer portion, e. an innermost layer portion of liquid-tight and heat sealable polymer, applied on the inner, opposite side of the barrier layer portion f. optionally, a layer of an adhesive polymer, which binds the innermost layer portion to the barrier layer portion, and has a thickness from 4 to 9 μm,
A respiratory device comprising a housing, a user interface, and a pneumatic unit, wherein the pneumatic unit comprises at least one of each of the components respiratory gas drive, measuring unit, control unit, and sound unit, wherein the pneumatic unit is designed as a pneumatic conveying line, wherein the pneumatic conveying line forms a respiratory gas path from a device inlet to a device outlet of the housing and wherein at least one component of the pneumatic unit or the pneumatic conveying line can be removed from the housing, wherein a cooling air path, driven by a cooling fan, is guided through the housing from a cooling air inlet to a cooling air outlet, wherein at least the control unit, the respiratory gas drive, and a main circuit board are arranged in the cooling air path, characterized in that the control unit, the respiratory gas drive, and the main circuit board are arranged in the cooling air path such that the component having the highest heat build-up during operation is arranged at the end of the cooling air path in the direction of flow of the cooling air path and the component having the highest heat build-up during operation is the respiratory gas drive.
The use for stimulating the anti-aging cell functions of the skin, of a compound of general formula: in which: R 1, R 2, R 3, R 4, R 5, which may be identical or different, each represent a hydrogen atom, a halogen atom, a hydroxyl group or a radical -OR' in which R' represents a linear or branched, saturated or unsaturated C1-C16 hydrocarbon-based radical, at least one group from among R 1, R 2, R 3, R 4 and R 5 not representing a hydrogen atom or a halogen atom, X represents a halogen atom, a hydroxyl group, a nitro group, a linear or branched, saturated or unsaturated, optionally substituted, C1-C14 hydrocarbon-based radical, or a radical -OR" in which R" represents a linear or branched, saturated or unsaturated, optionally substituted, C1-C14 hydrocarbon-based radical, Z represents a covalent bond or a spacer arm, or a salt thereof, in a cosmetic composition. R 1, R 2, R 3, R 4, R 5, which may be identical or different, each represent a hydrogen atom, a halogen atom, a hydroxyl group or a radical -OR' in which R' represents a linear or branched, saturated or unsaturated C1-C16 hydrocarbon-based radical, at least one group from among R 1, R 2, R 3, R 4 and R 5 not representing a hydrogen atom or a halogen atom, X represents a halogen atom, a hydroxyl group, a nitro group, a linear or branched, saturated or unsaturated, optionally substituted, C1-C14 hydrocarbon-based radical, or a radical -OR" in which R" represents a linear or branched, saturated or unsaturated, optionally substituted, C1-C14 hydrocarbon-based radical, Z represents a covalent bond or a spacer arm, or a salt thereof, in a cosmetic composition.
A fluid-based cleaning appliance for oral care, including: an appliance body, which includes a fluid delivery system for producing discrete bursts of gas/fluid mixtures, an outlet for the fluid bursts, which comprises a fluid delivery path in an outlet member (124, 150), at the end of which is a nozzle assembly (126, 154), a pressurized liquid tank, a valve that is configured to control the release of liquid from the tank, and a timer configured to control the duration of the fluid bursts, and a microcontroller (148, 164) configured to control operation of the appliance, wherein the fluid delivery system comprises a displacement pump programmed in combination with a regulator to provide discrete bursts of liquid from the tank, wherein the regulator maintains the pressure in the tank at a specified level, and wherein the pump, the regulator, the tank and the valve are in successive arrangement in the appliance. an appliance body, which includes a fluid delivery system for producing discrete bursts of gas/fluid mixtures, an outlet for the fluid bursts, which comprises a fluid delivery path in an outlet member (124, 150), at the end of which is a nozzle assembly (126, 154), a pressurized liquid tank, a valve that is configured to control the release of liquid from the tank, and a timer configured to control the duration of the fluid bursts, and a microcontroller (148, 164) configured to control operation of the appliance, wherein the fluid delivery system comprises a displacement pump programmed in combination with a regulator to provide discrete bursts of liquid from the tank, wherein the regulator maintains the pressure in the tank at a specified level, and wherein the pump, the regulator, the tank and the valve are in successive arrangement in the appliance.
A spray device for spraying paint from a paint ejection orifice, which is provided with: a nozzle having a paint ejection orifice for atomizing and ejecting paint; a needle for opening and closing the paint ejection orifice; a front piston which is fixed to the needle; a needle spring which is provided so as to push the front piston toward the paint ejection orifice; a gun body which accommodates the nozzle and accommodates the front piston; a rear body which is disposed to the rear of the gun body; a needle position adjustment mechanism for adjusting the position of the needle in a direction along the center axis of the nozzle; and a bracket unit which is detachably fixed to the gun body; when the bracket unit is fixed to the gun body, the paint and air contained in the bracket unit flow through the gun body, characterised in that the needle position adjustment mechanism includes an adjustment member which is rotatable with the center axis of the nozzle at the center, and a rotation position setting member for setting the position of the front piston along the center axis of the nozzle in correspondence to the angle of rotation of the adjustment member, and the needle position adjustment mechanism is configured such that when the front piston moves together with the needle along the center axis of the nozzle in a direction away from the paint ejection orifice in a state in which the amount of discharge paint exiting the paint ejection orifice has been set, the front piston and the needle come together and the needle moves away from the paint ejection orifice to open the orifice. a nozzle having a paint ejection orifice for atomizing and ejecting paint; a needle for opening and closing the paint ejection orifice; a front piston which is fixed to the needle; a needle spring which is provided so as to push the front piston toward the paint ejection orifice; a gun body which accommodates the nozzle and accommodates the front piston; a rear body which is disposed to the rear of the gun body; a needle position adjustment mechanism for adjusting the position of the needle in a direction along the center axis of the nozzle; and a bracket unit which is detachably fixed to the gun body; when the bracket unit is fixed to the gun body, the paint and air contained in the bracket unit flow through the gun body, characterised in that the needle position adjustment mechanism includes an adjustment member which is rotatable with the center axis of the nozzle at the center, and a rotation position setting member for setting the position of the front piston along the center axis of the nozzle in correspondence to the angle of rotation of the adjustment member, and the needle position adjustment mechanism is configured such that when the front piston moves together with the needle along the center axis of the nozzle in a direction away from the paint ejection orifice in a state in which the amount of discharge paint exiting the paint ejection orifice has been set, the front piston and the needle come together and the needle moves away from the paint ejection orifice to open the orifice.
A flame-retardant fabric for fire-protective clothing, comprising: a cellulosic fiber; and a modacrylic fiber, wherein the cellulosic fiber is a natural cellulose fiber comprising a phosphorus compound, the modacrylic fiber comprises an antimony compound and the antimony-containing modacrylic fiber comprises the antimony compound in an amount of 3.8 to 33 wt% with respect to a total weight of the fiber, the flame-retardant fabric comprises the antimony-containing modacrylic fiber in an amount of 22 to 54 wt%, antimony in an amount of not less than 1.7 wt%, and phosphorus in an amount of 0.3 to 1.5 wt% with respect to a total weight of the flame-retardant fabric, the flame-retardant fabric has a weight per unit area of not less than 160 g/m 2, the flame-retardant fabric has a tear strength of not less than 1.5 kgf, the tear strength being measured through a tear strength test based on ASTM D1424 pendulum method, and the flame-retardant fabric has a char length of not more than 10 cm (4 inches), the char length being measured through a flame retardancy test based on ASTM D6413-08. a cellulosic fiber; and a modacrylic fiber, wherein the cellulosic fiber is a natural cellulose fiber comprising a phosphorus compound, the modacrylic fiber comprises an antimony compound and the antimony-containing modacrylic fiber comprises the antimony compound in an amount of 3.8 to 33 wt% with respect to a total weight of the fiber, the flame-retardant fabric comprises the antimony-containing modacrylic fiber in an amount of 22 to 54 wt%, antimony in an amount of not less than 1.7 wt%, and phosphorus in an amount of 0.3 to 1.5 wt% with respect to a total weight of the flame-retardant fabric, the flame-retardant fabric has a weight per unit area of not less than 160 g/m 2, the flame-retardant fabric has a tear strength of not less than 1.5 kgf, the tear strength being measured through a tear strength test based on ASTM D1424 pendulum method, and the flame-retardant fabric has a char length of not more than 10 cm (4 inches), the char length being measured through a flame retardancy test based on ASTM D6413-08.