mhurhangee/ep-ind-claims huggingface dataset:
A system configured to recognize a gesture made by a warm object, comprising: a single pixel thermal sensor; a spatially modulating optics disposed between the thermal sensor and the warm object; and an electronics unit in communication with the thermal sensor, further comprising: a memory; and a processor in communication with the memory; wherein the thermal sensor is configured to generate a thermal sensor signal being a direct current, DC, output signal that is sustained at a level proportional to an amount of thermal energy being directed to the thermal sensor by the spatially modulating optics; wherein the spatially modulating optics comprises a plurality of lenses and/or apertures and is configured to modulate the thermal energy received by the thermal sensor as a function of an orientation of the warm object with respect to the thermal sensor; and wherein the processor is configured by the memory to perform steps comprising: detecting a change in the thermal sensor signal; and recognizing a characteristic in the thermal sensor signal; and wherein the processor is further configured by the memory to recognize a gesture associated with the recognized characteristic. a single pixel thermal sensor; a spatially modulating optics disposed between the thermal sensor and the warm object; and an electronics unit in communication with the thermal sensor, further comprising: a memory; and a processor in communication with the memory; a memory; and a processor in communication with the memory; wherein the thermal sensor is configured to generate a thermal sensor signal being a direct current, DC, output signal that is sustained at a level proportional to an amount of thermal energy being directed to the thermal sensor by the spatially modulating optics; wherein the spatially modulating optics comprises a plurality of lenses and/or apertures and is configured to modulate the thermal energy received by the thermal sensor as a function of an orientation of the warm object with respect to the thermal sensor; and wherein the processor is configured by the memory to perform steps comprising: detecting a change in the thermal sensor signal; and recognizing a characteristic in the thermal sensor signal; and wherein the processor is further configured by the memory to recognize a gesture associated with the recognized characteristic.
An icing or coating composition for baked confectionery products comprising at least 30 % by weight sugar and at least 20 % by weight of a fat blend, wherein the fat blend comprises from 12 to 25 % by weight SOO and from 7 to 15% by weight SOL based on the total weight of triglycerides present and the fat blend has a saturated fatty acid content of less than 45 % by weight based on the total C12 to C24 fatty acids present and a monounsaturated fatty acid content in the range of from 40 % to 60 % by weight based on the total C12 to C24 fatty acids present, wherein S is saturated fatty acid having 12 to 24 carbon atoms, O is oleic acid and L is linoleic acid, and wherein the fat blend has: an N10 of greater than 35 and up to 50, an N20 of greater than 20, an N25 of less than 16 and an N30 of less than 12.
A method for refitting an existing cigarette filter forming machine to obtain a sheet-striping, strip-gathering, rod-forming tobacco processing mechanism, being characterized in that: a set of active roll release device for tobacco sheet roll is additionally installed behind releasing rollers of the filter forming machine, which has a linear velocity matching a rod-forming linear velocity of the mechanism; a pair of releasing rollers near a pipe is replaced by stripping rollers (5, 6), with interrupted roller pattern along respective circumference; and a strip-guiding horn-shaped mouth is replaced by a tapered and collapsed horn-shaped mouth with an inlet diameter of 80-120mm.
A method for controlling a refilling motor that drives a hydraulic pump that refills at least one pressure accumulator, this accumulator thereafter delivering the hydraulic pressure to a hydraulic traction machine of a hybrid vehicle, characterized in that it takes account both of the rate of discharge of the pressure accumulator and of the time to start (Δt) the refilling motor so as to manage this start in such a way that this accumulator more or less reaches its minimum operating pressure level at the end of this start.
A boxing apparatus (1, 101) for making a line of packages by arranging a plurality of packages so that adjacent packages partially overlap each other, conveying this line with a conveyance means, and collecting a specific quantity of the packages and putting them in a specific box, said boxing apparatus comprising: erecting means (41, 151) configured to block the front of the incoming line and to exert an upward force on the packages, characterised in that the erecting means (41, 151) is a vertical conveyor whose surface in contact with the packages is configured to move in the vertical direction. erecting means (41, 151) configured to block the front of the incoming line and to exert an upward force on the packages, characterised in that the erecting means (41, 151) is a vertical conveyor whose surface in contact with the packages is configured to move in the vertical direction.
Composition for pharmaceutical use having antioxidant activity against free radicals, comprising: a) a Vitis vinifera seed, or seed and leaf, extract containing a combination of the flavonoids catechin and quercetin in a molar ratio in a range from 6:1 to 3:1, respectively, or a') a Vitis vinifera seed, or seed and leaf, extract containing a combination of the flavonoids catechin and quercetin in a molar ratio in a range from 7:1 to 4:1, respectively, or a") a mixture of Vitis vinifera extracts a) and a'), or a'") a mixture of catechin and quercetin in a molar ratio in a range from 7:1 to 3:1, respectively, together with b) an olive, Olea europaea L., leaf extract having a hydroxytyrosol content in a range from 1% to 30% by weight of the extract, or b') hydroxytyrosol in an amount equal to the one contained in the b) extract. a) a Vitis vinifera seed, or seed and leaf, extract containing a combination of the flavonoids catechin and quercetin in a molar ratio in a range from 6:1 to 3:1, respectively, or a') a Vitis vinifera seed, or seed and leaf, extract containing a combination of the flavonoids catechin and quercetin in a molar ratio in a range from 7:1 to 4:1, respectively, or a") a mixture of Vitis vinifera extracts a) and a'), or a'") a mixture of catechin and quercetin in a molar ratio in a range from 7:1 to 3:1, respectively, b) an olive, Olea europaea L., leaf extract having a hydroxytyrosol content in a range from 1% to 30% by weight of the extract, or b') hydroxytyrosol in an amount equal to the one contained in the b) extract.
Device for producing milk-based beverages for cooperation with a steam outlet nozzle tip of a coffee machine, the device comprising a steam inlet duct, the device comprises a coupling to the steam outlet nozzle tip comprising at least one jaw movable between a coupled position wherein a tight connection is established between the steam outlet nozzle tip and the steam inlet conduit and wherein the device cannot be separated from the steam outlet nozzle tip, and an uncoupled position wherein the device can be separated from the steam outlet nozzle tip, characterised in that the coupling system comprising a fixed jaw.
A hot water circulation heating system that performs heating by causing hot water to circulate in a building, the system comprising: a tank that stores the hot water; a room radiator (61a, 62a) that is disposed in a room (61, 62) of the building and causes heat that the hot water has to radiate into room air of the room; a first circulation pump that causes the hot water to flow from the tank to the room radiator and returns the hot water that has performed heat radiation in the room radiator back to the tank; a vapor compression heat pump for heating the hot water; and a second circulation pump that causes the hot water to flow from the tank to the heat pump and returns the hot water from the heat pump back to the tank, wherein the heat pump includes a compressor, a radiator, an expansion mechanism and an evaporator and heats the hot water that flows out from the tank by heat emitted from the radiator, and characterized in that the tank includes a hot water supply-use heat exchanger disposed inside the tank and causing heat exchange between water taken in from a water supply source and the hot water inside the tank, such that the water taken in from the water supply source and the hot water inside the tank do not mix with each other, wherein the hot water supply-use heat exchanger is configured to heat the water taken in from the water supply source and to supply the hot water to a hot water supply pipe of the building. a tank that stores the hot water; a room radiator (61a, 62a) that is disposed in a room (61, 62) of the building and causes heat that the hot water has to radiate into room air of the room; a first circulation pump that causes the hot water to flow from the tank to the room radiator and returns the hot water that has performed heat radiation in the room radiator back to the tank; a vapor compression heat pump for heating the hot water; and a second circulation pump that causes the hot water to flow from the tank to the heat pump and returns the hot water from the heat pump back to the tank, wherein the heat pump includes a compressor, a radiator, an expansion mechanism and an evaporator and heats the hot water that flows out from the tank by heat emitted from the radiator, and characterized in that the tank includes a hot water supply-use heat exchanger disposed inside the tank and causing heat exchange between water taken in from a water supply source and the hot water inside the tank, such that the water taken in from the water supply source and the hot water inside the tank do not mix with each other, wherein the hot water supply-use heat exchanger is configured to heat the water taken in from the water supply source and to supply the hot water to a hot water supply pipe of the building.
A mechanical system for attaching a measuring probe to provide monitoring of transplanted organs, the mechanical system comprising the said measuring probe, where the measuring probe body is made of a soft biocompatible material, it is strip-shaped and it consists of a sensory part (1.1), which contains the measuring sensors and is to be placed onto a monitored organ, and of an output part (1.2) providing an output from a patient's body, while a guiding duct, where a fixing wire is placed, leads through the measuring probe body characterized by the fact that the mechanical system for attaching the measuring probe body to the monitored organ is placed in the sensory part (1.1) and it is formed by at least two grips in a form of a strip, specifically by a first grip (3.1), and a second grip (3.2), which are made of a soft and elastic biocompatible material, while first ends of the grips (3.1, 3.2) are fixed from one side to the sensory part (1.1) of the measuring probe body and where a second end of the first grip (3.1) fits into a first recess (1.3) and a second end of the second grip (3.2) fits into a second recess (1.4), while these recesses are created in the sensory part (1.1) of the measuring probe body at the side of the measuring probe body opposite to the side where the first ends of the grips (3.1, 3.2) are fixed, and in the part where the second ends of the grips (3.1, 3.2) fit into the recesses (1.3, 1.4), a first through-hole (4.1) is created in the first grip (3.1), and a second through-hole (4.2) is created in the second grip (3.2), and the guiding duct is created lengthwise through the measuring probe body at the edge with the recesses (1.3, 1.4), and it is terminated in the measuring probe body before the distal end of the sensory part (1.1), while the first through-hole (4.1), the second through-hole (4.2), and the guiding duct lead one into the other so that they can hold an extractable fixing wire.
A system configured to control volume based respiratory assistance of a subject, the subject having an airway, the system comprising: means for generating a pressurized flow of breathable gas for delivery to the airway of a subject at an inspiratory pressure level during a breath by the subject, wherein the breath has inspiratory volume during an inspiratory phase and expiratory volume during an expiratory phase; means for determining a breathing rate of the subject; means for adjusting a first volume threshold based on the determined breathing rate; means for monitoring the inspiratory volume of the breath by the subject; means for comparing the inspiratory volume to the first volume threshold to determine when the inspiratory volume of the breath breaches the first volume threshold; and means for temporarily decreasing the pressure level of the pressurized flow of breathable gas from the inspiratory pressure level for expiration by the subject, responsive to the inspiratory volume of the breath breaching the first volume threshold. means for generating a pressurized flow of breathable gas for delivery to the airway of a subject at an inspiratory pressure level during a breath by the subject, wherein the breath has inspiratory volume during an inspiratory phase and expiratory volume during an expiratory phase; means for determining a breathing rate of the subject; means for adjusting a first volume threshold based on the determined breathing rate; means for monitoring the inspiratory volume of the breath by the subject; means for comparing the inspiratory volume to the first volume threshold to determine when the inspiratory volume of the breath breaches the first volume threshold; and means for temporarily decreasing the pressure level of the pressurized flow of breathable gas from the inspiratory pressure level for expiration by the subject, responsive to the inspiratory volume of the breath breaching the first volume threshold.
Functional ice cream with low fat content, characterized in that, for 100 kg finished product are necessary the following raw materials: an amount of 50 kg of whey cheese (urdǎ) from pasteurized cow's milk with 6% fat, an amount of 40 kg green walnut jam with 71.8% carbohydrates, an amount of 4 L walnut kernel cold-pressed oil with 100% lipids, an amount of 5 L lemon juice and an amount of 1 kg carrot fibers.
A voltage sensor device, with a high voltage part, and a low voltage part, the voltage sensor device comprising: - a plurality of segments; and - a plurality of impedance elements; wherein the high voltage part is formed from at least one segment and the low voltage part is formed from at least one segment; wherein, each segment comprises at least one impedance element, an insulated support and a connection system; wherein, the connection system for each segment has a first part at a first end of each segment and a second part at a second end of each segment; wherein, the connection system is configured to mechanically connect adjacent pairs of segments to each other and the connection system is configured to electrically connect the at least one impedance element of adjacent pairs of segments to each other, wherein a first part of the connection system of one segment of adjacent pairs of segments is configured to connect to a second part of the connection system of a second segment of adjacent pairs of segments; wherein, the connection system is configured to enable the angle between adjacent pairs of segments to be changed; characterised in that the impedance elements are either capacitive elements or a combination of resistive elements and capacitive elements; and the impedance elements are connected within at least one segment in parallel and the impedance elements are connected within at least one other segment in series. - a plurality of segments; and - a plurality of impedance elements; wherein the high voltage part is formed from at least one segment and the low voltage part is formed from at least one segment; wherein, each segment comprises at least one impedance element, an insulated support and a connection system; wherein, the connection system for each segment has a first part at a first end of each segment and a second part at a second end of each segment; wherein, the connection system is configured to mechanically connect adjacent pairs of segments to each other and the connection system is configured to electrically connect the at least one impedance element of adjacent pairs of segments to each other, wherein a first part of the connection system of one segment of adjacent pairs of segments is configured to connect to a second part of the connection system of a second segment of adjacent pairs of segments; wherein, the connection system is configured to enable the angle between adjacent pairs of segments to be changed; characterised in that the impedance elements are either capacitive elements or a combination of resistive elements and capacitive elements; and the impedance elements are connected within at least one segment in parallel and the impedance elements are connected within at least one other segment in series.
A bling nail sticker, comprising a substrate layer on which a pattern is printed, and a three-dimensional ornamental portion disposed on the top surface of the substrate layer and having a pattern formed of a luminant material, such as a jewel, characterized in that the three-dimensional ornamental portion comprises: a luminant reflective layer printed on the top surface of the substrate layer; a transparent coating layer printed on the top surface of the substrate layer at the position where the reflective layer is formed, and allowing light transmission to the reflective layer; and a three-dimensional layer applied and adhered to the top surface of the coating layer. a luminant reflective layer printed on the top surface of the substrate layer; a transparent coating layer printed on the top surface of the substrate layer at the position where the reflective layer is formed, and allowing light transmission to the reflective layer; and a three-dimensional layer applied and adhered to the top surface of the coating layer.
An inverter control device comprising: an inverter main circuit; a current detector configured to detect a current of an output line of the inverter main circuit; a startup controller comprising a rotational phase angle estimator configured to calculate, based on a current response value detected by the current detector, a value corresponding to a rotational phase angle of a motor connected to the inverter main circuit in a stationary reference frame, and a rotational speed estimator configured to calculate a value corresponding to a rotational speed of the motor by using the value corresponding to the rotational phase angle when the inverter main circuit is started; and a regular time controller configured to calculate, with the value corresponding to the rotational speed as an initial value, an estimated rotational phase angle of the motor in a rotating reference frame, characterised in that the rotational speed estimator of the startup controller is configured to count a number of times the value corresponding to the rotational phase angle crosses zero in a first predetermined period, set the value corresponding to the rotational speed to zero when the counted value is less than a predetermined value, and calculate, when the counted value is at or above the predetermined value, the value corresponding to the rotational speed based on a value obtained by counting the number of times the value corresponding to the rotational phase angle crosses zero in a second predetermined period longer than the first predetermined period, and the second predetermined period. an inverter main circuit; a current detector configured to detect a current of an output line of the inverter main circuit; a startup controller comprising a rotational phase angle estimator configured to calculate, based on a current response value detected by the current detector, a value corresponding to a rotational phase angle of a motor connected to the inverter main circuit in a stationary reference frame, and a rotational speed estimator configured to calculate a value corresponding to a rotational speed of the motor by using the value corresponding to the rotational phase angle when the inverter main circuit is started; and a regular time controller configured to calculate, with the value corresponding to the rotational speed as an initial value, an estimated rotational phase angle of the motor in a rotating reference frame, characterised in that the rotational speed estimator of the startup controller is configured to count a number of times the value corresponding to the rotational phase angle crosses zero in a first predetermined period, set the value corresponding to the rotational speed to zero when the counted value is less than a predetermined value, and calculate, when the counted value is at or above the predetermined value, the value corresponding to the rotational speed based on a value obtained by counting the number of times the value corresponding to the rotational phase angle crosses zero in a second predetermined period longer than the first predetermined period, and the second predetermined period.
A pharmaceutical composition for use in the treatment of inflammation or conditions related to inflammation, wherein the conditions related to inflammation are selected from the group consisting of anemia of chronic disease, insulin resistance, autoimmune disease, hypertension, diabetes, nonalcoholic fatty liver disease, cardiovascular disease, cancer, neurodegenerative diseases, Alzheimer's disease, and dementia, the composition comprising: heptadecanoic acid, or pharmaceutically acceptable salts thereof, and a pharmaceutically acceptable carrier, wherein the pharmaceutical composition is configured to be administered in an oral formulation. heptadecanoic acid, or pharmaceutically acceptable salts thereof, and a pharmaceutically acceptable carrier, wherein the pharmaceutical composition is configured to be administered in an oral formulation.