mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a slow-release fertilizer composition comprising nitrogen, phosphorus, calcium (Ca), and magnesium (Mg), the method comprising steps: a. reacting olivine and calcium oxide with phosphoric acid to produce a reaction mixture comprising calcium hydrogen phosphate, magnesium hydrogen phosphate, and silicon dioxide; and b. reacting a source of ammonia with the calcium hydrogen phosphate and magnesium hydrogen phosphate to produce magnesium ammonium phosphate and calcium ammonium phosphate, wherein the slow-release fertilizer composition comprises the magnesium ammonium phosphate and calcium ammonium phosphate. a. reacting olivine and calcium oxide with phosphoric acid to produce a reaction mixture comprising calcium hydrogen phosphate, magnesium hydrogen phosphate, and silicon dioxide; and b. reacting a source of ammonia with the calcium hydrogen phosphate and magnesium hydrogen phosphate to produce magnesium ammonium phosphate and calcium ammonium phosphate,
A surveying device, comprising a telescope unit having a first image pickup unit configured for acquiring wide-angle images and a second image pickup unit configured for acquiring telescopic images with higher magnification than the wide-angle image, a distance measuring unit configured for projecting a distance measuring light and for performing distance measurement by receiving a light reflected from an object to be measured, an angle measuring unit configured for detecting a horizontal angle and a vertical angle of said telescope unit, a drive unit (21, 13, 15) configured for rotating and driving said telescope unit in a horizontal direction and in a vertical direction, and a control device configured for controlling image pickup of said first image pickup unit and said second image pickup unit and for controlling said drive unit based on the results of detection from said angle measuring unit, wherein, said control device is arranged to synthesize a panoramic image including an object to be measured by connecting the wide-angle images obtained by said first image pickup unit, the surveying device being characterized in that said control unit is further arranged to extract feature points by edge processing of the wide-angle images, to set up said feature points as scheduled measuring points, to acquire a telescopic image by said second image pickup unit with respect to each of the scheduled measuring points by scanning the scheduled measuring points, to extract from the telescopic images a measuring point corresponding to each of the scheduled measuring points, and to control the distance measuring unit to perform a distance measurement on each of the measuring points.
A stud configured to be inserted into a tread portion of a tire, the stud comprising: a tip end for protruding from the tread portion for contacting a road surface; and a base including a flanged bottom portion provided on an end opposite the tip end and the base extending radially outward when the stud is inserted into the tread portion of the tire, a stump portion provided between the flanged bottom portion and the tip end, and a shank portion interconnecting the stump portion and the bottom portion; wherein the base is for being embedded and secured in the tread portion of the tire in which the stud is installed; and wherein the flanged bottom portion at least substantially has a tear-drop shape or a truncated tear-drop shape in cross section of the stud in a radially inward view comprising three at least substantially planar sides (111, 113, 115) and one at least substantially semi-cylindrical side, characterized in that the tip end comprises a radially outer portion comprising a first surface, the first surface defining an irregular quadrilateral, and/or wherein the flanged bottom portion has a configuration such that an inclined surface extends radially inward from sides (111, 113, 115, 117) of the bottom portion and away from the tip end when the stud is inserted into the tread portion of the tire. a tip end for protruding from the tread portion for contacting a road surface; and a base including a flanged bottom portion provided on an end opposite the tip end and the base extending radially outward when the stud is inserted into the tread portion of the tire, a stump portion provided between the flanged bottom portion and the tip end, and a shank portion interconnecting the stump portion and the bottom portion; wherein the base is for being embedded and secured in the tread portion of the tire in which the stud is installed; and wherein the flanged bottom portion at least substantially has a tear-drop shape or a truncated tear-drop shape in cross section of the stud in a radially inward view comprising three at least substantially planar sides (111, 113, 115) and one at least substantially semi-cylindrical side, characterized in that the tip end comprises a radially outer portion comprising a first surface, the first surface defining an irregular quadrilateral, and/or wherein the flanged bottom portion has a configuration such that an inclined surface extends radially inward from sides (111, 113, 115, 117) of the bottom portion and away from the tip end when the stud is inserted into the tread portion of the tire.
A wall plug in combination with an elongate member, the wall plug comprising: an elongate hollow tube configured for receiving the elongate member through a first end of the tube, a region of the tube remote from the first end being divided into at least two adjacent parts (19,20) having a gap extending in a generally axial direction therebetween, the adjacent parts (19,20) being arranged to be moved further apart by the elongate member when received in the tube; and a deformable membrane arranged to bridge the gap between each adjacent part (19,20) wholly to seal the interior of the tube from the exterior thereof in the region of the adjacent parts (19,20) so as to be impermeable to moisture, wherein the elongate member is configured to move the two adjacent parts (19,20) further apart when the elongate member is inserted into the hollow tube, the elongate member having one or more projections arranged to bear against the inner wall of the hollow tube when inserted therein, the one or more projections extending longitudinally along the elongate member, characterised in that the gap extends longitudinally part-way along the hollow tube from the second end and extends across the axial second end so as to form the two divided adjacent parts (19, 20).
Hydraulic block for a hydraulic arrangement of a hydraulic power-assisted vehicle brake system, wherein the hydraulic block has a power-assisted cylinder bore, in which a power-assisted piston is accommodated in an axially displaceable manner and is sealed with a piston seal (9, 10), wherein the power-assisted cylinder bore has a guide portion on a pressure side of the piston seal (9, 10), in which it guides the power-assisted piston radially, characterized in that the hydraulic block has a brake fluid channel in a circumferential surface of the power-assisted cylinder bore, the brake fluid channel passing through the guide portion on the pressure side of the power-assisted piston as far as the piston seal.
A multi-sided display, comprising: a first display panel and a second display panel, two opposite edges of the first display panel are respectively bent towards the reverse side of a display area thereof, to allow the first display panel to form a U-shaped structure; two opposite edges of the second display panel are respectively bent towards the reverse side of a display area thereof, to allow the second display panel to form a U-shaped structure; the two edges of the first display panel bent towards the display area thereof are respectively encapsulated with the two edges of the second display panel bent towards the display area thereof to form a closed structure together with a first encapsulation plate and a second encapsulation plate; and each display surface of the multi-sided display is controlled independently;; wherein the first encapsulation plate is configured to seal the top of the closed structure and the second encapsulation plate is configured to seal the bottom of the closed structure; the multi-sided display further comprises at least one function slot and/or physical function key, wherein the function slot and/or the physical function key are/is disposed at an encapsulated position of the edges of the first display panel and the second display panel; or disposed in a non-display area of the first display panel and/or the second display panel; or disposed on a surface of the first encapsulation plate and/or the second encapsulation plate.
An organic light-emitting diode device comprising: a substrate; a first conductive layer deposited directly on the substrate; a hole transporting layer deposited directly on the first conductive layer;a first light emitting layer deposited directly on the hole transporting layer; a second light emitting layer deposited directly on the first light emitting layer; a first electron transporting and hole blocking layer deposited directly on the second light emitting layer; a third light emitting layer deposited directly on the first electron transporting and hole blocking layer; a second electron transporting and hole blocking layer deposited directly on the third light emitting layer; an electron injection layer deposited directly on the second electron transporting and hole blocking layer; and a second conductive layer deposited directly on the electron injection layer; wherein the first light emitting layer is able to emit blue visible light, the second light emitting layer is able to emit green visible light, and the third light emitting layer is able to emit red visible light. a substrate; a first conductive layer deposited directly on the substrate; a hole transporting layer deposited directly on the first conductive layer;a first light emitting layer deposited directly on the hole transporting layer; a second light emitting layer deposited directly on the first light emitting layer; a first electron transporting and hole blocking layer deposited directly on the second light emitting layer; a third light emitting layer deposited directly on the first electron transporting and hole blocking layer; a second electron transporting and hole blocking layer deposited directly on the third light emitting layer; an electron injection layer deposited directly on the second electron transporting and hole blocking layer; and a second conductive layer deposited directly on the electron injection layer; wherein the first light emitting layer is able to emit blue visible light, the second light emitting layer is able to emit green visible light, and the third light emitting layer is able to emit red visible light.
Apparatus for carrying and shielding wafers in a horizontal orientation, comprising: a wafer container; a plurality of wafer cassettes disposed in the wafer container; characterized in that the apparatus comprises: an engaging lock that prevents the wafer cassettes from shifting toward the engaging lock, the engaging lock being in direct contact with surfaces of walls of the wafer cassettes that face the engaging lock. a wafer container; a plurality of wafer cassettes disposed in the wafer container; characterized in that the apparatus comprises: an engaging lock that prevents the wafer cassettes from shifting toward the engaging lock, the engaging lock being in direct contact with surfaces of walls of the wafer cassettes that face the engaging lock.
A protease variant, comprising a substitution at position 171 of SEQ ID NO: 3, wherein the variant has a sequence identity to SEQ ID NO: 3 of at least 75% and less than 100%, and the variant has protease activity, wherein the amino acid at the position corresponding to position 171 of SEQ ID NO: 3 is selected from the group consisting of Trp, Lys, Glu and Asn, and wherein the variant has an improved detergent stability compared to the protease with SEQ ID NO: 3.
A method of processing a stream of food products in a thermal processing system under operational parameters while being conveyed by a conveyance system, comprising: (a) physically characterizing the food products being conveyed on the conveying system; (b) thermally processing the food products at a thermal processing station under process parameters; and (c) determining the level of thermal processing of the food products achieved at the thermal processing station, comprising: (i) selecting sample food products for temperature measurement; and (ii) measuring the temperature of the selected sample food products by a methodology selected from the group consisting of: removing the selected sample food products from the stream of food products and automatically measuring the temperature of the removed sample food products at a location remote from the stream of food products; and connecting a temperature measuring device to the selected sample food products to travel with the sample food products in the stream of food products and monitoring the temperature of the sample food products during processing in the thermal processing station; and (d) wherein the food products are physically characterized by scanning. (a) physically characterizing the food products being conveyed on the conveying system; (b) thermally processing the food products at a thermal processing station under process parameters; and (c) determining the level of thermal processing of the food products achieved at the thermal processing station, comprising: (i) selecting sample food products for temperature measurement; and (ii) measuring the temperature of the selected sample food products by a methodology selected from the group consisting of: removing the selected sample food products from the stream of food products and automatically measuring the temperature of the removed sample food products at a location remote from the stream of food products; and connecting a temperature measuring device to the selected sample food products to travel with the sample food products in the stream of food products and monitoring the temperature of the sample food products during processing in the thermal processing station; and (i) selecting sample food products for temperature measurement; and (ii) measuring the temperature of the selected sample food products by a methodology selected from the group consisting of: removing the selected sample food products from the stream of food products and automatically measuring the temperature of the removed sample food products at a location remote from the stream of food products; and connecting a temperature measuring device to the selected sample food products to travel with the sample food products in the stream of food products and monitoring the temperature of the sample food products during processing in the thermal processing station; and (d) wherein the food products are physically characterized by scanning.
Anterior part of a nacelle of an aircraft propulsive assembly, said anterior part having a front end allowing the inlet of air and a rear end, said anterior part comprising: - an air inlet lip arranged at said front end, - an inner structure extending an inner surface of the air inlet lip, - an outer panel extending an outer surface of the air inlet lip, - an annular rigidifying frame around an axis of revolution, said rigidifying frame being arranged at said rear end of said anterior part and linking said outer panel to said inner structure, said rigidifying frame comprising an inner peripheral edge linked to said inner structure and an outer peripheral edge linked directly or by an interface ring to said outer panel, such that said rigidifying frame has an inclination relative to the axis of revolution, such that the rigidifying frame has a slope oriented towards the front end of said anterior part of the nacelle, said rigidifying frame being configured to deflect out of the nacelle of the propulsive assembly an object entering through the front end of the anterior part and striking said rigidifying frame, and characterised in that the outer peripheral edge or the interface ring does not extend in the continuity of the rigidifying frame so as to facilitate the evacuation out of the nacelle of an object striking the rigidifying frame. - an air inlet lip arranged at said front end, - an inner structure extending an inner surface of the air inlet lip, - an outer panel extending an outer surface of the air inlet lip, - an annular rigidifying frame around an axis of revolution, said rigidifying frame being arranged at said rear end of said anterior part and linking said outer panel to said inner structure, said rigidifying frame comprising an inner peripheral edge linked to said inner structure and an outer peripheral edge linked directly or by an interface ring to said outer panel,
A process for converting petroleum based waste oil (PBWO) to light and medium distillate, the process comprising the steps of: (a) mixing and heating the PBWO, in a pre-boiler containing a mixer, to a temperature and for a period of time sufficient to remove at least 90% of the water in the PBWO; (b) further mixing and heating the dehydrated PBWO, in a main boiler containing a mixer, to a temperature of 120 to 400°C, preferably 325 to 400°C to produce: (i) a first vapor stream of light end hydrocarbons, the light end hydrocarbons including one or more of naphthalene, gasoline or kerosene; and (ii) a first vapor stream of heavier hydrocarbons including at least 50% C8-C25 hydrocarbon chains; (c) directing the first vapor stream of heavier hydrocarbons from step (b) to a catalyst tower containing an aluminum silicate catalyst to crack the heavier hydrocarbon chains to shorter hydrocarbon chains; to produce: (i) a second vapor stream of light end hydrocarbons, the light end hydrocarbons including one or more of naphthalene, gasoline or kerosene; and (ii) a mixed vapor and liquid stream of heavier hydrocarbons including at least 50% C10-C15 hydrocarbon chains; (d) directing the mixed vapor and liquid stream of heavier hydrocarbons from step (c) to a stripper that separates the vapor from the liquid to provide separate vapor and liquid streams, wherein the liquid stream exiting the stripper includes at least 60% C10-C15 hydrocarbon chains, wherein the mixer in the main boiler and, optionally, in the pre-boiler is equipped with one or more paddles which turn and agitate the liquid within the boiler, wherein the mixer runs at speeds of 2 to 250 RPM. (a) mixing and heating the PBWO, in a pre-boiler containing a mixer, to a temperature and for a period of time sufficient to remove at least 90% of the water in the PBWO; (b) further mixing and heating the dehydrated PBWO, in a main boiler containing a mixer, to a temperature of 120 to 400°C, preferably 325 to 400°C to produce: (i) a first vapor stream of light end hydrocarbons, the light end hydrocarbons including one or more of naphthalene, gasoline or kerosene; and (ii) a first vapor stream of heavier hydrocarbons including at least 50% C8-C25 hydrocarbon chains; (c) directing the first vapor stream of heavier hydrocarbons from step (b) to a catalyst tower containing an aluminum silicate catalyst to crack the heavier hydrocarbon chains to shorter hydrocarbon chains; to produce: (i) a second vapor stream of light end hydrocarbons, the light end hydrocarbons including one or more of naphthalene, gasoline or kerosene; and (ii) a mixed vapor and liquid stream of heavier hydrocarbons including at least 50% C10-C15 hydrocarbon chains; (d) directing the mixed vapor and liquid stream of heavier hydrocarbons from step (c) to a stripper that separates the vapor from the liquid to provide separate vapor and liquid streams, wherein the liquid stream exiting the stripper includes at least 60% C10-C15 hydrocarbon chains,
A method of reducing rainout in a breathing circuit having an inspiratory limb with a first electrically energizable heater circuit associated therewith and an expiratory limb with a second electrically energizable heater circuit element associated therewith, comprising independently, selectively electrically energizing the first and second heater circuits (34, 36), characterised by selectively energizing the second heater circuit to heat the expiratory limb to a temperature higher than the inspiratory limb based on a selected temperature differential.
A composition comprising: an NFκB-inhibitor selected from the group consisting of substituted resorcinols, wherein the substituted resorcinol is 4-hexylresorcinol or 4-octylresorcinol; and an extract selected from the group consisting of Phellodendron amurense cortex extract, feverfew ( Tanacetum parthenium), ginko ( Ginko Biloba), cotinus ( Cotinus coggygria), goji berry ( Lycium barbarum), milk thistle extract ( Silybum marianum), amaranth oil ( Amaranthus cruentus), pomegranate ( Punica granatum), yerbe mate ( Ilex paraguariensis leaf extract), white lily flower extract ( Lilium Candidum), olive leaf extract ( Olea europaea), phloretin (apple extract), and combinations thereof. an NFκB-inhibitor selected from the group consisting of substituted resorcinols, wherein the substituted resorcinol is 4-hexylresorcinol or 4-octylresorcinol; and an extract selected from the group consisting of Phellodendron amurense cortex extract, feverfew ( Tanacetum parthenium), ginko ( Ginko Biloba), cotinus ( Cotinus coggygria), goji berry ( Lycium barbarum), milk thistle extract ( Silybum marianum), amaranth oil ( Amaranthus cruentus), pomegranate ( Punica granatum), yerbe mate ( Ilex paraguariensis leaf extract), white lily flower extract ( Lilium Candidum), olive leaf extract ( Olea europaea), phloretin (apple extract), and combinations thereof.
A Defibrillator, the defibrillator having means for chest compression feedback, said means being integrated in the defibrillator, whereby the defibrillator is shaped and sized such as to be directly placeable on a patient's chest and said means for chest compression feedback are adapted for detecting quantitative and qualitative data on chest compression being performed on the patient.
Plastic moulding for surface finishing of consumer goods or for internal trim of a vehicle, which has, for a changing surface pattern on a base surface, at least one first decorative structure with regular depressions with a first grain depth (Δt 1), wherein the first decorative structure is overlaid with at least one second decorative structure that has regular depressions with a smaller second grain depth (Δt 2), wherein the depressions (7, 13) of the first and second decorative structure (3, 9) are elongate and/or curved furrows, wherein the depressions (7, 13) of the first and second decorative structure (3, 9) respectively have a bottom (8, 14) set back from the base surface by the first grain depth (Δt 1) and by the second grain depth (Δt 2) with side walls (10, 16) rising up therefrom, and wherein the bottom of the depressions of the second decorative structure is arranged with a height offset (Δh) above the bottom of the depressions of the first decorative structure, characterized in that in order to increase the changing effect the depressions (7, 13) of the first and second decorative structures (3, 9) overlap at at least one intersection point, and in that at the intersection point at at least one of the sidewalls of the depression of the first decorative structure there is provided a recess at which the depression of the second decorative structure opens into the depression of the first decorative structure.