mhurhangee/ep-ind-claims huggingface dataset:
A nozzle for injecting a reagent into a combustor, the nozzle comprising a body with a cavity, an occlusion for the cavity, a first slit for injecting the reagent, characterized by further comprising at least one intermediate disc between the body and the occlusion, the at least one intermediate disc having at least one opening for the passage of the reagent, wherein the first slit is between the body and the at least one intermediate disc and the nozzle has a second slit between the occlusion and the at least one intermediate disc, and/or at least one slit (54, 54a, 54b) having at least one corrugated border defining a variable size slit between a minimum size and a maximum size.
An underground sampling tool (HTMS) for providing on-line information on quality and flow rate of an underground aquifer and identifying uncontaminated water for crop irrigation, said tool comprising: - a housing for the electrical and electronic controls, - a housing for the hydraulic means controlled by the electrical and electronic controls of the tool, - a test body consisting of a variety of hydraulic circuits for operating different tool operating valves, wherein said test body further comprises: - a rear shoe on an axial axis of the tool, wherein said rear shoe is simultaneously driven by two telescoping pistons arising from inside the tool, when signaled by a surface equipment operatively enabled to do so, and - a front shoe, driven by several pistons housed therebelow, wherein the pistons housed below the front shoe are moved by one or more hydraulic devices acting jointly, so that front and rear shoes are hydraulically driven and, when in operation, they extend towards the diametrically opposite walls of a well to mechanically fix the tool thereto, characterized in that the front shoe body has a cylindrical hole which in turn contains a probe barrel or cylinder and a probe piston, wherein a chamber is formed from the barrel or cylinder and the probe piston, wherein the chamber comprises an outlet, wherein said outlet is the beginning of the flow line that travels along the tool. - a housing for the electrical and electronic controls, - a housing for the hydraulic means controlled by the electrical and electronic controls of the tool, - a test body consisting of a variety of hydraulic circuits for operating different tool operating valves, wherein said test body further comprises: - a rear shoe on an axial axis of the tool, wherein said rear shoe is simultaneously driven by two telescoping pistons arising from inside the tool, when signaled by a surface equipment operatively enabled to do so, and - a front shoe, driven by several pistons housed therebelow,
A master illuminating device comprises a illuminating module and a signal acquisition and processing unit for detecting the surrounding and outputting a control signal, the illuminating module is designed to receive the control signal and is driven according to the control signal, wherein the illuminating device further comprises a signal transmission unit which is designed to receive the control signal and is designed to transmit the control signal, wherein the signal acquisition and processing unit comprises a sensor (3.1) for detecting the surrounding and generating a detection signal and a processor (3.2) configured to process the detection signal into the control signal, and wherein the signal transmission unit comprises a wireless receiver (4.1) for receiving the control signal and an emitter (4.2) for transmitting the control signal, characterized in that the master illuminating device further comprises a tubular housing and end caps located at both ends of the tubular housing, respectively, wherein the illuminating module is arranged in the tubular housing, and the signal transmission unit and at least part of the signal acquisition and processing unit are arranged in one of the end caps, and in that one end of the processor (3.2) is inserted into the tubular housing to be directly connected with the driver (5.4) of the illuminating module, and the other end of the processor (3.2) is directly connected with the wireless receiver (4.1) with the emitter (4.2) fixed thereon to forward the control signal.
A method for brooding poultry, comprising the steps of: - collecting eggs of the first 3-5 layings of hens younger than 28 weeks, usually from hens of at least about 26 weeks old; - incubating said collected eggs and hatching them together to hatched chicks; - providing said hatched chicks in crates of about 10-500 animals directly after hatching; - arranging said crates in stacks in an incubator chamber; - providing food and drinking to each crate in said incubator chamber, and - controlling the temperature, humidity, CO 2 level and flow rate of air in said incubator chamber. - collecting eggs of the first 3-5 layings of hens younger than 28 weeks, usually from hens of at least about 26 weeks old; - incubating said collected eggs and hatching them together to hatched chicks; - providing said hatched chicks in crates of about 10-500 animals directly after hatching; - arranging said crates in stacks in an incubator chamber; - providing food and drinking to each crate in said incubator chamber, and - controlling the temperature, humidity, CO 2 level and flow rate of air in said incubator chamber.
A sealing gasket for a cooking utensil for cooking food under pressure, said utensil comprising a vessel and a lid designed to be mounted on said vessel to define a cooking enclosure, said gasket being designed to be interposed between the lid and the vessel in order to seal said cooking enclosure, said gasket having a heel from which at least a first lip projects, the first lip being provided with at least one escape window that passes through its thickness ( e), the heel surrounding the first lip at its periphery, said gasket being characterized in that the radially outside periphery of said heel is substantially exempt from reinforcements in register with the escape window(s) and in that said first lip forms a differential movement member designed to enable, when the pressure prevailing inside the cooking enclosure exceeds a predetermined threshold (Ps), the escape window(s) to effect a relative movement relative to the heel when the latter is retained in a substantially stationary radial position in radial alignment with the first lip, said relative movement enabling said escape window to open up a leakage orifice via which the cooking enclosure is put into communication with the outside of the utensil.
A system for detecting a change in an axle adjustment of a motor vehicle, in particular the change in the axle adjustment of a rigid axle characterized in that the system comprises the following features: - a sensor device which is arranged on a steering trapezoid of a chassis of the motor vehicle and is designed to detect at least one state variable of the steering trapezoid during the driving operation of the vehicle; and - an evaluation device which is designed to compare the detected at least one state variable and/or a variable dependent thereon with at least one setpoint state variable of the steering trapezoid, in order to detect an overload state in the steering trapezoid and/or a change in the axle geometry. - a sensor device which is arranged on a steering trapezoid of a chassis of the motor vehicle and is designed to detect at least one state variable of the steering trapezoid during the driving operation of the vehicle; and - an evaluation device which is designed to compare the detected at least one state variable and/or a variable dependent thereon with at least one setpoint state variable of the steering trapezoid, in order to detect an overload state in the steering trapezoid and/or a change in the axle geometry.
A conveying member with an actuating means, wherein the conveying member is suitable for a conveyor, in particular for an accumulating conveyor, and wherein the conveying member comprises a conveying element which forms a main surface, and at least one roller mechanism with at least one roller which comprises a physical roller pivot, wherein the roller mechanism comprises a roller holder, the roller pivot is fastened to the roller holder, the roller holder can interact with the actuating means, the roller holder is arranged on the conveying element and the roller holder is designed in a manner such that the roller pivot is movable by the actuating means relative to the main surface of the conveying element at least between a first position and a second position which is spatially different to the first one, wherein in the second position of the roller pivot, the roller projects at least partly beyond the main surface of the conveying element and is capable of assuming a freewheel position, and in the freewheel position the roller is freely rotating, characterised in that in the first position of the roller pivot, the roller projects at least partly beyond the main surface of the conveying element and that in the first position of the roller pivot, the roller is capable of assuming an arrested position, wherein in the arrested position, the roller is arrested with respect to a rotation relative to the main surface.
A method for producing a SiC single crystal in which a SiC seed crystal substrate is contacted with a Si-C solution having a temperature gradient such that the temperature decreases from the interior toward the surface, to grow a SiC single crystal, the method comprising: a first step in which a SiC single crystal is grown with a plane as the growth surface, a second step in which a plane is exposed from the grown SiC single crystal, and a third step in which the SiC single crystal having the exposed plane is used as a seed crystal, and the plane is used as the growth surface for growth of a SiC single crystal, wherein the Si-C solution used in the first step and the third step contains Si and Cr. a first step in which a SiC single crystal is grown with a plane as the growth surface, a second step in which a plane is exposed from the grown SiC single crystal, and a third step in which the SiC single crystal having the exposed plane is used as a seed crystal, and the plane is used as the growth surface for growth of a SiC single crystal, wherein the Si-C solution used in the first step and the third step contains Si and Cr.
A method of pulsed laser deposition for material synthesis on a substrate material, said method comprising: directing a burst of laser pulses having pulse widths of less than 1 ns toward an interaction region to cause an initial laser interaction between a target and at least one pulse of the burst, and also to cause at least one further laser interaction between an emission caused by said initial interaction and at least one subsequent pulse of said burst, said at least one further interaction modifying said emission caused by said initial interaction so as to synthesize a thin film on said substrate and to control a property of said thin-film material, including an average size and number of particles on or within the synthesized material, wherein the average size of particles on or within said synthesized material decreases with an increasing number of pulses within said burst over a burst duration less than several microseconds, said burst providing for continuous tuning of a morphology of said synthesized material with control of burst parameters, wherein said at least one subsequent pulse of said burst also ablates said target, wherein multiple bursts having said parameters and said duration less than several microseconds are generated at varied burst repetition rates in such a way that a rate of laser pulses per second and average laser power remain constant during said pulsed laser deposition of said thin-film material onto said substrate, and wherein the number of pulses in each burst and the repetition rate of the burst are controlled independently. directing a burst of laser pulses having pulse widths of less than 1 ns toward an interaction region to cause an initial laser interaction between a target and at least one pulse of the burst, and also to cause at least one further laser interaction between an emission caused by said initial interaction and at least one subsequent pulse of said burst, said at least one further interaction modifying said emission caused by said initial interaction so as to synthesize a thin film on said substrate and to control a property of said thin-film material, including an average size and number of particles on or within the synthesized material, wherein the average size of particles on or within said synthesized material decreases with an increasing number of pulses within said burst over a burst duration less than several microseconds, said burst providing for continuous tuning of a morphology of said synthesized material with control of burst parameters, wherein said at least one subsequent pulse of said burst also ablates said target, wherein multiple bursts having said parameters and said duration less than several microseconds are generated at varied burst repetition rates in such a way that a rate of laser pulses per second and average laser power remain constant during said pulsed laser deposition of said thin-film material onto said substrate, and wherein the number of pulses in each burst and the repetition rate of the burst are controlled independently.
A transparent piezoelectric device comprising: - a transparent substrate; - a transparent piezoelectric layer; - a layer of transparent, interdigitated electrodes; the piezoelectric layer being disposed between the substrate and the layer of interdigitated electrodes; wherein said device further comprises a transparent dielectric layer between the substrate and the piezoelectric layer, characterized in that the dielectric layer has a thickness comprised between 1 and 30 nm. - a transparent substrate; - a transparent piezoelectric layer; - a layer of transparent, interdigitated electrodes;
A compound of Formula II in a crystalline form, which is sesqui-hydrate of -2-fluoro-10a-methyl-7,8,9,10,10a,11-hexahydro-5,6,7a,11-tetraazacyclohepta[def]cyclopenta[a]fluoren-4 -one, Wherein n is 1.5; said crystalline form is Crystalline Form C, characterized by a powder X-ray diffraction pattern comprising three, four, five, six, seven, eight, nine, or more diffraction peaks having 2θ angle values independently selected from the group consisting of: 5.3±0.2, 6.3±0.2, 6.5±0.2, 6.9±0.2, 8.7±0.2, 10.6±0.2, 11.1±0.2, 11.6±0.2, 12.6±0.2, 13.1±0.2, 13.7±0.2, 14.4±0.2, 14.8±0.2, 15.1±0.2, 15.9±0.2, 16.2±0.2, 17.3±0.2, 18.0±0.2, 18.7±0.2, 19.0±0.2, 19.4±0.2, 20.2±0.2, 20.6±0.2, 21.0±0.2, 21.2±0.2 21.5±0.2, 22.3±0.2, 22.7±0.2, 23.4±0.2, 23.8±0.2, 24.3±0.2, 24.7±0.2, 25.3±0.2, 25.7±0.2, 26.1±0.2, 26.4±0.2, 27.4±0.2 degrees.
A smokable material heating apparatus comprising a heater configured to heat smokeable material to volatilize at least one component of the smokeable material for inhalation, wherein the heater comprises a substrate and one or more heating elements arranged in or on the substrate so as to heat the substrate, wherein the heater has peripheral surfaces, and wherein the heater is arranged such that the peripheral surfaces of the heater principally comprise those of the substrate such that the smokable material is heated principally by heat emitted from the heated substrate; wherein the one or more heating elements are printed to the substrate; and wherein one or more temperature measurement circuits are printed onto, adjacent or underneath the one or more heating elements so that the temperature of the heater can be monitored and adjusted by a controller to obtain desired volatilizing or pre-volatilizing temperatures in the smokeable material. wherein the one or more heating elements are printed to the substrate; and wherein one or more temperature measurement circuits are printed onto, adjacent or underneath the one or more heating elements so that the temperature of the heater can be monitored and adjusted by a controller to obtain desired volatilizing or pre-volatilizing temperatures in the smokeable material.
A straddled vehicle comprising, behind a front cover, a down frame extending obliquely downward from a head pipe toward a rear, a pair of right and left lower frames extending downward from a right and a left of a lower portion of the down frame and then extending below a step floor toward the rear, and a pair of right and left upper frames extending obliquely downward from a middle portion of the down frame toward the rear to be coupled to the right and left lower frames, wherein a fuel tank is disposed in a space surrounded with the down frame, the right and left lower frames and the right and left upper frames, and wherein the fuel tank comprises a flange extending toward the rear of the vehicle in a side view of the vehicle, characterised in that an opening (51b, 51c) is provided in the front cover, the fuel tank is provided behind the opening (51b, 51c), a radiator is disposed behind the fuel tank, a battery is disposed above the radiator, and the battery is stored in a case.
A molten iron pretreatment method wherein molten iron is desiliconized and dephosphorized by using a refining vessel capable of top and bottom blowing and injecting a flux mainly composed of a component consisting of iron oxide and optionally one or both of burnt lime and limestone through a bottom blown nozzle into the molten iron, and blowing oxygen gas into the molten iron characterized by injecting a carbon source through a bottom blown nozzle into the molten iron during desiliconizing reaction, desiliconizing the molten iron using top- blown oxygen gas and starting the carbon source injection prior to the commencement of said flux injection.
Fibre-reactive azo dyes of general formula where M is hydrogen or an alkali metal; R 1 and R 2 independently of one another are hydrogen (-H), methyl (-CH 3) or ethyl (-CH 2 -CH 3); and Y 1 and Y 2 independently of one another are -CH 2 =CH 2 or -CH 2 -CH 2 -Z, and Z is a group which can be eliminated under alkaline conditions. M is hydrogen or an alkali metal; R 1 and R 2 independently of one another are hydrogen (-H), methyl (-CH 3) or ethyl (-CH 2 -CH 3); and Y 1 and Y 2 independently of one another are -CH 2 =CH 2 or -CH 2 -CH 2 -Z, and Z is a group which can be eliminated under alkaline conditions.
A nozzle for a refuelling probe, the nozzle comprising a body having a channel for fuel, a nozzle tip for engaging with a fuel hose coupling to open a fuel valve in the coupling, and a valve member having a first position in which an inlet fuel path between the body and the tip is closed, and a second position in which the inlet fuel path is open for allowing fuel flow from the hose coupling to the channel, the nozzle having a first body portion and a second body portion; characterised in that the nozzle tip is mounted to the first body portion so as to be movable to an inoperative position of the nozzle to close the fuel path, the second body portion comprising an abutment member for resisting the said movement of the nozzle tip towards the inoperative position, and a joint between the first and second portions, the joint being arranged to break when the nozzle experiences excessive loads, such that the nozzle tip is released from the abutment member and closes the fuel path.
Method for the treatment of salt water from bathing or swimming pools having a salt content of 1g/l to 60g/l wherein the salt water is circulated in a closed circuit which has a recirculating device wherein the salt water is removed from the bathing or swimming pool by means of an extraction device and is transferred to a filter container separated from the bathing or swimming pool and flows through said filter container, characterised in that the filter container is filled, either completely or partly, with a filter body material which provides aerobic degradation wherein a biofilm of living sessile microorganisms is formed in the carrier material of the filter body, wherein the microorganisms are introduced by inoculation with water of a comparable salt concentration or water from a system in operation, wherein the filter body is dimensioned in such a way that organic substances present in the salt water are completely or nearly completely degraded, and wherein the microorganisms in the filter body are supplied either by charging at intervals with oxygen from the air or by a continuous through flow of salt water with oxygen dissolved in the water, wherein, as degradation is taking place, resulting phosphates are then bound in a device for mineralisation of phosphates located downstream from the filter container.
A method for producing an aliphatic polyester, comprising a step of contacting a solution containing a cyclic ester with a cyclic amine catalyst and a polymerization initiator and lowering the temperature from room temperature to initiate a reaction, a step of conducting the reaction by flow-type polymerization, and a step of subjecting the product obtained in the flow-type polymerization to further reaction by postpolymerization by stirring.
A device for producing tissue paper, comprising at least one endless belt for supporting and transporting a fiber web, wherein the device has at least one pressure roller, wherein a gap for pressing the fiber web is formed between the at least one pressure roller and the at least one endless belt, characterized in that the endless belt is made up of at least one sub-belt made of metal, in particular steel, which is narrower than the endless belt, wherein the a least one sub-belt is connected to the endless belt by means of a helically circumferential weld seam.
System for imaging a patient's interior, the system comprising an imaging sensor for acquiring, in the form of image data, a series of images of a region of interest in the patient's interior, the system further comprising: - a plurality of light sources for illuminating the region of interest in the patient's interior from different light source directions: - a light controller for controlling individual ones of the plurality of light sources to illuminate the region of interest with different subsets of the plurality of light sources when acquiring the series of images, thereby establishing dynamically varying light source directions during said acquiring; and - a processor for i) obtaining lighting data indicative of the dynamically varying light source directions, ii) using the lighting data to apply a photometric stereo technique to the image data for estimating a plurality of surface parameters defining a surface of the region of interest in the series of images, iii) based on the surface parameters, establishing a three-dimensional surface profile of the region of interest, and iv), characterized in: detecting insufficiently illuminated areas of the region of interest in the images acquired by the imaging sensor, using the 3D surface profile of the region of interest. - a plurality of light sources for illuminating the region of interest in the patient's interior from different light source directions: - a light controller for controlling individual ones of the plurality of light sources to illuminate the region of interest with different subsets of the plurality of light sources when acquiring the series of images, thereby establishing dynamically varying light source directions during said acquiring; and - a processor for i) obtaining lighting data indicative of the dynamically varying light source directions, ii) using the lighting data to apply a photometric stereo technique to the image data for estimating a plurality of surface parameters defining a surface of the region of interest in the series of images, iii) based on the surface parameters, establishing a three-dimensional surface profile of the region of interest, and iv), characterized in: