mhurhangee/ep-ind-claims huggingface dataset:
A cooling control device comprising: an electric pump (15, 17) set up on a circulation path of a refrigerant that cools a charger of an engine or an auxiliary machine attached to the engine, the electric pump (15, 17) pressure-feeding the refrigerant, characterised in further comprising a detector that detects an engine-stopped state caused by an idling stop and an engine-stopped state independent of the idling stop; and a controller that controls work to be done by the electric pump (15, 17) in the engine-stopped states in accordance with a detection result by the detector, wherein the controller makes the work to be done by the electric pump (15,17) in the engine-stopped state caused by the idling stop smaller than the work to be done in the engine-stopped state independent of the idling stop. an electric pump (15, 17) set up on a circulation path of a refrigerant that cools a charger of an engine or an auxiliary machine attached to the engine, the electric pump (15, 17) pressure-feeding the refrigerant, characterised in further comprising a detector that detects an engine-stopped state caused by an idling stop and an engine-stopped state independent of the idling stop; and a controller that controls work to be done by the electric pump (15, 17) in the engine-stopped states in accordance with a detection result by the detector, wherein the controller makes the work to be done by the electric pump (15,17) in the engine-stopped state caused by the idling stop smaller than the work to be done in the engine-stopped state independent of the idling stop.
Method for cleaning an interior of a motor vehicle, comprising the following steps: - capturing at least one floor region of the interior by means of at least one camera device, - determining a degree of soiling of the floor region by evaluating the image captured by the camera device, - cleaning at least the floor region if the determined degree of soiling exceeds a predefinable first limit value. - capturing at least one floor region of the interior by means of at least one camera device, - determining a degree of soiling of the floor region by evaluating the image captured by the camera device, - cleaning at least the floor region if the determined degree of soiling exceeds a predefinable first limit value.
Activated marrow infiltrating lymphocytes (MILs) for use in a method for treating or preventing cancer relapse in a subject who has received a post-stem cell transplant cyclophosphamide treatment, the method comprising the step of administering the activated MILs to the subject, wherein the activated MILs are derived from a bone marrow sample taken from the subject following the post-stem cell transplant cyclophosphamide treatment, wherein the stem cell transplant is an allogeneic stem cell transplant.
A single-band circularly-polarized antenna comprising: a ground plane; a radiating patch disposed above the ground plane; a dielectric disposed between the ground plane and the radiating patch; a plurality of wires (505-1, 505-2, 505-3, and 505-4) symmetrically oriented about an antenna axis of symmetry orthogonal to the ground plane and passing through a center of the single-band circularly-polarized antenna, each wire having a first endpoint connected to the ground plane and a second endpoint connected to the radiating patch, the first endpoint and the second endpoint being connected by a horizontal wire segment connected between a first vertical wire segment and a second vertical wire segment, the horizontal wire segment being parallel with the ground plane and the radiating patch and positioned above the radiating patch, and the first vertical wire segment and the second vertical wire segment being orthogonal to the ground plane and the radiating patch; and wherein the symmetric orientation of the plurality of wires (505-1, 505-2, 505-3, and 505-4) is configured to generate an electrical current through each horizontal wire segment of each wire of the plurality of wires (505-1, 505-2, 505-3, and 505-4) such that a total antenna field in a nadir direction of the single-band circularly-polarized antenna is reduced. a ground plane; a radiating patch disposed above the ground plane; a dielectric disposed between the ground plane and the radiating patch; a plurality of wires (505-1, 505-2, 505-3, and 505-4) symmetrically oriented about an antenna axis of symmetry orthogonal to the ground plane and passing through a center of the single-band circularly-polarized antenna, each wire having a first endpoint connected to the ground plane and a second endpoint connected to the radiating patch, the first endpoint and the second endpoint being connected by a horizontal wire segment connected between a first vertical wire segment and a second vertical wire segment, the horizontal wire segment being parallel with the ground plane and the radiating patch and positioned above the radiating patch, and the first vertical wire segment and the second vertical wire segment being orthogonal to the ground plane and the radiating patch; and wherein the symmetric orientation of the plurality of wires (505-1, 505-2, 505-3, and 505-4) is configured to generate an electrical current through each horizontal wire segment of each wire of the plurality of wires (505-1, 505-2, 505-3, and 505-4) such that a total antenna field in a nadir direction of the single-band circularly-polarized antenna is reduced.
A burner for professional or domestic gas cookers, particularly of the type of vertical-flame burners adapted for cooking with woks and the like, comprising - a burner body which is substantially annular and encloses a tubular chamber that lies in a substantially helical arrangement around a central axis and is provided with an access hole, - a Venturi-type supply tube, which is connected to said body and opens onto said hole to introduce the combustion gas into said chamber, said body being provided with - upper outflow ports for said gas, which open onto the face of said body that is the upper one during use and are adapted to form a flame that is oriented substantially along said central axis, - central outflow ports for said gas, which open onto said body substantially toward said central axis, - characterized in that said upper outflow ports comprise an annular opening which is peripheral with respect to said body. - a burner body which is substantially annular and encloses a tubular chamber that lies in a substantially helical arrangement around a central axis and is provided with an access hole, - a Venturi-type supply tube, which is connected to said body and opens onto said hole to introduce the combustion gas into said chamber, - upper outflow ports for said gas, which open onto the face of said body that is the upper one during use and are adapted to form a flame that is oriented substantially along said central axis, - central outflow ports for said gas, which open onto said body substantially toward said central axis, - characterized in that said upper outflow ports comprise an annular opening which is peripheral with respect to said body.
Power plant having a steam circuit which can be supplied, in the region of a heat recovery steam generator, with thermal energy for producing steam, wherein the steam circuit comprises, in the region of the heat recovery steam generator, a high-pressure part, a medium-pressure part and a low-pressure part, and wherein, furthermore, a heat reservoir which has a phase change material is included which is not arranged in the region of the heat recovery steam generator, wherein a supply line proceeding from the high-pressure part or the medium-pressure part is included for the supply of thermally treated water to the heat reservoir, and a discharge line is included for the discharge of thermally treated water from the heat reservoir, which discharge line opens into the medium-pressure part, the low-pressure part or a steam turbine.
A heat exchanger comprising a hydrophilic coating, said coating comprising: an insolubilizer, including at least one of an organosilane, a zeolite, or a sol-gel-based inorganic oxide and configured to provide structure or support for the hydrophilic coating; a wetting agent including at least one of an alumina, a titanium oxide, a carbon nanoparticle, or another inorganic oxide and configured to provide wettability for the hydrophilic coating; an antibacterial agent configured to eliminate at least a portion of bacteria that contacts the hydrophilic coating; and an antifungal agent including at least one of a zinc chloride or a nickel chloride and configured to eliminate at least a portion of fungi that contacts the hydrophilic coating, the antifungal agent being different than the antibacterial agent and the insolubilizer. an insolubilizer, including at least one of an organosilane, a zeolite, or a sol-gel-based inorganic oxide and configured to provide structure or support for the hydrophilic coating; a wetting agent including at least one of an alumina, a titanium oxide, a carbon nanoparticle, or another inorganic oxide and configured to provide wettability for the hydrophilic coating; an antibacterial agent configured to eliminate at least a portion of bacteria that contacts the hydrophilic coating; and an antifungal agent including at least one of a zinc chloride or a nickel chloride and configured to eliminate at least a portion of fungi that contacts the hydrophilic coating, the antifungal agent being different than the antibacterial agent and the insolubilizer.
A hand dryer device comprising a tubular body comprising an inlet for the air coming from a source of compressed air, and a dispenser opening for the exit thereof, said body comprising a flow rate pneumatic amplifier fed by the compressed air coming from said inlet, said pneumatic amplifier creating an agitated air flow having a high volume and high speed, which is directed towards said dispenser opening positioned downstream of said amplifier, said hand dryer device further comprising downstream of said amplifier, an electrical resistance for heating the air jet exiting from the device, and a pneumatic circuit for the management and control of the power of said amplifier and of said resistance, characterised in that said pneumatic circuit comprises a fitting for the inlet of the compressed air, a first valve supplied by said fitting, a second valve guided in closure by said first valve, a reservoir for the air, a third valve controlled by an external actuation button or by a photocell, a reduction gear and a discharge for the exiting air, said third valve being actuated through a pneumatic signal generated by the actuation of said external button or photocell, in turn opening said second valve which discharges the air from said reservoir through said discharge and, simultaneously, moving said first valve to the pressure in said reservoir and moving the pneumatic signal to said reduction gear which, when the signal reaches a predetermined value, actuates said flow rate amplifier which suctions air from the environment and dispenses it to the outside through said dispenser opening.
A solid form of 3-(5-fluorobenzofuran-3-yl)-4-(5-methyl-5H-[1,3]dioxolo[4,5-f]indol-7-yl)pyrrole-2,5-dione, which is crystalline Form I characterized by an X-ray powder diffraction pattern comprising a peak at 5.5 degrees ± 0.2 degrees 2-theta, on the 2-theta scale with lambda = 1.54 angstroms (Cu Kα).
A catalyst, which catalyst comprises silver deposited on a shaped support material having a hollow cylinder geometric configuration that can be defined by a length, outside diameter and bore diameter, such that the length-to-outside diameter ratio of said hollow cylinder configuration is in the range of from 0.3 to 2, the outside diameter of said hollow cylinder configuration is in the range of from 4 to 16 mm and the bore diameter is in the range upwardly to 30 percent of the outside diameter of said hollow cylinder configuration, wherein when the void space provided by the bore is divided over more than one bore the bore diameter is the diameter of a single bore having a cross-sectional area which is equal to the total cross-sectional areas of the bores; wherein silver is present in a quantity in the range exceeding 15 weight percent of the total weight of the catalyst; and wherein the support material has a water absorption exceeding 40% as determined by test procedure ASTM C20.
A method of trans-illumination imaging, the method comprising: receiving a user input specifying a respective value for each of one or more sample parameters of a sample; selecting an imaging protocol from a predetermined set of imaging protocols based on the input, wherein the imaging protocol includes an energization procedure and a detection procedure; irradiating a sample located in a well based on the selected imaging protocol, the sample including biological cells and a liquid or semi-solid medium that forms a meniscus, the step of irradiating being performed with an array of light sources (94, 96, 98; 172) generating light of respective light beams (100, 102, 104) that are incident on the meniscus at different orientations from one another; and detecting one or more images formed with the light of the respective light beams (100, 102, 104) and representing a field of view including at least part of the perimeter of a floor of the well; wherein a proportional contribution of light from two or more subsets of the light sources (94, 96, 98; 172) to the one or more images is controlled by differential energization of the two or more subsets relative to one another to compensate for refraction by the meniscus and improve contrast, wherein a single image is detected for a given field of view, and wherein energization of at least one subset of the two or more subsets of the light sources (94, 96, 98; 172) is changed at an intermediate time point relative to a beginning and an end of the step of detecting producing an image having uniform contrast of the sample. receiving a user input specifying a respective value for each of one or more sample parameters of a sample; selecting an imaging protocol from a predetermined set of imaging protocols based on the input, wherein the imaging protocol includes an energization procedure and a detection procedure; irradiating a sample located in a well based on the selected imaging protocol, the sample including biological cells and a liquid or semi-solid medium that forms a meniscus, the step of irradiating being performed with an array of light sources (94, 96, 98; 172) generating light of respective light beams (100, 102, 104) that are incident on the meniscus at different orientations from one another; and detecting one or more images formed with the light of the respective light beams (100, 102, 104) and representing a field of view including at least part of the perimeter of a floor of the well; wherein a proportional contribution of light from two or more subsets of the light sources (94, 96, 98; 172) to the one or more images is controlled by differential energization of the two or more subsets relative to one another to compensate for refraction by the meniscus and improve contrast, wherein a single image is detected for a given field of view, and wherein energization of at least one subset of the two or more subsets of the light sources (94, 96, 98; 172) is changed at an intermediate time point relative to a beginning and an end of the step of detecting producing an image having uniform contrast of the sample.
Luminous pedotactile paving slab forming a hollow receptacle comprising a cover and a base closed by said cover, the upper face of said cover comprising projections for forming a non-smooth surface, each projection being associated with an individual light source, which, powered and integral with said cover, is arranged under each projection such that the light sources form an assembly kinematically integral with the cover, said base being equipped with an electrical power supply panel connected to an energy source, characterized in that each light source is equipped with an individual electrical connection means constituted by a connection spring, one end of which is associated with said light source and the other end of which is free and comes into contact with-said power supply panel upon closure of the receptacle by the cover.
An elliptical stroller assembly, comprising: A) a stroller frame assembly; B) a first wheel assembly mounted to said stroller frame assembly and a propulsion assembly; C) a propulsion frame assembly mounted to said stroller frame assembly and said propulsion assembly; wherein said propulsion frame assembly can be in a retracted or an extended configuration with respect to the stroller frame assembly and the stroller assembly and D) said propulsion assembly having left and right pedal assemblies (130' and 130) mounted onto respective first and second fixed axles (138' and 138), said left and right pedal assemblies (130' and 130) mechanically connected to a crank assembly and a gear system; characterized in that the propulsion assembly comprises a housing, said housing comprises a notch extending from an upper limiting surface to a lower limiting surface, said housing further comprises a cavity extending from a first distal end of said upper limiting surface to a second distal end of said lower limiting surface, and the gear system comprises an adjustable frame member having a predetermined shape at its distal end to fill said cavity, wherein in the extended configuration, said lower limiting surface limits the downward position of said adjustable frame member, and wherein in the retracted configuration, said upper limiting surface limits the upward movement of said adjustable frame member. A) a stroller frame assembly; B) a first wheel assembly mounted to said stroller frame assembly and a propulsion assembly; C) a propulsion frame assembly mounted to said stroller frame assembly and said propulsion assembly; wherein said propulsion frame assembly can be in a retracted or an extended configuration with respect to the stroller frame assembly and the stroller assembly and D) said propulsion assembly having left and right pedal assemblies (130' and 130) mounted onto respective first and second fixed axles (138' and 138), said left and right pedal assemblies (130' and 130) mechanically connected to a crank assembly and a gear system;
Anode for cathodic protection in form of expanded metal ribbon with rhomboidal meshes free of longitudinally-extending solid, non-foraminous sections, characterised in that said rhomboidal meshes are geometrically arranged with the major diagonal parallel to the direction of the ribbon length, said rhomboidal meshes being obtained by running of the metal ribbon through an expanding device equipped with at least one row of knives having blades of a first predetermined length arranged parallel to the direction of the ribbon displacement and expansion of the metal ribbon by means of pressing and punching action of said at least one row of knives, and in that the lateral edge profiles along the length of said ribbon are free of discontinuities, said lateral edge profiles being obtained by formation of lateral edge profiles of the expanded metal ribbon by means of pressing and punching action of a last row of knives having blades of a second predetermined length higher than said first length.
Lithium silicate dental glass ceramic, which comprises 54.0 to 80.0 wt.-% SiO 2 and 9.0 to 30.0 wt.-% transition metal oxide selected from the group consisting of oxides of yttrium, oxides of transition metals with an atomic number from 41 to 79 and mixtures of these oxides.
A device for controlling movement of a first member relative to a second member, wherein the device comprises at least two spring biassing elements (10, 11), means connecting the spring biassing elements (10, 11) between the first and second members for selectively applying a spring biassing force to assist relative movement between the members in a first direction, the connecting means including a catch mechanism (19, 22) for each spring biassing element, with each catch mechanism (19, 22) acting to releasably hold its respective spring biassing element (10, 11) in a pre-loaded condition caused by relative movement between the members in a direction opposite to said first direction, the catch mechanisms (19, 22) being actuable upon relative movement between the members in the first direction, with each catch mechanism being actuable to release its respective spring biassing element (10, 11) at a different stage of said relative movement between the members in the first direction, wherein each of the spring biassing elements (10, 11) comprise an elongate tension spring, that are arranged to act in parallel such that a first one of the spring biassing elements (10, 11) is arranged to produce a spring biassing force over the whole of the working stroke of the device, and the second biassing element is arrangement to produce a spring biassing force over only part of its working stroke characterized in that the device further includes a damping element arranged to provide a damped resistive force in opposition to relative movement between the members in said first direction, wherein the damping element is operatively connected between the two members via a gearing mechanism.
A fresh air system for supplying combustion chambers of a supercharged internal combustion engine with fresh air, - with a housing, through which a fresh air path is routed, - with a charge air cooler, which, subject to the fresh air through-flow, is arranged in the fresh air path, - wherein the housing comprises an insertion opening, which is enclosed by a holding rim, and through which the charge air cooler is laterally inserted into the housing transversely to the fresh air path, - wherein an outer end region of the charge air cooler closes off the insertion opening and comprises a feed connection for feeding a coolant to the charge air cooler, a discharge connection for discharging the coolant from the charge air cooler, and a circumferential holding flange, characterized by a holding frame, which is separate relating to the housing and the charge air cooler, wherein the holding flange is clamped between the holding rim and the holding frame. - with a housing, through which a fresh air path is routed, - with a charge air cooler, which, subject to the fresh air through-flow, is arranged in the fresh air path, - wherein the housing comprises an insertion opening, which is enclosed by a holding rim, and through which the charge air cooler is laterally inserted into the housing transversely to the fresh air path, - wherein an outer end region of the charge air cooler closes off the insertion opening and comprises a feed connection for feeding a coolant to the charge air cooler, a discharge connection for discharging the coolant from the charge air cooler, and a circumferential holding flange, characterized by a holding frame, which is separate relating to the housing and the charge air cooler, wherein the holding flange is clamped between the holding rim and the holding frame.