mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a Stevia sweetener comprising the steps of: A) providing a Stevia sweetener powder; B) providing water; C) mixing the water and Stevia sweetener powder in a ratio of 1:1 (w:w) to make a mixture; D) increasing the temperature of the mixture by a gradient of 1°C per minute to a temperature of 110-140°C to make a solution; E) holding the solution at an elevated temperature for 0 to 120 mins F) decreasing the temperature of the solution by a gradient of 1°C per minute to room temperature to obtain a high stability and high concentration Stevia sweetener solution, which does not show any crystallization when incubated for 24 hours at room temperature with a ratio of 1:1 (w:w) of Stevia sweetener powder in water;; G) spray drying said Stevia sweetener solution to provide an amorphous highly soluble powder of Stevia sweetener with a solubility of at least 30% in water at room temperature. A) providing a Stevia sweetener powder; B) providing water; C) mixing the water and Stevia sweetener powder in a ratio of 1:1 (w:w) to make a mixture; D) increasing the temperature of the mixture by a gradient of 1°C per minute to a temperature of 110-140°C to make a solution; E) holding the solution at an elevated temperature for 0 to 120 mins F) decreasing the temperature of the solution by a gradient of 1°C per minute to room temperature to obtain a high stability and high concentration Stevia sweetener solution, which does not show any crystallization when incubated for 24 hours at room temperature with a ratio of 1:1 (w:w) of Stevia sweetener powder in water;; G) spray drying said Stevia sweetener solution to provide an amorphous highly soluble powder of Stevia sweetener with a solubility of at least 30% in water at room temperature.
A gas turbine engine airfoil comprising: an airfoil structure including an exterior surface provided by an exterior wall having a leading edge, and a radially extending interior wall within the airfoil structure separating first and second radial cooling passages, the first cooling passage arranged near the leading edge; characterised in that: at least two sets of impingement holes (210, 211, 212) are provided in the interior wall and configured to direct a cooling fluid from the second cooling passage to the first cooling passage and onto the exterior wall at the leading edge, and a separating wall (220, 222) is provided between the at least two sets of impingement holes (210, 211, 212) that is joined to the interior and exterior walls and separates the first cooling passage into first and second passageways (230, 231, 232). an airfoil structure including an exterior surface provided by an exterior wall having a leading edge, and a radially extending interior wall within the airfoil structure separating first and second radial cooling passages, the first cooling passage arranged near the leading edge; characterised in that: at least two sets of impingement holes (210, 211, 212) are provided in the interior wall and configured to direct a cooling fluid from the second cooling passage to the first cooling passage and onto the exterior wall at the leading edge, and a separating wall (220, 222) is provided between the at least two sets of impingement holes (210, 211, 212) that is joined to the interior and exterior walls and separates the first cooling passage into first and second passageways (230, 231, 232).
A method for detecting bladder cancer in a subject, comprising: detecting an increased amount of mRNA specific for a urinary bladder tumor marker ("UBTM") in the urine of said subject compared to the amount of said mRNA in the urine of subjects not suffering from malignant bladder cancer, characterized in that the UBTM is Midkine (neurite growth-promoting factor 2). detecting an increased amount of mRNA specific for a urinary bladder tumor marker ("UBTM") in the urine of said subject compared to the amount of said mRNA in the urine of subjects not suffering from malignant bladder cancer, characterized in that the UBTM is Midkine (neurite growth-promoting factor 2).
System for detecting properties of a material layer (202, 202a, 202b) or an embedded component (204a, 204b) of a structure or its substructure; with - a detection layer, which has electromagnetic radiation reflecting reflection areas (20a-20e) and is set up to be embedded in a structure or its substructure; and - a detection device, which is set up to emit electromagnetic radiation in the direction of the detection layer and to receive electromagnetic radiation reflected by the reflection areas (20a-20e) of the detection layer; characterized in that electromagnetic radiation reflecting fibers are arranged in the reflection areas (20a-20e) of the detection layer. - a detection layer, which has electromagnetic radiation reflecting reflection areas (20a-20e) and is set up to be embedded in a structure or its substructure; and - a detection device, which is set up to emit electromagnetic radiation in the direction of the detection layer and to receive electromagnetic radiation reflected by the reflection areas (20a-20e) of the detection layer;
Eyewear for viewing 3D images, each 3D image including a left eye image comprising left eye spectral bands and a right eye image comprising right eye spectral bands separated from the left eye spectral bands, said eyewear including: a left lens including a first set of spectral filters adapted to pass the left eye spectral bands of said left eye images and to block the right eye spectral bands of said right eye images; a right lens including a second set of spectral filters adapted to pass the right eye spectral bands of said right eye images and to block the left eye spectral bands of said left eye images; wherein said left lens and said right lens each include an optical coating and a thickness of said optical coating is greater near edges of said left lens and said right lens than near the center of said left lens and said right lens, and a frame for holding said left lens and said right lens, said frame including one or more positioning surfaces disposed to abut the face of a wearer, wherein said positioning surfaces include a nose piece that is mounted to said frame at an adjustable position relative to said frame to position said left lens and said right lens within a predetermined distance from left and right eyes, respectively, of said wearer of 15-20mm,wherein said nose piece is mounted to said frame via a fastener passing through a hole in said frame, wherein said fastener threads into a threaded opening in said nose piece, and wherein said frame further comprises an adjustment wheel forming a threaded engagement with said fastener to adjust said position of said nose piece relative to said frame, wherein the thickness of said optical coating and the predetermined distance are arranged for preventing crosstalk between the left eye image and the right eye image and wherein the thickness of the optical coating is arranged to maintain desired passbands of the first and second set of spectral filters for average viewing angles associated with particular positions on the lens, in as much as the positioning surfaces prevent an exacerbated angular obliqueness at which light passes through the left and right lenses, due to the left and right lenses being positioned too close the left and right eyes of the wearer. a left lens including a first set of spectral filters adapted to pass the left eye spectral bands of said left eye images and to block the right eye spectral bands of said right eye images; a right lens including a second set of spectral filters adapted to pass the right eye spectral bands of said right eye images and to block the left eye spectral bands of said left eye images; wherein said left lens and said right lens each include an optical coating and a thickness of said optical coating is greater near edges of said left lens and said right lens than near the center of said left lens and said right lens, and
A spray applicator for topical treatment, the spray applicator comprising a container comprising a treatment liquid under pressure and a propellant, wherein the container is in fluid connection with a spray valve system for application of at least part of the treatment liquid on a topical area, wherein the treatment liquid comprises an acid, wherein the spray applicator further comprises a distance holder configured to arrange on a topical area and comprising an opening configured to enclose a topical lesion, wherein the spray applicator is configured to spray the treatment liquid through the opening in the distance holder, wherein the spray applicator is configured to provide a spray having a spray angle (θ) wherein 90% of a spray dose escapes from an outlet of the spray valve system, wherein the spray angle (θ) is in the range of 15-45°.
A photovoltaic cell comprising a silicon substrate having two opposite main surfaces, wherein a first main surface of the two main surfaces is covered with a passivation layer stack, characterized in that the passivation layer stack comprises: - a PO x - and Al-comprising-layer covering the first main surface, and - a capping layer structure which covers the PO x - and Al-comprising-layer. - a PO x - and Al-comprising-layer covering the first main surface, and - a capping layer structure which covers the PO x - and Al-comprising-layer.
Thermoforming packaging machine comprising a forming station, a filling section, a sealing station as well as a complete cutting station for simultaneously separating several packagings from a foil composite, and a gripping unit for taking the packages from the complete cutting station, wherein the complete cutting station comprises a tool upper part and a tool lower part, characterized in that the tool lower part comprises a lifting device for all packagings separated within one working cycle from the foil composite, and wherein the lifting device is configured to lift the packagings at least partially beyond the tool upper part, in that the gripping unit comprises several gripping elements for each packaging to be taken, and in that the gripping elements are configured to grip the packagings at their sealing flange.
An implant for implantation into bone tissue having a surface; said surface being covered by an oxide layer characterized in that said oxide layer has a thickness within the range of from 2 to 100 nm and comprises strontium ions homogenously dispersed in said oxide layer.
A concealment system (301, 601) for wireless communication equipment, the wireless communication equipment including a radiating element, the concealment system comprising: a base concealment member (340, 640); an aperture (346, 646) defined in the base concealment member; a shroud member (300, 600) mounted in or over the aperture; and a shroud mounting system (350, 650) configured to secure the shroud member to the base concealment member; wherein: the concealment system is configured to be installed relative to the radiating element such that radio signals emitted from the radiating element are directed primarily through the aperture and the shroud member; the base concealment member is formed of a first material; the shroud member is formed of a second material that is different from the first material; the second material is less attenuating of the radio signals emitted from the radiating element than the first material; the shroud mounting system includes a frame (352, 652); the shroud member is mounted on the frame; and the frame is configured to be secured to the base concealment member adjacent the aperture to position the shroud member in or over the aperture. a base concealment member (340, 640); an aperture (346, 646) defined in the base concealment member; a shroud member (300, 600) mounted in or over the aperture; and a shroud mounting system (350, 650) configured to secure the shroud member to the base concealment member; wherein: the concealment system is configured to be installed relative to the radiating element such that radio signals emitted from the radiating element are directed primarily through the aperture and the shroud member; the base concealment member is formed of a first material; the shroud member is formed of a second material that is different from the first material; the second material is less attenuating of the radio signals emitted from the radiating element than the first material; the shroud mounting system includes a frame (352, 652); the shroud member is mounted on the frame; and the frame is configured to be secured to the base concealment member adjacent the aperture to position the shroud member in or over the aperture. the concealment system is configured to be installed relative to the radiating element such that radio signals emitted from the radiating element are directed primarily through the aperture and the shroud member; the base concealment member is formed of a first material; the shroud member is formed of a second material that is different from the first material; the second material is less attenuating of the radio signals emitted from the radiating element than the first material; the shroud mounting system includes a frame (352, 652); the shroud member is mounted on the frame; and the frame is configured to be secured to the base concealment member adjacent the aperture to position the shroud member in or over the aperture.
A shock absorber comprising: a shock absorber main body having a cylinder housing a fluid, a piston that is inserted into the cylinder to be free to slide and divides an interior of the cylinder into a contraction side chamber and an expansion side chamber, and a piston rod inserted into the cylinder and coupled to the piston; and a damping force adjustment mechanism having a flow passage that allows the fluid from the cylinder to pass during only one of an expansion operation and a contraction operation of the shock absorber main body, a valve seat provided midway in the flow passage, a valve body capable of advancing and retreating relative to the valve seat, and a stepper motor that is configured to adjust a flow passage area by driving the valve body to advance and retreat relative to the valve seat, characterised in that a valve body position in which step-out may occur in the stepper motor if the valve body is moved further toward the valve seat therefrom is set as a step-out boundary position, and a zone between a seated position in which the valve body is seated on the valve seat and the step-out boundary position is set as a step-out zone, and when the valve body is to be moved to the seated position through the step-out zone, the stepper motor is energized to move the valve body by a distance that is at least twice a distance to the seated position. a shock absorber main body having a cylinder housing a fluid, a piston that is inserted into the cylinder to be free to slide and divides an interior of the cylinder into a contraction side chamber and an expansion side chamber, and a piston rod inserted into the cylinder and coupled to the piston; and a damping force adjustment mechanism having a flow passage that allows the fluid from the cylinder to pass during only one of an expansion operation and a contraction operation of the shock absorber main body, a valve seat provided midway in the flow passage, a valve body capable of advancing and retreating relative to the valve seat, and a stepper motor that is configured to adjust a flow passage area by driving the valve body to advance and retreat relative to the valve seat, characterised in that a valve body position in which step-out may occur in the stepper motor if the valve body is moved further toward the valve seat therefrom is set as a step-out boundary position, and a zone between a seated position in which the valve body is seated on the valve seat and the step-out boundary position is set as a step-out zone, and when the valve body is to be moved to the seated position through the step-out zone, the stepper motor is energized to move the valve body by a distance that is at least twice a distance to the seated position.
A method for controlling a particle filter that filters particles contained in the exhaust gases of a motor vehicle as a function of a damage, characterized in that during a regeneration of said particle filter, it comprises the follows steps: - classifying a parameter of the damage of the filter, such as a load or mass of soot of the filter, in a damage class (KCm), - determining, by means of a damage matrix, a single damage value (End_unit) from the damage class (KCm) and a number of repetitions of the regenerations associated with said damage class (KCm), - combining said single damage value (End_unit) with a current damage value (End_tot) to obtain a new current damage value (End_tot), and - lowering a limit soot mass value for which the regeneration of the particle filter will be controlled as a function of the new current damage value (End_tot). - classifying a parameter of the damage of the filter, such as a load or mass of soot of the filter, in a damage class (KCm), - determining, by means of a damage matrix, a single damage value (End_unit) from the damage class (KCm) and a number of repetitions of the regenerations associated with said damage class (KCm), - combining said single damage value (End_unit) with a current damage value (End_tot) to obtain a new current damage value (End_tot), and - lowering a limit soot mass value for which the regeneration of the particle filter will be controlled as a function of the new current damage value (End_tot).
A high toughness cold-drawn non-heat treated wire rod comprising carbon: 0.2-0.3 %, silicon (Si): 0.1-0.2 %, manganese (Mn): 2.5-4.0 0 %, phosphorus: 0.035 % or less (except 0), sulfur: 0.04 % or less (except 0), the remainder iron (Fe), and other inevitable impurities, as a percentage by weight, wherein the microstructure of the wire rod comprises de-generated pearlite having an area fraction of not less than 90%, and the remainder being ferrite, wherein the de-generated pearlite comprises cementite having a thickness of not more than 100 nm and an aspect ratio (width:thickness) of 30:1 or less.
A micro-fiber cleaning plate for cleaning printing rolls of an anilox print system comprising: a micro-fiber sheet including micro-fibers that extend outward from a surface of the microfiber sheet; a leading edge locking strip connected to the micro-fiber sheet along a first edge; and a rear edge locking strip connected to the micro-fiber sheet along a second edge opposite the first edge, wherein the leading edge locking strip and the rear edge locking strip of the micro-fiber cleaning plate are securable to a roll or cylinder of an anilox print system; characterised in that each micro-fiber is uniformly oriented relative to a normal vector of the surface at a point where the respective micro-fiber is attached to the micro-fiber sheet; and wherein each micro-fiber is oriented towards the leading edge locking strip at an angle relative to the normal vector of the surface of the microfiber sheet. a micro-fiber sheet including micro-fibers that extend outward from a surface of the microfiber sheet; a leading edge locking strip connected to the micro-fiber sheet along a first edge; and a rear edge locking strip connected to the micro-fiber sheet along a second edge opposite the first edge, wherein the leading edge locking strip and the rear edge locking strip of the micro-fiber cleaning plate are securable to a roll or cylinder of an anilox print system; characterised in that each micro-fiber is uniformly oriented relative to a normal vector of the surface at a point where the respective micro-fiber is attached to the micro-fiber sheet; and wherein each micro-fiber is oriented towards the leading edge locking strip at an angle relative to the normal vector of the surface of the microfiber sheet.
A system for service setting and management of a Machine to Machine, M2M, terminal, characterized in that the system comprises a service definition management module, a service execution module and a service control presentation module, wherein: the service definition management module is configured to configure M2M service according to an access terminal, and divide the service into a service execution logic part and a service control presentation part; the service control presentation module is configured to receive the service control presentation part from the service definition management module to present, and send a control instruction to the service execution module according to a control presentation rule; and the service execution module is configured to receive the service execution logic part from the service definition management module, exchange data and information with an M2M terminal according to the control instruction sent by the service control presentation module, execute a specific service logic, and reserve related data for the service control presentation module to present. the service definition management module is configured to configure M2M service according to an access terminal, and divide the service into a service execution logic part and a service control presentation part; the service control presentation module is configured to receive the service control presentation part from the service definition management module to present, and send a control instruction to the service execution module according to a control presentation rule; and the service execution module is configured to receive the service execution logic part from the service definition management module, exchange data and information with an M2M terminal according to the control instruction sent by the service control presentation module, execute a specific service logic, and reserve related data for the service control presentation module to present.
A woven mesh element for an enclosure for an electroacoustic driver, the woven mesh element comprising a plurality of mesh layers sintered together, wherein the plurality of mesh layers includes a layer of Dutch weave mesh, said woven mesh element being characterized in that it is configured to cover a sound opening of said enclosure.
Deep-drawing apparatus for deep drawing a continuously fed film web, comprising a conveyor, which revolves continuously around a stationary machine frame, has format plates (41, 42, 43, 44), and has mould impressions located in the format plates (41, 42, 43, 44), further comprising a cyclically synchronized moulding station, which runs along with the conveyor from a start position to an end position and runs back from there to the start position, wherein the individual format plates (41, 42, 43, 44) can be connected in sequence firstly to a moulding-vacuum device and then to a downstream holding-vacuum channel, characterized in that the moulding-vacuum device is part of the cyclically moved moulding station, and in that the holding-vacuum channel comprises two interlocking telescopic channel portions (13, 14), wherein a first telescopic channel portion is part of the cyclically moved moulding station, and wherein a second telescopic channel portion is mounted positionally fixedly relative to the stationary machine frame.