mhurhangee/ep-ind-claims huggingface dataset:
Composition comprising A) sphinganine and B) at least one active ingredient selected from the group of creatine, creatine hydrate and disodium phosphocreatine for use for the stimulation of hair growth. A) sphinganine and B) at least one active ingredient selected from the group of creatine, creatine hydrate and disodium phosphocreatine
Steam turbine comprising: - a casing surrounding at least one turbine pressure section stationary vanes coupled to the casing and rotor blades, - a diaphragm attached to the casing and comprising multiple nozzle segments, wherein each nozzle segment comprises a first ring segment, a second ring segment extending parallel to the first ring segment and multiple airfoils extending between first and second ring segments (31, 32), characterized in that each nozzle segment has a core comprising martensitic steel and wherein the thermal expansion coefficient of each nozzle segment differs from the thermal expansion coefficient of the casing of the steam turbine at most 5% in a temperature range up to 600°C. - a casing surrounding at least one turbine pressure section stationary vanes coupled to the casing and rotor blades, - a diaphragm attached to the casing and comprising multiple nozzle segments, wherein each nozzle segment comprises a first ring segment, a second ring segment extending parallel to the first ring segment and multiple airfoils extending between first and second ring segments (31, 32),
Method for starting a burner, with the burner being designed to combust a synthesis gas and having a first and second fuel passage (7, 31), with the first fuel passage encompassing the second fuel passage in an essentially concentric manner and with synthesis gas being supplied to the burner and the synthesis gas being mixed with combustion air and combusted, with the second fuel passage first being charged with synthesis gas to a predetermined burner power to start the burner in an initial phase and the first fuel passage then being charged with synthesis gas in a start phase following on from the initial phase characterised in that to start the burner, a small synthesis gas mass flow is supplied by way of an ignition pilot burner (8, 10) and ignited to form an ignition pilot flame and after the ignition pilot flame has been ignited, the second fuel passage is connected, with the synthesis gas flowing out of the second fuel passage being ignited to form a pilot flame by way of the ignition pilot flame, with the ignition pilot burner (8, 10) being disposed upstream of swirl generators present in the second fuel passage and ignition of the pilot flame by means of the ignition pilot flame only taking place in the combustion chamber.
An effective amount of an isolated antibody or antigen-binding fragment thereof that specifically binds to Semaphorin-4D (SEMA4D) for use in a treatment for inhibiting, suppressing, reducing or delaying growth of atherosclerotic plaques in a subject having atherosclerosis, wherein the antibody or antigen-binding fragment thereof comprises a variable heavy chain comprising VHCDRs 1-3 comprising SEQ ID NOs 6, 7, and 8, respectively, and a variable light chain comprising VLCDRs 1-3 comprising SEQ ID NOs 14, 15, and 16, respectively.
Inhalator comprising: an aerosol generator configured to generate an aerosol by nebulizing a fluid; and a controller configured to control operation of the aerosol generator; and a housing (11, 51) accommodating at least the aerosol generator and the controller, the housing having a base for supporting the housing on a horizontal surface, wherein a portion of the housing accommodating at least a portion of the controller is arranged further away from the base than the aerosol generator as seen in a vertical direction, when the base is supported on the horizontal surface, wherein the aerosol generator has a vibratable membrane with a plurality of apertures through which the fluid is passed for nebulization and said portion of the housing is arranged further away from the base than the membrane as seen in the vertical direction, when the base is supported on the horizontal surface, and wherein the aerosol generator is gravity fed in that the fluid is flown to the aerosol generator primarily by gravitational force characterized in that the center of gravity of the inhalator is closer to the base than to a top at an opposite side and furthest away from the base. an aerosol generator configured to generate an aerosol by nebulizing a fluid; and a controller configured to control operation of the aerosol generator; and a housing (11, 51) accommodating at least the aerosol generator and the controller, the housing having a base for supporting the housing on a horizontal surface, wherein a portion of the housing accommodating at least a portion of the controller is arranged further away from the base than the aerosol generator as seen in a vertical direction, when the base is supported on the horizontal surface, wherein the aerosol generator has a vibratable membrane with a plurality of apertures through which the fluid is passed for nebulization and said portion of the housing is arranged further away from the base than the membrane as seen in the vertical direction, when the base is supported on the horizontal surface, and wherein the aerosol generator is gravity fed in that the fluid is flown to the aerosol generator primarily by gravitational force characterized in that the center of gravity of the inhalator is closer to the base than to a top at an opposite side and furthest away from the base.
A pump comprising: a pump body having a substantially cylindrical shape defining a cavity for containing a fluid, the cavity being formed by a side wall closed at both ends by end walls (12,13), at least one of the end walls being a driven end wall having a central portion and a peripheral portion extending radially outwardly from the central portion of the driven end wall; an actuator operatively associated with the central portion of the driven end wall to cause an oscillatory motion of the driven end wall, thereby generating displacement oscillations of the driven end wall in a direction substantially perpendicular thereto with an annular node between the centre of the driven end wall and the side wall when in use; a first aperture disposed at any location in the cavity other than at the location of the annular node and extending through the pump body; a second aperture disposed at any location in the pump body other than the location of said first aperture and extending through the pump body; and, a valve disposed in at least one of said first aperture and second aperture; whereby the displacement oscillations generate corresponding radial pressure oscillations of the fluid within the cavity of said pump body causing fluid flow through said first and second apertures when in use; characterized by a flexible ring or disc shaped isolator operatively associated with the peripheral portion of the driven end wall to reduce dampening of the displacement oscillations. a pump body having a substantially cylindrical shape defining a cavity for containing a fluid, the cavity being formed by a side wall closed at both ends by end walls (12,13), at least one of the end walls being a driven end wall having a central portion and a peripheral portion extending radially outwardly from the central portion of the driven end wall; an actuator operatively associated with the central portion of the driven end wall to cause an oscillatory motion of the driven end wall, thereby generating displacement oscillations of the driven end wall in a direction substantially perpendicular thereto with an annular node between the centre of the driven end wall and the side wall when in use; a first aperture disposed at any location in the cavity other than at the location of the annular node and extending through the pump body; a second aperture disposed at any location in the pump body other than the location of said first aperture and extending through the pump body; and, a valve disposed in at least one of said first aperture and second aperture; whereby the displacement oscillations generate corresponding radial pressure oscillations of the fluid within the cavity of said pump body causing fluid flow through said first and second apertures when in use; characterized by a flexible ring or disc shaped isolator operatively associated with the peripheral portion of the driven end wall to reduce dampening of the displacement oscillations.
A sensing apparatus for sensing an object, the sensing apparatus comprising: - an ultrasound unit configured to ultrasonically sense the object, - an electrical energy application unit configured to apply electrical energy to the object, - an ultrasound unit shielding element for electrically shielding the ultrasound unit, characterized by the ultrasound unit shielding element being electrically connected to the electrical energy application unit, and wherein the ultrasound unit shielding element is an electrically conductive material. - an ultrasound unit configured to ultrasonically sense the object, - an electrical energy application unit configured to apply electrical energy to the object, - an ultrasound unit shielding element for electrically shielding the ultrasound unit, characterized by the ultrasound unit shielding element being electrically connected to the electrical energy application unit, and wherein the ultrasound unit shielding element is an electrically conductive material.
Portable device for climbing training, comprising a set of a plurality of elements, said plurality of elements comprising one main rope, two foot supports, and a plurality of holding units with grips for the hands, the main rope being able to be tied to a support or an elevated point, and the holding units and the foot supports being tied at different heights on the main rope, where the holding units are connected to the main rope using a cordelette while at least one of the foot supports is connected to the main rope using a cordelette, the main rope being a special climbing rope characterized in that the holding units are formed by a base plate, preferably made of wood, to which a grip is attached, wherein a slot is arranged in the center of a lower portion of the base plate, so that the base plate, if desired, may be fixed to the main rope by means of a fastener.
A muffler comprising; an outer shell configured to receive exhaust gases from an internal combustion engine; an outlet pipe that is formed into a tubular shape containing a pair of open end-parts, and comprises an inlet port (Vo) that is an opening passing through an outer surface and an inner surface, wherein one of the open end-parts and the inlet port (Vo) are arranged inside the outer shell so as to discharge the exhaust gases from the outer shell to the outside; a valve body formed into a plate-like shape to cover the inlet port (Vo) from the inside of the outlet pipe; an axis member that pivotally supports the valve body to the outlet pipe so that the valve body pivots inside the outlet pipe; a biasing member that applies a biasing force in a radial direction of the outlet pipe to the valve body so as to occlude the inlet port (Vo); characterized by a resisting part connected to the valve body to increase a force to close the valve body by the exhaust gases that flow from one of the pair of the open end-parts into the outlet pipe and to circulate therein.
Stored-program module with a loadable trust anchor, comprising a checking device and at least one further component, wherein the checking device can be generated on the module by means of a loading bit stream and the at least one component is automatically deactivated after loading, the checking device is designed to read in at least one data bit stream for execution on the at least one component of the module from an external data source, to check the data bit stream and, in the event of a positive checking result, to output a control signal which activates the component.
A system, comprising: a hydraulic fracturing system, comprising: one or more rotary isobaric pressure exchangers (IPXs, 30) configured to exchange pressures between a first fluid and a second fluid, wherein the first fluid comprises a proppant-free fluid, and the second fluid comprises a proppant-laden fluid; and a manifold trailer comprising: a high pressure inlet manifold coupled to the one or more rotary IPXs, wherein the high pressure inlet manifold is configured to route the first fluid at high pressure to the one or more rotary IPXs; a low pressure outlet manifold coupled to the one or more rotary IPXs, wherein the low pressure outlet manifold is configured to receive the first fluid at low pressure from the one or more rotary IPXs; a low pressure inlet manifold coupled to the one or more rotary IPXs, wherein the low pressure inlet manifold is configured to route the second fluid at low pressure to the one or more rotary IPXs; and a high pressure outlet manifold coupled to the one or more rotary IPXs, wherein the high pressure outlet manifold is configured to receive the second fluid at high pressure from the one or more rotary IPXs. one or more rotary isobaric pressure exchangers (IPXs, 30) configured to exchange pressures between a first fluid and a second fluid, wherein the first fluid comprises a proppant-free fluid, and the second fluid comprises a proppant-laden fluid; and a manifold trailer comprising: a high pressure inlet manifold coupled to the one or more rotary IPXs, wherein the high pressure inlet manifold is configured to route the first fluid at high pressure to the one or more rotary IPXs; a low pressure outlet manifold coupled to the one or more rotary IPXs, wherein the low pressure outlet manifold is configured to receive the first fluid at low pressure from the one or more rotary IPXs; a low pressure inlet manifold coupled to the one or more rotary IPXs, wherein the low pressure inlet manifold is configured to route the second fluid at low pressure to the one or more rotary IPXs; and a high pressure outlet manifold coupled to the one or more rotary IPXs, wherein the high pressure outlet manifold is configured to receive the second fluid at high pressure from the one or more rotary IPXs. a high pressure inlet manifold coupled to the one or more rotary IPXs, wherein the high pressure inlet manifold is configured to route the first fluid at high pressure to the one or more rotary IPXs; a low pressure outlet manifold coupled to the one or more rotary IPXs, wherein the low pressure outlet manifold is configured to receive the first fluid at low pressure from the one or more rotary IPXs; a low pressure inlet manifold coupled to the one or more rotary IPXs, wherein the low pressure inlet manifold is configured to route the second fluid at low pressure to the one or more rotary IPXs; and a high pressure outlet manifold coupled to the one or more rotary IPXs, wherein the high pressure outlet manifold is configured to receive the second fluid at high pressure from the one or more rotary IPXs.
A method comprising: illuminating a scene with a first sensing spectrum emitted by a first subset of a plurality of primary light sources, wherein a light emitting array comprises said plurality of primary light sources, by modulating a light output from the first subset of the plurality of primary light sources; sensing first image data of the scene for a plurality of pixels while the scene is illuminated with the first sensing spectrum; after sensing the first image data, illuminating the scene with a second sensing spectrum emitted by a second subset of the plurality of primary light sources different than the first subset, by modulating a light output from the second subset of the plurality of primary light sources; sensing second image data of the scene for the plurality of pixels while the scene is illuminated with the second sensing spectrum; the method characterised by comprising: generating a color map of the scene assigning a color point in a color space to each of the pixels based on the first sensing spectrum, the first image data, the second sensing spectrum, and the second image data; determining spectrum optimization criteria for the plurality of primary light sources from the color map and a desired output parameter; and activating the plurality of the primary light sources to emit a lighting spectrum based on the spectrum optimization criteria, wherein the first subset has a first primary color, and the second subset has a second primary color different from the first primary color. illuminating a scene with a first sensing spectrum emitted by a first subset of a plurality of primary light sources, wherein a light emitting array comprises said plurality of primary light sources, by modulating a light output from the first subset of the plurality of primary light sources; sensing first image data of the scene for a plurality of pixels while the scene is illuminated with the first sensing spectrum; after sensing the first image data, illuminating the scene with a second sensing spectrum emitted by a second subset of the plurality of primary light sources different than the first subset, by modulating a light output from the second subset of the plurality of primary light sources; sensing second image data of the scene for the plurality of pixels while the scene is illuminated with the second sensing spectrum; the method characterised by comprising: generating a color map of the scene assigning a color point in a color space to each of the pixels based on the first sensing spectrum, the first image data, the second sensing spectrum, and the second image data; determining spectrum optimization criteria for the plurality of primary light sources from the color map and a desired output parameter; and activating the plurality of the primary light sources to emit a lighting spectrum based on the spectrum optimization criteria, wherein the first subset has a first primary color, and the second subset has a second primary color different from the first primary color.
A system for photodynamic therapy comprising: a light delivery device that delivers the illumination necessary to perform photodynamic therapy, the light delivery device includes one or more etched fibers (10, 62, 64, 66) arranged to illuminate a selective region of a body for photodynamic therapy; whereby said one or more etched fibers (10, 62, 64, 66) are positioned in a bandage structure to form a light bandage (80, 104), said light bandage comprising said one or more etched fibers positioned between a first fluid absorbing layer and a second fluid absorbing layer, and an illumination device that is coupled to the light delivery device to provide the necessary illumination to the light delivery device, characterized in that said light delivery device is arranged to generate a pattern that has a reverse Gaussian profile.
A controlled pressure device for tissue treatment, the device comprising: a reactor housing element configured to at least partially define an at least substantially air-tight enclosed volume around a tissue site when fixed in space in relation to the tissue site; and a reactor positioned in the enclosed volume and configured to react with a selected gas found in air, wherein the reactor consumes the selected gas within the enclosed volume; characterised by a cosmetic liquid or cream located in the enclosed volume. a reactor housing element configured to at least partially define an at least substantially air-tight enclosed volume around a tissue site when fixed in space in relation to the tissue site; and a reactor positioned in the enclosed volume and configured to react with a selected gas found in air, wherein the reactor consumes the selected gas within the enclosed volume; characterised by a cosmetic liquid or cream located in the enclosed volume.
A vehicle having a wireless power system, the vehicle comprising: a tractor and a trailer mounted to the tractor, the trailer having a refrigeration unit; a first inductive charging pad mounted on the trailer, the first inductive charging pad electrically connected to a portion of the refrigeration unit; a second inductive charging pad mounted on the tractor, the second inductive charging pad electrically connected to a portion of the tractor and configured to induce an electrical current in the first inductive charging pad, wherein the first inductive charging pad and the second inductive charging pad are configured such that during relative rotation between the trailer and the tractor, the second charging pad can induce and maintain the electric current in the first inductive charging pad throughout a range of the relative rotation; wherein the first inductive charging pad is mounted on the bottom side of the trailer and the second inductive charging pad is mounted on the frame of the tractor; and wherein the first inductive charging pad is configured about the king pin on the trailer and the second inductive charging pad is configured about the shoe located on the frame of the tractor and configured to receive the king pin 256. a tractor and a trailer mounted to the tractor, the trailer having a refrigeration unit; a first inductive charging pad mounted on the trailer, the first inductive charging pad electrically connected to a portion of the refrigeration unit; a second inductive charging pad mounted on the tractor, the second inductive charging pad electrically connected to a portion of the tractor and configured to induce an electrical current in the first inductive charging pad, wherein the first inductive charging pad and the second inductive charging pad are configured such that during relative rotation between the trailer and the tractor, the second charging pad can induce and maintain the electric current in the first inductive charging pad throughout a range of the relative rotation; wherein the first inductive charging pad is mounted on the bottom side of the trailer and the second inductive charging pad is mounted on the frame of the tractor; and wherein the first inductive charging pad is configured about the king pin on the trailer and the second inductive charging pad is configured about the shoe located on the frame of the tractor and configured to receive the king pin 256.
Pharmaceutical composition containing roxithromycin, characterised in that it is composed as follows: a. 1.0-40.0% solid lipids: glyceryl mono-, di- and tri- behenate; b. 0.1-10.0% roxithromycin c. 1.0-10.0% surfactants: poloxamer 188 and d. optional 0-20.0% of preservatives, and e. complementing water to make 100%. a. 1.0-40.0% solid lipids: glyceryl mono-, di- and tri- behenate; b. 0.1-10.0% roxithromycin c. 1.0-10.0% surfactants: poloxamer 188 and d. optional 0-20.0% of preservatives, and e. complementing water to make 100%.
Adaptable saddle for riding, wherein the adaptable saddle is composed of two half-bodies (A,B), joined by means of flanges, and an interchangeable rigid bridge, each of the half-bodies (A,B) is composed of a blanket, which is arranged next to a base part, on which elastics are incorporated, integral with said elastics are straps which pass through guide slots of a flap guide and that have travel stops, said flap guide is integral with the base part by pins, which can be fixed in different holes, each half -body (A,B) has a half seat.