mhurhangee/ep-ind-claims huggingface dataset:
A configuration for overmoulding by injection of a blend consisting of a metal and/or inorganic powder around a core including an upper horizontal face and a lower horizontal face, which includes a mould delimiting a cavity in which the core is received, such that the upper face of the core is pressed against a facing upper face of the cavity and the lower face of the core is pressed against a facing lower face of the cavity, and which includes an elastically deformable portion on which at least one of the upper or lower faces (12a, 12b) of the core is pressed, characterised in that the elastically deformable portion includes an elastically deformable metal blade on at least one face of which the core is pressed directly.
Pharmaceutical composition comprising an effective amount of a sulfated xylan, wherein the sulfated xylan is pentosan polysulfate, for use in the treatment or prophylaxis of an inflammatory respiratory condition selected from the list consisting of asthma, allergic rhinitis and chronic obstructive pulmonary disease (COPD) in a subject.
A printing system comprising: an input unit configured to acquire print data of a plurality of pages; a comparison data acquisition unit configured to extract comparison data from the print data for each page together with position information on the position corresponding to the comparison data for each page, wherein the comparison data acquisition unit extracts comparison data for said each page until the comparison data acquisition unit determines that the extracted comparison data is different from comparison data at the same position on a processed page, wherein the processed page refers to a page for which comparison data acquisition has been completed; the system further comprising: an image acquisition unit configured to, from first image data read from a printed material on which the print data is printed, acquire second image data at a position corresponding to the comparison data, based on the position information for each page of the printed material; and an output unit configured to output a comparison result of the comparison data and the second image data for each page. an input unit configured to acquire print data of a plurality of pages; a comparison data acquisition unit configured to extract comparison data from the print data for each page together with position information on the position corresponding to the comparison data for each page, wherein the comparison data acquisition unit extracts comparison data for said each page until the comparison data acquisition unit determines that the extracted comparison data is different from comparison data at the same position on a processed page, wherein the processed page refers to a page for which comparison data acquisition has been completed; the system further comprising: an image acquisition unit configured to, from first image data read from a printed material on which the print data is printed, acquire second image data at a position corresponding to the comparison data, based on the position information for each page of the printed material; and an output unit configured to output a comparison result of the comparison data and the second image data for each page.
A vacuum glazing panel comprising - two sheets of glass (2,2') disposed in an opposing and spaced relationship with each other with a gap formed therebetween, the gap being a low pressure space having a pressure less than atmospheric pressure, - a hermetic seal for sealing off said low pressure space, comprising an organic material, - a plurality of spacers provided between said two sheets of glass for spacing the sheets of glass from one another, comprising an organic material, wherein the distance between the two sheets of glass is in the range 0.1 to 0.6 mm, characterized in that at least some of the spacers adhere to at least one of the glass sheets, and the organic material of the hermetic seal and the spacers is the same. - two sheets of glass (2,2') disposed in an opposing and spaced relationship with each other with a gap formed therebetween, the gap being a low pressure space having a pressure less than atmospheric pressure, - a hermetic seal for sealing off said low pressure space, comprising an organic material, - a plurality of spacers provided between said two sheets of glass for spacing the sheets of glass from one another, comprising an organic material,
Method for engraving, marking and/or inscribing a workpiece with a laser plotter, in which at least two irradiation sources in the form of lasers (3a, 3b) are used in a housing of the laser plotter, which preferably act in alternating manner on the workpiece to be processed, wherein the workpiece is deposited in a defined manner on a processing table and a laser beam emitted by the irradiation source is sent via deflecting elements to at least one focusing unit formed for the at least two irradiation sources, from which the laser beam is deflected in the direction of the workpiece and focused for processing, wherein the position control of the workpiece relative to the laser beam is effected by means of a software running in a control unit of the laser plotter, wherein at an external component, in particular a computer or control device, a graphic and/or a text is produced which is transferred to the control unit of the laser plotter, which performs a conversion of the transferred data of the graphic and/or text from a stored database for controlling the individual elements of the laser plotter, characterized in that the assignment of the different irradiation sources to the transferred graphic and/or to the text takes place in the form of colours, in particular of a colour code, whereby a correction value for the individual positions is stored in the database for the individual colours as a height correction value for compensating the different focus positions or focal lengths of the individual irradiation sources, and in that a colour, in particular a colour code, is defined by a range, in particular by a range specification from - to.
Device for using wind energy comprising: • a buoyancy body in order to generate a lifting force by a lifting gas supplied to the buoyancy body in order to set the buoyancy body into a flying state wherein the buoyancy body extends in a longitudinal direction; • at least two rotors (7, 8) which are mounted in rotatable manner in the longitudinal direction at the opposite ends of the buoyancy body in order to transmit their rotational movement to a generator shaft of a generator in order to generate power; • wherein the buoyancy body has a casing for protection against weathering and/or for storing the lifting gas which comprises in particular at least two lifting gas cells for receiving the lifting gas, and has a supporting structure in order to hold the casing in a dimensionally stable condition and to provide a holder for the rotors (7, 8); • characterized in that the supporting structure comprises at least two sub-structures (5, 6) which each form a helix structure wherein the sub-structures (5, 6) are oriented coaxially and each have an opposite winding direction to one another. • a buoyancy body in order to generate a lifting force by a lifting gas supplied to the buoyancy body in order to set the buoyancy body into a flying state wherein the buoyancy body extends in a longitudinal direction; • at least two rotors (7, 8) which are mounted in rotatable manner in the longitudinal direction at the opposite ends of the buoyancy body in order to transmit their rotational movement to a generator shaft of a generator in order to generate power; • wherein the buoyancy body has a casing for protection against weathering and/or for storing the lifting gas which comprises in particular at least two lifting gas cells for receiving the lifting gas, and has a supporting structure in order to hold the casing in a dimensionally stable condition and to provide a holder for the rotors (7, 8); • characterized in that the supporting structure comprises at least two sub-structures (5, 6) which each form a helix structure wherein the sub-structures (5, 6) are oriented coaxially and each have an opposite winding direction to one another.
A lubricating composition comprising: a majority of one or more base oils of lubricating viscosity; an organometallic phosphorus-providing antiwear additive or salt thereof made by a process comprising the steps of (a) reacting an organic hydroxy compound with phosphorus pentasulfide to form a reaction product; (b) distilling the reaction product and recovering a condensate; and (c) neutralizing the condensate with a basic or neutral metal compound including one or more of a metal oxide, a metal hydroxide, or a metal carbonate to form the organometallic phosphorus-providing antiwear additive or salt thereof; wherein the organic hydroxy compound is a C1 to C10 linear or branched alcohols, a hydroxy aryl compound, or mixtures thereof. a majority of one or more base oils of lubricating viscosity; an organometallic phosphorus-providing antiwear additive or salt thereof made by a process comprising the steps of (a) reacting an organic hydroxy compound with phosphorus pentasulfide to form a reaction product; (b) distilling the reaction product and recovering a condensate; and (c) neutralizing the condensate with a basic or neutral metal compound including one or more of a metal oxide, a metal hydroxide, or a metal carbonate to form the organometallic phosphorus-providing antiwear additive or salt thereof; wherein the organic hydroxy compound is a C1 to C10 linear or branched alcohols, a hydroxy aryl compound, or mixtures thereof.
Gravity lubrication chute for pinions and gearbox bearings, comprising a flow floor, edged by guiding walls so as to form therewith a feed ramp capable of collecting the lubricant sprayed into the box, followed by spill corridors onto targeted lubrication points, characterized in that the floor has cavities having a cutout of conical form, so as to form, in the thickness of the floor, retention cones for the particles flowing in the flow of lubricant.
A protected combustion device having a double-layer structure comprising: a main body, which is double layered, including an inner-layer wall and an outer-layer wall disposed outside of and spaced from the inner-layer wall such that the inner-layer wall and the outer-layer wall include a hollow disposed therebetween, wherein the inner-layer wall forms a fuel receptacle with an opening, wherein the outer-layer wall has an open end and the open end defines a hole, wherein the hole is in communication with the hollow, and wherein the open end of the outer-layer wall forms a bottom side; and a protection device coupled to the main body, wherein the protection device includes a through hole extending therethrough characterized in that the through hole communicates with the hollow, and wherein the protection device includes a slot extending along a periphery of the through hole and the bottom side is disposed in the slot. a main body, which is double layered, including an inner-layer wall and an outer-layer wall disposed outside of and spaced from the inner-layer wall such that the inner-layer wall and the outer-layer wall include a hollow disposed therebetween, wherein the inner-layer wall forms a fuel receptacle with an opening, wherein the outer-layer wall has an open end and the open end defines a hole, wherein the hole is in communication with the hollow, and wherein the open end of the outer-layer wall forms a bottom side; and a protection device coupled to the main body, wherein the protection device includes a through hole extending therethrough characterized in that the through hole communicates with the hollow, and wherein the protection device includes a slot extending along a periphery of the through hole and the bottom side is disposed in the slot.
A method of performing an X-ray diffraction stress analysis of a sample having a surface with two perpendicular axes S 1, S 2 within a plane of the surface, a third axis S 3 being perpendicular to the sample surface plane, the method comprising directing an X-ray beam at the sample surface at an angle less than 45° with regard to the surface plane, and detecting, at a diffraction angle 2 θ, X-ray energy diffracted from the sample with a two-dimensional X-ray detector at a plurality of rotational orientations of the sample about S 3, the third axis S 3 being maintained, during the entire X-ray diffraction stress analysis, at a constant tilt angle ψ relative to a plane formed by the X-ray beam and a normal to the two-dimensional X-ray detector.
Calcium aluminate cement, containing at least 75 wt.-% CA 2 and at least 3 wt.-% CA, based on the total amount of calcium aluminate phases present in the cement.
Line element for exhaust pipes and the like, comprising - an inner element (IE, 120) in the form of a stripwound hose; - an outer element (AE, 110) in the form of a corrugated bellows, a wound bellows or a membrane bellows, which surrounds the inner element and contacts it at least locally; - a sliding layer (131, 132) containing a temperature-resistant anti-friction lacquer, which is arranged in the contact zone on the inner element and/or on the outer element, wherein the sliding layer contains or consists of at least one of the following materials: PTFE, titanium dioxide, graphite, zinc sulfide, (metal) phosphate, boron nitride, silanes, silicon, silicon dioxide, tungsten disulfide (WS 2), aramid fibers, glass fibers, polymer composites. - an inner element (IE, 120) in the form of a stripwound hose; - an outer element (AE, 110) in the form of a corrugated bellows, a wound bellows or a membrane bellows, which surrounds the inner element and contacts it at least locally; - a sliding layer (131, 132) containing a temperature-resistant anti-friction lacquer, which is arranged in the contact zone on the inner element and/or on the outer element,
A system for detecting a suction condition in an implantable blood pump, the system comprising: a controller in communication with the blood pump, the controller including a control circuit configured to: calculate a plurality of data values using a hysteresis window; calculate a present value during a time period, the present value corresponding to a pump speed divided by a pump current following the hysteresis window; determine a suction detection threshold value using the plurality of data values; compare the present value during the time period to the suction detection threshold value; and generate an alert when the present value exceeds the suction detection threshold value on a plurality of consecutive instances during the time period, the alert corresponding to a suction condition. calculate a plurality of data values using a hysteresis window; calculate a present value during a time period, the present value corresponding to a pump speed divided by a pump current following the hysteresis window; determine a suction detection threshold value using the plurality of data values; compare the present value during the time period to the suction detection threshold value; and generate an alert when the present value exceeds the suction detection threshold value on a plurality of consecutive instances during the time period, the alert corresponding to a suction condition.
Transport incubator comprising a support structure comprising a base, provided with at least one first guide, a housing structure, coupled with said supporting structure, characterized in that it further comprises a first portion (A') having at least one first side panel slidably coupled with said first guide of said base, and a second portion (A"), laterally delimited by at least one first side wall, on which at least said first panel of said first portion (A') slides.
A galley monument for a cabin area of an aircraft, comprising: a first monument stack; a second monument stack adjacent to the first monument stack; and a system within the second monument stack, the system including: a rapid pathogen tester; a tray configured to secure the rapid pathogen tester; a plurality of tools; a slideable support located below the tray, configured to secure the plurality of tools to use along with the rapid pathogen tester; and at least one light within the tray to irradiate the tools placed within the support. a first monument stack; a second monument stack adjacent to the first monument stack; and a system within the second monument stack, the system including: a rapid pathogen tester; a tray configured to secure the rapid pathogen tester; a plurality of tools; a slideable support located below the tray, configured to secure the plurality of tools to use along with the rapid pathogen tester; and at least one light within the tray to irradiate the tools placed within the support. a rapid pathogen tester; a tray configured to secure the rapid pathogen tester; a plurality of tools; a slideable support located below the tray, configured to secure the plurality of tools to use along with the rapid pathogen tester; and at least one light within the tray to irradiate the tools placed within the support.
A print medium, comprising: a porous top coating comprising pigment particles sized less than a hundred nanometers and frictional control additives; and an undercoating disposed between a base material and said top coating, said undercoating comprising: a first sub-layer comprising a pigment fixative agent; and a second sub-layer comprising a dye fixative agent; in which the top coating forms a protective and low friction coating over the undercoating, and wherein said pigment fixative agent comprises multi-valent salts, calcium chloride, calcium acetate, calcium citrate, magnesium sulfate, aluminium chlorohydrate or combinations thereof. a porous top coating comprising pigment particles sized less than a hundred nanometers and frictional control additives; and an undercoating disposed between a base material and said top coating, said undercoating comprising: a first sub-layer comprising a pigment fixative agent; and a second sub-layer comprising a dye fixative agent; a first sub-layer comprising a pigment fixative agent; and a second sub-layer comprising a dye fixative agent; in which the top coating forms a protective and low friction coating over the undercoating, and wherein said pigment fixative agent comprises multi-valent salts, calcium chloride, calcium acetate, calcium citrate, magnesium sulfate, aluminium chlorohydrate or combinations thereof.
Method of operating a variable speed wind turbine as a function of a wind speed, the wind turbine having a rotor with a plurality of blades, a generator, one or more pitch mechanisms for rotating the blades around their longitudinal axes and determine pitch angles for the blades, and a system for varying a torque of the generator, the method comprising (a) at a first moment in time estimating representative future wind speed values from the first moment in time up to a second moment in time, the second moment in time being equal to the first moment in time plus a predetermined finite period of time, wherein the predetermined finite period of time is between 2 seconds and 30 seconds, (b) using a control strategy to optimize a cost function indicative of an electrical energy output of the wind turbine up to the second moment in time based on the estimated representative future wind speed values by controlling the torque of the generator and the pitch angles of the blades; and substantially continuously repeating steps (a) and (b). (a) at a first moment in time estimating representative future wind speed values from the first moment in time up to a second moment in time, the second moment in time being equal to the first moment in time plus a predetermined finite period of time, wherein the predetermined finite period of time is between 2 seconds and 30 seconds, (b) using a control strategy to optimize a cost function indicative of an electrical energy output of the wind turbine up to the second moment in time based on the estimated representative future wind speed values by controlling the torque of the generator and the pitch angles of the blades; and
Method for determining a first common interaction surface of a mobile device (501, 505) for interacting with a second interaction surface of a host device, said mobile device comprising at least one dual-port memory that is read/write accessible by said host device and is connected to an antenna, the method comprising the following steps: - detecting at least one electric signal induced by at least one inducing magnetic field in at least one electric circuit of the host device associated with said second surface, the inducing magnetic field being emitted by a solenoid ( 730, 8115-1, 8115-2) of the mobile device that is separate from the antenna; - determining (1100, 1101) an interaction surface from among the surfaces of the mobile device associated with said at least one inducing electromagnetic field; - testing the signal level on the basis of said at least one induced electric signal; and - determining said first common interaction surface as being said interaction surface from among the surfaces of the mobile device associated with said at least one inducing electromagnetic field, on the basis of a result of the signal level test, the method further comprising the following steps: - sending a write request to the dual-port memory, said write request comprising a timing value defining a time period after which said localisation module has to transmit a localisation signal following the detection of a synchronisation signal; - sending the synchronisation signal to at least one localisation module of the mobile device. - detecting at least one electric signal induced by at least one inducing magnetic field in at least one electric circuit of the host device associated with said second surface, the inducing magnetic field being emitted by a solenoid ( 730, 8115-1, 8115-2) of the mobile device that is separate from the antenna; - determining (1100, 1101) an interaction surface from among the surfaces of the mobile device associated with said at least one inducing electromagnetic field; - testing the signal level on the basis of said at least one induced electric signal; and - determining said first common interaction surface as being said interaction surface from among the surfaces of the mobile device associated with said at least one inducing electromagnetic field, on the basis of a result of the signal level test, - sending a write request to the dual-port memory, said write request comprising a timing value defining a time period after which said localisation module has to transmit a localisation signal following the detection of a synchronisation signal; - sending the synchronisation signal to at least one localisation module of the mobile device.