mhurhangee/ep-ind-claims huggingface dataset:
Light-absorbing layer having, at a wavelength of 550 nm, an absorption index kappa of more than 0.7, made from a layer material comprising: an oxidic matrix based on a base component K1 selected from the group consisting of zinc oxide, tin oxide and/or indium oxide, and on an added component K3 which replaces the base component K1 up to a fraction y between 0 and 75% by weight, and which is selected from the group consisting of niobium oxide, hafnium oxide, titanium oxide, tantalum oxide, vanadium oxide, yttrium oxide, zirconium oxide, aluminum oxide and mixtures thereof; and whereby in the matrix a blackening component K2 is dispersed, selected from the group consisting of molybdenum, tungsten and alloys and mixtures thereof, whereby the blackening component being present either as (i) a metal or (ii) a substoichiometric-oxidic or a substoichiometric-oxynitride compound of the metal, such that the layer material has a degree of reduction which is defined by an oxygen content of not more than 65% of the stoichiometrically maximum oxygen content, and wherein the fraction "x" of the blackening component K2 being calculated from a weight of its elemental fraction based on a weight of the layer material and being in the range between 20 and 50% by weight. an oxidic matrix based on a base component K1 selected from the group consisting of zinc oxide, tin oxide and/or indium oxide, and on an added component K3 which replaces the base component K1 up to a fraction y between 0 and 75% by weight, and which is selected from the group consisting of niobium oxide, hafnium oxide, titanium oxide, tantalum oxide, vanadium oxide, yttrium oxide, zirconium oxide, aluminum oxide and mixtures thereof; and whereby in the matrix a blackening component K2 is dispersed, selected from the group consisting of molybdenum, tungsten and alloys and mixtures thereof, whereby the blackening component being present either as (i) a metal or (ii) a substoichiometric-oxidic or a substoichiometric-oxynitride compound of the metal, such that the layer material has a degree of reduction which is defined by an oxygen content of not more than 65% of the stoichiometrically maximum oxygen content, and wherein the fraction "x" of the blackening component K2 being calculated from a weight of its elemental fraction based on a weight of the layer material and being in the range between 20 and 50% by weight.
A rotorcraft comprising: an array of lift devices wherein the array of lift devices comprises a first group of lift devices; a second group of lift devices, the second group being tiltable, in flight, relative to the first group; a pilot housing that hangs directly below the centroid axis of the rotorcraft when the rotorcraft is horizontal; connecting lines attaching the pilot housing to the array of lift devices; and an actuator interface at the pilot housing such that the pilot can steer the rotorcraft. an array of lift devices wherein the array of lift devices comprises a first group of lift devices; a second group of lift devices, the second group being tiltable, in flight, relative to the first group; a pilot housing that hangs directly below the centroid axis of the rotorcraft when the rotorcraft is horizontal; connecting lines attaching the pilot housing to the array of lift devices; and an actuator interface at the pilot housing such that the pilot can steer the rotorcraft.
Method for treating a solid-body surface, comprising the following steps: (a) Providing a fluid reaction medium, (b) Supplying the fluid reaction medium to at least one processing zone of the solid-body surface, (c) Irradiating the fluid reaction medium in the processing zone with laser radiation, the laser focus of which is arranged at a distance from the solid-body surface in the fluid reaction medium, such that fluid reaction medium excited by the laser radiation interacts with the solid-body surface in the processing zone, characterised in that the laser radiation has a pulse duration of less than 50 ps, a power density greater than 10 13 W/cm 2 in the laser focus, and a pulse energy of less than 10 mJ, and that the laser focus is positioned at a distance greater than 10 μm from the solid-body surface, and that an external shape of an enclosing of the excited reaction medium is set, and that the external shape of the enclosing is formed by shaping a focus geometry of the laser focus and/or by a relative movement of the laser focus with respect to the fluid reaction medium and/or by a locally varied distribution of the fluid reaction medium in the processing zone. (a) Providing a fluid reaction medium, (b) Supplying the fluid reaction medium to at least one processing zone of the solid-body surface, (c) Irradiating the fluid reaction medium in the processing zone with laser radiation, the laser focus of which is arranged at a distance from the solid-body surface in the fluid reaction medium, such that fluid reaction medium excited by the laser radiation interacts with the solid-body surface in the processing zone,
An electric machine, especially for a current generating unit for extending the range of an electric vehicle, comprising a cylindrical housing part, especially produced by casting, for accommodating a stator and a rotor, said housing part containing at least one cooling channel arrangement through which a coolant flows in a meandering manner, wherein the cooling channel arrangement comprises a plurality of substantially parallel cooling chambers which extend substantially in the axial direction of the electric machine, which are preferably co-cast and which are provided with an open configuration on at least one first front side of the housing part, wherein at least one cooling chamber is defined by walls preferably extending substantially in the axial direction, and a deflecting device which is spaced from the walls is introduced into at least one cooling chamber from the first front side, wherein the cooling chambers are flow-connected to a cooling chamber, wherein the cooling chamber is arranged in an annular way in the region of the first front side between an initial area and an end area, characterised in that the deflecting device is inserted into a receiver of the housing part, said receiver being arranged in the region of the first front side, from the first front side in at least one cooling chamber.
Cosmetic method for regulating hair shape, comprising controlling the expression of a hair shape susceptibility gene, wherein the gene overlaps with a haplotype block in 1q21.3 region (D1S2696 to D1S2346) of human chromosome 1 and comprises a portion or the entirety of the base sequence of the haplotype block, wherein the haplotype block is determined by a linkage disequilibrium analysis conducted on a single nucleotide polymorphism marker whose allele frequency differs statistically significantly between a group having a curly hair trait and a group having a non-curly hair trait, and consists of a base sequence set forth in any one of SEQ ID NO: 1 to NO: 5, and wherein the gene is selected from the group consisting of ANXA9, CRCT1, LCE2B, LCE2A and IVL, with the proviso that the modification of the germ line genetic identity of human beings is excluded.
A sensor arrangement for detecting the proximity of a ferrous target, the sensor arrangement comprising a sensor module including a magnetic field source and a Hall effect device, the magnetic field source is an electromagnetic solenoid, characterised in that the sensor arrangement includes a control unit which receives an electrical output signal from the Hall effect device and supplies a drive current signal to the electromagnetic solenoid, wherein the control unit includes a closed loop control circuit arranged to receive the electrical output signal of the Hall effect device and operable to modulate the drive current signal of the electromagnetic solenoid so as to maintain the magnetic field strength in a region between the Hall effect device and the ferrous target at a substantially constant level.
A light source device comprising: a laser light source module; a pipe through which a cooling refrigerant flows; a heat block; and a vessel which is arranged below said heat block and receives dew condensation water which is generated on a surface of said heat block by condensation and drops, wherein said vessel has an opening portion which opens upward, characterized in that said light source device further comprises an electric terminal portion arranged on a lower surface of said laser light source module for supplying electricity to said laser light source module; said heat block thermally joins said laser light source module and said pipe to each other; a plan view profile of said opening portion is larger than a plan view profile of said heat block; said heat block has a groove portion formed in a peripheral portion of a joint portion between said heat block and said laser light source module; and said electric terminal portion is arranged above said groove portion. a laser light source module; a pipe through which a cooling refrigerant flows; a heat block; and a vessel which is arranged below said heat block and receives dew condensation water which is generated on a surface of said heat block by condensation and drops, wherein said vessel has an opening portion which opens upward, characterized in that said light source device further comprises an electric terminal portion arranged on a lower surface of said laser light source module for supplying electricity to said laser light source module; said heat block thermally joins said laser light source module and said pipe to each other; a plan view profile of said opening portion is larger than a plan view profile of said heat block; said heat block has a groove portion formed in a peripheral portion of a joint portion between said heat block and said laser light source module; and said electric terminal portion is arranged above said groove portion.
Method for identifying a position of a mobile, in particular autonomous, robotic vehicle relative to a boundary conductor surrounding a defined zone, having following steps: - providing an electric current and a pseudo-random boundary signal, - generating a current signal by use of the electric current and the pseudo-random boundary signal, - feeding the current signal to the boundary conductor, such that an alternating electromagnetic field is generated, - detecting magnetic field variations that originate from the alternating electromagnetic field, in particular by means of a voltage induced by magnetic field variations, and generating a receive signal from the magnetic field variations, - evaluating the receive signal, with the generation of at least one reconstructed boundary signal, - providing a reference signal that is substantially identical to the pseudo-random boundary signal, - executing a pattern recognition method, in particular a correlation method, in order to ascertain a correlation value between the reference signal and the reconstructed boundary signal, - determining the position inside or outside the defined zone, in dependence on the ascertained correlation value, characterized in that the electric current and/or the pseudo-random boundary signal are/is amplitude-modulated with a modulation signal, such that the current signal is amplitude-modulated. - providing an electric current and a pseudo-random boundary signal, - generating a current signal by use of the electric current and the pseudo-random boundary signal, - feeding the current signal to the boundary conductor, such that an alternating electromagnetic field is generated, - detecting magnetic field variations that originate from the alternating electromagnetic field, in particular by means of a voltage induced by magnetic field variations, and generating a receive signal from the magnetic field variations, - evaluating the receive signal, with the generation of at least one reconstructed boundary signal, - providing a reference signal that is substantially identical to the pseudo-random boundary signal, - executing a pattern recognition method, in particular a correlation method, in order to ascertain a correlation value between the reference signal and the reconstructed boundary signal, - determining the position inside or outside the defined zone, in dependence on the ascertained correlation value,
Method for the preparation of an aqueous chlorine dioxide solution with a concentration of chlorine dioxide in the range from 0.3 to 4.5% by weight, comprising the steps: (a) providing chlorite, (b) providing peroxodisulfate, (c) combining chlorite and peroxodisulfate in an aqueous system and in a molar ratio of peroxodisulfate to chlorite [S 2 O 8 2-] / [ClO 2 -] of greater than 1 under formation of the aqueous chlorine dioxide solution, wherein no additional buffer is added for the preparation of the aqueous chlorine dioxide solution. (a) providing chlorite, (b) providing peroxodisulfate, (c) combining chlorite and peroxodisulfate in an aqueous system and in a molar ratio of peroxodisulfate to chlorite [S 2 O 8 2-] / [ClO 2 -] of greater than 1 under formation of the aqueous chlorine dioxide solution,
A multipurpose tool comprising: a plurality of handles comprising a first handle and a second handle (12") configured for relative movement between a closed position and an open position, wherein the first handle extends between opposed ends (12a, 12b); a bit driver coupled to the second handle (12"), wherein the bit driver comprises a bit chamber defining an opening configured to receive a bit (23"') along an axis; and a body member coupled to the first handle, wherein the body member overlaps with the second handle (12") when the multipurpose tool is in the closed position such that the body member intersects the axis to thereby prevent the bit (23"') from falling out of the bit chamber when the multipurpose tool is in the closed position, characterized in that the body member defines an impact surface proximate one end of the multipurpose tool that is configured to withstand impact and that extends perpendicularly to the first handle; wherein the first handle comprises a pair of sidewalls (26a,26b), and wherein the body member is positioned at least partially between the sidewalls (26a,26b) of the first handle. a plurality of handles comprising a first handle and a second handle (12") configured for relative movement between a closed position and an open position, wherein the first handle extends between opposed ends (12a, 12b); a bit driver coupled to the second handle (12"), wherein the bit driver comprises a bit chamber defining an opening configured to receive a bit (23"') along an axis; and a body member coupled to the first handle, wherein the body member overlaps with the second handle (12") when the multipurpose tool is in the closed position such that the body member intersects the axis to thereby prevent the bit (23"') from falling out of the bit chamber when the multipurpose tool is in the closed position, characterized in that the body member defines an impact surface proximate one end of the multipurpose tool that is configured to withstand impact and that extends perpendicularly to the first handle; wherein the first handle comprises a pair of sidewalls (26a,26b), and wherein the body member is positioned at least partially between the sidewalls (26a,26b) of the first handle.
A projection optical system for an image projection device, the projection optical system comprising a plurality of lenses (L1-L7), wherein the projection optical system satisfies conditional expression 1: 0.01 ≤ f f w < 0.34 where fw is a focal length of a lens having the weakest refractive power in the lenses and f is a focal length of the whole projection optical system; wherein each of the lenses (L1-L7) is a single lens, a lens group (L1-L3; L1-L4) on a magnification side than a fixed aperture stop has a positive or negative refractive power, a lens group (L4-L7; L5-L7) on a reduction side than the fixed aperture stop has a positive refractive power, any one of the lens groups on a magnification side (L1-L3; L1-L4) and on a reduction side (L4-L7; L5-L7)of the fixed aperture stop includes the lens having the weakest refractive power in the lenses, and the lens having the weakest refractive power has a concave shape on a magnification side and a convex shape on a reduction side; and the projection optical system satisfies conditional expression 2: 1 f w < 1.3 × 10 − 2 where fw is a focal length of the lens having the weakest refractive power, in mm.. the projection optical system satisfies conditional expression 1: 0.01 ≤ f f w < 0.34 where fw is a focal length of a lens having the weakest refractive power in the lenses and f is a focal length of the whole projection optical system; wherein each of the lenses (L1-L7) is a single lens, a lens group (L1-L3; L1-L4) on a magnification side than a fixed aperture stop has a positive or negative refractive power, a lens group (L4-L7; L5-L7) on a reduction side than the fixed aperture stop has a positive refractive power, any one of the lens groups on a magnification side (L1-L3; L1-L4) and on a reduction side (L4-L7; L5-L7)of the fixed aperture stop includes the lens having the weakest refractive power in the lenses, and the lens having the weakest refractive power has a concave shape on a magnification side and a convex shape on a reduction side; and the projection optical system satisfies conditional expression 2: 1 f w < 1.3 × 10 − 2 where fw is a focal length of the lens having the weakest refractive power, in mm..
Microwave device for tissue ablation comprising an antenna, a metal cannula inside which there are arranged an external conductor and an internal conductor of the antenna between which a layer of electrically insulating material is interposed, a penetrating tip connected to the antenna, a reinforcing element connected to a distal end of said cannula, said penetrating tip being connected to a distal end of said reinforcing element, said reinforcing element being provided with an axial hole a distal end of which is provided with internal threading, characterised in that it further comprises a bush connected to a distal end of said antenna, said bush being inserted into said axial hole and coming into contact with a shank of the penetrating tip.
Process for the production of paper, cardboard or similar products, according to which a mixture of cellulose fibres, at least one retention agent, at least one mineral filler made of filler fibres, and one solvent, e.g. water, is produced and dried on a sieve in order to obtain a paper web, characterised in that the cellulose fibres and the filler fibres are adapted to each other with regards to at least one of the properties a) length, b) diameter and c) length ratio (length/diameter). a) length, b) diameter and c) length ratio (length/diameter).
An electromagnetic induction type power supply device comprising: a current transformer module comprising a plurality of current transformers, which induces, by electromagnetic induction, a secondary current from a primary current flowing in a line to output power; a power supply module comprising a plurality of power converting units, which converts the power output from the plurality of current transformers into direct current power and outputs the converted power; and a power summing unit summing the DC power output from the plurality of power converting units to provide the summed power to a load, wherein at least one of the current transformers is a separable current transformer that is added to or removed from the line, and the at least one of power converting unit further comprises a damping circuit unit for adjusting magnetization of the current transformer to be separated from the line of the current transformer module. a current transformer module comprising a plurality of current transformers, which induces, by electromagnetic induction, a secondary current from a primary current flowing in a line to output power; a power supply module comprising a plurality of power converting units, which converts the power output from the plurality of current transformers into direct current power and outputs the converted power; and a power summing unit summing the DC power output from the plurality of power converting units to provide the summed power to a load, wherein at least one of the current transformers is a separable current transformer that is added to or removed from the line, and the at least one of power converting unit further comprises a damping circuit unit for adjusting magnetization of the current transformer to be separated from the line of the current transformer module.
An evacuation system for an aircraft, comprising: a packboard; an inflatable configured to be packed into the packboard; a blow-out panel for the packboard, the blow-out panel having an outboard surface comprising an air-flow surface and having an inner surface; a first strap coupled to the inner surface of the blow-out panel and to the packboard; and a second strap coupled to the inner surface of the blow-out panel and to the inflatable, wherein the first strap is coupled to the blow-out panel in close proximity to a first edge of the blow-out panel and the second strap is coupled to the blow-out panel in close proximity to a second edge of the blow-out panel, the first edge being positioned opposite the second edge of the blow-out panel. a packboard; an inflatable configured to be packed into the packboard; a blow-out panel for the packboard, the blow-out panel having an outboard surface comprising an air-flow surface and having an inner surface; a first strap coupled to the inner surface of the blow-out panel and to the packboard; and a second strap coupled to the inner surface of the blow-out panel and to the inflatable, wherein the first strap is coupled to the blow-out panel in close proximity to a first edge of the blow-out panel and the second strap is coupled to the blow-out panel in close proximity to a second edge of the blow-out panel, the first edge being positioned opposite the second edge of the blow-out panel.
A lighting device, comprising: Phosphors; a porous material; and an electron field emitter, characterized in that the emitter is interposed between the phosphors and a surface to be irradiated with light of the lighting device, and the porous material has heat conductivity and is impregnated with the phosphors. Phosphors; a porous material; and an electron field emitter, characterized in that the emitter is interposed between the phosphors and a surface to be irradiated with light of the lighting device, and the porous material has heat conductivity and is impregnated with the phosphors.
Carrying device for receiving pipeline elements in a surface coating installation, having: - a main body, - an attachment section which is formed on the main body and which serves for the attachment of the carrying device to a ceiling-mounted conveying mechanism, and - multiple cantilevers extending laterally from the main body, characterized in that, on each cantilever, there is arranged a receptacle with support feet (12, 12') arranged in pairwise fashion and spaced apart from one another, wherein the support feet (12, 12') are configured to come into contact with in each case one outer wall section of a pipeline element in order to hold the pipeline element between the support feet (12, 12'). - a main body, - an attachment section which is formed on the main body and which serves for the attachment of the carrying device to a ceiling-mounted conveying mechanism, and - multiple cantilevers extending laterally from the main body,
A composition comprising a bacterial strain of the genus Blautia hydrogenotrophica having a 16s rRNA sequence that is at least 95% identical to SEQ ID NO:5, for use in a method of reducing the level of pathogenic Enterobacteriaceae in the gastrointestinal tract.