mhurhangee/ep-ind-claims huggingface dataset:
A process for producing an optical effect layer on a substrate, said process comprising the steps of: a) applying on a substrate surface a radiation curable coating composition comprising i) platelet-shaped magnetic or magnetizable pigment particles and ii) a binder, said radiation curable composition being in a first state, b) exposing the radiation curable coating composition to a dynamic magnetic field of a magnetic assembly comprising a Halbach cylinder assembly comprising either i) three or more magnet bars and a single magnet-wire coil surrounding said assembly, or ii) three or more magnet bars, a pole piece encompassing said assembly and comprising two poles facing said assembly, each pole being surrounded by a magnet-wire coil, or iii) three or more structures, each of said three or more structures comprising a magnet bar and a magnet-wire coil surrounding said magnet bar, so as to bi-axially orient at least a part of the platelet-shaped magnetic or magnetizable pigment particles, said three or more magnet bars being transversally magnetized, and c) at least partially curing the radiation curable coating composition of step b) to a second state so as to fix the platelet-shaped magnetic or magnetizable pigment particles in their adopted positions and orientations, said step c) being carried out partially simultaneously or simultaneously with step b). a) applying on a substrate surface a radiation curable coating composition comprising i) platelet-shaped magnetic or magnetizable pigment particles and ii) a binder, said radiation curable composition being in a first state, b) exposing the radiation curable coating composition to a dynamic magnetic field of a magnetic assembly comprising a Halbach cylinder assembly comprising either i) three or more magnet bars and a single magnet-wire coil surrounding said assembly, or ii) three or more magnet bars, a pole piece encompassing said assembly and comprising two poles facing said assembly, each pole being surrounded by a magnet-wire coil, or iii) three or more structures, each of said three or more structures comprising a magnet bar and a magnet-wire coil surrounding said magnet bar, so as to bi-axially orient at least a part of the platelet-shaped magnetic or magnetizable pigment particles, said three or more magnet bars being transversally magnetized, and c) at least partially curing the radiation curable coating composition of step b) to a second state so as to fix the platelet-shaped magnetic or magnetizable pigment particles in their adopted positions and orientations, said step c) being carried out partially simultaneously or simultaneously with step b).
A method for adjusting the primary side of an X-ray diffractometer, wherein the primary side comprises a collimator, an X-ray optics, and an X-ray source, in particular an X-ray tube, wherein the collimator, the X-ray optics and the X-ray source are mounted directly or indirectly on a base structure, and wherein the orientation and position of the X-ray optics and the position of the X-ray source are adjusted relative to the base structure, characterized in that the orientation and position of the X-ray optics and the position of the X-ray source relative to the base structure are measured and set at predetermined target values (206, 208), so that with these set target values, X-ray radiation emanating from the X-ray source and conditioned by the X-ray optics is detectable at the output end of the collimator, and that the measurement of the orientation and position of the X-ray optics and of the position of the X-ray source relative to the base structure is performed with one or more measurement devices indirectly with respect to a reference body, which is designed in a defined manner and is positioned in a defined manner relative to the base structure, wherein the one or more measurement devices are arranged on the reference body and/or all measurement sites (31a-31d, 32a-32d, 33a-33b) for the one or the more measurement devices are formed on the reference body, and wherein the reference body is arranged on the base structure only temporarily during adjustment of the primary side but not during an ongoing measuring operation.
Pass-through dishwasher comprising: a boiler with a boiler heater to heat fresh water and a temperature sensor to determine the temperature of the fresh water in the boiler, a power controller, and a temperature control unit for continuous monitoring the fresh-water temperature in the boiler by means of the temperature sensor, characterized in that the boiler is adapted to make fresh water available for items to be rinsed within a rinse cycle; the power controller is adapted to detect the low-voltage net that the pass-through dishwasher is connected to; and the temperature control unit is adapted to continually to monitor the fresh-water temperature in the boiler by means of the temperature sensor, while the pass-through dishwasher is in a standby mode and the power supply to the boiler heater is regulated in the standby mode of the pass-through dishwasher such that the water temperature in the boiler does not fall below a respective pre-set minimum boiler temperature, wherein the respective pre-set minimum boiler temperature is selected depending on the power level of the detected low-voltage net so that, within a rinse cycle, the fresh water for rinsing is made available from the boiler in the desired amount at the desired temperature and at the desired point in time within the rinse cycle to enable hygienic dish-washing operation. a boiler with a boiler heater to heat fresh water and a temperature sensor to determine the temperature of the fresh water in the boiler, a power controller, and a temperature control unit for continuous monitoring the fresh-water temperature in the boiler by means of the temperature sensor, characterized in that the boiler is adapted to make fresh water available for items to be rinsed within a rinse cycle; the power controller is adapted to detect the low-voltage net that the pass-through dishwasher is connected to; and the temperature control unit is adapted to continually to monitor the fresh-water temperature in the boiler by means of the temperature sensor, while the pass-through dishwasher is in a standby mode and the power supply to the boiler heater is regulated in the standby mode of the pass-through dishwasher such that the water temperature in the boiler does not fall below a respective pre-set minimum boiler temperature, wherein the respective pre-set minimum boiler temperature is selected depending on the power level of the detected low-voltage net so that, within a rinse cycle, the fresh water for rinsing is made available from the boiler in the desired amount at the desired temperature and at the desired point in time within the rinse cycle to enable hygienic dish-washing operation.
A transportable, modular kitchen system for feeding a plurality of people, comprising a first module and at least one further module (14, 16), with the first module comprising a sink and a first transport box having at least one first side face which forms a first kitchen working surface during operation as a kitchen, and with the further module (14, 16) comprising a cooking appliance (30, 34) and a further transport box (20, 22) having at least one further side face which forms a further kitchen working surface during operation as a kitchen, wherein the first and the further transport boxes (18, 20, 22) each have a top side, a bottom side and side walls (40, 42) which together define a respective interior space, characterized in that the cooking appliance (30, 34) and the sink each are stand-alone devices which can selectively be stored in the interior space of the respective transport box (12, 14, 16) or can be used according to their functionality separately from the respective transport box (12, 14, 16), wherein the first transport box comprises first securing elements (58, 64) for securing the sink in the interior space of the first transport box during transport, wherein the further transport box (14, 16) comprises further securing elements for securing the cooking appliance (30, 34) in the interior space of the further transport box (14, 16) during transport, wherein the first and the further side faces (24, 26) each have a smooth stainless steel surface, wherein the top sides of the first and the further transport boxes (12, 14, 16) each are smooth stainless steel surfaces and are thus designed as additional kitchen working surfaces, and wherein at least one of the modules (12, 14, 16) comprises a set of table legs designed to form a free-standing working table together with the first or further side faces (24, 26), wherein said side faces (24, 26) can be completely separated from the respective transport box (18, 20, 22).
A system for measuring a radar cross section of an object, the system comprising: a frame having a first end and a second end, the frame being attached to a ground plane at or proximate to the first end, the frame extending upwardly from the ground plane to the second end; a measurement module coupled to the frame and comprising one or more radar antennas, wherein: the measurement module is moveable along the frame between the first end and the second end, characterised in the measurement module being configured to rotate about an axis such that the orientation of the measurement module with respect to the frame may be changed; and a cavity recessed in the ground plane and located at or proximate to the first end of the frame, such that the measurement module is at least partially within the cavity when at the first end of the frame. a frame having a first end and a second end, the frame being attached to a ground plane at or proximate to the first end, the frame extending upwardly from the ground plane to the second end; a measurement module coupled to the frame and comprising one or more radar antennas, wherein: the measurement module is moveable along the frame between the first end and the second end, characterised in the measurement module being configured to rotate about an axis such that the orientation of the measurement module with respect to the frame may be changed; and the measurement module is moveable along the frame between the first end and the second end, characterised in the measurement module being configured to rotate about an axis such that the orientation of the measurement module with respect to the frame may be changed; and a cavity recessed in the ground plane and located at or proximate to the first end of the frame, such that the measurement module is at least partially within the cavity when at the first end of the frame.
A method for image processing, the method comprising: receiving first and second pattern exemplars (211, 311, 212) corresponding respectively to first and second patterns for use in a composite image, and a blend map (214, 314) for merging the first and second pattern exemplars (211, 311, 212); characterized by determining a first target image (221, 321) corresponding to the first pattern exemplar and including a first plurality of one of pixels or texels, utilizing a correspondence search process based on the blend map (214, 314), wherein each of the first plurality of pixels or texels is synthesized using a respective blended search neighborhood (330a-330h) generated from a blend of corresponding neighborhoods in the first and second pattern exemplars (211, 311, 212) based on the blend map to search the first pattern exemplar; determining a second target image corresponding to the second pattern exemplar and including a second plurality of one of pixels or texels, utilizing the correspondence search process based on the blend map (214, 314), wherein each of the second plurality of pixels or texels is synthesized using a respective blended search neighborhood generated from the blend of corresponding neighborhoods in the first and second pattern exemplars (211, 311, 212) based on the blend map to search the second pattern exemplar; and merging the first and second target images (221, 321, 222) to produce the composite image including the first and second patterns, wherein transitions between the first and second patterns in the composite image are generated automatically in real-time. receiving first and second pattern exemplars (211, 311, 212) corresponding respectively to first and second patterns for use in a composite image, and a blend map (214, 314) for merging the first and second pattern exemplars (211, 311, 212); characterized by determining a first target image (221, 321) corresponding to the first pattern exemplar and including a first plurality of one of pixels or texels, utilizing a correspondence search process based on the blend map (214, 314), wherein each of the first plurality of pixels or texels is synthesized using a respective blended search neighborhood (330a-330h) generated from a blend of corresponding neighborhoods in the first and second pattern exemplars (211, 311, 212) based on the blend map to search the first pattern exemplar; determining a second target image corresponding to the second pattern exemplar and including a second plurality of one of pixels or texels, utilizing the correspondence search process based on the blend map (214, 314), wherein each of the second plurality of pixels or texels is synthesized using a respective blended search neighborhood generated from the blend of corresponding neighborhoods in the first and second pattern exemplars (211, 311, 212) based on the blend map to search the second pattern exemplar; and merging the first and second target images (221, 321, 222) to produce the composite image including the first and second patterns, wherein transitions between the first and second patterns in the composite image are generated automatically in real-time.
An adjuvant for soil or foliar applied agrochemicals, containing: 40% by weight of N-150 base paraffin oil having a viscosity of 27 mm 2 /s at 40°C and a density of 0.85 g/cm 3 at 15°C, and, 40% by weight of methyl ester of fatty acids of rapeseed oil having a viscosity of 4 mm 2 /s at 20°C and a density of 0.85 g/cm 3 and 20% by weight of an emulsifying-wetting component, characterised in that the emulsifying-wetting component is a multicomponent mixture of surfactants having emulsifying and wetting properties which is: a) 5% by weight of ethoxylated coconut alkyldimethylamine, b) 5% by weight of ethoxylated castor oil, c) 2% by weight of C16-18 ethoxylated alkyl amine and d) 8% by weight of composition of surfactants of polymer nature is: 4% by weight of phosphate diethanolamine salts of C12-14 polyethoxylated alcohol, and 2% by weight of C9-11 linear ethoxylated alcohol, and 2% by weight of sodium salt of succinic acid monoester of oxethylated nonylphenol. 40% by weight of N-150 base paraffin oil having a viscosity of 27 mm 2 /s at 40°C and a density of 0.85 g/cm 3 at 15°C, and, 40% by weight of methyl ester of fatty acids of rapeseed oil having a viscosity of 4 mm 2 /s at 20°C and a density of 0.85 g/cm 3 and 20% by weight of an emulsifying-wetting component, characterised in that the emulsifying-wetting component is a multicomponent mixture of surfactants having emulsifying and wetting properties which is: a) 5% by weight of ethoxylated coconut alkyldimethylamine, b) 5% by weight of ethoxylated castor oil, c) 2% by weight of C16-18 ethoxylated alkyl amine and d) 8% by weight of composition of surfactants of polymer nature is: 4% by weight of phosphate diethanolamine salts of C12-14 polyethoxylated alcohol, and 2% by weight of C9-11 linear ethoxylated alcohol, and 2% by weight of sodium salt of succinic acid monoester of oxethylated nonylphenol. a) 5% by weight of ethoxylated coconut alkyldimethylamine, b) 5% by weight of ethoxylated castor oil, c) 2% by weight of C16-18 ethoxylated alkyl amine and d) 8% by weight of composition of surfactants of polymer nature is: 4% by weight of phosphate diethanolamine salts of C12-14 polyethoxylated alcohol, and 2% by weight of C9-11 linear ethoxylated alcohol, and 2% by weight of sodium salt of succinic acid monoester of oxethylated nonylphenol. 4% by weight of phosphate diethanolamine salts of C12-14 polyethoxylated alcohol, and 2% by weight of C9-11 linear ethoxylated alcohol, and 2% by weight of sodium salt of succinic acid monoester of oxethylated nonylphenol.
Device for attaching a slat of a slatted bed base to an edge of the slatted bed base, wherein the device comprises a first member which is provided for attachment to the inner side of the edge of the slatted bed base, wherein on the first member means are provided for connecting the first member to a lower end of a second member, wherein the second member extends between an upper end and the lower end, wherein the second member comprises first flexible connecting means for vertically flexibly connecting the upper and the lower end of the second member, wherein the upper end is connected to an end piece of the device with at least two holders (14, 15), respectively provided with at least one slot, of the end piece for receiving the end of at least one slat of the slatted bed base, wherein the holder is flexibly connected by second flexible connecting means different from the first flexible connecting means to the upper end of the second member, the second flexible connecting means extending below the upper end, characterized in that the second flexible connecting means flexibly connect the holder, flexing along a rotational direction around a rotation axis which is positioned in a longitudinal direction of the slat, to the upper end of the second member, that the end piece comprises a top surface for supporting a mattress, and that the end piece comprises a supporting part which extends between the two holders (14, 15), wherein, to further enable the flexible connection along the rotational direction, a slit is present, which extends between the supporting part and the respective holders (14, 15).
A propulsion system for an aircraft comprising: a first fuel reservoir configured for storing hydrogen (H2-1); a second fuel reservoir configured for storing a hydrocarbon fuel; a gas turbine engine comprising a fuel injection unit comprising: a hydrogen pilot burner in fluid communication with the first fuel reservoir via a first flow control valve; a dual fuel main burner in fluid communication with the first fuel reservoir via a second flow control valve and in fluid communication with the second fuel reservoir via a third flow control valve; a control system operable to control: the first flow control valve to control the flow of hydrogen (H2-1) from the first fuel reservoir to the hydrogen pilot burner; the second flow control valve to control the flow of hydrogen from the first fuel reservoir to the dual fuel main burner; the third flow control valve to control the flow of the hydrocarbon fuel from the second fuel reservoir to the dual fuel main burner. a first fuel reservoir configured for storing hydrogen (H2-1); a second fuel reservoir configured for storing a hydrocarbon fuel; a gas turbine engine comprising a fuel injection unit comprising: a hydrogen pilot burner in fluid communication with the first fuel reservoir via a first flow control valve; a dual fuel main burner in fluid communication with the first fuel reservoir via a second flow control valve and in fluid communication with the second fuel reservoir via a third flow control valve; a control system operable to control: the first flow control valve to control the flow of hydrogen (H2-1) from the first fuel reservoir to the hydrogen pilot burner; the second flow control valve to control the flow of hydrogen from the first fuel reservoir to the dual fuel main burner; the third flow control valve to control the flow of the hydrocarbon fuel from the second fuel reservoir to the dual fuel main burner. a hydrogen pilot burner in fluid communication with the first fuel reservoir via a first flow control valve; a dual fuel main burner in fluid communication with the first fuel reservoir via a second flow control valve and in fluid communication with the second fuel reservoir via a third flow control valve; a control system operable to control: the first flow control valve to control the flow of hydrogen (H2-1) from the first fuel reservoir to the hydrogen pilot burner; the second flow control valve to control the flow of hydrogen from the first fuel reservoir to the dual fuel main burner; the third flow control valve to control the flow of the hydrocarbon fuel from the second fuel reservoir to the dual fuel main burner. the first flow control valve to control the flow of hydrogen (H2-1) from the first fuel reservoir to the hydrogen pilot burner; the second flow control valve to control the flow of hydrogen from the first fuel reservoir to the dual fuel main burner; the third flow control valve to control the flow of the hydrocarbon fuel from the second fuel reservoir to the dual fuel main burner.
A genetically modified microorganism capable of producing a polymer consisting of a linear main chain of β-D- -glucopyranosyl units having a single β-D-glucopyranosyl unit linked to a β-D-glucopyranosyl unit of the linear main chain with an average branching degree of about 0.3, characterized in that said genetically modified microorganism overexpresses (i) a polynucleotide encoding a polypeptide having 1,3-β-D-glucan synthase-activity, and/or (ii) a polypeptide having 1,3-β-D-glucan synthase-activity, compared to a corresponding non-modified control microorganism of the same strain, wherein said polymer is selected from the group consisting of schizophyllan and scleroglucan, and wherein said microorganism is Schizophyllum commune.
A method for predicting obesity-related cancer aggressiveness in a subject, wherein the obesity-related cancer is one cancer selected from the group consisting of breast cancer, prostate cancer, uterine cancer, ovarian cancer, colon cancer, kidney cancer, pancreatic cancer, lung cancer, and hepatocellular cancer, the method comprising the steps of: (a) assaying a biological sample derived from a subject to determine whether the subject is infected with an adipogenic adenovirus; and (b) predicting a more aggressive form of obesity-related cancer in the subject if the subject is infected with an adipogenic adenovirus relative to if the subject is not infected with an adipogenic adenovirus. (a) assaying a biological sample derived from a subject to determine whether the subject is infected with an adipogenic adenovirus; and (b) predicting a more aggressive form of obesity-related cancer in the subject if the subject is infected with an adipogenic adenovirus relative to if the subject is not infected with an adipogenic adenovirus.