mhurhangee/patent-ind-claim-en huggingface dataset:
A color conversion element comprising: a substrate and a wavelength conversion layer disposed on the substrate ; one or more low refractive layers which are disposed on top of and/or under the wavelength conversion layer relative to the substrate and have a lower refractive index than the wavelength conversion layer; and one or more capping layers (CL) which are disposed between the wavelength conversion layer and the one or more low refractive layers and/or on a surface opposite to a surface of each of the low refractive layers which faces the wavelength conversion layer, wherein each of the one or more low refractive layers comprises inorganic particles, each of the inorganic particles including a shell and a hole defined in the shell and surrounded by the shell, characterized in that each of the one or more capping layers (CL) is made of an inorganic layer. a substrate and a wavelength conversion layer disposed on the substrate ; one or more low refractive layers which are disposed on top of and/or under the wavelength conversion layer relative to the substrate and have a lower refractive index than the wavelength conversion layer; and one or more capping layers (CL) which are disposed between the wavelength conversion layer and the one or more low refractive layers and/or on a surface opposite to a surface of each of the low refractive layers which faces the wavelength conversion layer, wherein each of the one or more low refractive layers comprises inorganic particles, each of the inorganic particles including a shell and a hole defined in the shell and surrounded by the shell, characterized in that each of the one or more capping layers (CL) is made of an inorganic layer.
A sealing material composition comprising 100 parts by mass of a polymer of farnesene (A) and from 110 to 800 parts by mass of a filler (B), wherein the polymer (A) is a homopolymer of β-farnesene or a copolymer comprising a monomer unit derived from β-farnesene, the bond structure included in the copolymer comprising a monomer unit derived from β-farnesene being a random type of bonds, wherein the polymer (A) is optionally modified with a functional group-containing modifier, and wherein the filler (B) is calcium carbonate.
A weighing device applicable in a removable manner to the fork of a fork lift or of a lifter and comprising: - An upper strip to support the load to weigh, the upper strip having a superior surface and an inferior surface (3"); - A weighing device arranged in such a way as to detect the weight of a load overlying the upper strip, the weighing device comprising at least two load cells distanced between them and arranged below the upper strip; characterized in that : - It comprises further a magnetic element adapted to allow the magnetic attachment of the upper strip to the fork, the magnetic element being in the shape of a magnetic strip connected in correspondence of the inferior surface (3"); - The inferior surface (3") having a shape so as to lodge the magnetic strip and adapted for inserting the magnetic strip and the load cells, the magnetic strip being adapted to close the upper strip when inserted, - The weighing device further comprising an electronic card lodged into the site and programmed to send to an external device the detected weight data, the electronic card being further configured to communicate in wireless modality with said external device for the reading of the detected weight data. - An upper strip to support the load to weigh, the upper strip having a superior surface and an inferior surface (3"); - A weighing device arranged in such a way as to detect the weight of a load overlying the upper strip, the weighing device comprising at least two load cells distanced between them and arranged below the upper strip; - It comprises further a magnetic element adapted to allow the magnetic attachment of the upper strip to the fork, the magnetic element being in the shape of a magnetic strip connected in correspondence of the inferior surface (3"); - The inferior surface (3") having a shape so as to lodge the magnetic strip and adapted for inserting the magnetic strip and the load cells, the magnetic strip being adapted to close the upper strip when inserted, - The weighing device further comprising an electronic card lodged into the site and programmed to send to an external device the detected weight data, the electronic card being further configured to communicate in wireless modality with said external device for the reading of the detected weight data.
A storage/parking device for, preferably, vehicles such as for example motor vehicles, bicycles etc., in particular a vertical parking tower, with a plurality of parking gondolas , able to be moved with respect to a basic structure , furthermore with a drive for the parking gondolas which are coupled to one another, and with at least one electrical supply unit and with an associated electrical connecting line on at least one parking gondola , wherein the respective parking gondola is movable between a loading position and a storage position or respectively parking position offset vertically and/or horizontally with respect thereto, characterized in that at least one flexible drag link , movable together with the parking gondolas , is provided for guiding the electrical connecting line .
Method for controlling a pumping station in a hydraulic network that pressurises a medium for conveyance to at least one consumer , in which the pressure is set according to a control curve depending on the volume flow (Q) through the pumping station , characterised by the control curve being formed by a plurality of partial pressure curves (p soll,1 (Q), ..., p soll,n (Q)) that are respectively defined for a volume flow interval (ΔQ 1 , ...,ΔQ n ) from a number (n), corresponding to the plurality, of adjacent volume flow intervals with no gaps (ΔQ 1 , ... ,ΔQ n ) on the basis of pressure and volume flow values of the network that are determined and evaluated for each interval.
A device for non-invasive, through the skin determination of tissue perfusion in post-operative applications by indocyanine green, ICG, fluorescence imaging for visualizing and confirming complete tissue perfusion to a flap, the device comprising: - means for detecting a fluorescence response arising from a bolus of indocyanine green (ICG) in a bloodstream in the tissue; - means for acquiring a temporal sequence of images of the fluorescence response over a period of time; - means for computing and displaying an image wherein each pixel represents a time-integrated fluorescence intensity, time-derivative of the intensity, an elapsed time to achieve peak fluorescence, or a peak fluorescence value over the entire temporal sequence of images; and - means for placing a background label on a region representing background intensity, and a reference label on a well-perfused region on the image, and for normalizing any additionally placed label values to the range between the background label and the reference label for supporting direct normalized quantitative comparison of regions of perfusion on the tissue. - means for detecting a fluorescence response arising from a bolus of indocyanine green (ICG) in a bloodstream in the tissue; - means for acquiring a temporal sequence of images of the fluorescence response over a period of time; - means for computing and displaying an image wherein each pixel represents a time-integrated fluorescence intensity, time-derivative of the intensity, an elapsed time to achieve peak fluorescence, or a peak fluorescence value over the entire temporal sequence of images; and - means for placing a background label on a region representing background intensity, and a reference label on a well-perfused region on the image, and for normalizing any additionally placed label values to the range between the background label and the reference label for supporting direct normalized quantitative comparison of regions of perfusion on the tissue.
Pack having an inner volume in which a coffee ingredient is stored and from which a coffee beverage is extracted when a fluid is introduced inside the pack , said inner volume being defined by sheets of material joined to one another at their edges, such that the inner volume presents a generally plane shape, said pack comprising an inlet chamber configured to accommodate an inflow of fluid that will flow through the coffee ingredient to extract a coffee beverage and at least one outlet duct for delivering the coffee beverage from said inner volume, the pack comprising a fitment assembly , where the inlet chamber and the outlet duct are comprised, the fitment assembly being arranged at the bottom of the pack and being at least partially positioned between two joined edges of the sheets of material, the pack further comprising a filtering element arranged transversely in the sheets of material configuring the container and fixed to the lateral edges of the sheets of material configuring said inner volume, being further configured for preventing the particles of the coffee ingredient from entering the outlet duct when fluid is introduced in the pack and the coffee beverage is extracted, thus preventing these particles from being delivered together with the coffee beverage, the pack also comprising a compartmental channel formed by sealing together the sheets of material under a specific shape, the inlet chamber and the outlet duct being positioned at the bottom of the pack , and compartmental channel delimiting an inner volume defining a primary chamber receiving the incoming flow of fluid injected into the fitment assembly and conveying this flow of fluid upwards into a secondary chamber , the compartmental channel delimiting an inner volume defining this secondary chamber where the coffee ingredient is arranged.
A method for manufacturing a needle-equipped outer tube comprising: preparing a needle pipe , a joint member having a needle insertion hole to which the needle pipe can be inserted, and an outer tube provided with a connection section at one of end portions in an axial direction, and engaging the joint member , in which the needle pipe is inserted in the needle insertion hole , and characterized in that while the joint member is pressed toward the connection section by a pressing member, thermally welding the needle pipe and the joint member as well as the joint member and the connection section to manufacture the needle-equipped outer tube . preparing a needle pipe , a joint member having a needle insertion hole to which the needle pipe can be inserted, and an outer tube provided with a connection section at one of end portions in an axial direction, and engaging the joint member , in which the needle pipe is inserted in the needle insertion hole , and characterized in that while the joint member is pressed toward the connection section by a pressing member, thermally welding the needle pipe and the joint member as well as the joint member and the connection section to manufacture the needle-equipped outer tube .
Production method for a stator for a rotary electric machine , - wherein the stator has a laminated core in which grooves for the windings (9a to 9c) of a multi-phase winding system are formed, - wherein the windings (9a to 9c) of the individual phases are inserted one after the other sequentially into the grooves , - wherein between the insertion of the windings of one of the phases and the insertion of the windings of the next phase, a respective insulating layer of plastic is sprayed at least onto the partial winding overhangs of the windings of the one phase, characterised in that said respective insulating layers are each formed as a mesh-like structure having junctions and brace-like connections running between the junctions . - wherein the stator has a laminated core in which grooves for the windings (9a to 9c) of a multi-phase winding system are formed, - wherein the windings (9a to 9c) of the individual phases are inserted one after the other sequentially into the grooves , - wherein between the insertion of the windings of one of the phases and the insertion of the windings of the next phase, a respective insulating layer of plastic is sprayed at least onto the partial winding overhangs of the windings of the one phase,
Motor vehicle having a cabin at the front and a loading zone at the rear, and an arrangement of an interior storage module on a roof comprising a front transverse part extending over the entire width of a windshield of the vehicle, in front of a driver's seat and of a passenger seat , characterized in that the storage module comprises: - a first zone (Z1), situated on the driver's side, consisting of a portion of the front transverse part extending from a driver's door of the vehicle and measuring between approximately half and two thirds of the total width of the front transverse part , and comprising an access opening situated substantially vertically above a steering wheel of the vehicle, - a second zone (Z2), consisting of a longitudinal element extending toward the rear of the vehicle and between the passenger seat and the driver's seat from the first zone (Z1) and comprising an access opening turned toward the driver, - a third zone (Z3), situated on the passenger side, consisting of a lateral portion of the front transverse part of the storage module extended backward by a longitudinal part extending between the second zone (Z2) and a passenger door of the vehicle and comprising a rear access opening . - a first zone (Z1), situated on the driver's side, consisting of a portion of the front transverse part extending from a driver's door of the vehicle and measuring between approximately half and two thirds of the total width of the front transverse part , and comprising an access opening situated substantially vertically above a steering wheel of the vehicle, - a second zone (Z2), consisting of a longitudinal element extending toward the rear of the vehicle and between the passenger seat and the driver's seat from the first zone (Z1) and comprising an access opening turned toward the driver, - a third zone (Z3), situated on the passenger side, consisting of a lateral portion of the front transverse part of the storage module extended backward by a longitudinal part extending between the second zone (Z2) and a passenger door of the vehicle and comprising a rear access opening .
A fertilizer composition comprising - phosphate rock powder (PRP); - surface-reacted calcium carbonate (SRCC); and - optionally a binder; - wherein the surface-reacted calcium carbonate is a reaction product of natural and/or synthetic calcium carbonate, a H 3 O + donor and a phosphate source. - phosphate rock powder (PRP); - surface-reacted calcium carbonate (SRCC); and - optionally a binder; - wherein the surface-reacted calcium carbonate is a reaction product of natural and/or synthetic calcium carbonate, a H 3 O + donor and a phosphate source.
A floor covering, in particular an internal one, for buildings, comprising: - a sublayer comprising a polymeric binder and at least one accelerator chosen from sources of multivalent cations and weak acids, and, above said sublayer and in direct contact with it, - a top layer at least 1 mm thick and comprising mineral filling material bound by an alkaline silicate. - a sublayer comprising a polymeric binder and at least one accelerator chosen from sources of multivalent cations and weak acids, and, above said sublayer and in direct contact with it, - a top layer at least 1 mm thick and comprising mineral filling material bound by an alkaline silicate.
A fiber preform for a hollow turbine engine vane, the preform comprising a main fiber structure obtained by three-dimensional weaving and including at least one main part ; wherein the main part extends from a first link strip , includes a first main longitudinal portion suitable for forming essentially a pressure side wall of an airfoil , then includes a U-turn bend portion suitable for forming essentially a leading edge or a trailing edge of the airfoil, then includes a second main longitudinal portion facing the first main longitudinal portion and suitable for forming essentially a suction side wall of the airfoil , and terminating at a second link strip ; wherein the first and second link strips are secured to each other and form a link portion of the main fiber structure; wherein the main longitudinal portions are spaced apart so as to form a gap between said main longitudinal portions suitable for forming a hollow in the airfoil; and characterized in that the main part of the preform has a given thickness and the thickness of the preform in the link portion is greater than in the main part of the preform. wherein the main part extends from a first link strip , includes a first main longitudinal portion suitable for forming essentially a pressure side wall of an airfoil , then includes a U-turn bend portion suitable for forming essentially a leading edge or a trailing edge of the airfoil, then includes a second main longitudinal portion facing the first main longitudinal portion and suitable for forming essentially a suction side wall of the airfoil , and terminating at a second link strip ; wherein the first and second link strips are secured to each other and form a link portion of the main fiber structure; wherein the main longitudinal portions are spaced apart so as to form a gap between said main longitudinal portions suitable for forming a hollow in the airfoil; and characterized in that the main part of the preform has a given thickness and the thickness of the preform in the link portion is greater than in the main part of the preform.
Method for creating a virtual three-dimensional representation of a person comprising the steps of: a) acquiring a plurality of images of a person placed in a reference position in an imaging booth b) calculating a raw mesh of said real person by means of photogrammetry characterized in that said step of acquiring the plurality of images consists in recording a series of at least one hundred simultaneous images from image sensors distributed over the inner surface of an ovoid-shaped closed booth provided with an access door, said image sensors being uniformly distributed with respect to the axis of symmetry of said booth. a) acquiring a plurality of images of a person placed in a reference position in an imaging booth b) calculating a raw mesh of said real person by means of photogrammetry
A method for evaluating suitability of a test C1-containing substrate for use in a biological conversion process, the method comprising: (a) feeding a reference C1-containing substrate to a first bioreactor containing a first culture of a C1-fixing microorganism; (b) feeding the test C1-containing substrate to a second bioreactor containing a second culture of the C1-fixing microorganism wherein the test C1-containing substrate is an industrial C1-containing waste stream; and (c) analyzing both gaseous and liquid products of the first and second bioreactors to determine the performance of the first and second bioreactors; wherein the suitability of the test C1-containing substrate is established from a comparison of the performance of the first bioreactor, relative to the performance of the second bioreactor, and wherein the gas testing unit used for carrying out said method comprises said first bioreactor, said second bioreactor and an analytical section configured for analyzing said gaseous and liquid products, said gas testing unit being capable of being housed within a container having a volume of less than about 6 m 3 and transportable to multiple locations, and wherein the gas testing unit is capable of being housed within a box having length, width, and height dimensions of less than about 1.8 meters each. (a) feeding a reference C1-containing substrate to a first bioreactor containing a first culture of a C1-fixing microorganism; (b) feeding the test C1-containing substrate to a second bioreactor containing a second culture of the C1-fixing microorganism wherein the test C1-containing substrate is an industrial C1-containing waste stream; and (c) analyzing both gaseous and liquid products of the first and second bioreactors to determine the performance of the first and second bioreactors;
An exhaust gas control apparatus for an internal combustion engine comprising: a NOx reduction catalyst arranged in an exhaust passage of the internal combustion engine ; a reducing agent tank that stores a reducing agent; a reducing agent supply device configured to supply the reducing agent to the exhaust passage upstream of the NOx reduction catalyst in a flow direction of exhaust gas; a booster configured to boost a pressure of the reducing agent supplied to the reducing agent supply device from the reducing agent tank to a pressure higher than a pressure in the exhaust passage ; a heater configured to heat the reducing agent supplied to the reducing agent supply device from the reducing agent tank ; and an electronic control unit configured to control a temperature of the reducing agent by the heater , the electronic control unit being configured to estimate energy of exhaust gas in the exhaust passage , and the electronic control unit being configured to perform control of raising the temperature of the reducing agent to a first target temperature such that the reducing agent supplied by the reducing agent supply device is brought into a gas-liquid mixed state in the exhaust passage such that the reducing agent is simultaneously liquid and gaseous, when the energy of exhaust gas is lower than a first threshold. a NOx reduction catalyst arranged in an exhaust passage of the internal combustion engine ; a reducing agent tank that stores a reducing agent; a reducing agent supply device configured to supply the reducing agent to the exhaust passage upstream of the NOx reduction catalyst in a flow direction of exhaust gas; a booster configured to boost a pressure of the reducing agent supplied to the reducing agent supply device from the reducing agent tank to a pressure higher than a pressure in the exhaust passage ; a heater configured to heat the reducing agent supplied to the reducing agent supply device from the reducing agent tank ; and an electronic control unit configured to control a temperature of the reducing agent by the heater , the electronic control unit being configured to estimate energy of exhaust gas in the exhaust passage , and the electronic control unit being configured to perform control of raising the temperature of the reducing agent to a first target temperature such that the reducing agent supplied by the reducing agent supply device is brought into a gas-liquid mixed state in the exhaust passage such that the reducing agent is simultaneously liquid and gaseous, when the energy of exhaust gas is lower than a first threshold.