mhurhangee/patent-ind-claim-en huggingface dataset:
Accessory for an inhaler , adapted to be assembled removably on a casing of the inhaler , comprising: - an acceleration sensor , - a proximity sensor , - an electronic circuitry electrically connected to said acceleration sensor and said proximity sensor ; wherein said electronic circuitry in combination with said acceleration sensor and said proximity sensor is adapted to detect a drug administration process; wherein said electronic circuitry in combination with said acceleration sensor is adapted to detect an inhalation flow inside said inhaler ; wherein operation of the accessory provides for a sleep operating status adapted for detection of the start of the drug administration process and an active operating status adapted for detection of the drug administration process; wherein said electronic circuitry memorizes a program adapted to determine the operation of the accessory , and wherein said operation envisages different operating statuses including the sleep operating status and the active operating status; wherein the active operating status provides at least for a low-power operating sub-status adapted at least for the detection of the loading of the inhaler and a high-power operating sub-status adapted at least for the detection of the inhalation of the drug. - an acceleration sensor , - a proximity sensor , - an electronic circuitry electrically connected to said acceleration sensor and said proximity sensor ; wherein said electronic circuitry in combination with said acceleration sensor and said proximity sensor is adapted to detect a drug administration process; wherein said electronic circuitry in combination with said acceleration sensor is adapted to detect an inhalation flow inside said inhaler ; wherein operation of the accessory provides for a sleep operating status adapted for detection of the start of the drug administration process and an active operating status adapted for detection of the drug administration process; wherein said electronic circuitry memorizes a program adapted to determine the operation of the accessory , and wherein said operation envisages different operating statuses including the sleep operating status and the active operating status; wherein the active operating status provides at least for a low-power operating sub-status adapted at least for the detection of the loading of the inhaler and a high-power operating sub-status adapted at least for the detection of the inhalation of the drug.
Sensor device , in particular for a gripping device or a robot, having a first tactile sensor , which is configured to determine a force acting between the sensor device and an object , having a second capacitive sensor , which is configured to determine a distance between the sensor device and the object , wherein the first sensor comprises a first layer and a second layer composed of a conductive material, wherein the second sensor has a layer , wherein the layer comprises a first subregion and a third subregion composed of a conductive material and a second subregion composed of a dielectric, which is arranged, in particular concentrically, between the first subregion and the third subregion , characterized in that a third layer composed of a piezoelectric material is arranged between the first layer and the second layer of the first sensor . wherein the second sensor has a layer , wherein the layer comprises a first subregion and a third subregion composed of a conductive material and a second subregion composed of a dielectric, which is arranged, in particular concentrically, between the first subregion and the third subregion , characterized in that a third layer composed of a piezoelectric material is arranged between the first layer and the second layer of the first sensor .
Civil engineering machine , in particular a drilling unit, having - a mobile support device , - a mast or a boom arm, which is arranged on the support device , - a civil engineering tool , which is adjustably arranged on the mast or the boom arm in order to carry out a civil engineering measure, - a control unit and - an operator cabin for at least one operator, having at least one display device , in particular a monitor, which is connected to the control unit and is designed to display operating data detected by the control unit to the machine operator on the at least one display device in a plurality of display fields , characterised in that the control unit is designed such that a display, an arrangement and/or a type of the display fields can be modified and set by a machine operator and can be stored in a data memory as a personal configuration of the machine operator independently of the control unit and that the size, type, position and/or colour of a display field can be set.
A multispectral cooling material adapted for use with bodywear, comprising: a base fabric having an externally facing surface and having a performance characteristic; and one or more multispectral cooling elements coupled to the externally facing surface of the base fabric, the one or more multispectral cooling elements comprising a discontinuous array of high refractive index foil elements containing metal oxide particles and a polymeric binder, wherein the foil elements have a thickness from 0.1 μm to 20.0 μm, wherein the placement and spacing of the one or more multispectral cooling elements leaves a portion of the base fabric uncovered and enables the base material to retain at least partial performance of the performance characteristic, and wherein the multispectral cooling material reflects greater than 50% more of the solar energy in the 0.25 μm to 0.78 μm wavelength range compared to the base fabric alone, has a greater than 20% reduction in transmitted solar energy in the 0.25 μm to 2.5 μm wavelength range compared to the base fabric alone, and has a greater than 1% increase in energy emission in a 5 μm to 40 μm wavelength range compared to the base fabric alone. a base fabric having an externally facing surface and having a performance characteristic; and one or more multispectral cooling elements coupled to the externally facing surface of the base fabric, the one or more multispectral cooling elements comprising a discontinuous array of high refractive index foil elements containing metal oxide particles and a polymeric binder, wherein the foil elements have a thickness from 0.1 μm to 20.0 μm, wherein the placement and spacing of the one or more multispectral cooling elements leaves a portion of the base fabric uncovered and enables the base material to retain at least partial performance of the performance characteristic, and wherein the multispectral cooling material reflects greater than 50% more of the solar energy in the 0.25 μm to 0.78 μm wavelength range compared to the base fabric alone, has a greater than 20% reduction in transmitted solar energy in the 0.25 μm to 2.5 μm wavelength range compared to the base fabric alone, and has a greater than 1% increase in energy emission in a 5 μm to 40 μm wavelength range compared to the base fabric alone.
A method to prepare a myceliated high-protein food product, comprising the steps of: providing an aqueous media comprising a high protein material, wherein the high protein material is a protein concentrate or a protein isolate derived from pea, rice, or combinations thereof, wherein the aqueous media comprises at least 20 g protein per 100 g dry weight with excipients; inoculating the media with a fungal culture, wherein the fungal culture is Lentinula edodes, culturing the media to produce a myceliated high-protein food product; wherein the flavor or taste of the myceliated high-protein food product is modulated compared to the high protein material that is not myceliated, wherein the flavor modulation comprises deflavoring the material resulting in no to low aroma intensities in the myceliated high-protein food product, or reducing astringent flavors or reducing bitter flavors in the myceliated high-protein food product. providing an aqueous media comprising a high protein material, wherein the high protein material is a protein concentrate or a protein isolate derived from pea, rice, or combinations thereof, wherein the aqueous media comprises at least 20 g protein per 100 g dry weight with excipients; inoculating the media with a fungal culture, wherein the fungal culture is Lentinula edodes, culturing the media to produce a myceliated high-protein food product; wherein the flavor or taste of the myceliated high-protein food product is modulated compared to the high protein material that is not myceliated, wherein the flavor modulation comprises deflavoring the material resulting in no to low aroma intensities in the myceliated high-protein food product, or reducing astringent flavors or reducing bitter flavors in the myceliated high-protein food product.
Position marker for optical detection by an optical acquisition sensor, in particular a camera , comprising a two-dimensional marker effective surface having partial surfaces of different optical properties, wherein the marker effective surface comprises one or more reflective or light emitting partial surfaces and one or more essentially non-reflective or light absorbing partial surfaces , wherein the position marker comprises a three-dimensional extent and a partial surface is configured in the form of a recess , characterized in that the marker effective surface closes off a cavity , visible through the recess , disposed below or behind the marker effective surface .
A composition comprising an induced mammalian pluripotent stem cell (iPSC) and a cell culture medium, wherein: (a) the cell culture medium comprises: (i) a small molecule that promotes glycolytic metabolism or a histone deacetylase (HDAC) inhibitor, wherein the small molecule that promotes glycolytic metabolism is selected from the group consisting of F2,6P (fructose 2,6-bisphosphate), F6P (fructose 6-phosphate), DNP (2,4-dinitrophenol), NOG (N-oxalylglycine), QC (quercetin), 2-HA (2-hydroxyglutaric acid), NA (nicotinic acid), and PDK1 activator (3'-phosphoinositide-dependent kinase-1), and (ii) a TGFβ receptor/ALK5 inhibitor and a MEK inhibitor; and (b) the iPSC is reprogrammed from a non-pluripotent mammalian cell that (i) comprises an exogenous polynucleotide encoding an Oct4 polypeptide and an exogenous polynucleotide encoding a Klf polypeptide, and (ii) is in contact with the small molecule or HDAC inhibitor, wherein contacting the non-pluripotent mammalian cell with the small molecule or HDAC inhibitor enhances reprogramming when compared to without the small molecule or HDAC inhibitor. (a) the cell culture medium comprises: (i) a small molecule that promotes glycolytic metabolism or a histone deacetylase (HDAC) inhibitor, wherein the small molecule that promotes glycolytic metabolism is selected from the group consisting of F2,6P (fructose 2,6-bisphosphate), F6P (fructose 6-phosphate), DNP (2,4-dinitrophenol), NOG (N-oxalylglycine), QC (quercetin), 2-HA (2-hydroxyglutaric acid), NA (nicotinic acid), and PDK1 activator (3'-phosphoinositide-dependent kinase-1), and (ii) a TGFβ receptor/ALK5 inhibitor and a MEK inhibitor; and (i) a small molecule that promotes glycolytic metabolism or a histone deacetylase (HDAC) inhibitor, wherein the small molecule that promotes glycolytic metabolism is selected from the group consisting of F2,6P (fructose 2,6-bisphosphate), F6P (fructose 6-phosphate), DNP (2,4-dinitrophenol), NOG (N-oxalylglycine), QC (quercetin), 2-HA (2-hydroxyglutaric acid), NA (nicotinic acid), and PDK1 activator (3'-phosphoinositide-dependent kinase-1), and (ii) a TGFβ receptor/ALK5 inhibitor and a MEK inhibitor; and (b) the iPSC is reprogrammed from a non-pluripotent mammalian cell that (i) comprises an exogenous polynucleotide encoding an Oct4 polypeptide and an exogenous polynucleotide encoding a Klf polypeptide, and (ii) is in contact with the small molecule or HDAC inhibitor, wherein contacting the non-pluripotent mammalian cell with the small molecule or HDAC inhibitor enhances reprogramming when compared to without the small molecule or HDAC inhibitor.
A transportation device for transferring bristles and/or bristle tufts for the automated production of brushes, in particular toothbrushes, comprising - at least one tube comprising a first end and a second end in which the bristles and/or bristles tufts are transported; - a nozzle arranged at the first end of the at least one tube suitable to guide the bristles and/or bristle tufts into the tube ; - a device for producing an airflow inside the at least one tube ; and - a baffle plate for stopping the movement of the bristles comprising a front side , aback side , wherein the baffle plate is arranged a the second end of the at least one tube and the device is arranged in such that the bristles and/or bristle tufts are transferred from the first end of the tube to the second end of the tube , characterized in that the baffle plate comprises two or more conically shaped vents , wherein the diameter (D) of the conically shaped vents increases from the front side to the back side . - at least one tube comprising a first end and a second end in which the bristles and/or bristles tufts are transported; - a nozzle arranged at the first end of the at least one tube suitable to guide the bristles and/or bristle tufts into the tube ; - a device for producing an airflow inside the at least one tube ; and - a baffle plate for stopping the movement of the bristles comprising a front side , aback side ,
A method of capturing extracellular vesicles (EVs) from a biological fluid sample, the method comprising the step of contacting the biological fluid sample with a solid surface coated with a polycationic substance selected from protamine salts, whereby the extracellular vesicles (EVs) which are present in the biological fluid sample are bound on the coated solid surface.
Spring, to move at least one part of an equipment apparatus of a vehicle interior, wherein the spring has a first end section and a second end section , wherein the end sections have a first distance (l2) from each other in a slackened first position of the spring and a second distance (l2) from each other in at least one tensioned second position, characterized in that the spring is at least partially made of plastic, whereby the spring is designed with a tubular shape comprising a plurality of filaments extending in the direction of the longitudinal axis.
A radiographic image processing method comprising: a step (S2) of acquiring a radiographic image of a phantom using a system that radiates radiation to a target object and captures an image of the radiation passing through the target object to acquire a radiographic image; a step of specifying (S3) image characteristics of the radiographic image of the phantom; a step of selecting (S5) a trained model on the basis of the image characteristics from a plurality of trained models constructed through machine learning in advance using image data; a step of acquiring (S7) a radiographic image of the target object using the system; and a step of executing (S8) image processing for removing noise from the radiographic image of the target object using the selected trained model. a step (S2) of acquiring a radiographic image of a phantom using a system that radiates radiation to a target object and captures an image of the radiation passing through the target object to acquire a radiographic image; a step of specifying (S3) image characteristics of the radiographic image of the phantom; a step of selecting (S5) a trained model on the basis of the image characteristics from a plurality of trained models constructed through machine learning in advance using image data; a step of acquiring (S7) a radiographic image of the target object using the system; and a step of executing (S8) image processing for removing noise from the radiographic image of the target object using the selected trained model.
Assembly comprising: - a motor vehicle body , with this body including an underbody comprising a front floor , laterally delimited by two longitudinal members , and a rear floor , raised with respect to the front floor , and connected thereto by a beaded board ; - at least one second-row seat comprising a front plate for securing to the body ; the assembly comprises a cross member secured to each one of its ends on a longitudinal member characterised in that - the front plate is situated opposite the front floor and near the beaded board ; - the cross member extending above and at a distance from the floor , with the front plate being secured on the cross member . - a motor vehicle body , with this body including an underbody comprising a front floor , laterally delimited by two longitudinal members , and a rear floor , raised with respect to the front floor , and connected thereto by a beaded board ; - at least one second-row seat comprising a front plate for securing to the body ; the assembly comprises a cross member secured to each one of its ends on a longitudinal member characterised in that - the front plate is situated opposite the front floor and near the beaded board ; - the cross member extending above and at a distance from the floor , with the front plate being secured on the cross member .
A fuze including a self-destruction device for a gyratory projectile , said fuze consisting of a hollow body, defined by an axis of symmetry (A) coinciding with the axis of rotation of said projectile, and including a striker associated with a striker holder , a primer associated with a primer holder , and a self-destruction device arranged to cooperate with said striker holder and said primer holder to successively generate a first position called "storage position" before firing the projectile, in which the primer is misaligned with respect to the striker, a second position called "intermediate position" upon the departure of the shot, in which the striker holder is away from the primer holder, a third position called "cocked position" during the flight of the projectile, in which the primer is aligned with the striker, and a fourth position called "self-destruction position" at the end of the flight, in which the strikerholer is folded down on the primer holder so that the striker hits the primer and initiates the pyrotechnic chain contained in the projectile, characterized in that said striker holder is rotatable about a pendulum axis perpendicular to said axis of symmetry (A), in that said primer holder is rotatable about an axis of rotation (P) parallel to said axis of symmetry (A), in that said self-destruction device includes an SD mechanism and a safety mechanism arranged to cooperate, in that said SD mechanism includes an axial inertial body urged by a return member and arranged to use the linear acceleration of the projectile upon the departure of the shot, store axial kinetic energy and cause the switch from said storage position to said intermediate position in which said SD mechanism releases the striker holder so that it moves away from the primer holder , in that said safety mechanism includes a centrifugal lever urged by a return member and arranged to use the centrifugal effects of the projectile during the flight, store radial kinetic energy and cause the switch from said intermediate position to said cocked position in which said safety mechanism locks said SD mechanism , and in that said safety mechanism is further arranged, at the end of the flight, as soon as the centrifugal force induced by the rotation of the projectile drops below a determined threshold, to cause the switch from said cocked position to said self-destruction position in which said safety mechanism restores the stored radial kinetic energy and unlocks said SD mechanism so that, in turn, said SD mechanism restores the stored axial kinetic energy and folds the striker holder back onto the primer holder to strike the primer .
Process for continuous extraction of impurities, in particular saponification products, from a fatty acid alkyl ester phase by mixing with a glycerol phase, characterized in that the mixed-in glycerol phase contains 5% to 40% by weight of water and citric acid as a complex former and has a pH of 3 to 6, preferably 4 to 5, wherein the aqueous glycerol phase is obtained from a source internal to the process and wherein the process is performed using an extraction column, wherein the fatty acid alkyl ester phase flows from bottom to top and in the glycerol phase in the column.
A system for communicating a presence of a device via alight source configured to emit light comprising an embedded code, the system comprising: a controller comprising: - a receiver configured to receive a response signal from a first device , which response signal comprises an identifier of the first device , and which response signal is indicative of that the embedded code has been detected by the first device , and - a processor configured to correlate the embedded code with the identifier of the first device by associating the identifier of the first device with the embedded code, such that the embedded code is representative of the identifier of the first device , wherein the system further comprises a second device comprising: - a second light detector configured to detect light emitted by the light source, - a second processor configured to retrieve the embedded code from the light, to retrieve the identifier of the first device correlated with the embedded code, and to identify the first device based thereon. a controller comprising: - a receiver configured to receive a response signal from a first device , which response signal comprises an identifier of the first device , and which response signal is indicative of that the embedded code has been detected by the first device , and - a processor configured to correlate the embedded code with the identifier of the first device by associating the identifier of the first device with the embedded code, such that the embedded code is representative of the identifier of the first device , - a receiver configured to receive a response signal from a first device , which response signal comprises an identifier of the first device , and which response signal is indicative of that the embedded code has been detected by the first device , and - a processor configured to correlate the embedded code with the identifier of the first device by associating the identifier of the first device with the embedded code, such that the embedded code is representative of the identifier of the first device , wherein the system further comprises a second device comprising: - a second light detector configured to detect light emitted by the light source, - a second processor configured to retrieve the embedded code from the light, to retrieve the identifier of the first device correlated with the embedded code, and to identify the first device based thereon. - a second light detector configured to detect light emitted by the light source, - a second processor configured to retrieve the embedded code from the light, to retrieve the identifier of the first device correlated with the embedded code, and to identify the first device based thereon.