mhurhangee/patent-ind-claim-en huggingface dataset:
Hot air apparatus for fast drying fruit trees and crops in general, comprising a brazier or combustion chamber and at least one burner , which is inserted into the brazier or combustion chamber where solid fuel, such as pellet or biomass, is to be sent in use, the hot air apparatus further comprising electrical resistances and said solid fuel, in use, being triggered and ignited by adding pressurized air into the brazier or combustion chamber and thanks to the ignition of the electrical resistances, wherein the hot air apparatus further comprises an end wall, one or more adjustable bulkheads and a combustion fan , which is used to push the flame produced in the brazier or combustion chamber outside said at least one burner and towards the end wall of the apparatus, where the one or more adjustable bulkheads are arranged and configured to convey and direct said flame, characterized in that said adjustable bulkheads are arranged and configured to convey said flame towards the lateral walls of said apparatus, so that each output heat flow (F) coming out from a respective burner is deflected at 90° and comes out laterally (G) with respect to said apparatus, said adjustable bulkheads being further arranged and configured to direct said output heat flow (F) coming out from the at least one burner outwardly and at different points and at different inclinations, so as to vest fruit trees and crops in every portion where moisture is present, in order to quickly dry the crops and prevent moisture from forming macerations and/or diseases and favors the settling of molds and insects and/or in order to avoid formation of frost or to melt any snow formation.
A method for making ready for operation a parking arrangement equipped with an automatic vehicle detection system , which parking arrangement comprises a central computer with a database and at least a number of parking places identifiable by a location code, which parking places are each provided with at least one wirelessly operating parking sensor module (P) which is connected with the central computer via a UHF radio link and which has a RFID identification circuit which is provided with an identification code, which parking sensor module (P) comprises at least one vehicle sensor which in operation provides measuring values which are representative of the presence or absence of a vehicle in the respective parking place , wherein use is made of the parking sensor modules (P) in which the identification code is stored, which identification code is wirelessly readable, and wherein the identification codes of the individual parking sensor modules (P) are coupled in the database of the central computer to the location codes of the individual parking places by reading out in each case the identification code of a parking sensor module (P) of a parking place with a wirelessly operating reader and storing it in a memory together with the location code of the parking place inputted in the memory.
A method of wireless communication, performed by a User Equipment, UE , the method comprising: establishing a connection to a network; and obtaining a control plane message from the network, the control plane message comprising: information indicating at least a network location from where one or more types of policy information are to be be obtained by the UE over a user plane if the size of the one or more types of policy information is greater than the maximum payload size of the control plane message. establishing a connection to a network; and obtaining a control plane message from the network, the control plane message comprising: information indicating at least a network location from where one or more types of policy information are to be be obtained by the UE over a user plane if the size of the one or more types of policy information is greater than the maximum payload size of the control plane message.
A security feature for authenticating an article comprising: at least one emitter material that generates an emission within an emission band in response to a first excitation; and at least one absorber material that undergoes a change in absorption characteristics from a first absorption characteristic to a second absorption characteristic within at least a portion of said emission band in response to a second excitation, wherein said change in said absorption characteristics causes a non-visible, machine detectible change in said emission . at least one emitter material that generates an emission within an emission band in response to a first excitation; and at least one absorber material that undergoes a change in absorption characteristics from a first absorption characteristic to a second absorption characteristic within at least a portion of said emission band in response to a second excitation, wherein said change in said absorption characteristics causes a non-visible, machine detectible change in said emission .
Depositing device in a vehicle for depositing objects, comprising - a glove box in which objects may be deposited, - a surface element mounted adjacent to the glove box , - a glove box cover movably mounted on the depositing device between a first position in which the glove box is closed and the surface element at least partly covered, a second position in which the glove box is closed and the surface element is uncovered, and a third position in which the glove box is accessible and the surface element is uncovered, and - a receiving section in which the glove box cover is at least partly received when in the first position or when moved out of the first position characterized in that the surface element comprises an electronical unit . - a glove box in which objects may be deposited, - a surface element mounted adjacent to the glove box , - a glove box cover movably mounted on the depositing device between a first position in which the glove box is closed and the surface element at least partly covered, a second position in which the glove box is closed and the surface element is uncovered, and a third position in which the glove box is accessible and the surface element is uncovered, and a first position in which the glove box is closed and the surface element at least partly covered, a second position in which the glove box is closed and the surface element is uncovered, and a third position in which the glove box is accessible and the surface element is uncovered, and - a receiving section in which the glove box cover is at least partly received when in the first position or when moved out of the first position characterized in that the surface element comprises an electronical unit .
A compressed sensing method for compressed sensing a signal K-sparse in the frequency domain, the spectrum of the signal having a support comprising a plurality ( N b ) of bands, characterized in that : - the signal is projected onto a plurality N Ω of waveforms succeeding one another at a bandpass sampling rate of the signal f Ω = λ (Ω) where Ω is the spectral support of the signal and λ (.) is the Lebesgue measure, to produce a plurality N Ω of projection values, the waveforms belonging to a dictionary, the parameters of the waveforms depending upon the characteristics of the bands of the signal; - the projection values are non-uniformly sampled in time, M < N Ω projection values being selected at random among N Ω projection values, to provide a compressed representation of the signal. - the signal is projected onto a plurality N Ω of waveforms succeeding one another at a bandpass sampling rate of the signal f Ω = λ (Ω) where Ω is the spectral support of the signal and λ (.) is the Lebesgue measure, to produce a plurality N Ω of projection values, the waveforms belonging to a dictionary, the parameters of the waveforms depending upon the characteristics of the bands of the signal; - the projection values are non-uniformly sampled in time, M < N Ω projection values being selected at random among N Ω projection values, to provide a compressed representation of the signal.
An image forming method, comprising: generating a first portion (D2, F2) and a second portion (D1, F1) by decomposing image data (DC) into respective components of cyan (C), magenta (M), yellow (Y) and black (K); recording, in a second recording portion , the second portion (D1, F 1) on a bonding surface of a second member of a data recording medium (M); bonding the second member having the second portion (D1, F1) recorded on the bonding surface to a first member of the data recording medium (M), the first member being different from the second member ; recording, in a first recording portion , on the first member of the data recording medium (M) being bonded with the second member , the first portion (D2, F2) by overlapping with the second portion (D1, F1) recorded on the bonding surface ; and forming an image (FC) by the first portion (D2, F2) and the second portion (D1, F1) overlapped with each other. generating a first portion (D2, F2) and a second portion (D1, F1) by decomposing image data (DC) into respective components of cyan (C), magenta (M), yellow (Y) and black (K); recording, in a second recording portion , the second portion (D1, F 1) on a bonding surface of a second member of a data recording medium (M); bonding the second member having the second portion (D1, F1) recorded on the bonding surface to a first member of the data recording medium (M), the first member being different from the second member ; recording, in a first recording portion , on the first member of the data recording medium (M) being bonded with the second member , the first portion (D2, F2) by overlapping with the second portion (D1, F1) recorded on the bonding surface ; and forming an image (FC) by the first portion (D2, F2) and the second portion (D1, F1) overlapped with each other.
A calibration device for calibrating an industrial weighing assembly comprising a load-receiving tray and a measuring system , said assembly being arranged such that a free space is provided under said tray, characterized in that the device comprises counter-thrust means for a load arranged on the weighing assembly, the counter-thrust means comprising at least three load thrust cylinders , each being provided with a force sensor , each of the force sensors being connected to an acquisition and processing system in order to establish the load equivalent to the counter-thrust exerted by each of the load thrust cylinders in order to characterize a possible load measurement deviation between the thrust force exerted by the load thrust cylinders and the load measured by the measuring system of the weighing assembly before the load thrust cylinders are pushed.
Device for neutralizing a chemical or biological weapon , comprising: - a sealed enclosure which delimits an internal volume and is movable between a retracted position and an extended position ; - a pyrotechnic neutralizing charge which is disposed inside the enclosure ; - a decontaminating agent which is disposed inside the enclosure and surrounds the pyrotechnic neutralizing charge ; - a mitigating agent which is disposed in the enclosure , characterized in that the mitigating agent covers the decontaminating agent . - a sealed enclosure which delimits an internal volume and is movable between a retracted position and an extended position ; - a pyrotechnic neutralizing charge which is disposed inside the enclosure ; - a decontaminating agent which is disposed inside the enclosure and surrounds the pyrotechnic neutralizing charge ; - a mitigating agent which is disposed in the enclosure , characterized in that the mitigating agent covers the decontaminating agent .
An in vitro method for identifying a genetic predisposition to a myeloproliferative neoplasm (MPN) in a subject in need thereof, said method comprising the step of analyzing the copy number of the genomic region found between position 14q32.13 and 14q32.2 on chromosome 14q32, said region having the SEQ ID NO:1, or of a fragment thereof containing at least 10 consecutive nucleotides of SEQ ID NO:1, in a biological sample from said subject, wherein the detection of at least two copy numbers of said genomic region or of said fragment indicates that said subject develops or is predisposed to developing a MPN.
A method for producing hepatic stem/progenitor cells from human hepatocytes, comprising bringing a TGFβ-receptor inhibitor into contact with the hepatocytes in vitro; wherein the method further comprises bringing a GSK3 inhibitor and a ROCK inhibitor into contact with the hepatocytes in vitro.
Transmission controller for a motor vehicle, for controlling and/or regulating the operation of an automatic or automated manual transmission of a motor vehicle, wherein the transmission controller performs a change of gear on the basis of state data of the motor vehicle and/or on the basis of a current position and a piece of route or direction information of the vehicle, characterized in that the transmission controller stores the occurrence of a driver intervention necessitating a change of gear together with the current position and with the current route or direction information of the motor vehicle and, in the event of subsequent travel through/on/in the same position and the same route or direction, performs the same change of gear in automated fashion on the basis of the stored data, depending on whether the driver intervention necessitating a change of gear was stored at the current position and with the current route or direction information repeatedly, at different times.
Nanoimprint lithography method comprising a preparation step during which a resin is disposed on a substrate , a step of pressing a mould comprising reliefs so as to transfer the reliefs of the mould in the resin to form patterns there, each having at least one end and edges, a removal step to separate the mould from the resin , the resin being a positive photosensitive resin, the method comprising, before or after the step of removing the mould , an exposure step to activate the resin and comprising, prior to the exposure step, a masking step, during which a masking coating is disposed between the mould and the resin , partially stopping at least the exposure of the resin that it covers, such that the masking coating covers all the resin located outside of the patterns and leaves free at least the end of the patterns , characterised in that the masking coating partially covers at least the edges of the patterns over a height, strictly greater than the thickness of the masking coating .
Method for preparing a crystalline semiconductor layer such that it has a predetermined mesh parameter, the method implementing a relaxation sequence comprising: - forming a strained layer on a starting donor substrate ; - transferring at least part of the strained layer onto a relaxation support comprising a creep layer ; - applying a heat treatment that is sufficient for at least partially relaxing the strained layer and providing a relaxed layer on the relaxation support ; - transferring the relaxed layer onto a base support to form a second donor substrate ; the method being characterized in that said relaxation sequence is applied a first time to a first starting donor substrate and then repeated, taking the second donor substrate as the starting donor substrate, a sufficient number of times such that the mesh parameter of the relaxed layer has the predetermined mesh parameter. - forming a strained layer on a starting donor substrate ; - transferring at least part of the strained layer onto a relaxation support comprising a creep layer ; - applying a heat treatment that is sufficient for at least partially relaxing the strained layer and providing a relaxed layer on the relaxation support ; - transferring the relaxed layer onto a base support to form a second donor substrate ;
A stucco slurry mixing system constructed and arranged for producing a stucco slurry, the system including: a main flow conduit having an inlet end and an opposite outlet ; a source of pressurized water at said inlet end; a container of particulate, settable stucco and entrained air entrained by a mixer in the container and the container in fluid communication with said main flow conduit using an eductor fitting such that the particulate stucco and the entrained air is drawn into the pressurized water via a vacuum; and a mixing chamber in fluid communication with said eductor fitting constructed and arranged to define a space for the entrained air to promote shear in said mixing chamber and for enhancing mixing of the water, stucco and the entrained air to form a slurry, said mixing chamber having a diameter:length ratio of 1:2 for rapid mixing of the slurry; and wherein the eductor fitting uses a 1/2 inch -1,27 cm- NPT eductor for formulating a slurry having a water:stucco ratio of 75:100 without the use of any dispersant or retarder. a main flow conduit having an inlet end and an opposite outlet ; a source of pressurized water at said inlet end; a container of particulate, settable stucco and entrained air entrained by a mixer in the container and the container in fluid communication with said main flow conduit using an eductor fitting such that the particulate stucco and the entrained air is drawn into the pressurized water via a vacuum; and a mixing chamber in fluid communication with said eductor fitting constructed and arranged to define a space for the entrained air to promote shear in said mixing chamber and for enhancing mixing of the water, stucco and the entrained air to form a slurry, said mixing chamber having a diameter:length ratio of 1:2 for rapid mixing of the slurry; and wherein the eductor fitting uses a 1/2 inch -1,27 cm- NPT eductor for formulating a slurry having a water:stucco ratio of 75:100 without the use of any dispersant or retarder.
A cryopreserved vial comprising a therapeutic composition comprising pooled and cultured Mesenchymal Stem Cells of passage 5 (P5), Human Serum Albumin (HSA), PlasmaLyte A and Dimethyl Sulphoxide (DMSO), and optionally along with a pharmaceutically acceptable additive, wherein the Mesenchymal Stem Cells in the composition range from about 25 million to 200 million cells; the Human Serum Albumin has a concentration ranging from about 1% to 6%; the PlasmaLyte A has a concentration ranging from about 80% to 90%; and the Dimethyl Sulfoxide has a concentration ranging from about 5% to 10%, wherein the Mesenchymal Stem Cells are pooled from multiple donors; and the composition is frozen into the vial.
An implantable medical device , comprising: a magnet (160, 160"); and a body encompassing the magnet (160, 160"), wherein the implantable medical device includes structural components in the body configured to move away from one another upon initial rotation of the magnet (160, 160") relative to the body when the magnet (160, 160") is subjected to an externally generated magnetic field that imparts a torque onto the magnet (160, 160"), thereby limiting rotation of the magnet (160, 160") beyond the initial rotation, wherein the structural components comprise plates that sandwich the magnet (160, 160"), wherein torque applied to the magnet (160, 160") that imparts the rotation of the magnet imparts a camming action on the plates , thereby driving the plates away from one another, which camming action is counterbalanced when the plates have reached an equilibrium condition due to resistance to movement of the plates by the body . a magnet (160, 160"); and a body encompassing the magnet (160, 160"), wherein the implantable medical device includes structural components in the body configured to move away from one another upon initial rotation of the magnet (160, 160") relative to the body when the magnet (160, 160") is subjected to an externally generated magnetic field that imparts a torque onto the magnet (160, 160"), thereby limiting rotation of the magnet (160, 160") beyond the initial rotation, wherein the structural components comprise plates that sandwich the magnet (160, 160"), wherein torque applied to the magnet (160, 160") that imparts the rotation of the magnet imparts a camming action on the plates , thereby driving the plates away from one another, which camming action is counterbalanced when the plates have reached an equilibrium condition due to resistance to movement of the plates by the body .
A lubricant reservoir comprising: a housing defining a reservoir; a fill port extending through a top of the housing ; an actuator movably disposed within the housing and dividing the reservoir into an upper portion and a lower portion , wherein the lower portion is configured to be filled with lubricant; a centerfill tube extending from the fill port, through the actuator , to the lower portion of the reservoir, wherein a first end of the centerfill tube receives lubricant from the fill port and a second end of the centerfill tube provides lubricant to the lower portion ; a fill valve disposed on the top surface of the housing , wherein the fill valve includes a lubricant outlet configured to provide lubricant to the first end of the centerfill tube ; characterized by a connecting bolt extending through the fill valve and engaging the first end of the centerfill tube ; and a stirring assembly rotatably disposed within the lower portion of the reservoir and configured to mix the lubricant within the lower portion ; wherein the centerfill tube provides lubricant to the reservoir proximate the stirring assembly . a housing defining a reservoir; a fill port extending through a top of the housing ; an actuator movably disposed within the housing and dividing the reservoir into an upper portion and a lower portion , wherein the lower portion is configured to be filled with lubricant; a centerfill tube extending from the fill port, through the actuator , to the lower portion of the reservoir, wherein a first end of the centerfill tube receives lubricant from the fill port and a second end of the centerfill tube provides lubricant to the lower portion ; a fill valve disposed on the top surface of the housing , wherein the fill valve includes a lubricant outlet configured to provide lubricant to the first end of the centerfill tube ; characterized by a connecting bolt extending through the fill valve and engaging the first end of the centerfill tube ; and a stirring assembly rotatably disposed within the lower portion of the reservoir and configured to mix the lubricant within the lower portion ; wherein the centerfill tube provides lubricant to the reservoir proximate the stirring assembly .