mhurhangee/patent-ind-claim-en huggingface dataset:
A communication and control system comprising: a Mobile Communications Device, MCD, comprising a wireless interface adapted for performing near field communications and a Tangible User Interface, TUI, adapted for performing wireless communication, said TUI comprising a set of images related to persons or tasks, a set of NFC tags corresponding to each of said images, and means for wirelessly charging the MCD , wherein, said system is adapted to operate such that when the MCD is placed in close proximity to one of the images on the TUI , the MCD acquires tag information of a tag associated with said one of the images, wherein said tag information is related to at least one application for execution by the MCD , whereupon the MCD is adapted to convert the tag information into execution information, to extract application identity information and data information from the execution information, to execute at least one application associated with the application identity information, and to initiate the execution of a task intended with the execution of the at least one application, wherein said task involves a sequence of steps performed by the MCD , wherein the means for wirelessly charging the MCD comprises a charging spot on the TUI adapted for placement of the MCD and comprising a charging connection and an NFC tag , and in that the system is adapted such that execution of one or more of said tasks is ended by placing the MCD on the charging spot. said TUI comprising a set of images related to persons or tasks, a set of NFC tags corresponding to each of said images, and means for wirelessly charging the MCD , wherein, said system is adapted to operate such that when the MCD is placed in close proximity to one of the images on the TUI , the MCD acquires tag information of a tag associated with said one of the images, wherein said tag information is related to at least one application for execution by the MCD , whereupon the MCD is adapted to convert the tag information into execution information, to extract application identity information and data information from the execution information, to execute at least one application associated with the application identity information, and to initiate the execution of a task intended with the execution of the at least one application, wherein said task involves a sequence of steps performed by the MCD , wherein the means for wirelessly charging the MCD comprises a charging spot on the TUI adapted for placement of the MCD and comprising a charging connection and an NFC tag , and in that the system is adapted such that execution of one or more of said tasks is ended by placing the MCD on the charging spot.
An electricity-generating coating for a surface of a fuselage panel of a military aircraft, comprising: a conformal organic photovoltaic device , including one or more cells connected in series and/or parallel, wherein the conformal organic photovoltaic device is configured to be adhered to the surface of the fuselage panel of the military aircraft, along with wires and power electronics to allow the conformal organic photovoltaic device to provide electricity for electrical systems on-board the military aircraft; a pressure-sensitive adhesive on the conformal organic photovoltaic device , the pressure-sensitive adhesive being capable of adhering the conformal organic photovoltaic device to the surface of the fuselage panel of the military aircraft, wherein the pressure-sensitive adhesive is semitransparent; and a very thin, highly flexible transparent substrate , wherein the conformal organic photovoltaic device is covered by the very thin, highly flexible transparent substrate . a conformal organic photovoltaic device , including one or more cells connected in series and/or parallel, wherein the conformal organic photovoltaic device is configured to be adhered to the surface of the fuselage panel of the military aircraft, along with wires and power electronics to allow the conformal organic photovoltaic device to provide electricity for electrical systems on-board the military aircraft; a pressure-sensitive adhesive on the conformal organic photovoltaic device , the pressure-sensitive adhesive being capable of adhering the conformal organic photovoltaic device to the surface of the fuselage panel of the military aircraft, wherein the pressure-sensitive adhesive is semitransparent; and a very thin, highly flexible transparent substrate , wherein the conformal organic photovoltaic device is covered by the very thin, highly flexible transparent substrate .
An oxide ore smelting method for obtaining a metal of a reduction product and slag by mixing an oxide ore and a carbonaceous reducing agent, heating the mixture obtained, and subjecting the mixture to a reduction treatment, wherein the reduction treatment is performed in a state in which one or more kinds of surface deposits selected from a carbonaceous reducing agent, a metal oxide, and an oxidation inhibitor are deposited on a surface of the mixture, and wherein at least the metal oxide is used as the surface deposit, the metal oxide is nickel oxide and/or iron oxide, the oxide ore is nickel oxide ore, and the metal oxide is deposited on the surface of the mixture so that an amount of a metal contained in the metal oxide is a proportion of 0.03% by mass or more and 8.0% by mass or less when a total amount of metals of nickel and iron contained in the mixture is taken as 100% by mass.
An aerosol generation device comprising a housing , the housing defining an internal space , the device comprising at least a heat source within the internal space ; the housing comprising at least an insulation wall comprising an inner surface facing the internal space and an outer surface opposite to the inner surface ; the device further comprising a thermal insulation layer arranged on at least a thermo-protected portion of the outer surface of the insulation wall , the thermal insulation layer comprising a mesh sublayer , the mesh sublayer comprising an interlaced structure, characterized in that the interlaced structure comprises through-holes through which the heat generated by the heat source flows from the internal space to the outside of the device , the through-holes having a size between 20 μm and 100 μm. the housing comprising at least an insulation wall comprising an inner surface facing the internal space and an outer surface opposite to the inner surface ; the device further comprising a thermal insulation layer arranged on at least a thermo-protected portion of the outer surface of the insulation wall , the thermal insulation layer comprising a mesh sublayer , the mesh sublayer comprising an interlaced structure, characterized in that the interlaced structure comprises through-holes through which the heat generated by the heat source flows from the internal space to the outside of the device , the through-holes having a size between 20 μm and 100 μm.
A voiceprint recognition method, comprising: extracting a first spectral feature from speaker audio; inputting the speaker audio to a memory deep neural network, DNN, and extracting a bottleneck feature from a bottleneck layer of the memory DNN, the memory DNN including at least one temporal recurrent layer and the bottleneck layer, an output of the at least one temporal recurrent layer being connected to the bottleneck layer, and the number of dimensions of the bottleneck layer being less than the number of dimensions of any other hidden layer in the memory DNN; forming an acoustic feature of the speaker audio based on the first spectral feature and the bottleneck feature; extracting an identity authentication vector corresponding to the speaker audio based on the acoustic feature; and performing speaker recognition by using a classification model and based on the identity authentication vector, wherein the at least one temporal recurrent layer comprises a hidden layer based on a feedforward sequence memory, FSMN, model, or a hidden layer based on a cFSMN model, the cFSMN model being a compact FSMN model. extracting a first spectral feature from speaker audio; inputting the speaker audio to a memory deep neural network, DNN, and extracting a bottleneck feature from a bottleneck layer of the memory DNN, the memory DNN including at least one temporal recurrent layer and the bottleneck layer, an output of the at least one temporal recurrent layer being connected to the bottleneck layer, and the number of dimensions of the bottleneck layer being less than the number of dimensions of any other hidden layer in the memory DNN; forming an acoustic feature of the speaker audio based on the first spectral feature and the bottleneck feature; extracting an identity authentication vector corresponding to the speaker audio based on the acoustic feature; and performing speaker recognition by using a classification model and based on the identity authentication vector, wherein the at least one temporal recurrent layer comprises a hidden layer based on a feedforward sequence memory, FSMN, model, or a hidden layer based on a cFSMN model, the cFSMN model being a compact FSMN model.
A control module for controlling and supervising various functions of a milking position for milking a dairy animal, wherein the control module comprises - a casing forming an inner space enclosing a printed circuit board , incorporating at least a part of a control system for controlling and supervising at least some of the functions and comprising input and output connections , wherein the printed circuit board comprises a front side and a rear side , wherein at least one communication area is provided on front side of the printed circuit board and communicates with said part of the control system, and wherein the printed circuit board is connectable to said at least some of the functions via the input and output connections by means of electric lines, characterized in that the casing comprises an inner front plate , that the front side of the printed circuit board is attached to a rear side of the inner front plate by means of a transparent adhering substance so that at least a part of the printed circuit board projects from the rear side of the inner front plate , that the inner front plate permits access to the communication area through the inner front plate , and that said part of the printed circuit board is embedded in a block of plastic material. - a casing forming an inner space enclosing a printed circuit board , incorporating at least a part of a control system for controlling and supervising at least some of the functions and comprising input and output connections , wherein the printed circuit board comprises a front side and a rear side , wherein at least one communication area is provided on front side of the printed circuit board and communicates with said part of the control system, and wherein the printed circuit board is connectable to said at least some of the functions via the input and output connections by means of electric lines, that the casing comprises an inner front plate , that the front side of the printed circuit board is attached to a rear side of the inner front plate by means of a transparent adhering substance so that at least a part of the printed circuit board projects from the rear side of the inner front plate , that the inner front plate permits access to the communication area through the inner front plate , and that said part of the printed circuit board is embedded in a block of plastic material.
A brewing device for a machine for preparing beverages, in particular coffee or tea, the brewing device comprising: - a brewing chamber having a longitudinal axis and an opening through which a material to be brewed may be loaded and discharged; - a frame with two walls arranged on opposite sides of the brewing chamber ; and - a fastening device to releasably couple the brewing device to a support body of the beverage preparation machine; characterized in that the fastening device comprises a lever release device hinged to the frame to rotate about an axis transverse to the longitudinal axis between a normal coupling position, in which the lever release device stably holds the brewing device on the support body , and a release position, in which the lever release device allows the brewing device to be releasable from, or mountable on, the support body . - a brewing chamber having a longitudinal axis and an opening through which a material to be brewed may be loaded and discharged; - a frame with two walls arranged on opposite sides of the brewing chamber ; and - a fastening device to releasably couple the brewing device to a support body of the beverage preparation machine; characterized in that the fastening device comprises a lever release device hinged to the frame to rotate about an axis transverse to the longitudinal axis between a normal coupling position, in which the lever release device stably holds the brewing device on the support body , and a release position, in which the lever release device allows the brewing device to be releasable from, or mountable on, the support body .
A vehicle consisting of at least one opening and a glass pane in two parts , of which at least one moving part , the opening being adapted to be closed by the glass pane in two parts , the opening being movable in that part is swiveled around a axis of rotation and is movable between an open position and a position closed; and a seal placed between the two parts of the glass, the seal having a first throat intended to receive a edge of the moving part of the glass when it is in the closed position, and the first throat with a bottom wall and two side walls , and is dimensioned so that its width as defined by the gap between its lateral walls is greater than the thickness of the moving part of the glass, characterized by the edge of the moving part being cleared from the first throat of the seal when the moving part is in the open position; and/or the width of the first throat as defined by the gap between its lateral walls corresponds to at least 1.2 times the thickness of the moving part of the glass, preferably at least 1.5 times the thickness of the moving part of the glass.
A method for enhancing the capacity of a crude oil to solvate and/or disperse asphaltenes in said crude oil, the method comprising adding an effective minor amount of Additive A or Additive B, or an effective minor amount of a combination of Additive A and Additive B, to the crude oil; wherein: (i) Additive A, when present, is present in an effective minor amount of from 1 to 10000 ppm by mass, based on the total mass of the crude oil, and Additive A comprises one or more 4-poly(butylenyl)benzene sulphonic acid(s), wherein the poly(butylenyl) substituent group has greater than or equal to 32 total carbon atoms in said substituent group, as determined by GC, in greater than 50 mass % of said one or more 4-poly(butylenyl)benzene sulphonic acid(s) of Additive A, based on the total mass of all said one or more 4-poly(butylenyl)benzene sulphonic acid(s); and, (ii) Additive B, when present, is present in an effective minor amount of from 1 to 10000 ppm by mass, based on the total mass of the crude oil, and Additive B comprises one or more 4-poly(propylenyl)benzene sulphonic acids, wherein the poly(propylenyl) substituent group has greater than or equal to 21 total carbon atoms in said substituent group, as determined by GC, in greater than 50 mass % of said one or more 4-poly(propylenyl)benzene sulphonic acid(s) of Additive B, based on the total mass of all said one or more 4-poly(propylenyl)benzene sulphonic acid(s). (i) Additive A, when present, is present in an effective minor amount of from 1 to 10000 ppm by mass, based on the total mass of the crude oil, and Additive A comprises one or more 4-poly(butylenyl)benzene sulphonic acid(s), wherein the poly(butylenyl) substituent group has greater than or equal to 32 total carbon atoms in said substituent group, as determined by GC, in greater than 50 mass % of said one or more 4-poly(butylenyl)benzene sulphonic acid(s) of Additive A, based on the total mass of all said one or more 4-poly(butylenyl)benzene sulphonic acid(s); and, (ii) Additive B, when present, is present in an effective minor amount of from 1 to 10000 ppm by mass, based on the total mass of the crude oil, and Additive B comprises one or more 4-poly(propylenyl)benzene sulphonic acids, wherein the poly(propylenyl) substituent group has greater than or equal to 21 total carbon atoms in said substituent group, as determined by GC, in greater than 50 mass % of said one or more 4-poly(propylenyl)benzene sulphonic acid(s) of Additive B, based on the total mass of all said one or more 4-poly(propylenyl)benzene sulphonic acid(s).
Compounds of formulae wherein R 1 and R 2 are C 6-14 alkyl or wherein R 3 is H or C 1-20 alkyl.
An external fixator configured for being used in orthopedics, comprising - at least one Kirschner wire to fix the bones and soft tissues; and - at least four half rings which comprise ledged areas on each end that provide connections to form full rings having an outer edge and rod holes at certain intervals parallel to an axis of the ring, - at least four connectors which fix the half rings to each other through the connection holes, - at least three threaded rods , - nuts which fix the rods to the half rings , - at least two wire fixation bolts which are passed through the rod holes to fix the Kirschner wire at both ends to the half rings and characterized by respective channel slots between the rod holes and the outer edge of the rings, the channel slots being narrower than the rod holes. - at least one Kirschner wire to fix the bones and soft tissues; and - at least four half rings which comprise ledged areas on each end that provide connections to form full rings having an outer edge and rod holes at certain intervals parallel to an axis of the ring, - at least four connectors which fix the half rings to each other through the connection holes, - at least three threaded rods , - nuts which fix the rods to the half rings , - at least two wire fixation bolts which are passed through the rod holes to fix the Kirschner wire at both ends to the half rings and
A programmable memory cell comprising: a first antifuse (AF1), connected between a first power terminal (V1) and an output terminal (OUT); a second antifuse (AF2), connected between a second power terminal (V2) and the output terminal (OUT); and a third switch unit (T3), connected to the output terminal (OUT), a third power terminal (V3), and a position signal terminal (PD), the third switch unit (T3) connects the third power terminal (V3) to the output terminal (OUT) in response to a signal from the position signal terminal (PD); a first switch unit (T1), connected to the first power terminal (V1), a first terminal of the first antifuse (AF1), and a first control terminal (CN1), the first switch unit (T1) connects the first power terminal (V1) to the first terminal of the first antifuse (AF1) in response to a signal from the first control terminal (CN1); and a second switch unit (T2), connected to the second power terminal (V2), a first terminal of the second antifuse (AF2), and the first control terminal (CN1), the second switch unit (T2) connects the second power terminal (V2) to the first terminal of the second antifuse (AF2) in response to the signal from the first control terminal (CN1). a first antifuse (AF1), connected between a first power terminal (V1) and an output terminal (OUT); a second antifuse (AF2), connected between a second power terminal (V2) and the output terminal (OUT); and a third switch unit (T3), connected to the output terminal (OUT), a third power terminal (V3), and a position signal terminal (PD), the third switch unit (T3) connects the third power terminal (V3) to the output terminal (OUT) in response to a signal from the position signal terminal (PD); a first switch unit (T1), connected to the first power terminal (V1), a first terminal of the first antifuse (AF1), and a first control terminal (CN1), the first switch unit (T1) connects the first power terminal (V1) to the first terminal of the first antifuse (AF1) in response to a signal from the first control terminal (CN1); and a second switch unit (T2), connected to the second power terminal (V2), a first terminal of the second antifuse (AF2), and the first control terminal (CN1), the second switch unit (T2) connects the second power terminal (V2) to the first terminal of the second antifuse (AF2) in response to the signal from the first control terminal (CN1).
A method of producing human endocrine precursor cells, said method comprising obtaining a population of human PDX1-positive pancreatic endoderm cells, said human PDX1-positive pancreatic endoderm cells being multipotent cells that can differentiate into cells, tissues or organs derived from the anterior portion of the gut tube; and providing said population of human PDX1-positive pancreatic endoderm cells with a compound selected from a gamma secretase inhibitor, a combination of a gamma secretase inhibitor and EX4 or a combination of a gamma secretase inhibitor, retinoic acid and EX4, thereby producing a population of human endocrine precursor cells, wherein said gamma secretase inhibitor comprises N-[N-(3,5-difluorophenacetyl)-L-alanyl]-S-phenylglycine t-butyl ester (DAPT).