mhurhangee/ep-ind-claims huggingface dataset:
System for representing virtual operations of machining units of the machine tool during the machining of a workpiece in accordance with a CNC machining programme complex, by means of at least one first visualization unit in the form of operations of virtual machining units, comprising an operation control determining operations of the virtual machining units, a visualization control having at least one second data processing unit representing operations of the virtual machining units on the first visualization unit with a visualization programme on the basis of geometric configuration data of a stored machine model and the control commands determined by the operation control, a tool modelling system for generating tool configuration data for at least one virtual tool from tool data and supplying said data to the visualization programme and an operating control with a third data processing unit operating the operation control with an operating programme, characterized in that the operation control has at least a first data processing unit, a core control programme running on said unit and being, in the simplest case, of an identical design to the core control programme of a real machine tool but being, in any case, in a position to process the CNC blocks of one or more part programmes in the same manner as a core control programme of the real machine tool, wherein the part programmes are processed in the same way as with the core control programme in individual channels of the core control programme such that a parallel processing of the individual part programmes is possible and this takes place either independently of one another or synchronized by synchronizing commands, wherein the operation control determines control commands for operations of the virtual machining units with the core control programme processing CNC blocks of the CNC machining programme complex, that the tool modelling system generates the tool configuration data with a tool configuration data generator from geometry data of individual components (302, 308, 312) of the virtual tools and tool data stored in a tool model, wherein the tool data contain information on actual dimensions of the virtual tool essential for the machining of the virtual workpiece and taken into consideration by the core control programme during processing of the CNC blocks, and that the tool data required by the tool modelling system have a structure corresponding to a structure of tool data of the CNC machining programme complex, the control programme of the operation control of a real machine tool operating with said tool data.
A passively mode-locked, figure-eight fiber laser comprising: a first loop of polarization maintaining, negative, i.e. normal, dispersion single mode optical fiber, the first loop including a section of polarization maintaining doped fiber responsive to an incoming optical pump signal (30,34) to generate an amplified version thereof, the first loop defined as a nonlinear amplifying loop mirror; a second loop of single mode fiber; and a directional coupler disposed between and coupled to both the first and second loops of single mode fiber, CHARACTERIZED IN THAT the second loop of single mode fiber is a loop of polarization maintaining, negative dispersion single mode fiber; and the directional coupler is a polarization maintaining directional coupler, the maintained polarization state of a propagating optical signal providing mode-locking thereof. a first loop of polarization maintaining, negative, i.e. normal, dispersion single mode optical fiber, the first loop including a section of polarization maintaining doped fiber responsive to an incoming optical pump signal (30,34) to generate an amplified version thereof, the first loop defined as a nonlinear amplifying loop mirror; a second loop of single mode fiber; and a directional coupler disposed between and coupled to both the first and second loops of single mode fiber, CHARACTERIZED IN THAT the second loop of single mode fiber is a loop of polarization maintaining, negative dispersion single mode fiber; and the directional coupler is a polarization maintaining directional coupler, the maintained polarization state of a propagating optical signal providing mode-locking thereof.
A power module comprising: an insulating layer having a top surface and a bottom surface; a metal layer disposed on the top surface of the insulating layer; a semiconductor chip disposed on the metal layer; and a mold resin formed so as to cover the semiconductor chip and at least a part of the metal layer, and only the top surface side of the insulation layer, wherein a groove into which a part of the insulating layer is inserted is formed on a surface of the metal layer facing the insulating layer, and the bottom surface side of the insulation layer is a flat surface. an insulating layer having a top surface and a bottom surface; a metal layer disposed on the top surface of the insulating layer; a semiconductor chip disposed on the metal layer; and a mold resin formed so as to cover the semiconductor chip and at least a part of the metal layer, and only the top surface side of the insulation layer, wherein a groove into which a part of the insulating layer is inserted is formed on a surface of the metal layer facing the insulating layer, and the bottom surface side of the insulation layer is a flat surface.
Film-tube cassette for use in a toilet facility, comprising an essentially annular cassette element for accommodating a film tube, the cassette element having a base, an outer wall and an inner wall, and also comprising an essentially annular seat element with a seat surface, wherein the inner wall, the outer wall and the base of the cassette element and also the seat surface of the seat element form an essentially annular storage space for accommodating the film tube, and wherein the aforementioned seat element is connected (13, 14) to the cassette element along an outer periphery in a state in which it rests on the outer wall of the cassette element, wherein the seat element rests on the outer wall of the cassette element along the outer periphery, and a continuous aperture for discharging the film tube is provided along an inner circumference of the cassette, between an inner periphery of the seat element and the inner wall of the cassette element, and the cassette element and the seat element are connected (13, 14) to one another in a reversible manner.
A gas sensor including: (a) a gate insulating film (4, 25) disposed over a substrate (5, 28), (b) a gate electrode disposed over the gate insulating film in which electric changes caused by a gas molecule to be detected which is adsorbed on the gate electrode, are detected via the gate insulating film, wherein the gate electrode comprises: a metal oxide mixed film of a metal oxide mixture of oxygen-doped amorphous metal and crystals of an oxide of the metal, and a platinum film disposed over the metal oxide mixed film, the platinum film comprising a plurality of platinum crystal grains and a grain boundary region (7, 77) present between the platinum crystal grains, characterized in that the grain boundary region is filled with the metal oxide mixture such that the periphery of the platinum crystal grains is surrounded by the metal oxide mixture; the average inter-grain distance of the platinum crystal grains is within a range from 1 nm to 10 nm, and the platinum crystal grains are connected by capacitive coupling. (a) a gate insulating film (4, 25) disposed over a substrate (5, 28), (b) a gate electrode disposed over the gate insulating film in which electric changes caused by a gas molecule to be detected which is adsorbed on the gate electrode, are detected via the gate insulating film, wherein the gate electrode comprises: a metal oxide mixed film of a metal oxide mixture of oxygen-doped amorphous metal and crystals of an oxide of the metal, and a platinum film disposed over the metal oxide mixed film, the platinum film comprising a plurality of platinum crystal grains and a grain boundary region (7, 77) present between the platinum crystal grains, characterized in that the grain boundary region is filled with the metal oxide mixture such that the periphery of the platinum crystal grains is surrounded by the metal oxide mixture; the average inter-grain distance of the platinum crystal grains is within a range from 1 nm to 10 nm, and the platinum crystal grains are connected by capacitive coupling. a metal oxide mixed film of a metal oxide mixture of oxygen-doped amorphous metal and crystals of an oxide of the metal, and a platinum film disposed over the metal oxide mixed film, the platinum film comprising a plurality of platinum crystal grains and a grain boundary region (7, 77) present between the platinum crystal grains,
A method for producing a green body (9a to 9c) for a nuclear fuel body, comprising the steps of: a) creating a 3D production control model for the green body (9a to 9c); b) providing a metal or a mixture of metals and/or a metalloid or mixtures thereof suited for the use in the nuclear fuel body in form of at least one aqueous solution (1a, 1b,..., 1n), wherein, in case of at least two aqueous solutions (1a, 1b,..., 1n) are used, said at least two aqueous solutions differ from each other in terms of composition and/or isotope concentration; c) providing a gelation agent in form of a gelation fluid; d) mixing one of the at least one aqueous solutions (1a, 1b,..., 1n) with the gelation fluid at a first temperature to form a feed solution mixture wherein the first temperature is chosen to suppress an internal gelation of the feed solution mixture prior to its ejection; e) ejecting the feed solution mixture by an inkjet printing process to the green body under construction; f) heating the ejected feed solution mixture on the green body under construction to a gelation temperature wherein the gelation temperature is chosen to fix the ejected feed solution mixture on the green body under construction; and g) repeating the steps e) and f) according to the 3D production control model until a desired form of the green body (9a to 9c) will have been achieved; and h) heating the green body to a third temperature under given atmosphere to achieve the formation of the nuclear fuel body and/or to partially or fully sinter the green body for the nuclear fuel body. a) creating a 3D production control model for the green body (9a to 9c); b) providing a metal or a mixture of metals and/or a metalloid or mixtures thereof suited for the use in the nuclear fuel body in form of at least one aqueous solution (1a, 1b,..., 1n), wherein, in case of at least two aqueous solutions (1a, 1b,..., 1n) are used, said at least two aqueous solutions differ from each other in terms of composition and/or isotope concentration; c) providing a gelation agent in form of a gelation fluid; d) mixing one of the at least one aqueous solutions (1a, 1b,..., 1n) with the gelation fluid at a first temperature to form a feed solution mixture wherein the first temperature is chosen to suppress an internal gelation of the feed solution mixture prior to its ejection; e) ejecting the feed solution mixture by an inkjet printing process to the green body under construction; f) heating the ejected feed solution mixture on the green body under construction to a gelation temperature wherein the gelation temperature is chosen to fix the ejected feed solution mixture on the green body under construction; and g) repeating the steps e) and f) according to the 3D production control model until a desired form of the green body (9a to 9c) will have been achieved; and h) heating the green body to a third temperature under given atmosphere to achieve the formation of the nuclear fuel body and/or to partially or fully sinter the green body for the nuclear fuel body.
A printing plate for waterless planographic printing or intaglio printing comprising: a substrate containing an elastic body swellable in a solvent in an ink, a hydrophobic solvent permeation preventing layer that is a non-image portion formed on the substrate in a pattern and includes a function of inhibiting permeation of a solvent in an ink, and a hydrophilic portion that is an image portion formed on a surface of the substrate at an opening portion of the hydrophobic solvent permeation preventing layer and higher in hydrophilicity than the hydrophobic solvent permeation preventing layer. a substrate containing an elastic body swellable in a solvent in an ink, a hydrophobic solvent permeation preventing layer that is a non-image portion formed on the substrate in a pattern and includes a function of inhibiting permeation of a solvent in an ink, and a hydrophilic portion that is an image portion formed on a surface of the substrate at an opening portion of the hydrophobic solvent permeation preventing layer and higher in hydrophilicity than the hydrophobic solvent permeation preventing layer.
A system for cooling a heterogeneous computing architecture, comprising: a base stiffener; a top stiffener including a mounting channel (109, 509, 1025); a printed circuit board including a plurality of hardware modules, the printed circuit board attached to the base stiffener; a cooling device mounted on top of the top stiffener; and one or more heat transfer plates (300, 501, 601, 701, 703, 704, 801, 803, 804, 805, 807, 1007, 1009, 1011, 1013) inserted into the top stiffener by sliding the one or more heat transfer plates (300, 501, 601, 701, 703, 704, 801, 803, 804, 805, 807, 1007, 1009, 1011, 1013) via the mounting channel (109, 509, 1025), wherein the one or more heat transfer plates (300, 501, 601, 701, 703, 704, 801, 803, 804, 805, 807, 1007, 1009, 1011, 1013) are in contact with an external surface of the plurality of hardware modules to transfer heat generated by the plurality of hardware modules to the cooling device. a base stiffener; a top stiffener including a mounting channel (109, 509, 1025); a printed circuit board including a plurality of hardware modules, the printed circuit board attached to the base stiffener; a cooling device mounted on top of the top stiffener; and one or more heat transfer plates (300, 501, 601, 701, 703, 704, 801, 803, 804, 805, 807, 1007, 1009, 1011, 1013) inserted into the top stiffener by sliding the one or more heat transfer plates (300, 501, 601, 701, 703, 704, 801, 803, 804, 805, 807, 1007, 1009, 1011, 1013) via the mounting channel (109, 509, 1025), wherein the one or more heat transfer plates (300, 501, 601, 701, 703, 704, 801, 803, 804, 805, 807, 1007, 1009, 1011, 1013) are in contact with an external surface of the plurality of hardware modules to transfer heat generated by the plurality of hardware modules to the cooling device.
An abnormality detection apparatus that is installed in a mobility entity and configured to detect an abnormality in a network system including a first network and a second network using different communication protocols, the network system is installed in the mobility entity, comprising: a first communicator configured to receive state information indicating a state of the mobility entity acquired from the second network, a second communicator configured to transmit and receive a first frame according to a communication protocol used in the first network; an abnormality detection rule storage configured to store an abnormality detection rule; and an abnormality detection processor configured to detect, based on the received state information and the abnormality detection rule, whether a control command included in the first frame received by the second communicator is abnormal, wherein in a case where the abnormality detection processor detects that the control command is abnormal, the abnormality detection processor prohibits the control command from being transferred, wherein the abnormality detection rule includes a first rule indicating a control command allowed in each of a plurality of different states of the mobility entity, and the abnormality detection processor is configured to make an abnormality detection such that the state of the mobility entity indicated by the received state information, which is received from the second network, is not included in any of the plurality of different states associated, in the first rule, with control commands, the abnormality detection processor is configured to detect that the control command is abnormal. a first communicator configured to receive state information indicating a state of the mobility entity acquired from the second network, a second communicator configured to transmit and receive a first frame according to a communication protocol used in the first network; an abnormality detection rule storage configured to store an abnormality detection rule; and an abnormality detection processor configured to detect, based on the received state information and the abnormality detection rule, whether a control command included in the first frame received by the second communicator is abnormal, wherein in a case where the abnormality detection processor detects that the control command is abnormal, the abnormality detection processor prohibits the control command from being transferred, wherein the abnormality detection rule includes a first rule indicating a control command allowed in each of a plurality of different states of the mobility entity, and the abnormality detection processor is configured to make an abnormality detection such that the state of the mobility entity indicated by the received state information, which is received from the second network, is not included in any of the plurality of different states associated, in the first rule, with control commands, the abnormality detection processor is configured to detect that the control command is abnormal.
A binaural hearing system comprising: left and right hearing devices (HD1, HD2) adapted for being worn at or in left and right ears, respectively, of a user, or for being fully or partially implanted in the head at the left and right ears, respectively, of the user, wherein the binaural hearing system is configured to amplify fast binaural level comparison estimates (ΔFLE; ΔFLE1, ΔFLE2), said fast binaural level comparison estimates (ΔFLE; ΔFLE1, ΔFLE2) being determined based on fast level estimates of respective fast level estimators (FLD1, FLD2) with low attack/release time constants, while leaving slow binaural level comparison estimates (ΔSLE; ΔSLE1, ΔSLE2) unchanged, said slow binaural level comparison estimates (ΔSLE; ΔSLE1, ΔSLE2) being determined based on slow level estimates of respective slow level estimators (SLD1, SLD2) with high attack/release time constants. left and right hearing devices (HD1, HD2) adapted for being worn at or in left and right ears, respectively, of a user, or for being fully or partially implanted in the head at the left and right ears, respectively, of the user, wherein the binaural hearing system is configured to amplify fast binaural level comparison estimates (ΔFLE; ΔFLE1, ΔFLE2), said fast binaural level comparison estimates (ΔFLE; ΔFLE1, ΔFLE2) being determined based on fast level estimates of respective fast level estimators (FLD1, FLD2) with low attack/release time constants, while leaving slow binaural level comparison estimates (ΔSLE; ΔSLE1, ΔSLE2) unchanged, said slow binaural level comparison estimates (ΔSLE; ΔSLE1, ΔSLE2) being determined based on slow level estimates of respective slow level estimators (SLD1, SLD2) with high attack/release time constants.
A resin composition for optical three-dimensional modeling comprising: (i) a radically polymerizable organic compound, a cationically polymerizable organic compound, a radical polymerization initiator, and a cationic polymerization initiator; (ii) a poly(alkylene glycol) mono(meth)acrylate (A-1) as a part of the radically polymerizable organic compound; and (iii) an oxetane compound (B-1) as a part of the cationically polymerizable organic compound. (i) a radically polymerizable organic compound, a cationically polymerizable organic compound, a radical polymerization initiator, and a cationic polymerization initiator; (ii) a poly(alkylene glycol) mono(meth)acrylate (A-1) as a part of the radically polymerizable organic compound; and (iii) an oxetane compound (B-1) as a part of the cationically polymerizable organic compound.
A resin composition comprising 80 to 99.9 parts by weight of a thermoplastic resin and 0.1 to 20 parts by weight of polycyclic aromatic hydrocarbon derivative-comprising carbon nanomaterials, wherein the polycyclic aromatic hydrocarbon derivative comprises at least one functional group selected from trialkyl azanium groups, carboxylic acid groups, and acylchloride groups, wherein the thermoplastic resin is at least one selected from amide-based polymers, and wherein the composition further comprises 0.1 to 50 parts by weight of a reinforcement material having a fiber shape.
A segmented copolymer composition comprising one or more polyurethane and/or polyurea hard segments, one or more polysulfide soft segments, one or more polyfluoroether soft segments, isocyanate species or derivatives thereof contained in each of said segments, and one or more curatives, characterised in that: the weight ratio of said one or more polysulfide soft segments to said one or more polyfluoroether soft segments is from 0.1 to 10.
A method for the recovery of alcoholic liquid separated from yeast entrained in alcoholic liquid after a fermentation process, wherein the separated alcoholic liquid is recycled to the fermentation process, and wherein the separated alcoholic liquid is sterilized with ultraviolet light prior to introduction to the fermentation process.
A continuous-generation gear grinding method of conducting a gear grinding process such that while a thread-shaped grinding wheel is rotated around an axial center thereof and fed in an axial center (Cy) direction, a position coming into contact with abrasive grains is constantly changed in the presence of a grinding fluid by performing a grinding feed in a direction parallel to an axial center (Cz) of a gear blank and by serially rotating the gear blank around the axial center (Cz), characterized in that the grinding wheel is a vitrified grinding wheel having abrasive grains bonded by a vitrified bond with pores formed among the abrasive grains, the abrasive grains have a grain size of F120 to F180, and the grinding fluid is a water soluble grinding fluid. the grinding wheel is a vitrified grinding wheel having abrasive grains bonded by a vitrified bond with pores formed among the abrasive grains, the abrasive grains have a grain size of F120 to F180, and the grinding fluid is a water soluble grinding fluid.
An inkjet head which is disposed in an inkjet recording apparatus and ejects ink heated to a predetermined temperature, the inkjet head comprising: a first member; a second member fixed to the first member; a silane coupling agent disposed at an interface between the first member and the second member; and a common ink chamber disposed on an upstream side of the first member in an ink feeding direction to feed the ink to a plurality of nozzles, characterized by a plurality of heaters disposed on outer surfaces of the common ink chamber to heat the ink and a fixed portion between the first member and the second member. a first member; a second member fixed to the first member; a silane coupling agent disposed at an interface between the first member and the second member; and a common ink chamber disposed on an upstream side of the first member in an ink feeding direction to feed the ink to a plurality of nozzles, characterized by a plurality of heaters disposed on outer surfaces of the common ink chamber to heat the ink and a fixed portion between the first member and the second member.