mhurhangee/ep-ind-claims huggingface dataset:
A secondary battery comprising: an electrode assembly configured to have a structure in which a separator is interposed between a positive electrode and a negative electrode; a battery case having formed therein a receiving portion configured to receive the electrode assembly; electrode leads (151, 152) configured to protrude outwards from the battery case; and lead films (160, 170)) attached to opposite surfaces of each of the electrode leads (151, 152), wherein each of the lead films (160, 170) comprises a luminous material. an electrode assembly configured to have a structure in which a separator is interposed between a positive electrode and a negative electrode; a battery case having formed therein a receiving portion configured to receive the electrode assembly; electrode leads (151, 152) configured to protrude outwards from the battery case; and lead films (160, 170)) attached to opposite surfaces of each of the electrode leads (151, 152), wherein each of the lead films (160, 170) comprises a luminous material.
A memory circuit to couple multiple memory devices to a memory channel, comprising: a first and second group of memory devices constituting the multiple memory devices; a first group of signal lines (134, 136) of the memory channel configured to couple point-to-point the first group of memory devices to a host device; a second group of signal lines (174, 176) of the memory channel configured to couple point-to-point the first group of memory devices to the second group of memory devices to extend the memory channel to the second group of memory devices, wherein the second group of signal lines (174, 176) includes fewer data signal lines than the first group of signal lines (134, 136), to support a lower bandwidth than the first group of signal lines (134, 136) on the memory channel; and a repeater coupled to repeat signals on the memory channel between the first group of signal lines (134, 136) and the second group of signal lines (174, 176), characterized in that the repeater is configured to send data on the second group of signal lines (174, 176) over a number of cycles which is higher than the number of cycles used to transfer said data on the first group of signal lines (134, 136) in order to compensate for the lower bandwidth supported by the second group of signal lines (174, 176). a first and second group of memory devices constituting the multiple memory devices; a first group of signal lines (134, 136) of the memory channel configured to couple point-to-point the first group of memory devices to a host device; a second group of signal lines (174, 176) of the memory channel configured to couple point-to-point the first group of memory devices to the second group of memory devices to extend the memory channel to the second group of memory devices, wherein the second group of signal lines (174, 176) includes fewer data signal lines than the first group of signal lines (134, 136), to support a lower bandwidth than the first group of signal lines (134, 136) on the memory channel; and a repeater coupled to repeat signals on the memory channel between the first group of signal lines (134, 136) and the second group of signal lines (174, 176), characterized in that the repeater is configured to send data on the second group of signal lines (174, 176) over a number of cycles which is higher than the number of cycles used to transfer said data on the first group of signal lines (134, 136) in order to compensate for the lower bandwidth supported by the second group of signal lines (174, 176).
Use of a microorganism having an acyltransferase activity for preparing N-acetyl-L-methionine, the microorganism comprising a polypeptide having an acyltransferase activity in which the polypeptide is represented by an amino acid sequence of any one of SEQ ID NOS. 1 to 3 or an amino acid sequence having 90% or more identity to the amino acid sequence, wherein the microorganism is selected from the group consisting of Escherichia sp., Corynebacterium sp., Saccharomyces sp., and Yarrowia sp.
A method for structural analysis of a test molecule with an X-ray or a neutron beam, the method comprising the steps of: mixing together a sample containing the test molecule and a metal complex capable of including the test molecule to generate a test molecule-metal complex inclusion body, whereby a test molecule-metal complex inclusion body refers to a state in which a metal complex encapsulates a test molecule. dispensing an inclusion solution containing the inclusion body to prepare a plurality of independent crystallization solutions at least including a first crystallization solution and a second crystallization solution; generating a plurality of crystals in the plurality of independent crystallization solutions under similar or different crystallization conditions; screening the plurality of crystals generated in the step to select a targeted crystal; irradiating the targeted crystal with an X-ray or a neutron beam to acquire diffraction data; and analyzing the diffraction data to determine the structure of the test molecule. mixing together a sample containing the test molecule and a metal complex capable of including the test molecule to generate a test molecule-metal complex inclusion body, whereby a test molecule-metal complex inclusion body refers to a state in which a metal complex encapsulates a test molecule. dispensing an inclusion solution containing the inclusion body to prepare a plurality of independent crystallization solutions at least including a first crystallization solution and a second crystallization solution; generating a plurality of crystals in the plurality of independent crystallization solutions under similar or different crystallization conditions; screening the plurality of crystals generated in the step to select a targeted crystal; irradiating the targeted crystal with an X-ray or a neutron beam to acquire diffraction data; and analyzing the diffraction data to determine the structure of the test molecule.
An electronic device comprising: a memory configured to store, in a first area of the memory, a first application and store, in a second area (142, 200) of the memory, at least one of a sharing limitation application list including an application for limiting a sharing permission inheritance and a permission limitation list including permission specific inheritance setting information included in an application, wherein identification information of the first application is included in one of the at least one of the sharing limitation application list and the permission limitation list; and a processor functionally connected to the memory, wherein the processor is configured to: receive an application installation request for a second application or an execution request for the second application; and process the second application not to obtain a sharing permission owned by the first application or to obtain part but not all of a sharing permission owned by the first application, based on the identification information of the first application being included in the one of the at least one of the sharing limitation application list and the permission limitation list. a memory configured to store, in a first area of the memory, a first application and store, in a second area (142, 200) of the memory, at least one of a sharing limitation application list including an application for limiting a sharing permission inheritance and a permission limitation list including permission specific inheritance setting information included in an application, wherein identification information of the first application is included in one of the at least one of the sharing limitation application list and the permission limitation list; and a processor functionally connected to the memory, wherein the processor is configured to: receive an application installation request for a second application or an execution request for the second application; and process the second application not to obtain a sharing permission owned by the first application or to obtain part but not all of a sharing permission owned by the first application, based on the identification information of the first application being included in the one of the at least one of the sharing limitation application list and the permission limitation list. receive an application installation request for a second application or an execution request for the second application; and process the second application not to obtain a sharing permission owned by the first application or to obtain part but not all of a sharing permission owned by the first application, based on the identification information of the first application being included in the one of the at least one of the sharing limitation application list and the permission limitation list.
A support element for holding and showing images or photographs, comprising a plate, made of glass or plastic material and formed of one or more layers, on which an image or photograph is shown or inserted, and a shaped base, fixed to said plate at given positions by means of fixing means which are inserted in respective seats (5, 6, 8) of said shaped base and of said plate, wherein a portion of said shaped base is foldable and has seats (5, 8) for fixing, through said fixing means, said portion of the shaped base with said plate, wherein said shaped base is a flat sheet and said portion of the shaped base is bent relative a flat main portion of said shaped base and in use said flat main portion of said shaped base rests on a plane and said plate is manually adjustable so as to be perpendicular or sloped with respect to said flat main portion of said shaped base, and characterized in that said portion of the shaped base includes two fins (4,7) at which said seats (5, 8) for inserting said fixing means are made, wherein said two fins (4,7) are laterally provided or said two fins (4,7) are obtained in a substantially central position of said base.
Tank for containing fluids and gases, such as hydrogen and the like, comprising a wall, having an external face, facing the outside of the tank, and an internal face, facing the inside of the tank, a first internal lining layer, made of aluminum or other corrosion-resistant material, a support frame, placed between said wall and said first internal lining layer, wherein said wall is arranged on said support frame, characterized by one or more dispersion nets, arranged integrated in said support frame, wherein said one or more dispersion networks disperse the gas contained in the tank in case of leaks between said wall and said first internal lining layer. a wall, having an external face, facing the outside of the tank, and an internal face, facing the inside of the tank, a first internal lining layer, made of aluminum or other corrosion-resistant material, a support frame, placed between said wall and said first internal lining layer, wherein said wall is arranged on said support frame, characterized by one or more dispersion nets, arranged integrated in said support frame, wherein said one or more dispersion networks disperse the gas contained in the tank in case of leaks between said wall and said first internal lining layer.
Housing for an electrical circuit, in particular for a sensor, wherein legs protrude out of the housing for the purpose of making electrical contact with the circuit, wherein further legs are provided, which further legs are not electrically connected to the circuit but rather serve as mechanical fastening means of the housing, in particular on a printed circuit board, wherein the housing has four sides, wherein the legs are arranged on opposite sides of the housing, wherein the further legs are arranged on at least one transverse side of the housing, characterized in that no legs for the purpose of making contact are arranged on the transverse side with the further legs.
A fire equipment comprising a housing assembly and a fire extinguisher and a fire blanket, the fire extinguisher comprising a canister arranged for containing fire extinguishing material and a valve arranged for controlling the emission of the fire extinguishing material, the fire blanket comprising a blanket and one or more grips (222a,b), arranged for manipulating the blanket, wherein: - the housing assembly comprises a first housing, arranged for removably housing the fire blanket, wherein the fire blanket is rolled up, folded, or folded and rolled up, to form a first hollow, arranged for removably housing the fire extinguisher; - the housing assembly further comprises a second housing, arranged for removably housing the fire extinguisher and arranged for separating the fire extinguisher and the fire blanket. - the housing assembly comprises a first housing, arranged for removably housing the fire blanket, wherein the fire blanket is rolled up, folded, or folded and rolled up, to form a first hollow, arranged for removably housing the fire extinguisher; - the housing assembly further comprises a second housing, arranged for removably housing the fire extinguisher and arranged for separating the fire extinguisher and the fire blanket.
A method to operate a computing device comprising at least one processor readable memory storing an operating system having processor readable instructions that includes a first speech recognizer and a second speech recognizer, and the at least one processor readable memory storing an application having processor readable instructions; the method comprising: receiving, by the first speech recognizer configured to interpret operating system commands, information that represents an operating system command from a microphone; receiving, by the second speech recognizer configured to interpret application commands, information that represents an application command from a microphone, the second speech recognizer operates simultaneously with the first speech recognizer; determining whether an operating system command was received by the first speech recognizer; determining whether a valid application command was received by the second speech recognizer; and performing, by the computing device, a computing operation in response to one of the operating system command and the application command, wherein the performing includes determining whether to provide the operating system command or the application command in response to a reserve word, or determining whether to provide the operating system command or the application command based on a cadence of a user. receiving, by the first speech recognizer configured to interpret operating system commands, information that represents an operating system command from a microphone; receiving, by the second speech recognizer configured to interpret application commands, information that represents an application command from a microphone, the second speech recognizer operates simultaneously with the first speech recognizer; determining whether an operating system command was received by the first speech recognizer; determining whether a valid application command was received by the second speech recognizer; and performing, by the computing device, a computing operation in response to one of the operating system command and the application command, wherein the performing includes determining whether to provide the operating system command or the application command in response to a reserve word, or determining whether to provide the operating system command or the application command based on a cadence of a user.
Method for analysing a mark left by the wheels of a motorized vehicle on a road in a layer of moisture on the surface of said road, comprising the steps of: - defining at least one region of observational interest of at least one wheel mark in at least one acquired image of a rear environment of said vehicle; and - detecting at least one contrast (Ct) between said mark and said road. - defining at least one region of observational interest of at least one wheel mark in at least one acquired image of a rear environment of said vehicle; and - detecting at least one contrast (Ct) between said mark and said road.
Device for the aftertreatment of the exhaust gases of a combustion engine, comprising, in the direction of flow of the exhaust gases from the engine: ° an oxidation catalyst; ° an orifice of a means for introducing a reducing agent or a reducing-agent precursor for the selective catalytic reduction of nitrogen oxides; ° a mixer for mixing the exhaust gases and the reducing agent and/or converting the precursor into a reducing agent; ° a catalyst for the selective catalytic reduction of nitrogen oxides; the aforementioned elements being grouped together in a single enclosure, characterised in that it further comprises a particle filter in the single enclosure, said particle filter being either positioned downstream of the selective catalytic reduction catalyst or consisting of a single substrate fulfilling the role of both a particle filter and the catalyst for the selective catalytic reduction of nitrogen oxides, and in that the mixer is of a type having a travel length for gases passing through it at least twice as great as the length that it occupies longitudinally in the enclosure. ° an oxidation catalyst; ° an orifice of a means for introducing a reducing agent or a reducing-agent precursor for the selective catalytic reduction of nitrogen oxides; ° a mixer for mixing the exhaust gases and the reducing agent and/or converting the precursor into a reducing agent; ° a catalyst for the selective catalytic reduction of nitrogen oxides;
A method for operating an NMR probehead (10; 20) with an MAS stator (11; 21; 31a; 31b; 41a; 41b) for receiving a substantially circular-cylindrical hollow MAS rotor (13; 23; 33; 43) with an outer jacket of external diameter D and with a sample substance in a sample volume, wherein the MAS rotor (13; 23; 33; 43) is mounted on pressurized gas in a measuring position within the MAS stator (11; 21; 31a; 31b; 41a; 41b) by means of a device for gas supply with a bearing nozzle (12'; 22'; 32'; 42') and is set into rotation about the cylinder axis of the MAS rotor (13; 23; 33; 43) by means of a pneumatic drive, at a rotation frequency f ≥ 30 kHz, wherein during the NMR-MAS measurement a temperature control gas is blown by means of a temperature control nozzle (12; 32a; 32b; 42a; 42b) onto the outer jacket of the MAS rotor (13; 23; 33; 43) at an angle α < 90° with respect to the longitudinal axis of the cylinder-symmetrical MAS rotor (13; 23; 33; 43), characterized in that the flow speed of the temperature control gas blown through the temperature control nozzle (12; 32a; 32b; 42a; 42b) onto the MAS rotor (13; 33; 43) corresponds in the nozzle cross section to at least half the circumferential speed of the outer jacket of the rotating MAS rotor (13; 33; 43) and to at most the speed of sound in the temperature control gas, and that the temperature control nozzle (12; 32a; 32b; 42a; 42b) has an inner diameter d of between 0.04mm and 0.5mm and a pressure of 0.1MPa to 0.5MPa is applied to the temperature control nozzle (12; 32a; 32b; 42a; 42b).
A holder for mounting an optical element to a laser machining head, the holder comprising: - a socket comprising an aperture and a seat encircling the aperture, wherein the seat is configured to receive the optical element such that the optical element is positioned at the aperture; - an annular spring part configured to be positioned at a mounting surface of the socket and comprising a rim portion and a plurality of cantilever spring elements extending radially inwards from the rim portion, wherein radially-inner edges of the cantilever spring elements define an opening that overlaps the aperture; and - a fixing means configured to fix the rim portion of the spring part to the mounting surface of the socket such that the cantilever spring elements are disposed on the optical element for pressing the optical element towards the seat, when the optical element is received at the seat; wherein the holder further comprises the optical element having a first optical surface and a second optical surface; wherein the second optical surface is positioned at the aperture and the first optical surface protrudes outwardly above the mounting surface of the socket; and wherein the cantilever spring elements are disposed at the first optical surface of the optical element pressing the optical element towards the seat; characterized in that the cantilever spring elements only contact an edge (5a1) of the optical element. - a socket comprising an aperture and a seat encircling the aperture, wherein the seat is configured to receive the optical element such that the optical element is positioned at the aperture; - an annular spring part configured to be positioned at a mounting surface of the socket and comprising a rim portion and a plurality of cantilever spring elements extending radially inwards from the rim portion, wherein radially-inner edges of the cantilever spring elements define an opening that overlaps the aperture; and - a fixing means configured to fix the rim portion of the spring part to the mounting surface of the socket such that the cantilever spring elements are disposed on the optical element for pressing the optical element towards the seat, when the optical element is received at the seat; wherein the holder further comprises the optical element having a first optical surface and a second optical surface; wherein the second optical surface is positioned at the aperture and the first optical surface protrudes outwardly above the mounting surface of the socket; and wherein the cantilever spring elements are disposed at the first optical surface of the optical element pressing the optical element towards the seat; characterized in that the cantilever spring elements only contact an edge (5a1) of the optical element.
A stockhouse arrangement for a metallurgical furnace comprising: a set of storage bins for granular material; a material feeding device associated with said set of storage bins, the material feeding device being arranged above said set of storage bins and allowing to selectively fill each of the storage bins with granular material; a raw material feed system to convey raw granular material to the material feeding device; a respective weighing hopper arranged downstream of each storage bin and comprising an outlet associated with a feeding gate; a charge conveying system for collecting and conveying material selectively discharged from the weighing hoppers through their respective feeding gates; characterized in that said material feeding device is configured to screen raw granular material arriving from said raw material feed system such that only material with desired granulometry is forwarded to the respective bin(s). a set of storage bins for granular material; a material feeding device associated with said set of storage bins, the material feeding device being arranged above said set of storage bins and allowing to selectively fill each of the storage bins with granular material; a raw material feed system to convey raw granular material to the material feeding device; a respective weighing hopper arranged downstream of each storage bin and comprising an outlet associated with a feeding gate; a charge conveying system for collecting and conveying material selectively discharged from the weighing hoppers through their respective feeding gates; characterized in that said material feeding device is configured to screen raw granular material arriving from said raw material feed system such that only material with desired granulometry is forwarded to the respective bin(s).