mhurhangee/ep-ind-claims huggingface dataset:
A canola or rapeseed protein isolate having a protein content of at least 90% (w/w) comprising i) a first class of proteins having a molecular weight of 60 kDa to 80 kDa, the first class of proteins comprising 60% to 90% (w/w) of the isolate; ii) a second class of proteins having a molecular weight of 10 kDa to 30 kDa, the second class of proteins comprising 10% to 30% (w/w) of the isolate; and iii) a third class of proteins having a molecular weight of less than about 10 kDa, the third class of proteins comprising 2% to 10% (w/w) of the isolate, said isolate has a solubility of at least 95% (w/w) and a fiber content of less than 1%, wherein the molecular weight of the proteins is obtained using Gel Permeation Chromatography and wherein the solubility of the isolate is measured in a borate-phosphate buffer solution having a pH of 6.5 to 7.5 and the isolate is at a concentration of about 1% (w/w). i) a first class of proteins having a molecular weight of 60 kDa to 80 kDa, the first class of proteins comprising 60% to 90% (w/w) of the isolate; ii) a second class of proteins having a molecular weight of 10 kDa to 30 kDa, the second class of proteins comprising 10% to 30% (w/w) of the isolate; and iii) a third class of proteins having a molecular weight of less than about 10 kDa, the third class of proteins comprising 2% to 10% (w/w) of the isolate,
A method for providing information to at least one of a first terminal system with a real or virtual home network Integrated Access Device (homeIAD0) and a connection to a second terminal system, said first terminal system and second terminal system being connected through a network and which are subject to a potential, actual or completed handover process, wherein the potential handover is defined such that if for it still not one of its change measures was executed in a terminal device, but at least one other measure for it therein and/or was addressed already in a terminal system, the method comprising: providing to at least one of the first and the second terminal systems (A0, Z0) handover-relevant information about the potential, actual or completed handover process, wherein said handover-relevant information including information about potential home/shared integrated access devices, IADs, in a reception area of a home network IAD to which the first terminal system is assigned, wherein the home network Integrated Access Device is a WLAN-IAD.
A method of producing crystalline calcium carbonate by reacting calcium hydroxide with CO 2, wherein the calcium hydroxide is provided in the form of lime milk and the method includes a first stage of nucleation of the calcium carbonate seeds and a subsequent stage, separate from the nucleation, of crystal growth, characterised in that: a) in the first stage, the nucleation is conducted continuously with the exclusive use of flue gas, which has 11 to 17 vol.% CO 2, in one or more reactors, the filling levels of which are optionally variable, wherein the parameters of the gas supply device, which introduces the flue gas into the reactors, are so set in dependence on the filling level in the respective reactor that 0.3 to 5 m 3 gas/min/m 3 reactor volume is introduced in order to convert a maximum of 90% of the lime milk into calcium carbonate in the first stage, b) in the second stage, crystal growth and crystal stabilization are conducted in batches with the exclusive use of a rich gas, which has 30 to 99 vol.% CO 2, in one or more reactors, the filling levels of which are optionally variable, wherein the complete conversion of the partially converted lime milk from stage a) is controlled in the respective reactor by the setting independently of one another of the parameters of the gas supply device, which introduces the rich gas into the reactors. a) in the first stage, the nucleation is conducted continuously with the exclusive use of flue gas, which has 11 to 17 vol.% CO 2, in one or more reactors, the filling levels of which are optionally variable, wherein the parameters of the gas supply device, which introduces the flue gas into the reactors, are so set in dependence on the filling level in the respective reactor that 0.3 to 5 m 3 gas/min/m 3 reactor volume is introduced in order to convert a maximum of 90% of the lime milk into calcium carbonate in the first stage, b) in the second stage, crystal growth and crystal stabilization are conducted in batches with the exclusive use of a rich gas, which has 30 to 99 vol.% CO 2, in one or more reactors, the filling levels of which are optionally variable, wherein the complete conversion of the partially converted lime milk from stage a) is controlled in the respective reactor by the setting independently of one another of the parameters of the gas supply device, which introduces the rich gas into the reactors.
A cable winch, in particular a sprocket-type large cable winch for deep-sea applications, having a cable drum which is enclosed at the end face by end plates and having at least one drive unit for driving the cable drum, wherein the drive unit comprises a motor and a gear mechanism, which on the output side drives an output wheel which can be brought into engagement with a drive wheel preferably in the form of a sprocket, provided on one of the end plates, wherein the output wheel of the drive unit is arranged between the motor and the gear mechanism and the motor and the gear mechanism of the drive unit extend toward different sides of the end plate, characterized in that the drive unit is attached to an end shield which rotatably supports the cable drum, with the motor and the gear mechanism of the drive unit extending towards opposite sides of said end shield.
A LAMP Construct comprising two homology domains of a luminal domain of a LAMP protein, and an antigenic domain, wherein the antigen domain is placed between the two homology domains, and wherein the LAMP Construct further comprises a Transmembrane Domain and a cytosolic tail of a LAMP Protein.
A method for communications, comprising: obtaining beam coefficients of a beam associated with a geographic area based at least in part on an estimated return channel that comprises a first channel component between the geographic area and a plurality of second satellites and a second channel component between the plurality of second satellites and a first satellite, the plurality of second satellites being in second orbits that are lower than a first orbit of the first satellite and having respective antennas that illuminate respective portions of the geographic area; and forming, by a beamformer (155, 190) located in a ground system or in the first satellite, a beam associated with the geographic area to obtain a beam signal based at least in part on the beam coefficients and respective relayed signal components obtained from a plurality of signal components of a signal originating from the geographic area, wherein the respective relayed signal components are obtained from the plurality of signal components by respective second satellites of the plurality of second satellites and transmitted to the first satellite by the respective second satellites of the plurality of second satellites. obtaining beam coefficients of a beam associated with a geographic area based at least in part on an estimated return channel that comprises a first channel component between the geographic area and a plurality of second satellites and a second channel component between the plurality of second satellites and a first satellite, the plurality of second satellites being in second orbits that are lower than a first orbit of the first satellite and having respective antennas that illuminate respective portions of the geographic area; and forming, by a beamformer (155, 190) located in a ground system or in the first satellite, a beam associated with the geographic area to obtain a beam signal based at least in part on the beam coefficients and respective relayed signal components obtained from a plurality of signal components of a signal originating from the geographic area, wherein the respective relayed signal components are obtained from the plurality of signal components by respective second satellites of the plurality of second satellites and transmitted to the first satellite by the respective second satellites of the plurality of second satellites.
A method of manufacturing an electrode for a secondary battery, the method comprising: a process of continuously forming two or more slurry coated parts on one surface or both surfaces of a metal foil in a second direction which is a longitudinal direction of the metal foil so that a non-coated part which an electrode slurry is not coated is positioned between the slurry coated parts coated with the electrode slurry including an electrode active material in a first direction which is a transverse direction of the metal foil; a process of forming mixture coated parts by drying the slurry coated parts and rolling by a roller; and a process of forming electrode strips by slitting the non-coated part in the second direction, wherein, before continuously forming the slurry coated parts, while continuously forming the slurry coated parts, or between continuously forming the slurry coated parts and forming the mixture coated parts, the method further comprises a process of forming non-continuous linear slits in the non-coated part of the metal foil in the second direction, the non-continuous linear slits are formed perpendicular to the first direction, a length of each of the non-continuous linear slits is in a range of about 1 to 200mm, and an interval between the non-continuous linear slits is in a range of about 1 to 1000mm. a process of continuously forming two or more slurry coated parts on one surface or both surfaces of a metal foil in a second direction which is a longitudinal direction of the metal foil so that a non-coated part which an electrode slurry is not coated is positioned between the slurry coated parts coated with the electrode slurry including an electrode active material in a first direction which is a transverse direction of the metal foil; a process of forming mixture coated parts by drying the slurry coated parts and rolling by a roller; and a process of forming electrode strips by slitting the non-coated part in the second direction, wherein, before continuously forming the slurry coated parts, while continuously forming the slurry coated parts, or between continuously forming the slurry coated parts and forming the mixture coated parts, the method further comprises a process of forming non-continuous linear slits in the non-coated part of the metal foil in the second direction, the non-continuous linear slits are formed perpendicular to the first direction, a length of each of the non-continuous linear slits is in a range of about 1 to 200mm, and an interval between the non-continuous linear slits is in a range of about 1 to 1000mm.
A fire extinguishing composition of copper salts, is characterized in that the fire extinguishing composition contains a compound of copper salts and a fire retardant component, respectively in the following mass ratios: 30% to 95% of the compound of copper salts; 5% to 70% of the fire retardant component; a pyrotechnic agent is adopted as a heat source and a power source of the fire extinguishing composition; and the purpose of fire extinguishing is achieved by: igniting the pyrotechnic agent, and the fire extinguishing composition performing decomposition reaction and generating a large quantity of fire extinguishing substance under high temperature produced by burning of the pyrotechnic agent, and the fire extinguishing substance being sprayed out together with the pyrotechnic agent. 30% to 95% of the compound of copper salts; 5% to 70% of the fire retardant component; a pyrotechnic agent is adopted as a heat source and a power source of the fire extinguishing composition; igniting the pyrotechnic agent, and
An antenna for a receiver or transmitter in a motor vehicle 1.1 comprising an electrically conductive loop, which encloses an area for the passage of electromagnetic waves which interact with an electrical current flow through the loop; wherein 1.2 the loop has a connection side (1.1), via which an electrical current can be introduced inductively or through at least one electrical terminal into the loop or discharged therefrom; wherein 1.3 the area enclosed by the loop is twisted via a twist axis, which is perpendicular or at an angle to the connection side (1.1); characterized in that 1.4 the connection side (1.1) of the loop is formed by a straight line, a line angled once or multiple times, or a curve, and the loop has a side (1.2) opposite to the connection side (1.1), which is also formed by a straight line, a line angled once or multiple times, or a curve, wherein the connection side (1.1) and the opposite side (1.2) extend within two planes plane-parallel to one another. 1.1 comprising an electrically conductive loop, which encloses an area for the passage of electromagnetic waves which interact with an electrical current flow through the loop; wherein 1.2 the loop has a connection side (1.1), via which an electrical current can be introduced inductively or through at least one electrical terminal into the loop or discharged therefrom; wherein 1.3 the area enclosed by the loop is twisted via a twist axis, which is perpendicular or at an angle to the connection side (1.1); characterized in that 1.4 the connection side (1.1) of the loop is formed by a straight line, a line angled once or multiple times, or a curve, and the loop has a side (1.2) opposite to the connection side (1.1), which is also formed by a straight line, a line angled once or multiple times, or a curve, wherein the connection side (1.1) and the opposite side (1.2) extend within two planes plane-parallel to one another.
A surface-mount crystal oscillator, comprising: a crystal blank; an IC chip on which an oscillating circuit using said crystal blank is integrated, and which has an IC terminal on at least each of four corner portions; a housing body having a substantially rectangular recess housing said IC chip; a plurality of circuit terminals (4a-4f) which are provided on an inner bottom surface of said recess, and to which said IC terminals are fixed via bumps; and external terminals (6a-6d) respectively provided on an opening end surface at four corner portions of said opening end surface surrounding said recess in said housing body, and electrically connected to said circuit terminals, wherein in each of at least three vertices out of vertices of the inner bottom surface of said recess, an exposed part (19a-19c) in which the inner bottom surface of said recess is exposed is formed between the circuit terminal (4a-4c) which is the closest to the vertex and the external terminal (6a-6c) corresponding to said vertex, and a boundary between said opening end surface and the inner bottom surface of said recess can be discriminated by difference of color of said external terminal (6a-6c) and color of said exposed part (19a-19c), characterized in that in said each of the at least three vertices of said recess, said external terminal (6a-6c) corresponding to the vertex is provided in an L-shape and is formed in said opening end surface to be in contact with a longer side and a shorter side of an outer perimeter of said recess, with said vertex as an intersection point between said longer side and shorter side, and in that, when seen from above said recess, in said each of the at least three vertices, said exposed part (19a-19c) corresponding to the vertex is surrounded by the circuit terminal (4a-4c) which is the closest to the vertex, the external terminal (6a-6c) corresponding to said vertex and a wiring path electrically connecting the circuit terminal (4a-4c) to the external terminal (6a-6c). a crystal blank; an IC chip on which an oscillating circuit using said crystal blank is integrated, and which has an IC terminal on at least each of four corner portions; a housing body having a substantially rectangular recess housing said IC chip; a plurality of circuit terminals (4a-4f) which are provided on an inner bottom surface of said recess, and to which said IC terminals are fixed via bumps; and external terminals (6a-6d) respectively provided on an opening end surface at four corner portions of said opening end surface surrounding said recess in said housing body, and electrically connected to said circuit terminals,
Device for supplying air to an auxiliary power unit of an aircraft, including: • said auxiliary power unit; • a turbocharger and; • a cabin, said auxiliary power unit comprising a diesel engine coupled to the turbocharger such that: • said turbocharger comprising at least: ▪ one first inlet of air (AIR_CAB_1) in a compressor of the turbocharger coming from the cabin for admitting air to a combustion chamber of the diesel engine, • said engine comprising at least: ▪ one first outlet (AIR_T) carrying the air burnt by the combustion chamber to the turbocharger, the diesel engine delivering a power that is able to power an electric alternator and a compressor known as the pressurizing compressor, intended to pressurize a second air inlet (AIR_EXT_32) and the first air inlet (AIR_CAB_1) of the turbocharger being fed with a fraction of pressurized air from the cabin of the aircraft. • said auxiliary power unit; • a turbocharger and; • a cabin, • said turbocharger comprising at least: ▪ one first inlet of air (AIR_CAB_1) in a compressor of the turbocharger coming from the cabin for admitting air to a combustion chamber of the diesel engine, ▪ one first inlet of air (AIR_CAB_1) in a compressor of the turbocharger coming from the cabin for admitting air to a combustion chamber of the diesel engine, • said engine comprising at least: ▪ one first outlet (AIR_T) carrying the air burnt by the combustion chamber to the turbocharger, ▪ one first outlet (AIR_T) carrying the air burnt by the combustion chamber to the turbocharger,
Hood-type industrial dishwasher including a first top filtering element fitted into an opening of a concave-shaped flat filter suitable to act as a lid for the collecting sump formed in the tank bottom, characterized in that it further includes a second bottom filtering element that is fitted into an opening formed at the bottom of said collecting sump and partially received within a manifold for the connection to the wash and drain pumps which is secured under said opening of the sump, said second bottom filtering element forming in combination with said first top filtering element a filter assembly extending substantially continuously between said flat filter and a pipe leading to the drain pump.
A device for imbricating sheets, comprising at least one blower box and a supply table, wherein multiple sheets are guided into a region of the blower box consecutively in the same transport direction and arranged at a distance from one another on the supply table, wherein a blow nozzle (136; 137) is arranged in the blower box on the side thereof facing the supply table, wherein the supply table is arranged below the blower box, characterized in that the blowing direction of the blow nozzle (136; 137) is oriented in parallel to the supply table against the transport direction of the sheets, wherein multiple blow nozzles (136; 137) are arranged in the blower box, one after the other in the transport direction of the sheets, on the side thereof facing the supply table, wherein a respective blowing direction of the blow nozzles (136; 137) is oriented in parallel to the supply table against the transport direction of the sheets, wherein in a region between the supply table and the side of the blower box facing this supply table a support plate supporting the raised sheet is provided, wherein in the supply table in the region opposite the blower box multiple openings are provided, through which openings air flows under the current raised sheet.
A method of managing credential information, the credential information for accessing a software application on a computing device, the method performed by the computing device comprising an application program interface associated with the software application and a user agent in communication with the API, the method comprising: obtaining the credential information using the computing device; sending the credential information and an application identification of the software application from the API to the user agent; decrypting a key store using the user agent; storing the credential information in association with the application ID in the key store using the user agent; associating with the key store a time stamp of when the credential information and the application ID were stored using the user agent; encrypting the key store using the user agent; sending a copy of the encrypted key store and the time stamp from the user agent to a server; sending a request from the API to the user agent for the credential information, the request including the application ID; determining if the computing device is in communication with the server, and if not, the user agent decrypting the key store; determining if the application ID exists in the key store and, if so, the user agent retrieving the credential information associated with the application ID; encrypting the key store using the user agent; and sending the credential information from the user agent, through the API, to the software application to provide access to the software application. obtaining the credential information using the computing device; sending the credential information and an application identification of the software application from the API to the user agent; decrypting a key store using the user agent; storing the credential information in association with the application ID in the key store using the user agent; associating with the key store a time stamp of when the credential information and the application ID were stored using the user agent; encrypting the key store using the user agent; sending a copy of the encrypted key store and the time stamp from the user agent to a server; sending a request from the API to the user agent for the credential information, the request including the application ID; determining if the computing device is in communication with the server, and if not, the user agent decrypting the key store; determining if the application ID exists in the key store and, if so, the user agent retrieving the credential information associated with the application ID; encrypting the key store using the user agent; and sending the credential information from the user agent, through the API, to the software application to provide access to the software application.
An industrial truck having a battery-powered electrical drive and comprising a battery compartment for accommodating a battery, wherein the battery compartment comprises a battery door and an electrical contact means for electrical connection of the battery with the electrical drive, wherein the battery door is arranged crosswise to the longitudinal direction of the vehicle and is pivotally mounted around a swivel axis running in the longitudinal direction of the vehicle, and a switch unit is provided which is arranged in the battery compartment and is actuated by the battery door in its closed position in order to establish an electrical connection between the electrical contact means and the electrical drive, or to unblock a blocked function of the vehicle, characterised in that the battery door has an actuation lug at its free end, via which the switch unit in the battery compartment is actuated.