mhurhangee/ep-ind-claims huggingface dataset:
A method for purifying a protein from a source solution, said method comprising: (a) contacting said source solution with a mixed-mode chromatography medium comprising a ligand coupled to a solid support, said ligand comprising a hydrophobic group and an acid moiety selected from the group consisting of a carboxyl group and a sulfo group wherein said hydrophobic group is joined to said acid moiety by a peptide-containing linkage, said solid support having pores of a median diameter of 0.5 micron or greater with substantially no pores of 0.1 micron or less in diameter, and said ligand coupled to said solid support at said hydrophobic group through a chain of one to three atoms, to bind said protein in said source solution to said solid support through said ligand; and (b) eluting said protein so bound from said solid support. (a) contacting said source solution with a mixed-mode chromatography medium comprising a ligand coupled to a solid support, said ligand comprising a hydrophobic group and an acid moiety selected from the group consisting of a carboxyl group and a sulfo group wherein said hydrophobic group is joined to said acid moiety by a peptide-containing linkage, said solid support having pores of a median diameter of 0.5 micron or greater with substantially no pores of 0.1 micron or less in diameter, and said ligand coupled to said solid support at said hydrophobic group through a chain of one to three atoms, to bind said protein in said source solution to said solid support through said ligand; and (b) eluting said protein so bound from said solid support.
Process for preparing a polymer-coated hard shell capsule, suitable as container for pharmaceutical or nutraceutical biologically active ingredients, wherein the hard shell capsule is comprising a body and a cap, wherein in the closed state the cap overlaps the body either in a pre-locked state or in a final-locked state, wherein the hard shell capsule having a gap of 10 to 100 μm is provided in the pre-locked state, and spray-coated with a coating solution, suspension or dispersion comprising a polymer or a mixture of polymers to create a coating layer which covers the outer surface of the hard shell capsule in the pre-locked state, wherein the coating layer is applied in an amount of about 0.7 to 5.5 mg/cm 2, wherein the polymer or a mixture of polymers is selected from the group of anionic polymers, cationic polymers, or neutral polymers, the anionic polymer is an anionic (meth)acrylate copolymer, the cationic polymer is a cationic (meth)acrylate copolymer, and the neutral polymer is a neutral (meth)acrylate copolymer, wherein the coating layer thickness is less than the gap between the uncoated body and the cap. wherein the hard shell capsule having a gap of 10 to 100 μm is provided in the pre-locked state, and spray-coated with a coating solution, suspension or dispersion comprising a polymer or a mixture of polymers to create a coating layer which covers the outer surface of the hard shell capsule in the pre-locked state, wherein the coating layer is applied in an amount of about 0.7 to 5.5 mg/cm 2, wherein the polymer or a mixture of polymers is selected from the group of anionic polymers, cationic polymers, or neutral polymers, the anionic polymer is an anionic (meth)acrylate copolymer, the cationic polymer is a cationic (meth)acrylate copolymer, and the neutral polymer is a neutral (meth)acrylate copolymer, wherein the coating layer thickness is less than the gap between the uncoated body and the cap.
A method for wireless communications by a user equipment, UE, comprising: Receiving, from a base station, a data transmission that comprises an application packet associated with a latency including communications latency and a latency corresponding to a processing time utilized for processing the application packet; and Transmitting a feedback message for the data transmission that comprises an indicator of a remaining delay budget that is determined based at least in part on the processing time utilized for processing the application packet. Receiving, from a base station, a data transmission that comprises an application packet associated with a latency including communications latency and a latency corresponding to a processing time utilized for processing the application packet; and Transmitting a feedback message for the data transmission that comprises an indicator of a remaining delay budget that is determined based at least in part on the processing time utilized for processing the application packet.
An antimicrobial particulate composition comprising: i. 0.05% to 3% by weight of antimicrobial metal particles immobilized on ii. 97 to 99.95% by weight of calcite having a specific surface area higher than 8 m 2 /g; wherein the antimicrobial metal particles are silver or copper nanoparticles. i. 0.05% to 3% by weight of antimicrobial metal particles immobilized on ii. 97 to 99.95% by weight of calcite having a specific surface area higher than 8 m 2 /g;
A method of processing a food object while the food object is being conveyed, comprising: • acquiring image data of the food object, • cutting the food object into smaller food pieces, • determining, based on the acquired image data, whether the food object contains undesired objects, and in case such undesired objects are detected, • identifying which of the smaller food pieces contain the undesired objects, characterised in that the food object is not treated differently whether undesired objects are detected or not. • acquiring image data of the food object, • cutting the food object into smaller food pieces, • determining, based on the acquired image data, whether the food object contains undesired objects, and in case such undesired objects are detected, • identifying which of the smaller food pieces contain the undesired objects,
An electronic display assembly comprising: a flexible circuit board; and a first plurality of facets coupled to a first side of the flexible circuit board, each facet of the first plurality of facets being rigid and comprising a first plurality of pixels; wherein: each of the plurality of facets are in a shape of a polygon; the flexible circuit board comprises a plurality of facet locations that each correspond to one of the facets, the plurality of facet locations arranged into a plurality of facet columns; when the flexible circuit board is flat, at least some of the facet locations are separated from one or more adjacent facet locations by a plurality of gaps; and when the flexible circuit board is formed into a three-dimensional shape, the plurality of gaps are substantially eliminated, thereby forming a continuous surface across at least some of the plurality of facets. a flexible circuit board; and a first plurality of facets coupled to a first side of the flexible circuit board, each facet of the first plurality of facets being rigid and comprising a first plurality of pixels; wherein: each of the plurality of facets are in a shape of a polygon; the flexible circuit board comprises a plurality of facet locations that each correspond to one of the facets, the plurality of facet locations arranged into a plurality of facet columns; when the flexible circuit board is flat, at least some of the facet locations are separated from one or more adjacent facet locations by a plurality of gaps; and when the flexible circuit board is formed into a three-dimensional shape, the plurality of gaps are substantially eliminated, thereby forming a continuous surface across at least some of the plurality of facets. each of the plurality of facets are in a shape of a polygon; the flexible circuit board comprises a plurality of facet locations that each correspond to one of the facets, the plurality of facet locations arranged into a plurality of facet columns; when the flexible circuit board is flat, at least some of the facet locations are separated from one or more adjacent facet locations by a plurality of gaps; and when the flexible circuit board is formed into a three-dimensional shape, the plurality of gaps are substantially eliminated, thereby forming a continuous surface across at least some of the plurality of facets.
A control valve filter which is attached to a peripheral groove formed on an external peripheral surface of a control valve and which is configured to filter a fluid flowing into or out of a port unit which is opened through the peripheral groove, comprising a substantially ring-shaped frame and a filter member provided on the frame, wherein a divided portion is formed at a portion of the frame, the divided portion is formed with a first engagement unit and a second engagement unit engaging with each other, the first engagement unit has a recessed portion, the second engagement unit has a projection portion capable of engaging with the recessed portion, a width of an opening portion of the recessed portion is formed to be narrower than that at a deeper side, and the recessed portion and the projection portion are engaged with each other from a diameter direction of the frame, whereby the first engagement unit and the second engagement unit are engaged with each other, wherein an upper surface of the projection portion is an inclination surface which is extending to an end of the projection portion so as to incline to the inner side in the diameter direction of the frame.
Method for checking the compatibility of function modules (Fx) that are able to be installed on field devices of an automation system by way of a central unit and that are made available by a digital archive system for application cases occurring in the automation system, wherein rating data are assigned to the function modules (Fx) in the digital archive system, and wherein the respective function modules (Fx) able to be used for a predefined application case are able to be suggested by the digital archive system for installation on a field device based on the assigned rating data, characterized in that, in addition to the predefined application case, data information about the function modules (F1, F2, F3) installed on the field device is transmitted to the digital archive system by the central unit, that function module combinations consisting of the function modules (F1, F2, F3) installed on the field device and at least one of the respectively suggested function modules (Fx) are ascertained by the digital archive system based on the data information about the function modules (F1, F2, F3) installed on the field device, that an error frequency of the respectively ascertained function module combination is estimated by the digital archive system for the ascertained function module combinations based on a stored usage statistic, and that at least one function module (Fx) able to be installed for the predefined application case is suggested for the installation on the field device, which function module has the lowest estimated error frequency in combination with the function modules (F1, F2, F3) installed on the field device.
An apparatus comprising a connection circuitry and a limiter circuit connected to the connection circuitry for limiting substantially high voltage values from arising in the connection circuitry, the connection circuitry making a connection from a power source to a load, said connection circuitry comprising a common mode choke, a first circuit connecting the power source and the common mode choke, a second circuit connecting the common mode choke and the load, and a diode bridge for rectifying alternating voltage from the power source to rectified voltage in the second circuit, wherein the limiter circuit comprises a voltage dependent element for decreasing resistivity of said element according to an increase in voltage in said element, said voltage dependent element comprising at least two terminals (114, 116), the first terminal being connected to the first circuit and the second terminal being connected to the second circuit bypassing the common mode choke, characterized in that the limiter circuit comprises a serial connection of at least two diodes (D1, D2) being connected to said rectified voltage in the second circuit, and the second terminal of the voltage dependent element being connected in between said at least two diodes (D1, D2).
A method for miniaturizing magnetic domains of a directional electric steel plate comprising: a steel plate supporting roll position adjusting step of controlling the vertical direction position of a steel plate while supporting the steel plate progressing along a production line; and a laser emitting step of melting the steel plate by emitting a laser beam to form grooves on the surface of the steel plate, wherein the laser emitting step includes an angle changing step of changing an emitting line angle of the laser beam with respect to a width direction of the steel plate while an optical system emitting the laser beam onto the steel plate is rotated with respect to the steel plate, and a focal distance maintaining step of changing a tilt of the steel plate supporting roll which supports the steel plate according to a change in focal distance of the laser beam in the width direction of the steel plate. a steel plate supporting roll position adjusting step of controlling the vertical direction position of a steel plate while supporting the steel plate progressing along a production line; and a laser emitting step of melting the steel plate by emitting a laser beam to form grooves on the surface of the steel plate, wherein the laser emitting step includes an angle changing step of changing an emitting line angle of the laser beam with respect to a width direction of the steel plate while an optical system emitting the laser beam onto the steel plate is rotated with respect to the steel plate, and a focal distance maintaining step of changing a tilt of the steel plate supporting roll which supports the steel plate according to a change in focal distance of the laser beam in the width direction of the steel plate.
A method for secondary authentication in a network, performed by a user equipment, UE), the method comprising: establishing a primary authentication with a security anchor function, SEAF; establishing a user plane, UP, session or connection with or via a UP function, UPF; receiving an extensible authentication protocol, EAP, based authentication request via the UPF; sending an EAP based authentication response to the UPF; and receiving an EAP based authentication result via the UPF, the EAP based authentication result based on a verification response from an external authentication, authorization, and accounting, AAA, server. establishing a primary authentication with a security anchor function, SEAF; establishing a user plane, UP, session or connection with or via a UP function, UPF; receiving an extensible authentication protocol, EAP, based authentication request via the UPF; sending an EAP based authentication response to the UPF; and receiving an EAP based authentication result via the UPF, the EAP based authentication result based on a verification response from an external authentication, authorization, and accounting, AAA, server.
A method comprising: obtaining a bitstream comprising a compressed version of a spatial component of a sound field, the spatial component defined in a spherical harmonic domain and generated by performing a linear decomposition with respect to a plurality of spherical harmonic coefficients, wherein the compressed version of the spatial component is represented in the bitstream using, at least in part, a field specifying a prediction mode used when compressing the spatial component. obtaining a bitstream comprising a compressed version of a spatial component of a sound field, the spatial component defined in a spherical harmonic domain and generated by performing a linear decomposition with respect to a plurality of spherical harmonic coefficients, wherein the compressed version of the spatial component is represented in the bitstream using, at least in part, a field specifying a prediction mode used when compressing the spatial component.
A mobile terminal, comprising: a controller configured to enter an editing mode for editing a selected video, to analyze how a plurality of attributes of the selected video change over a playing time of the selected video, and to receive a selection of at least one attribute among the plurality of analyzed attributes; a touchscreen display configured to display attribute information for the selected at least one attribute on a time axis corresponding to the playing time of the selected video; said controller configured to receive a selection of at least one point of the attribute information along the time axis; and a memory configured to store editing information including the attribute information on at least one section of the video corresponding to the selected point as editing information, wherein the editing information enables the at least one section to be playable by a video application without modifying the selected video. a controller configured to enter an editing mode for editing a selected video, to analyze how a plurality of attributes of the selected video change over a playing time of the selected video, and to receive a selection of at least one attribute among the plurality of analyzed attributes; a touchscreen display configured to display attribute information for the selected at least one attribute on a time axis corresponding to the playing time of the selected video; said controller configured to receive a selection of at least one point of the attribute information along the time axis; and a memory configured to store editing information including the attribute information on at least one section of the video corresponding to the selected point as editing information, wherein the editing information enables the at least one section to be playable by a video application without modifying the selected video.
A method of controlling arc welding performed in a manner that a short-circuit period, in which a short circuit is generated between a welding wire and an object (3, 4) to be welded, and an arc period, in which an arc is generated after release of the short circuit, are repeated alternately, the method being characterized in that it comprises: increasing welding current from an arc-regeneration-before current to a first welding current at a detection of release of the short circuit such that an increase gradient of the welding current shows a steep increase, said increase gradient of the welding current being at least 750 A/msec and at most 4000 A/msec, and in that the first welding current is not less than 300A.
An information processing apparatus that executes an application in response to a processing request received from an external device (102, 103) via a network, the apparatus comprising: first registration means for registering the application in association with a port number for encrypted communication; determination means for determining whether or not a transfer application is to be registered, wherein the transfer application is for creating a redirection message for instructing the external device to send the processing request including the port number for encrypted communication; second registration means for registering the transfer application in association with a port number for unencrypted communication and in association with the application if the determination means determines that the transfer application is to be registered; reception means for receiving, from the external device via the network, the processing request including identification information for identifying an application and a port number; processing means for causing the application to execute the processing request if the identification information identifies the application and if the port number is the port number for encrypted communication; and transmission means for causing the transfer application to transmit the redirection message to the external device if the identification information identifies the application and if the port number is the port number for unencrypted communication. first registration means for registering the application in association with a port number for encrypted communication; determination means for determining whether or not a transfer application is to be registered, wherein the transfer application is for creating a redirection message for instructing the external device to send the processing request including the port number for encrypted communication; second registration means for registering the transfer application in association with a port number for unencrypted communication and in association with the application if the determination means determines that the transfer application is to be registered; reception means for receiving, from the external device via the network, the processing request including identification information for identifying an application and a port number; processing means for causing the application to execute the processing request if the identification information identifies the application and if the port number is the port number for encrypted communication; and transmission means for causing the transfer application to transmit the redirection message to the external device if the identification information identifies the application and if the port number is the port number for unencrypted communication.
A cutting tool consisting of a carrier substrate, a coating arranged on the carrier substrate and a cutting edge, wherein the coating has at least one layer (2, 5) formed with sp2 and sp3 hybridized amorphous carbon and having properties which are between pure graphite hybridized as sp2 and diamond as sp3, characterized in that the at least one layer (2, 5) of the coating formed with sp2 and sp3 hybridized carbon has a three-dimensional structuring, wherein strip-shaped, circular, annular or polygonal regions of this structuring with greater coating thickness are arranged alternately side by side with strip-shaped, circular, annular or polygonal regions of this structuring of smaller or no coating thickness and/or strip-shaped, circular, annular or polygonal regions of this structuring, which have a smaller sp2/sp3 hybridization ratio, are arranged alternately side by side with strip-shaped, circular, annular or polygonal regions of this structuring, which have a larger sp2/sp3 hybridization ratio; wherein the difference between the coating thickness of the strip-shaped, circular, annular or polygonal regions with smaller or no coating thickness and the coating thickness of the strip-shaped, circular, annular or polygonal regions with greater coating thickness is in the range of 0.1 pm to 50 pm, and regions with no coating thickness are not coated or complete removal of the layer (2, 5) of the coating has occurred there. the coating has at least one layer (2, 5) formed with sp2 and sp3 hybridized amorphous carbon and having properties which are between pure graphite hybridized as sp2 and diamond as sp3, characterized in that the at least one layer (2, 5) of the coating formed with sp2 and sp3 hybridized carbon has a three-dimensional structuring, wherein strip-shaped, circular, annular or polygonal regions of this structuring with greater coating thickness are arranged alternately side by side with strip-shaped, circular, annular or polygonal regions of this structuring of smaller or no coating thickness and/or strip-shaped, circular, annular or polygonal regions of this structuring, which have a smaller sp2/sp3 hybridization ratio, are arranged alternately side by side with strip-shaped, circular, annular or polygonal regions of this structuring, which have a larger sp2/sp3 hybridization ratio; wherein the difference between the coating thickness of the strip-shaped, circular, annular or polygonal regions with smaller or no coating thickness and the coating thickness of the strip-shaped, circular, annular or polygonal regions with greater coating thickness is in the range of 0.1 pm to 50 pm, and regions with no coating thickness are not coated or complete removal of the layer (2, 5) of the coating has occurred there.