mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing an enriched immunoglobulin composition from whole plasma or cryo-poor plasma, the method comprising the steps of: (a) co-precipitating immunoglobulins and alpha-1-antitrypsin (A1PI) from whole plasma or cryo-poor plasma, in a first precipitation step by the addition of ethanol to the whole plasma or cryo-poor plasma at a final concentration of from 20% to 30% (v/v) at a pH of from 5.0 to 6.0, to form a first precipitate and a first supernatant; (b) solubilizing immunoglobulins in the first precipitate using a solution having a pH between 4.0 and 4.9, to form a first suspension having a soluble portion comprising immunoglobulins and an insoluble portion comprising A1PI; (c) separating the soluble portion of the first suspension from the insoluble portion of the first suspension; and (d) recovering the soluble fraction of the first suspension, thereby forming an enriched immunoglobulin composition, wherein the immunoglobulins precipitated in step (a) are IgG immunoglobulins. (a) co-precipitating immunoglobulins and alpha-1-antitrypsin (A1PI) from whole plasma or cryo-poor plasma, in a first precipitation step by the addition of ethanol to the whole plasma or cryo-poor plasma at a final concentration of from 20% to 30% (v/v) at a pH of from 5.0 to 6.0, to form a first precipitate and a first supernatant; (b) solubilizing immunoglobulins in the first precipitate using a solution having a pH between 4.0 and 4.9, to form a first suspension having a soluble portion comprising immunoglobulins and an insoluble portion comprising A1PI; (c) separating the soluble portion of the first suspension from the insoluble portion of the first suspension; and (d) recovering the soluble fraction of the first suspension, thereby forming an enriched immunoglobulin composition,
A thermoplastic resin composition comprising 10 to 95 parts by weight of a polycarbonate resin and 5 to 90 parts by weight of a graft copolymer wherein the total is 100 parts by weight, the graft copolymer being a graft copolymer obtained by graft polymerizing 20 to 90 parts by weight of at least one monomer including at least an aromatic vinyl monomer and/or a vinyl cyanide monomer to 10 to 80 parts by weight of a rubbery polymer having a weight average particle size of 150 to 450 nm and having a particle size for a cumulative weight fraction of 10 wt% of 50 to 250 nm and a particle size for a cumulative weight fraction of 90 wt% of 450 to 650 nm (wherein the total of the rubbery polymer and the monomer(s) is 100 parts by weight).
A toner for electrostatic image development comprising a resin binder and a releasing agent, wherein the resin binder comprises a polyester A having a furan ring, and wherein the releasing agent comprises an ester wax.
A method for determining information regarding an object comprising particles, the method comprising - obtaining an electron wave function representative of an electron beam interacting with the object detected at a detection surface of a detection system for detecting the electron wave function, - deriving at least two spatial frequencies of the detected wave function and deriving for each of said at least two spatial frequencies at least a phase based on the detected electron wave function, and - analyzing a functional relationship, characterized in that said analyzing is analysing by taking into account the slope of a relation between the square of the spatial frequency and the phase for different spatial frequencies and deriving therefrom a distance of a particle comprised in the object to a detection surface of the detection system used for detecting the electron wave function representative of the object and/or by taking into account an extrapolation of the phase to a spatial frequency equal to zero by means of a relation between the square of the spatial frequency and the phase for different spatial frequencies and deriving therefrom a phase value ( φ 0) representative of the mass of a particle of the object. - obtaining an electron wave function representative of an electron beam interacting with the object detected at a detection surface of a detection system for detecting the electron wave function, - deriving at least two spatial frequencies of the detected wave function and deriving for each of said at least two spatial frequencies at least a phase based on the detected electron wave function, and - analyzing a functional relationship,
An apparatus for generating an audio output signal based on an encoded audio signal spectrum, wherein the apparatus comprises: a processing unit for processing the encoded audio signal spectrum to obtain a decoded audio signal spectrum the decoded audio signal spectrum comprising a plurality of spectral coefficients, wherein each of the spectral coefficients has a spectral location within the encoded audio signal spectrum and a spectral value, wherein the spectral coefficients are sequentially ordered according to their spectral location within the encoded audio signal spectrum so that the spectral coefficients form a sequence of spectral coefficients, a pseudo coefficients determiner for determining one or more pseudo coefficients of the decoded audio signal spectrum, each of the pseudo coefficients having a spectral location and a spectral value, a spectrum modification unit for setting the one or more pseudo coefficients to a predefined value to obtain a modified audio signal spectrum, a spectrum-time conversion unit for converting the modified audio signal spectrum to a time-domain to obtain a time-domain conversion signal, a controllable oscillator for generating a time-domain oscillator signal, the controllable oscillator being controlled by the spectral location and the spectral value of at least one of the one or more pseudo coefficients, and a mixer for mixing the time-domain conversion signal and the time-domain oscillator signal to obtain the audio output signal. a processing unit for processing the encoded audio signal spectrum to obtain a decoded audio signal spectrum the decoded audio signal spectrum comprising a plurality of spectral coefficients, wherein each of the spectral coefficients has a spectral location within the encoded audio signal spectrum and a spectral value, wherein the spectral coefficients are sequentially ordered according to their spectral location within the encoded audio signal spectrum so that the spectral coefficients form a sequence of spectral coefficients, a pseudo coefficients determiner for determining one or more pseudo coefficients of the decoded audio signal spectrum, each of the pseudo coefficients having a spectral location and a spectral value, a spectrum modification unit for setting the one or more pseudo coefficients to a predefined value to obtain a modified audio signal spectrum, a spectrum-time conversion unit for converting the modified audio signal spectrum to a time-domain to obtain a time-domain conversion signal, a controllable oscillator for generating a time-domain oscillator signal, the controllable oscillator being controlled by the spectral location and the spectral value of at least one of the one or more pseudo coefficients, and a mixer for mixing the time-domain conversion signal and the time-domain oscillator signal to obtain the audio output signal.
An isolated polypeptide comprising the sequence of a carrier polypeptide, wherein the carrier polypeptide is a cytolysoid, operably linked to the amino acid sequence of a non-lipidated ORF2086 polypeptide and wherein the ORF2086 polypeptide comprises the amino acid sequence of SEQ ID NO: 19.
A camera assembly, comprising: a lens base, being a hollow structure and provided with a first accommodation chamber and a second accommodation chamber arranged below the first accommodation chamber, an inner diameter of the first accommodation chamber being smaller than an inner diameter of the second accommodation chamber, the second accommodation chamber being configured to accommodate an image sensor, the top of the first accommodation chamber being provided with an opening; a lens cone, arranged on the lens base and provided with an extension member at the bottom, an inner diameter of the extension member being greater than an outer dimeter of a side wall of the first accommodation chamber; and a driving motor, connected to the lens cone and configured to control the lens cone to move back and forth in a predetermined direction, wherein during the movement of the lens cone, an end surface of the extension member is always located below a surface of the top of the first accommodation chamber where the opening is provided. a lens base, being a hollow structure and provided with a first accommodation chamber and a second accommodation chamber arranged below the first accommodation chamber, an inner diameter of the first accommodation chamber being smaller than an inner diameter of the second accommodation chamber, the second accommodation chamber being configured to accommodate an image sensor, the top of the first accommodation chamber being provided with an opening; a lens cone, arranged on the lens base and provided with an extension member at the bottom, an inner diameter of the extension member being greater than an outer dimeter of a side wall of the first accommodation chamber; and a driving motor, connected to the lens cone and configured to control the lens cone to move back and forth in a predetermined direction, wherein during the movement of the lens cone, an end surface of the extension member is always located below a surface of the top of the first accommodation chamber where the opening is provided.
An electrical subsystem for a vehicle comprising a message filter and an electronic control module (110, 120, 130) that in use generates messages tagged to indicate the type of the message of a number of different types that are to be transmitted across a network communication bus of the vehicle, in which the message filter comprises: an input for receiving messages from the module prior to the messages being fed to the bus; and an output at which the received messages can be fed onto the bus; the filter being configured so that in the event of a fault in the electronic control module (110, 120, 130) the filter only passes through a subset of the total types of message from the module (110, 120, 130) to the bus which meet a predefined criteria whilst allowing all messages to pass to the bus when there is no fault; wherein the message filter is arranged to receive a signal from a fault detection unit indicative of whether the electronic control module (110, 120, 130) has a fault, and that the predefined criteria is that the message is non-safety-critical for the vehicle, the message filter including a memory which stores the information indicating which types of messages are safety-critical and/or which types of message are non-safety-critical. an input for receiving messages from the module prior to the messages being fed to the bus; and an output at which the received messages can be fed onto the bus; the filter being configured so that in the event of a fault in the electronic control module (110, 120, 130) the filter only passes through a subset of the total types of message from the module (110, 120, 130) to the bus which meet a predefined criteria whilst allowing all messages to pass to the bus when there is no fault; wherein the message filter is arranged to receive a signal from a fault detection unit indicative of whether the electronic control module (110, 120, 130) has a fault, and that the predefined criteria is that the message is non-safety-critical for the vehicle, the message filter including a memory which stores the information indicating which types of messages are safety-critical and/or which types of message are non-safety-critical.
A textile reinforcement that can be used for the production of composite materials or parts, comprising: - a central layer based on segments of crimped fibers made of a first synthetic material, having a permanent crimp, - outer layers (21, 22) positioned on either side of the central layer, wherein: - the outer layers (21, 22) comprise first segments of chemical fibers having a permanent crimp, and segments of reinforcing fibers, - at least some of the first segments of chemical fibers of the outer layers (21, 22), distributed over the entire surface of the outer layers (21, 22), comprise penetrating segment portions that penetrate into the central layer, characterized in that: - in the outer layers (21, 22), more than 80% by weight of the first segments of chemical fibers have a permanent crimp and consist of a second synthetic material, - the central layer also comprises low-temperature binding elements comprising at least one surface layer made of a hot-melt material having a melting point lower than that of the segments of reinforcing fibers, lower than that of the second synthetic material of the first segments of chemical fibers, and lower than that of the first synthetic material of the segments of crimped fibers, - the first segments of chemical fibers made of a second synthetic material do not adhere to one another in the outer layers (21, 22), - the penetrating segment portions of the first segments of chemical fibers that penetrate into the central layer are retained in said central layer and thus provide the cohesion between the layers (3, 21, 22) of the textile reinforcement. - a central layer based on segments of crimped fibers made of a first synthetic material, having a permanent crimp, - outer layers (21, 22) positioned on either side of the central layer, - the outer layers (21, 22) comprise first segments of chemical fibers having a permanent crimp, and segments of reinforcing fibers, - at least some of the first segments of chemical fibers of the outer layers (21, 22), distributed over the entire surface of the outer layers (21, 22), comprise penetrating segment portions that penetrate into the central layer, - in the outer layers (21, 22), more than 80% by weight of the first segments of chemical fibers have a permanent crimp and consist of a second synthetic material, - the central layer also comprises low-temperature binding elements comprising at least one surface layer made of a hot-melt material having a melting point lower than that of the segments of reinforcing fibers, lower than that of the second synthetic material of the first segments of chemical fibers, and lower than that of the first synthetic material of the segments of crimped fibers, - the first segments of chemical fibers made of a second synthetic material do not adhere to one another in the outer layers (21, 22), - the penetrating segment portions of the first segments of chemical fibers that penetrate into the central layer are retained in said central layer and thus provide the cohesion between the layers (3, 21, 22) of the textile reinforcement.
A semiconductor light-emitting element (10; 10A; 30; 50) comprising: a first semiconductor layer of a first conductivity type; a light-emitting functional layer formed on said first semiconductor layer; and a second semiconductor layer that is formed on said light-emitting functional layer and is of a second conductivity type opposite to that of said first semiconductor layer, wherein said light-emitting functional layer includes a doped layer that is formed on said first semiconductor layer and doped with a dopant of said second conductivity type, a base layer formed on said doped layer, said base layer having such a composition that causes stress and strain in said base layer from said doped layer, said base layer including a plurality of base segments formed in a random net shape, and a quantum well structure layer (WA, BA) formed on said base layer. a first semiconductor layer of a first conductivity type; a light-emitting functional layer formed on said first semiconductor layer; and a second semiconductor layer that is formed on said light-emitting functional layer and is of a second conductivity type opposite to that of said first semiconductor layer, wherein said light-emitting functional layer includes a doped layer that is formed on said first semiconductor layer and doped with a dopant of said second conductivity type, a base layer formed on said doped layer, said base layer having such a composition that causes stress and strain in said base layer from said doped layer, said base layer including a plurality of base segments formed in a random net shape, and a quantum well structure layer (WA, BA) formed on said base layer. a doped layer that is formed on said first semiconductor layer and doped with a dopant of said second conductivity type, a base layer formed on said doped layer, said base layer having such a composition that causes stress and strain in said base layer from said doped layer, said base layer including a plurality of base segments formed in a random net shape, and a quantum well structure layer (WA, BA) formed on said base layer.
A tracheostoma device holder for holding a tracheostoma device superimposed of a tracheostoma of a person, said tracheostoma device holder comprising: a plate for attachment over a tracheostoma via proximal side thereof, said plate being provided with a through hole; a tracheostoma device fitting being provided with a through passage arranged superimposed the through hole, said tracheostoma device fitting extending distally from the plate; characterized in that the plate comprises a disc of a thermoplastic material enclosed at least centrally and laterally by a surrounding plate material, wherein the plate material has a melting point different from a melting point of the disc. a plate for attachment over a tracheostoma via proximal side thereof, said plate being provided with a through hole; a tracheostoma device fitting being provided with a through passage arranged superimposed the through hole, said tracheostoma device fitting extending distally from the plate; characterized in that the plate comprises a disc of a thermoplastic material enclosed at least centrally and laterally by a surrounding plate material, wherein the plate material has a melting point different from a melting point of the disc.
A screw for medical applications, in particular for dental applications, the screw being configured to cooperate with a screwdriver comprising a shaft defining a longitudinal axis of the screwdriver, and an engagement portion (21, 21', 21") for engagement with a first recess of the screw (1, 1'), the engagement portion (21, 21', 21") having a substantially polygonal outer contour with corners (23, 23', 23") and outer surfaces (22, 22', 22") between the corners (23, 23', 23") wherein in a radial plane that is perpendicular to the longitudinal axis, at least a proportion of the outer surfaces (22, 22', 22") between two neighbouring corners (23, 23', 23") are curved radially outward, the screw comprising an apical end, a coronal end, a screw axis and a first recess at the coronal end for engagement with the screwdriver, the first recess having a substantially polygonal inner contour in a radial plane that is perpendicular to the screw axis, wherein the sidewalls between neighbouring corners of the first recess are substantially flat and extend substantially parallel to the screw axis; and wherein a plurality of second recesses are provided in the sidewalls of the first recess that taper from the coronal end of the screw in the direction of the apical end.
A component built-in board that comprises stacked therein a plurality of printed wiring bases (20, 30, 40) having a wiring pattern and a via formed on/in a resin base (21, 31, 41) thereof, and that comprises an electronic component built in thereto, wherein at least a portion of the plurality of printed wiring bases (20, 30, 40) include a thermal wiring (23, 33, 43) in the wiring pattern and include a thermal via (24, 34, 44) in the via, at least one of the plurality of printed wiring bases (20, 30, 40) has formed therein an opening where the electronic component is built, and has formed therein a heat-conducting layer configured from a metallic member (8, 23a) and closely attached to a surface on an opposite side to an electrode formation surface of the electronic component built in to the opening, characterized in that the electronic component is fixed in the opening by an adhesive layer stacked on the heat-conducting layer, via a hole formed in the heat-conducting layer in a region facing onto the opening of the heat-conducting layer, wherein the heat-conducting layer is connected via the thermal via (24, 34, 44) and the thermal wiring (23, 33, 43) to a bump formed in a surface layer of the component built-in board.
An automatic coin-operated or electronic card-operated washing machine and dryer for helmets, characterized in that it consists of: a body, which is externally surrounded by a cabin, in which a washing chamber is situated; the washing chamber is the part where all cleaning operations of the helmet take place and is supplied with a gate which is connected thereto; said washing chamber is connected to a brush and spraying mechanism, a wring mechanism and a drying mechanism, wherein said wring mechanism, after washing, activates an elastic material filled with pressured air and putting pressure on the inner case of the helmet, removing most of the water quantity thereof, and wherein said drying mechanism consists of an air supply and absorption unit and a liquid discharge unit, an air supply motor and a vacuum pump; a pipe, used for the connection of the machine to the water supply, a water discharge pipe, a water supply electrical valve; an instantaneous water heater heating the water to the desired washing temperature level; a pressure water pump, which increases the water pressure to the required washing level; a current supply, an electric operation control system (main board) and monitor, where all the indications and selection buttons used for the operation of the machine are shown; a card slot or a coin slot, which is placed on the external casing - cabin for the insertion of coins or prepaid card, in order for the machine to initiate its operation. a body, which is externally surrounded by a cabin, in which a washing chamber is situated; the washing chamber is the part where all cleaning operations of the helmet take place and is supplied with a gate which is connected thereto; said washing chamber is connected to a brush and spraying mechanism, a wring mechanism and a drying mechanism, wherein said wring mechanism, after washing, activates an elastic material filled with pressured air and putting pressure on the inner case of the helmet, removing most of the water quantity thereof, and wherein said drying mechanism consists of an air supply and absorption unit and a liquid discharge unit, an air supply motor and a vacuum pump; a pipe, used for the connection of the machine to the water supply, a water discharge pipe, a water supply electrical valve; an instantaneous water heater heating the water to the desired washing temperature level; a pressure water pump, which increases the water pressure to the required washing level; a current supply, an electric operation control system (main board) and monitor, where all the indications and selection buttons used for the operation of the machine are shown; a card slot or a coin slot, which is placed on the external casing - cabin for the insertion of coins or prepaid card, in order for the machine to initiate its operation.