mhurhangee/ep-ind-claims huggingface dataset:
A cooled NMR detection probe for detecting a magnetic resonance signal emanating from a sample, said detection probe including a vacuum vessel composed of a longitudinally extending barrel, and an NMR detection module mounted in the vacuum vessel, said NMR detection module comprising: a cooling block made of a heat conducting material thermally coupled to a cooling means that is placed in the vacuum vessel, the cooling block being provided with a detection hole in which a sample container is inserted; and a detection coil for detecting said magnetic resonance signal and which is mounted on an inner surface of the detection hole and surrounded and cooled by the cooling block; characterised in that said detection hole has a central axis which is tilted with respect to said longitudinally extending barrel, such that it becomes oriented at a magic angle when the vacuum vessel becomes inserted in a static magnetic field with said barrel extending in the direction of said static magnetic field; and a cylindrical partition wall forms part of the vacuum vessel and separates atmospheric pressure inside that part of said detection hole in which the sample container is located from an outer vacuum area within the vacuum vessel, wherein a vacuum layer is formed between the detection coil and said cylindrical partition wall, so that the partition wall is not in contact with the detection coil. a cooling block made of a heat conducting material thermally coupled to a cooling means that is placed in the vacuum vessel, the cooling block being provided with a detection hole in which a sample container is inserted; and a detection coil for detecting said magnetic resonance signal and which is mounted on an inner surface of the detection hole and surrounded and cooled by the cooling block; characterised in that said detection hole has a central axis which is tilted with respect to said longitudinally extending barrel, such that it becomes oriented at a magic angle when the vacuum vessel becomes inserted in a static magnetic field with said barrel extending in the direction of said static magnetic field; and a cylindrical partition wall forms part of the vacuum vessel and separates atmospheric pressure inside that part of said detection hole in which the sample container is located from an outer vacuum area within the vacuum vessel, wherein a vacuum layer is formed between the detection coil and said cylindrical partition wall, so that the partition wall is not in contact with the detection coil.
A method for obtaining a biologically active recombinant protein by reconstituting the protein from a denatured state to its active form, said method comprising the steps of a) mixing, in a single step, a stream of a feed solution containing the protein in its denatured form and/or its biologically inactive intermediate forms, with a stream of refolding buffer under conditions that approximate ideal mixing, wherein i) the mixing time is ca. 1 msec to ca. 10 sec; ii) the dilution rate F P:F B is ca. 1:1 to ca. 1:100000, wherein F P is the flow rate of said protein solution and F B is the flow rate of said refolding buffer; and b) collecting the protein solution obtained by mixing said two streams, recycling it and combining it with said protein feed solution. a) mixing, in a single step, a stream of a feed solution containing the protein in its denatured form and/or its biologically inactive intermediate forms, with a stream of refolding buffer under conditions that approximate ideal mixing, wherein i) the mixing time is ca. 1 msec to ca. 10 sec; ii) the dilution rate F P:F B is ca. 1:1 to ca. 1:100000, wherein F P is the flow rate of said protein solution and F B is the flow rate of said refolding buffer; and i) the mixing time is ca. 1 msec to ca. 10 sec; ii) the dilution rate F P:F B is ca. 1:1 to ca. 1:100000, wherein F P is the flow rate of said protein solution and F B is the flow rate of said refolding buffer; and b) collecting the protein solution obtained by mixing said two streams, recycling it and combining it with said protein feed solution.
A retainer for a choked flow clamped seat ring assembly, the retainer comprising: an upper body portion; a skirt that extends away from the upper body portion, the skirt being adapted to guide movement of a fluid control member; a securement ring spaced apart from the skirt; and a plurality of legs connecting the securement ring to the skirt, wherein at least one leg in the plurality of legs curves radially inwards from the securement ring to the skirt. an upper body portion; a skirt that extends away from the upper body portion, the skirt being adapted to guide movement of a fluid control member; a securement ring spaced apart from the skirt; and a plurality of legs connecting the securement ring to the skirt, wherein at least one leg in the plurality of legs curves radially inwards from the securement ring to the skirt.
A method performed by a mobility management, MM, function entity (3g-03) in a wireless communication system supporting a plurality of network slices each including a session management, SM, function entity and a user plane gateway, UP GW, the method comprising: receiving, from an SM function entity (3g-05) associated with a first network slice (3g-04) among the plurality of network slices, a first message (3g-12) notifying data of a first protocol data unit, PDU, session being received for a terminal (3g-01) in an idle mode including session information for the first PDU session, the session information including an identification, ID, of the first PDU session, wherein each of a plurality of PDU sessions established for the terminal is associated with each of the plurality of network slices respectively,; transmitting, to a base station (3g-02), a paging message (3g-13) for the terminal based on the session information included in the first message; receiving, from the base station, a second message (3g-15) including a service request message (3g-14) of the terminal, the service request message being transmitted to the base station based on the paging message; and transmitting, to the base station, a setup request message (3g-17) including the session information, wherein a connection of only the first PDU session associated with the first network slice, from among the plurality of PDU sessions is activated based on the session information. receiving, from an SM function entity (3g-05) associated with a first network slice (3g-04) among the plurality of network slices, a first message (3g-12) notifying data of a first protocol data unit, PDU, session being received for a terminal (3g-01) in an idle mode including session information for the first PDU session, the session information including an identification, ID, of the first PDU session, wherein each of a plurality of PDU sessions established for the terminal is associated with each of the plurality of network slices respectively,; transmitting, to a base station (3g-02), a paging message (3g-13) for the terminal based on the session information included in the first message; receiving, from the base station, a second message (3g-15) including a service request message (3g-14) of the terminal, the service request message being transmitted to the base station based on the paging message; and transmitting, to the base station, a setup request message (3g-17) including the session information, wherein a connection of only the first PDU session associated with the first network slice, from among the plurality of PDU sessions is activated based on the session information.
Glass sheet comprising at least one etched surface having a surface roughness defined, when measured on an evaluation length of 12 mm and with a Gaussian filter of which the cut-off wavelength is 0.8 mm, by: 0.02 ≤ Ra ≤ 0.4 microns, 5 ≤ RSm ≤ 30 microns, said glass sheet having the following optical properties, when measured from said etched surface: - a haze value of from 1 to 30%; - a clarity value of from 50 to 100%; - a gloss value at 60° of from 30 to 110 SGU. - a haze value of from 1 to 30%; - a clarity value of from 50 to 100%; - a gloss value at 60° of from 30 to 110 SGU.
Oligodeoxynucleotide for use as an adjuvant or for use in treating immune-related diseases selected from the group consisting of: 5'-AGCAGCGTTCGTGTCGGCCT-3' (SEQ ID NO: 3), 5'-AGCAGCGTTCATGTCGGCCT-3' (SEQ ID NO: 5), and 5'-AGCAGCGTTCGTGTCCGCCT-3' (SEQ ID NO: 6). 5'-AGCAGCGTTCGTGTCGGCCT-3' (SEQ ID NO: 3), 5'-AGCAGCGTTCATGTCGGCCT-3' (SEQ ID NO: 5), and 5'-AGCAGCGTTCGTGTCCGCCT-3' (SEQ ID NO: 6).
A baseboard, comprising: a foam body having a first major surface opposite and separated from a second major surface and atop surface opposite and separated from a bottom surface; the foam body including a foam having a density of between about 20 kg/m 3 and about 100 kg/m 3; and a rigid coating covering the first major surface and only a portion of the second major surface of the foam body and adjacent to at least one of the top or bottom surfaces of the foam body; the rigid coating having a modulus of elasticity of between about 1000 MPa and about 10,000 MPa and a thickness of between about 200 to about 1000 micrometers, wherein the baseboard has a modulus of elasticity of at least 100 MPa, and wherein a portion of the rigid coating forms a lip distanced from the second major surface of the foam body. a foam body having a first major surface opposite and separated from a second major surface and atop surface opposite and separated from a bottom surface; the foam body including a foam having a density of between about 20 kg/m 3 and about 100 kg/m 3; and a rigid coating covering the first major surface and only a portion of the second major surface of the foam body and adjacent to at least one of the top or bottom surfaces of the foam body; the rigid coating having a modulus of elasticity of between about 1000 MPa and about 10,000 MPa and a thickness of between about 200 to about 1000 micrometers, wherein the baseboard has a modulus of elasticity of at least 100 MPa, and wherein a portion of the rigid coating forms a lip distanced from the second major surface of the foam body.
A method performed by a proximity service server (752, 1901) in a Home Public Land Mobile Network, HPLMN, of a Discoveree User Equipment, UE, comprising, generating a ProSe query code and a ProSe response code, sending at least the ProSe response code together with a first and a second discovery key to the Discoveree UE, and sending the first discovery key, the second discovery key and the ProSe query code to a Discoverer UE via a second proximity service server in an HPLMN of the Discoverer UE, so that the Discoverer UE can verify that the Discoveree UE is genuine.
An array microphone device having a microphone array composed of a plurality of microphone units (11a to 11d), comprising: a to-be-corrected signal input section configured to input a signal from a microphone unit (11 a to 11 c) to be corrected out of the plurality of microphone units (11 a to 11 d) as a signal to be corrected; a reference signal input section configured to input a reference signal; a gain variable section configured to amplify or attenuate the signal to be corrected so that a level of the signal to be corrected and a level of the reference signal is substantially equal to each other; and a gain control section configured to control a gain at the time of amplifying or attenuating the signal to be corrected, wherein: the gain control section includes: a first gain update section configured to change the gain with a first amount of change per unit time upon time elapsed since the array microphone device is starting-up being below a predetermined period of time; and a second gain update section configured to change the gain with a second amount of change per unit time upon the elapsed time being above or equal to the predetermined period of time, the second amount of change being smaller than the first amount of change. a to-be-corrected signal input section configured to input a signal from a microphone unit (11 a to 11 c) to be corrected out of the plurality of microphone units (11 a to 11 d) as a signal to be corrected; a reference signal input section configured to input a reference signal; a gain variable section configured to amplify or attenuate the signal to be corrected so that a level of the signal to be corrected and a level of the reference signal is substantially equal to each other; and a gain control section configured to control a gain at the time of amplifying or attenuating the signal to be corrected, wherein: the gain control section includes: a first gain update section configured to change the gain with a first amount of change per unit time upon time elapsed since the array microphone device is starting-up being below a predetermined period of time; and a second gain update section configured to change the gain with a second amount of change per unit time upon the elapsed time being above or equal to the predetermined period of time, the second amount of change being smaller than the first amount of change. the gain control section includes: a first gain update section configured to change the gain with a first amount of change per unit time upon time elapsed since the array microphone device is starting-up being below a predetermined period of time; and a second gain update section configured to change the gain with a second amount of change per unit time upon the elapsed time being above or equal to the predetermined period of time, the second amount of change being smaller than the first amount of change.
A method, comprising: at an electronic device (600, 602, 604, 700) in wireless communication range of an external device, wherein the electronic device is in wireless communication with the external device, wherein the electronic device (600, 602, 604, 700) has a user-interface locked state and a user-interface unlocked state: detecting, via the wireless communication, the external device (600, 602, 604, 704), wherein the external device (600, 602, 604, 704) has a user-interface locked state and a user-interface unlocked state; receiving, via the wireless communication from the external device (600, 602, 604, 704), unlocking information for unlocking the electronic device (600, 602, 604, 700); obtaining, via the wireless communication from the external device, an indication that the external device (600, 602, 604, 704) is in the user-interface unlocked state; detecting, while in the user-interface locked state, user input; and in response to detecting the user input and receiving the unlocking information from the external device, and based on the indication that the external device is in the user-interface unlocked state, unlocking the electronic device (600, 602, 604, 700). detecting, via the wireless communication, the external device (600, 602, 604, 704), wherein the external device (600, 602, 604, 704) has a user-interface locked state and a user-interface unlocked state; receiving, via the wireless communication from the external device (600, 602, 604, 704), unlocking information for unlocking the electronic device (600, 602, 604, 700); obtaining, via the wireless communication from the external device, an indication that the external device (600, 602, 604, 704) is in the user-interface unlocked state; detecting, while in the user-interface locked state, user input; and in response to detecting the user input and receiving the unlocking information from the external device, and based on the indication that the external device is in the user-interface unlocked state, unlocking the electronic device (600, 602, 604, 700).
An apparatus (70, 71) comprising means for: providing a model for a system for mitigating unwanted components in a received signal, wherein the unwanted components are due to first and second sources in the system, and wherein the first and second sources relate to non-linear effects; determining a first curve, a corr, by performing autocorrelation of the model; determining a second curve, Xcorr env, by performing cross-correlation of the model and the received signal comprising the unwanted components; and estimating first and second delays associated with respective first and second sources based on the first and second curves, a corr, Xcorr env. providing a model for a system for mitigating unwanted components in a received signal, wherein the unwanted components are due to first and second sources in the system, and wherein the first and second sources relate to non-linear effects; determining a first curve, a corr, by performing autocorrelation of the model; determining a second curve, Xcorr env, by performing cross-correlation of the model and the received signal comprising the unwanted components; and estimating first and second delays associated with respective first and second sources based on the first and second curves, a corr, Xcorr env.
A building system for creating three-dimensional structures, which structures are comprised of a plurality of polyhedral units, each unit being hingedly coupled to at least one adjacent unit, wherein the plurality of hinged units are arranged to be interchangeably manipulated between various forms of said three-dimensional structures, characterized in that the system comprises at least two types of plate-like building elements, a single-piece element having at least three edges, which constitute a circumference of said single piece element, and a double-piece element, formed in one piece, that is comprised of two single-piece elements arranged adjacent each other and being hingedly attached to each other at one of the edges of each of the two adjacently arranged single-piece elements, wherein an inner portion of each edge of each element is provided with coupling means arranged for coupling elements together along their edges so as to create polyhedral units, and wherein each polyhedral unit of a completed three-dimensional structure is comprised of at least one single-piece element and at least one double-piece element, arrangeable so that any edge of the polyhedral unit is provided with a hinged coupling to an adjacent additional unit.
An apparatus for forming a coextruded strip of a first compound and a second compound, the apparatus comprising: a first extruder in fluid communication with a first gear pump for processing a first compound; and a second extruder in fluid communication with a second gear pump for processing a second compound; wherein the outlet of the first gear pump is in fluid communication with a first channel of a coextrusion nozzle, and the outlet of the second gear pump is in fluid communication with a second channel of the coextrusion nozzle; and wherein the apparatus is configured such that the first and second compounds (A, B) are joined under pressure in a coextrusion zone at the coextrusion nozzle outlet or die; characterized in that the coextrusion nozzle is mounted on a rotatable head. a first extruder in fluid communication with a first gear pump for processing a first compound; and a second extruder in fluid communication with a second gear pump for processing a second compound; wherein the outlet of the first gear pump is in fluid communication with a first channel of a coextrusion nozzle, and the outlet of the second gear pump is in fluid communication with a second channel of the coextrusion nozzle; and wherein the apparatus is configured such that the first and second compounds (A, B) are joined under pressure in a coextrusion zone at the coextrusion nozzle outlet or die; characterized in that the coextrusion nozzle is mounted on a rotatable head.
A nasal cannula comprising a manifold part, at least one nasal prong or a pair of nasal prongs, a port located on the manifold part of the nasal cannula, wherein the port is configured for interfacing with a medicament delivery device to dispense medicament into a flow of fluid being delivered by the nasal cannula to a user, wherein a path through the port is aligned with a flow path through the nasal prong of the nasal cannula, such that the medicament is delivered to a user through the at least one nasal prong or a pair of nasal prongs in use, wherein the manifold part comprises a depression to act as a keyway to receive a corresponding key of the medicament delivery device, in use, or the manifold part comprises a protrusion to act as a key to be received in a corresponding keyway of the medicament delivery device, in use, to correctly orientate the medicament delivery device to the nasal cannula. a manifold part, at least one nasal prong or a pair of nasal prongs, a port located on the manifold part of the nasal cannula, wherein the port is configured for interfacing with a medicament delivery device to dispense medicament into a flow of fluid being delivered by the nasal cannula to a user, wherein a path through the port is aligned with a flow path through the nasal prong of the nasal cannula, such that the medicament is delivered to a user through the at least one nasal prong or a pair of nasal prongs in use, wherein the manifold part comprises a depression to act as a keyway to receive a corresponding key of the medicament delivery device, in use, or the manifold part comprises a protrusion to act as a key to be received in a corresponding keyway of the medicament delivery device, in use, to correctly orientate the medicament delivery device to the nasal cannula.