mhurhangee/ep-ind-claims huggingface dataset:
Alpha-1 anti-trypsin for use in treating a liver disease selected from the group consisting of fatty liver disease and chronic liver rejection, wherein said liver disease is not associated with genetic AAT deficiency; and wherein said AAT is administered in a therapeutically effective amount.
A method for making a fabric, chosen from a tubular base fabric or a double face chain fabric, characterized in that it comprises: - the use of main yarns in the warp, - the use of secondary yarns in the warp exhibiting a better wash-out ability than said main yarns, - a step of processing the surface of said finished fabric, suitable for applying washout effects so as to display an aesthetic effect or a predetermined pattern on the surface of said finished fabric, - characterised in that said secondary yarns have a value of colour fastness to the wet rubbing test according to ISO 105 A02 of at least one point less than the value of said main yarns in the same test. - the use of main yarns in the warp, - the use of secondary yarns in the warp exhibiting a better wash-out ability than said main yarns, - a step of processing the surface of said finished fabric, suitable for applying washout effects so as to display an aesthetic effect or a predetermined pattern on the surface of said finished fabric, - characterised in that said secondary yarns have a value of colour fastness to the wet rubbing test according to ISO 105 A02 of at least one point less than the value of said main yarns in the same test.
Advancement propeller of an aircraft with interchangeable blades, said advancement propeller comprising: - a hub, - at least two blades, - one fastening fitting per blade, - one rotational guide device per blade, each of said guide devices being arranged between said hub and a respective fastening fitting, and - first fastening devices for said at least two blades which respectively connect each of said at least two blades and each of said fastening fittings in order to secure each blade to an fastening fitting and to respectively connect each blade to said hub by means of an fastening fitting, said first fastening devices being arranged outside the hub. - a hub, - at least two blades, - one fastening fitting per blade, - one rotational guide device per blade, each of said guide devices being arranged between said hub and a respective fastening fitting, and - first fastening devices for said at least two blades which respectively connect each of said at least two blades and each of said fastening fittings in order to secure each blade to an fastening fitting and to respectively connect each blade to said hub by means of an fastening fitting, said first fastening devices being arranged outside the hub.
A method of data storage in a non-volatile memory, during an off-line transaction between a circuit containing said memory and a terminal, wherein: a page of the memory, corresponding to the minimal size capable of being simultaneously addressed to be erased, is assigned to each transaction; the data of each transaction are stored sequentially in the corresponding page; and the page assigned to a transaction is locked in write mode at the end of the corresponding transaction. a page of the memory, corresponding to the minimal size capable of being simultaneously addressed to be erased, is assigned to each transaction; the data of each transaction are stored sequentially in the corresponding page; and the page assigned to a transaction is locked in write mode at the end of the corresponding transaction.
A method for reducing adhesion of bacteria to a surface, or releasing the bacteria from a surface to which they adhere, comprising contacting the bacteria with an aqueous composition comprising an endo-beta-1,4-glucanase, wherein the amino acid sequence of the endo-beta-1,4-glucanase has at least 80% identity, preferably at least 90% identity, more preferably at least 95% identity, and most preferably 100% identity to the amino acid sequence of SEQ ID NO: 1.
An electronic device (100, 800) comprising: a housing including a first rigid portion and a flexible portion; at least one outer layer that covers the first rigid portion and the flexible portion; a display device including a screen that includes a first portion located on the first rigid portion and a second portion located on the flexible portion, wherein the second portion extends from the first portion; at least one processor electrically coupled to the display device; and a memory electrically coupled to the at least one processor, wherein the outer layer includes: a polymer layer; a glass layer interposed between the polymer layer and the screen; and an adhesive layer interposed between the polymer layer and the glass layer, wherein the adhesive layer is divided into at least two portions of different adhesive strength. a housing including a first rigid portion and a flexible portion; at least one outer layer that covers the first rigid portion and the flexible portion; a display device including a screen that includes a first portion located on the first rigid portion and a second portion located on the flexible portion, wherein the second portion extends from the first portion; at least one processor electrically coupled to the display device; and a memory electrically coupled to the at least one processor, wherein the outer layer includes: a polymer layer; a glass layer interposed between the polymer layer and the screen; and an adhesive layer interposed between the polymer layer and the glass layer, wherein the adhesive layer is divided into at least two portions of different adhesive strength. a polymer layer; a glass layer interposed between the polymer layer and the screen; and an adhesive layer interposed between the polymer layer and the glass layer, wherein the adhesive layer is divided into at least two portions of different adhesive strength.
Method of performing secure network measurements between a verifier and a prover, wherein said verifier generates probe request packets destined to said prover and said prover echoes its probe reply packets back to said verifier, characterized i n that a path between said verifier and said prover traverses a network domain that includes at least one software defined network controller (4, 5) and one or more SDN switches (6, 7, 8), wherein tampering of said network measurements by said prover is obviated by selectively influencing the probe request packets sent by said verifier and/or the probe reply packets sent by said prover by means of programmable packet forwarding rules said at least one SDN controller (4, 5) implements on said one or more SDN switches (6, 7, 8).
Amidine of the formula where p is 1 and r is 0, L is an alkyl radical substituted by an alkoxysilane group and having 1 to 6 carbon atoms, Q is glycidoxy, Q' is a divalent connecting unit formed from the reaction of a reactive Q group with HZ, where Q' is and Z is an aliphatic amidine group bonded via a nitrogen atom. p is 1 and r is 0, L is an alkyl radical substituted by an alkoxysilane group and having 1 to 6 carbon atoms, Q is glycidoxy, Q' is a divalent connecting unit formed from the reaction of a reactive Q group with HZ, where Q' is and Z is an aliphatic amidine group bonded via a nitrogen atom.
An electronic circuit connected to a microphone configured to measure a sound signal having a sound pressure level, wherein the microphone comprises a transducer (MEMS) and the electronic circuit comprises: - an input stage (Pre_amp) having an input and an output, wherein the input stage is configured to preamplify an electrical input signal of the electronic circuit provided by the transducer (MEMS), wherein a gain of the input stage is adjustable, - an output stage (T_amp) configured to provide an microphone output signal by processing an output signal of the input stage (Pre_amp), wherein the output stage (T_amp) comprises a transistor amplifier with a gate connected to the output of the input stage (Pre_amp), - an adjustable output load arranged and configured for setting a current draw of the output stage (T_amp), wherein the output load is connected to a source of the transistor amplifier of the output stage (T_amp), - a measurement circuit (P_det) connected to the output of the pre-amplifying input stage (Pre_amp) and configured to capture the output signal of the input stage (Pre_amp) and - an automatic control circuit configured to adjust the adjustable output load and a gain of the input stage (Pre_amp) dependent on the captured output signal of the input stage (Pre_amp), wherein the captured output signal is the sound pressure level and wherein the automatic control circuit is configured to reduce the value of the output load if the sound pressure level is larger than a given threshold is detected by the measurement circuit. - an input stage (Pre_amp) having an input and an output, wherein the input stage is configured to preamplify an electrical input signal of the electronic circuit provided by the transducer (MEMS), wherein a gain of the input stage is adjustable, - an output stage (T_amp) configured to provide an microphone output signal by processing an output signal of the input stage (Pre_amp), wherein the output stage (T_amp) comprises a transistor amplifier with a gate connected to the output of the input stage (Pre_amp), - an adjustable output load arranged and configured for setting a current draw of the output stage (T_amp), wherein the output load is connected to a source of the transistor amplifier of the output stage (T_amp), - a measurement circuit (P_det) connected to the output of the pre-amplifying input stage (Pre_amp) and configured to capture the output signal of the input stage (Pre_amp) and - an automatic control circuit configured to adjust the adjustable output load and a gain of the input stage (Pre_amp) dependent on the captured output signal of the input stage (Pre_amp), wherein the captured output signal is the sound pressure level and wherein the automatic control circuit is configured to reduce the value of the output load if the sound pressure level is larger than a given threshold is detected by the measurement circuit.
A method for transmitting information by a controller, the method comprising: computing a beam cycle based on transmissions from a plurality of mobile devices, wherein the mobile devices are served by the controller, wherein the beam cycle is a cycling pattern with a beam period; receiving the resource-specific channel quality indicators from the plurality of mobile devices, wherein the resource-specific channel quality indicators computed by the plurality of mobile devices are averaged over similar resources which are separated by the beam period by the plurality of mobile devices; scheduling a transmission opportunity for a mobile device in the plurality of mobile devices, wherein the scheduling is based on the beam cycle and the channel quality indicators; and transmitting information to the mobile device based on the scheduled transmission opportunity. computing a beam cycle based on transmissions from a plurality of mobile devices, wherein the mobile devices are served by the controller, wherein the beam cycle is a cycling pattern with a beam period; receiving the resource-specific channel quality indicators from the plurality of mobile devices, wherein the resource-specific channel quality indicators computed by the plurality of mobile devices are averaged over similar resources which are separated by the beam period by the plurality of mobile devices; scheduling a transmission opportunity for a mobile device in the plurality of mobile devices, wherein the scheduling is based on the beam cycle and the channel quality indicators; and transmitting information to the mobile device based on the scheduled transmission opportunity.
Fam3c, or a polynucleotide encoding therefor, for use in treating or reducing the risk of heart disease, wherein the Fam3c comprises an amino acid sequence that has at least 80% identity to SEQ ID NO: 2.
A method for growing a single crystal silicon ingot in a continuous Czochralski process, the method comprising: adding a charge of polycrystalline silicon to a crucible assembly, the crucible assembly comprising a weir and a sidewall that define an outer melt zone between the weir and the sidewall; adding one or more plates to the outer melt zone, the one or more plates each including one or more openings that extend through the plate to allow silicon to enter the melt; forming a melt of silicon in the crucible assembly; contacting a surface of the melt with a seed crystal; withdrawing a single crystal silicon ingot from the melt; and adding solid polycrystalline silicon feedstock to the outer melt zone while withdrawing the single crystal silicon ingot to replenish the melt, the one or more plates at least partially covering the melt in the outer melt zone while adding solid polycrystalline silicon feedstock to the outer melt zone, wherein the polycrystalline silicon melts and falls through the one or more openings that extend through the one or more plates and enters the melt. adding a charge of polycrystalline silicon to a crucible assembly, the crucible assembly comprising a weir and a sidewall that define an outer melt zone between the weir and the sidewall; adding one or more plates to the outer melt zone, the one or more plates each including one or more openings that extend through the plate to allow silicon to enter the melt; forming a melt of silicon in the crucible assembly; contacting a surface of the melt with a seed crystal; withdrawing a single crystal silicon ingot from the melt; and adding solid polycrystalline silicon feedstock to the outer melt zone while withdrawing the single crystal silicon ingot to replenish the melt, the one or more plates at least partially covering the melt in the outer melt zone while adding solid polycrystalline silicon feedstock to the outer melt zone, wherein the polycrystalline silicon melts and falls through the one or more openings that extend through the one or more plates and enters the melt.
An apparatus to be employed as a machine type communication-interworking function, "MTC-IWF", the apparatus comprising: communication means for obtaining a trigger request over a Tsp reference point from a Services Capability Server, "SCS", wherein the trigger request comprises: a first data element including a value to indicate a message type of the trigger request, a second data element including a trigger payload, wherein the trigger payload comprises: a small data payload for downlink transmission to a machine type communication, "MTC", application operated by an MTC user equipment, "UE", and information indicative of a target UE for transmission of the small data payload to the MTC application, and message means configured for: relaying or translating the trigger request to be forwarded towards a relevant network entity according to a protocol to be used for device trigger delivery to invoke specific functionality in a Mobile Network, wherein the Mobile Network is a public land mobile network, "PLMN", characterized in that the message means are further configured for: sending a trigger report message to the SCS based on an outcome of delivery of the trigger request to the UE, wherein the trigger report message includes a cause value selected from a plurality of cause values to indicate the outcome of the delivery and, if the delivery fails, a reason for the failure. a small data payload for downlink transmission to a machine type communication, "MTC", application operated by an MTC user equipment, "UE", and information indicative of a target UE for transmission of the small data payload to the MTC application, and message means configured for: relaying or translating the trigger request to be forwarded towards a relevant network entity according to a protocol to be used for device trigger delivery to invoke specific functionality in a Mobile Network, wherein the Mobile Network is a public land mobile network, "PLMN", characterized in that the message means are further configured for: sending a trigger report message to the SCS based on an outcome of delivery of the trigger request to the UE, wherein the trigger report message includes a cause value selected from a plurality of cause values to indicate the outcome of the delivery and, if the delivery fails, a reason for the failure. relaying or translating the trigger request to be forwarded towards a relevant network entity according to a protocol to be used for device trigger delivery to invoke specific functionality in a Mobile Network, wherein the Mobile Network is a public land mobile network, "PLMN", characterized in that the message means are further configured for: sending a trigger report message to the SCS based on an outcome of delivery of the trigger request to the UE, wherein the trigger report message includes a cause value selected from a plurality of cause values to indicate the outcome of the delivery and, if the delivery fails, a reason for the failure.
A dispenser, comprising: a front face including a dispensing opening, the dispensing opening for dispensing individual sheet products of a stack of sheet products; a product housing including at least one side wall (3, 4), wherein an interior surface of the front face and an interior surface of the at least one side wall define, at least in part, an interior volume for receiving the stack; and at least one hold back tab (15, 16, 25, 27, 31) for engaging a border of a front face of the stack and for holding the stack back from the interior surface of the front face of the dispenser, wherein the dispenser has a central axis extending through the center of each sheet product in the stack and through the front face of the dispenser, characterised in that the at least one hold back tab projects from the side of the dispenser and has opposed major surfaces (17, 18) extending along a plane perpendicular to the central axis, wherein one of the major surfaces is arranged to engage along the border of the front of the stack. a front face including a dispensing opening, the dispensing opening for dispensing individual sheet products of a stack of sheet products; a product housing including at least one side wall (3, 4), wherein an interior surface of the front face and an interior surface of the at least one side wall define, at least in part, an interior volume for receiving the stack; and at least one hold back tab (15, 16, 25, 27, 31) for engaging a border of a front face of the stack and for holding the stack back from the interior surface of the front face of the dispenser, wherein the dispenser has a central axis extending through the center of each sheet product in the stack and through the front face of the dispenser, characterised in that the at least one hold back tab projects from the side of the dispenser and has opposed major surfaces (17, 18) extending along a plane perpendicular to the central axis, wherein one of the major surfaces is arranged to engage along the border of the front of the stack.
A transport chain for transporting articles, comprising a sequence of links, each link defining a substantially flat support surface for the articles to be transported, and wherein each link is hingedly coupled with a previous link in the sequence, each link comprising a respective first link element defining a first portion of the support surface of the link and a respective second link element defining a second portion of the support surface of the link, said first link element and said second link element being hingedly coupled with each other through mechanical coupling means (58, 78; 96, 78, 90, 92) allowing the first link element to rotate with respect to the second link element, and vice versa, about a rotation axis perpendicular to the support surface of the link, wherein said mechanical coupling means (58, 78; 96, 78, 90, 92) are spaced from the rotation axis and comprise: a pivot (58, 96) at one of the first link element and the second link element, and an eyelet at the other of the first link element and the second link element, characterized in that the pivot (58, 96) comprises a roller slidingly housed in the eyelet (78, 90, 92) said roller moving within the eyelet by rolling against the walls of the eyelet. a pivot (58, 96) at one of the first link element and the second link element, and an eyelet at the other of the first link element and the second link element,
A wind turbine rotor blade extension portion configured to be connectable to a rotor blade, the extension portion comprising a plurality of segments, located adjacent one another in a span-wise sense, an interface between adjacent segments being configured to inhibit transmission of loads between the segments, wherein each segment comprises: a first surface forming a suction side; a second surface forming a pressure side; and a third surface forming a trailing surface; the first surface being spaced from the second surface at a proximal region of the extension portion and the third surface connecting the first surface and the second surface at a distal region of the extension portion, to thereby generate an extended trailing portion of a rotor blade to which the extension portion is connected, in use; characterised in that sealing means (280, 290, 300, 310) are provided between adjacent segments to inhibit leakage of fluid therethrough. a first surface forming a suction side; a second surface forming a pressure side; and a third surface forming a trailing surface; the first surface being spaced from the second surface at a proximal region of the extension portion and the third surface connecting the first surface and the second surface at a distal region of the extension portion, to thereby generate an extended trailing portion of a rotor blade to which the extension portion is connected, in use; characterised in that sealing means (280, 290, 300, 310) are provided between adjacent segments to inhibit leakage of fluid therethrough.
A method comprising: determining head related transform function (HRTF) data of a user by using transform data of the user, the transform data being indicative of a difference, as perceived by the user, between a sound of a direct utterance by the user and a sound of a reproduced utterance by the user output from an audio speaker; and producing an audio effect tailored for the user by processing audio data based on the HRTF data of the user. determining head related transform function (HRTF) data of a user by using transform data of the user, the transform data being indicative of a difference, as perceived by the user, between a sound of a direct utterance by the user and a sound of a reproduced utterance by the user output from an audio speaker; and producing an audio effect tailored for the user by processing audio data based on the HRTF data of the user.