mhurhangee/ep-ind-claims huggingface dataset:
A method of fabricating an organic - inorganic aerogel composite, comprising the steps of: a) providing a cellulose component, derived from a plant based material, dispersed in an aqueous medium, wherein the plant based material is rice straw grounded into powder, which is subjected to a treatment with NaOH and H 2 O 2; b) adding a water soluble binder and a water soluble polymer to the aqueous medium to form a first mixture, wherein the water soluble polymer is a cationic starch and the water soluble binder is polyvinyl alcohol; c) forming a silica component, which is derived from a plant based silicate material, in situ when contacted with the first mixture for a predetermined time and condition to form a second mixture, wherein the silica component is rice husk ash, which is subjected to a treatment with NaOH, and the predetermined time is 5 min to 60 min, and the predetermined condition is a temperature of 15 °C to 100 °C; d) gelling the second mixture; and e) drying the second mixture to form an organic - inorganic aerogel. a) providing a cellulose component, derived from a plant based material, dispersed in an aqueous medium, wherein the plant based material is rice straw grounded into powder, which is subjected to a treatment with NaOH and H 2 O 2; b) adding a water soluble binder and a water soluble polymer to the aqueous medium to form a first mixture, wherein the water soluble polymer is a cationic starch and the water soluble binder is polyvinyl alcohol; c) forming a silica component, which is derived from a plant based silicate material, in situ when contacted with the first mixture for a predetermined time and condition to form a second mixture, wherein the silica component is rice husk ash, which is subjected to a treatment with NaOH, and the predetermined time is 5 min to 60 min, and the predetermined condition is a temperature of 15 °C to 100 °C; d) gelling the second mixture; and e) drying the second mixture to form an organic - inorganic aerogel.
A coupling assembly for dental implants, comprising at least one pin, which can be coupled rigidly to a bone portion, and a supporting element, which can be associated with a prosthesis, said pin having, on a side, a threaded stem, suitable for stable coupling to the bone portion, and, at the opposite end portion, a protruding tab that can be accommodated by elastic forcing in a respective cavity formed in said supporting element so as to produce a stable coupling configuration between said pin and said supporting element, said tab being shaped like a substantially equatorial portion of a sphere, said coupling assembly further comprising a substantially cylindrical sleeve for the reference and support of additional prosthetic components, the outer lateral surface of said tab being so shaped that is adapted to abut, with at least one of its parts, against the internal side walls of said cavity, so as to determine said stable coupling configuration, said supporting element being constituted by a ring and said substantially cylindrical sleeve being in turn able to be keyed on said ring for reference and support of additional prosthetic components, wherein it further comprises means for fixing said supporting element to said pin, said fixing means comprising a screw, which can be inserted coaxially in a corresponding female thread formed inside said tab, said ring being made of deformable material and being oversized so as to apply a counterpressure on said locking screw inserted coaxially in said corresponding female thread formed inside said tab, said sleeve having a tubular shape with a duct formed thereinside, said duct having, at one end of the sleeve, a shoulder that is adapted to abut against the base of said ring, so as to ensure mutual coupling reinforced by the presence of said fixing means.
An object sorting assembly (1, 1'), including: - a sorting circuit comprising at least one support belt driven in movement conveying a flow of objects to be recycled comprising a plurality of objects of different types, and a plurality of hoppers (14, 15, 16, 24, 25, 27), each hopper (14, 15, 16, 24, 25, 27) being associated with at least one type of object from the flow of objects to be recycled; - an identification and/or characterisation member (11, 21) adapted to identify and/or characterise targeted objects in said flow of objects depending on their type, and capable of determining at least one characterisation value of the flow of objects; - a sorting member (12, 22) adapted to direct said targeted objects into said hopper which is associated with the type of the targeted object; characterised in that it further comprises: - a device (13, 23) for diverting the flow of objects, capable of diverting at least one portion of the flow of objects into a diversion hopper (17, 26); and - a control member adapted to receive, from said identification and characterisation member (11, 21), at least one data of information on the operation of said identification and/or characterisation member and/or at least one value for characterising the flow of objects, the control member being further adapted to order to said flow diversion device (13, 23) the diversion of at least one portion of the flow of objects into said diversion hopper depending on said at least one data of information and/or said at least one data for characterising the flow of objects which is received. - a sorting circuit comprising at least one support belt driven in movement conveying a flow of objects to be recycled comprising a plurality of objects of different types, and a plurality of hoppers (14, 15, 16, 24, 25, 27), each hopper (14, 15, 16, 24, 25, 27) being associated with at least one type of object from the flow of objects to be recycled; - an identification and/or characterisation member (11, 21) adapted to identify and/or characterise targeted objects in said flow of objects depending on their type, and capable of determining at least one characterisation value of the flow of objects; - a sorting member (12, 22) adapted to direct said targeted objects into said hopper which is associated with the type of the targeted object; - a device (13, 23) for diverting the flow of objects, capable of diverting at least one portion of the flow of objects into a diversion hopper (17, 26); and - a control member adapted to receive, from said identification and characterisation member (11, 21), at least one data of information on the operation of said identification and/or characterisation member and/or at least one value for characterising the flow of objects, the control member being further adapted to order to said flow diversion device (13, 23) the diversion of at least one portion of the flow of objects into said diversion hopper depending on said at least one data of information and/or said at least one data for characterising the flow of objects which is received.
A composition comprising an effective amount of monomeric protein A sufficient to treat an autoimmune disorder for use in treating the autoimmune disorder in a subject with or at risk of the autoimmune disorder.
A method of improving throughput of a secure digital, SD, bus performed by a SD client, the method comprising: pulling, during a packet transfer over data lines of the SD bus, write metadata from a host request queue of the SD client, the write metadata including a request identification, ID, and a block count of a write data packet from an SD host; allocating a client buffer according to the block count of the write data packet indicated by the write metadata; and pushing response metadata into a client request queue of the SD client the response metadata including at least the request ID. pulling, during a packet transfer over data lines of the SD bus, write metadata from a host request queue of the SD client, the write metadata including a request identification, ID, and a block count of a write data packet from an SD host; allocating a client buffer according to the block count of the write data packet indicated by the write metadata; and pushing response metadata into a client request queue of the SD client the response metadata including at least the request ID.
A juicer comprising: a body for providing power in which a deceleration component is arranged; and a container for performing the juicing process on which an upper cover is arranged for covering the container, in the container a spiral propelling screw, a cutting tool and a mesh filter are arranged, the cutting tool is mounted on the top of the propelling screw comprising a cutter-disk and cutters or saw-tooth cutters arranged on the upper surface of the cutter-disk, the cutter-disk is conical-shaped, the cutters or saw-tooth cutters are distributed in a spiral form on the cutter-disk and between every two blades or saw-tooth cutters, a spiral groove is arranged, the cutter-disk speed is reduced, and the mesh filter surrounds the outside of the propelling screw, and between the container and the body, connectors are arranged including a high speed output connector and a low speed output connector, a high speed output shaft is arranged on the high speed output connector, and a low speed output shaft is arranged on the low speed output connector, the cutting tool is connected with the high speed output connector through the high speed output shaft, and the propelling screw is connected with the low speed output connector through the low speed output shaft, wherein a rotary brush for cleaning the mesh filter is mounted between the inner wall of the container and the mesh filter.
A steering assistance device of a motor vehicle with a steering rod extending in a vehicle transverse direction and with an auxiliary engine that is coupled functionally by means of a transmission device with the steering rod, in order to transmit, if necessary, steering assistance power and/or steering assistance torque to the steering rod, wherein the transmission device is arranged at least partially in a housing that extends into an area below the transmission device, in which in the housing at least one means for detecting humidity is so arranged that humidity is detectable in a bottom area of the housing, wherein the at least one means for detecting humidity is arranged in a humidity collecting portion of the housing, wherein in the bottom area of the housing at least one slant and/or at least one flow channel is configured, characterized in that at least two engine contacts of the auxiliary engine are connected fluidly to the humidity collecting portion or are arranged directly in the humidity collecting portion and these engine contacts are configured as means for detecting humidity.
A superconducting gate memory circuit (10, 50) comprising: a Josephson D-gate circuit configured to set a digital state as one of a first data state and a second data state in response to a write enable single flux quantum pulse (ENw) provided on a write enable input and a respective presence of or absence of a write data SFQ pulse (DT W) provided on a data write input; and a storage loop (14, 54) coupled to the Josephson D-gate, the storage loop being configured to store the digital state and to readout the digital state at an output in response to a read enable SFQ pulse (EN R) provided on a read enable input and a read data SFQ pulse (DT R) provided on a read data input, wherein the storage loop is configured to conduct a loop current (I LOOP) having an amplitude that is set by the Josephson D-gate circuit. a Josephson D-gate circuit configured to set a digital state as one of a first data state and a second data state in response to a write enable single flux quantum pulse (ENw) provided on a write enable input and a respective presence of or absence of a write data SFQ pulse (DT W) provided on a data write input; and a storage loop (14, 54) coupled to the Josephson D-gate, the storage loop being configured to store the digital state and to readout the digital state at an output in response to a read enable SFQ pulse (EN R) provided on a read enable input and a read data SFQ pulse (DT R) provided on a read data input, wherein the storage loop is configured to conduct a loop current (I LOOP) having an amplitude that is set by the Josephson D-gate circuit.
A drone detection radar comprising exactly five panels each including an antenna system, the panels being arranged on or in an enclosure that holds the panels at predetermined positions, the enclosure comprising a quarter sphere around which the panels are arranged, wherein three of the panels (31a-c) are located in a lower row of the enclosure and two of the panels (31d-e) are located in an upper row of the enclosure, wherein each antenna system is arranged to transmit, using a transmitter, a signal into an associated sector, and to receive, using a receiver, signals reflected from targets in the sector, wherein the sectors associated with the antenna systems collectively form a monitored volume, and wherein a sub-set of the antenna systems are active at any one time, wherein each sub-set of antenna systems is arranged to monitor its respective sector(s) for a duration before a switch to another sub-set occurs; and wherein the radar is arranged to switch to a different sub-set of antenna systems after each duration, such that the whole volume is monitored within a predetermined period, wherein the duration for each respective sector is up to 0.2 seconds, wherein each antenna system is arranged to monitor a sector approximately 60° in azimuth and 45° in elevation. wherein each antenna system is arranged to transmit, using a transmitter, a signal into an associated sector, and to receive, using a receiver, signals reflected from targets in the sector, wherein the sectors associated with the antenna systems collectively form a monitored volume, and wherein a sub-set of the antenna systems are active at any one time, wherein each sub-set of antenna systems is arranged to monitor its respective sector(s) for a duration before a switch to another sub-set occurs; and wherein the radar is arranged to switch to a different sub-set of antenna systems after each duration, such that the whole volume is monitored within a predetermined period, wherein the duration for each respective sector is up to 0.2 seconds, wherein each antenna system is arranged to monitor a sector approximately 60° in azimuth and 45° in elevation.
A body, which comprises at least in sections a coating deposited using a CVD process, comprising a first coating layer which is formed with aluminium, titanium and nitrogen, characterised in that the coating comprises at least a second coating layer which is formed from aluminium, oxygen and nitrogen and optionally carbon, wherein aluminium can be partially replaced by another metal.
A method of producing a library of eukaryotic cell clones containing DNA encoding a diverse repertoire of binders, wherein the binders are receptors or chimeric antigen receptors (CARs), comprising providing donor DNA molecules encoding the binders, and higher eukaryotic cells with a genome size of greater than 2 x 10 7 base pairs, introducing the donor DNA into the cells and providing a site-specific nuclease within the cells, wherein the nuclease cleaves a recognition sequence in cellular DNA to create an integration site at which the donor DNA becomes integrated into the cellular DNA, integration occurring through DNA repair mechanisms endogenous to the cells, thereby creating recombinant cells containing donor DNA integrated in the cellular DNA, and culturing the recombinant cells to produce clones, thereby providing a library of eukaryotic cell clones containing donor DNA encoding the repertoire of binders.
A compound represented by the following formula: wherein m is 3, n is 1 or 2, R 1 is an alkyl group having 1 to 4 carbon atoms, and R 2 and R 6 are, independently of each other, a hydrogen atom or a methyl group, wherein an amount of one kind of compound having each one value of m, n, R 1, R 2 and R 6 in the formula is more than 95 mass % of a total mass of the compound.
Device (1; 101; 201) for selective ventilation of one or both lungs (LL, LR) of a patient, comprising: - an endotracheal tube (2; 102; 202) to be arranged in the trachea of the patient and having a proximal end and a distal end (4; 104; 204), - an endobronchial tube (5; 105; 205) connected to the endotracheal tube (2; 102; 202) and having a proximal end (6; 106; 206) and a distal end (7; 107; 207), the endobronchial tube (5; 105; 205) being received in the endotracheal tube (2; 102; 202) and the distal end (7; 107; 207) of the endobronchial tube (5; 105; 205) extending beyond the distal end (4; 104; 204) of the endotracheal tube (2; 102; 202), and - means for positioning by feel the distal end (7; 107; 207) of the endobronchial tube (5; 105; 205) in at least longitudinal direction of the trachea, the positioning means being adapted to also position the distal end (7; 107; 207) of the endobronchial tube (5; 105; 205) in peripheral direction of the trachea, characterized by means for fixing the endobronchial tube (5; 105; 205) relative to the endotracheal tube(2; 102; 202). - an endotracheal tube (2; 102; 202) to be arranged in the trachea of the patient and having a proximal end and a distal end (4; 104; 204), - an endobronchial tube (5; 105; 205) connected to the endotracheal tube (2; 102; 202) and having a proximal end (6; 106; 206) and a distal end (7; 107; 207), the endobronchial tube (5; 105; 205) being received in the endotracheal tube (2; 102; 202) and the distal end (7; 107; 207) of the endobronchial tube (5; 105; 205) extending beyond the distal end (4; 104; 204) of the endotracheal tube (2; 102; 202), and - means for positioning by feel the distal end (7; 107; 207) of the endobronchial tube (5; 105; 205) in at least longitudinal direction of the trachea, the positioning means being adapted to also position the distal end (7; 107; 207) of the endobronchial tube (5; 105; 205) in peripheral direction of the trachea, characterized by means for fixing the endobronchial tube (5; 105; 205) relative to the endotracheal tube(2; 102; 202).
Laser processing machine, in particular a flat bed laser machine, for selectively processing plate-like or pipe-like workpieces, comprising: a displacement device to which a workpiece table for supporting a plate-like workpiece can be secured in order to move the workpiece table into and out of a processing range of the laser processing machine, a handling device (3, 4, 5, 6, 23) for handling a pipe-like workpiece when the pipe-like workpiece is processed in the processing range, as well as a laser processing head which is moveable within the processing range, the handling device having at least one support device (4, 5, 6, 23) for supporting the pipe-like workpiece during the processing operation, characterised in that the support device (5, 23) can be moved in a controlled manner in the longitudinal direction of the pipe-like workpiece over at least 20%, preferably over at least half of the processing range, and that the support device (5, 23) can be secured to the displacement device for the workpiece table for a controlled movement in the longitudinal direction of the pipe-like workpiece, further characterized by a control device for coupling the movement of the laser processing head and of the support device (5, 23) in the longitudinal direction of the pipe-like workpiece. a displacement device to which a workpiece table for supporting a plate-like workpiece can be secured in order to move the workpiece table into and out of a processing range of the laser processing machine, a handling device (3, 4, 5, 6, 23) for handling a pipe-like workpiece when the pipe-like workpiece is processed in the processing range, as well as a laser processing head which is moveable within the processing range, the handling device having at least one support device (4, 5, 6, 23) for supporting the pipe-like workpiece during the processing operation, characterised in that the support device (5, 23) can be moved in a controlled manner in the longitudinal direction of the pipe-like workpiece over at least 20%, preferably over at least half of the processing range, and that the support device (5, 23) can be secured to the displacement device for the workpiece table for a controlled movement in the longitudinal direction of the pipe-like workpiece, further characterized by a control device for coupling the movement of the laser processing head and of the support device (5, 23) in the longitudinal direction of the pipe-like workpiece.
A method for an orthogonal frequency-division multiplexing, OFDM, communication system, comprising: performing, by a first communication device, estimation of a residual noise to derive signal-to-noise ratio, SNR, loss for each carrier of one or more carriers with respect to a transmitting port of the first communication device, wherein the residual noise is an increased noise experienced by a second communication device when one or more other ports in a vectored group of a plurality of ports of the first communication device are switched off; and adapting, by the first communication device, to the residual noise during time slots of one or more downstream symbol positions where the one or more other ports in the vectored group are switched off, characterized in that the first communication device performs the estimation of the residual noise by predicting the residual noise before the one or more other ports in the vectored group are switched off. performing, by a first communication device, estimation of a residual noise to derive signal-to-noise ratio, SNR, loss for each carrier of one or more carriers with respect to a transmitting port of the first communication device, wherein the residual noise is an increased noise experienced by a second communication device when one or more other ports in a vectored group of a plurality of ports of the first communication device are switched off; and adapting, by the first communication device, to the residual noise during time slots of one or more downstream symbol positions where the one or more other ports in the vectored group are switched off, characterized in that the first communication device performs the estimation of the residual noise by predicting the residual noise before the one or more other ports in the vectored group are switched off.