mhurhangee/ep-ind-claims huggingface dataset:
Rotational angle sensor, comprising: a stator element with a transmitting coil and at least two receiving coils arranged within the transmitting coil, which are arranged on a circuit board; a rotor element, which is mounted rotatably about an axis of rotation with respect to the stator element and by way of which the transmitting coil is inductively coupled to the at least two receiving coils, so that the inductive coupling is dependent on a rotational angle between the stator element and the rotor element and the transmitting coil induces at least two angle-dependent alternating voltages in the at least two receiving coils; wherein the rotor element and the at least two receiving coils are formed in such a way that an alternating voltage of an amplitude that is sinusoidally dependent on the rotational angle is induced in the receiving coils, wherein the at least two receiving coils are made up of arcuate conductor tracks (40a, 40b) electrically connected to one another, so that each of the at least two receiving coils is made up of partial turns (50a, 50b, 50c, 50d, 50e) oriented oppositely with respect to a current flow, each of which is delimited in a radial direction by at least one arcuate conductor track curved to the left and at least one opposite arcuate conductor track curved to the right. a stator element with a transmitting coil and at least two receiving coils arranged within the transmitting coil, which are arranged on a circuit board; a rotor element, which is mounted rotatably about an axis of rotation with respect to the stator element and by way of which the transmitting coil is inductively coupled to the at least two receiving coils, so that the inductive coupling is dependent on a rotational angle between the stator element and the rotor element and the transmitting coil induces at least two angle-dependent alternating voltages in the at least two receiving coils; wherein the rotor element and the at least two receiving coils are formed in such a way that an alternating voltage of an amplitude that is sinusoidally dependent on the rotational angle is induced in the receiving coils, wherein the at least two receiving coils are made up of arcuate conductor tracks (40a, 40b) electrically connected to one another, so that each of the at least two receiving coils is made up of partial turns (50a, 50b, 50c, 50d, 50e) oriented oppositely with respect to a current flow, each of which is delimited in a radial direction by at least one arcuate conductor track curved to the left and at least one opposite arcuate conductor track curved to the right.
A method for concentrating dilute sulfuric acid, characterized in that the concentration of sulfuric acid is carried out by means of at least two electrolytic cells which are depolarized by sulfur dioxide, and wherein a cation conductive membrane, that is a functionally fixed electrolyte, is used for separating the cathode and anode sides in the electrolytic cells.
A support structure for at least partially supporting a user's head, the support structure comprising: a frame having a head engaging portion and a shoulder engaging portion, wherein the frame is adapted to be compressed under the weight of the user's head; wherein the frame is shaped to the contour of the user's body between the head engaging portion and the shoulder engaging portion such that, in use, the shoulder engaging portion is operable to spread the load of the user's head over a user's shoulder, characterised in that the support structure comprises an anchoring means adapted to secure the frame, in use, to a user's neck and to press the frame against the user's neck, wherein the anchoring means comprises an elongate length of fabric material, and wherein the elongate length of fabric material is a scarf.
Method of operating a user equipment in a New Radio, NR, radio access network, the method comprising transmitting Hybrid Acknowledgement Repeat Request, HARQ, acknowledgment signaling based on a codebook, the codebook associating a bit pattern comprising a plurality of subpatterns with the acknowledgment signaling; wherein each subpattern represents acknowledgment information having a reporting type, the reporting type indicating a subpattern size and a data block structure the subpattern pertains to, the subpattern size being 1 or more bits; a first reporting type corresponding to a first data block structure representing a transport block and a second reporting type corresponding to a second data block structure representing one or more code block groups of a transport block; at least one of the subpatterns having the first reporting type and at least one of the subpatterns having the second reporting type; wherein the codebook groups subpatterns based on their reporting type; and wherein grouping comprises grouping subpatterns having the first reporting type into a first group and grouping subpatterns having the second reporting type into a second group, the groups being arranged sequentially in the bit pattern. wherein each subpattern represents acknowledgment information having a reporting type, the reporting type indicating a subpattern size and a data block structure the subpattern pertains to, the subpattern size being 1 or more bits; a first reporting type corresponding to a first data block structure representing a transport block and a second reporting type corresponding to a second data block structure representing one or more code block groups of a transport block; at least one of the subpatterns having the first reporting type and at least one of the subpatterns having the second reporting type; wherein the codebook groups subpatterns based on their reporting type; and wherein grouping comprises grouping subpatterns having the first reporting type into a first group and grouping subpatterns having the second reporting type into a second group, the groups being arranged sequentially in the bit pattern.
A dried reagent composition comprising (a) one or more enzymes selected from the group consisting of glucose dehydrogenases, glucose oxidoreductases, and combinations thereof; (b) one or more co-factors, co-enzymes, or a combination thereof for the one or more enzymes; (c) one or more mediators, mediator precursors, or a combination thereof; (d) one or more zwitterionic buffers; and (e) optionally one or more adjuvants.
An isolated nucleic acid molecule encoding a mutant SMO protein comprising an amino acid sequence that is at least 95% identical to SEQ ID NO: 1, wherein said amino acid sequence comprises an amino acid other than aspartic acid at the amino acid corresponding to amino acid 473 of SEQ ID NO:2.
Method for treating biomass, comprising: Feeding the biomass and a treatment medium into a treatment unit such that the treatment medium interacts with the biomass in order to provide pre-treated biomass (10a, S10); Filtrating the pre-treated biomass in a separation unit arranged downstream of the treatment unit, wherein a filtrate is separated from the pre-treated biomass in the separation unit (20, S20); Feeding the pre-treated biomass into a reactor unit arranged downstream of the separation unit, wherein a steam treatment of the pre-treated biomass takes place within the reactor unit (30, S30); Dividing the separated filtrate within a filtration unit into a first filtrate portion with a solid matter content that is lower than a predetermined threshold value and a second filtrate portion with a solid matter content that is higher than the predetermined threshold value; Recirculating the first filtrate portion back to the treatment unit such that the first filtrate portion is reused for pre-treating the biomass in the treatment unit (12, S22); wherein both the recirculated first filtrate portion and the fed treatment medium interact with the biomass within the treatment unit in order to provide the pre-treated biomass; and Feeding the second filtrate portion into a refining unit for further processing the second filtrate portion by means reintroduceone of a chemical reaction, a thermal reaction and a biochemical reaction. Feeding the biomass and a treatment medium into a treatment unit such that the treatment medium interacts with the biomass in order to provide pre-treated biomass (10a, S10); Filtrating the pre-treated biomass in a separation unit arranged downstream of the treatment unit, wherein a filtrate is separated from the pre-treated biomass in the separation unit (20, S20); Feeding the pre-treated biomass into a reactor unit arranged downstream of the separation unit, wherein a steam treatment of the pre-treated biomass takes place within the reactor unit (30, S30); Dividing the separated filtrate within a filtration unit into a first filtrate portion with a solid matter content that is lower than a predetermined threshold value and a second filtrate portion with a solid matter content that is higher than the predetermined threshold value; Recirculating the first filtrate portion back to the treatment unit such that the first filtrate portion is reused for pre-treating the biomass in the treatment unit (12, S22); wherein both the recirculated first filtrate portion and the fed treatment medium interact with the biomass within the treatment unit in order to provide the pre-treated biomass; and Feeding the second filtrate portion into a refining unit for further processing the second filtrate portion by means reintroduceone of a chemical reaction, a thermal reaction and a biochemical reaction.
A photocurable resin composition for additive fabrication comprising a polymerizable component that is polymerizable by free-radical polymerization, cationic polymerization, or both free-radical polymerization and cationic polymerization, and a photoinitiating system capable of initiating the free-radical polymerization, cationic polymerization, or both free-radical polymerization and cationic polymerization,; wherein the photocurable resin composition is a liquid at 25 °C, and is capable of curing to provide a solid upon irradiation with light emitted from a light emitting diode, wherein the light has a wavelength of from 100 nm to 900 nm, and wherein the liquid photocurable resin composition has a Critical Exposure (Ec) and a Depth of Penetration (Dp) as measured on a layer of the photocurable resin composition as the composition is curing and calculated as described herein, wherein Ec is from 0.01 seconds to 6.0 seconds and Dp is from 0.03 mm to 0.2 mm (1 to 8 mils).
A thermal cracking tube for passing a fluid therethrough from one end thereof toward the other end, the tube having a plurality of rows of projections extending circumferentially along an inner surface of the tube orthogonal to or as inclined with respect to the axis of tube, each of the projection rows including a plurality of projections provided on the tube inner surface, the tube being a hydrocarbon thermal cracking tube characterized by: 0.2 ≦ S / 10 πD ≦ 0.7, 0.02 ≦ h / D ≦ 0.05 and 0.04 ≦ L / πD ≦ 0.5, wherein D is the inside diameter in mm of the tube, 10πD is an interior area in mm 2 of the tube having the inside diameter D over a unit tube length of 10 mm, h is the height in mm of a projection A arbitrarily chosen from the plurality of projections included in a projection row α, L is the length in mm of circular arc of the projection A in a direction orthogonal to the tube axis, and S is the area in mm 2 of a region R surrounded by the projection A, lines L1 and L2 extending respectively from circumferentially opposite ends of the projection A in parallel to the tube axis and a projection row β adjacent to and downstream from the projection row α. D is the inside diameter in mm of the tube, 10πD is an interior area in mm 2 of the tube having the inside diameter D over a unit tube length of 10 mm, h is the height in mm of a projection A arbitrarily chosen from the plurality of projections included in a projection row α, L is the length in mm of circular arc of the projection A in a direction orthogonal to the tube axis, and S is the area in mm 2 of a region R surrounded by the projection A, lines L1 and L2 extending respectively from circumferentially opposite ends of the projection A in parallel to the tube axis and a projection row β adjacent to and downstream from the projection row α. the projection A, lines L1 and L2 extending respectively from circumferentially opposite ends of the projection A in parallel to the tube axis and a projection row β adjacent to and downstream from the projection row α.
A method for the moisture-proof sealing of an electrical coupling part, that has a contact carrier consisting of plastic, which has at least two through holes (2, 3) extending spaced apart and parallel to one another, wherein electrical contact elements (4, 5), to which in each case wires (8, 9) of an electrical line designed as an electrical conductor surrounded by an insulation are connected, are inserted into the through holes (2, 3) so that in each through hole (2, 3) a contact element (4, 5) and the strand (8, 9) connected to the same are arranged, in which the wires (8, 9) at an end of the contract carrier are passed out of the through holes (2, 3) and with which a protective body generated by injection molding is molded around the line-side end of the coupling part, which extends over the line characterized in - that after the insertion of contact elements (4, 5) and connected wires (8, 9) into the through holes (2, 3) initially the contact carrier is deformed at least at one point in the area of the wires (8, 9) arranged in the through holes (2, 3) by application of heat and pressure by means of a tool applied externally to the contact carrier in such a manner that its material is applied all-around tightly against the insulation of the wires (8, 9), and - that the protective body is then injected around the ends of contact carrier and line. - that after the insertion of contact elements (4, 5) and connected wires (8, 9) into the through holes (2, 3) initially the contact carrier is deformed at least at one point in the area of the wires (8, 9) arranged in the through holes (2, 3) by application of heat and pressure by means of a tool applied externally to the contact carrier in such a manner that its material is applied all-around tightly against the insulation of the wires (8, 9), and - that the protective body is then injected around the ends of contact carrier and line.
An external charger for wirelessly providing energy to an implantable medical device, comprising: a charging coil configured when energized by a drive signal to produce a magnetic field to wirelessly provide energy to the IMD; a sense coil, wherein the sense coil is configured to be induced by the magnetic field with an induced signal affected by a position of the charging coil with respect to the IMD; and control circuitry; characterized in that the control circuitry is configured to determine a phase angle between the induced signal and the drive signal, and to determine, using the phase angle, the position of the charging coil with respect to the IMD a charging coil configured when energized by a drive signal to produce a magnetic field to wirelessly provide energy to the IMD; a sense coil, wherein the sense coil is configured to be induced by the magnetic field with an induced signal affected by a position of the charging coil with respect to the IMD; and control circuitry;
A process for the production of cellulases and hemicellulases using a strain of a filamentous fungus in a stirred and aerated bioreactor, comprising at least two phases: • a phase a) for growth of said strain in the presence of at least one carbonaceous growth substrate in a closed reactor, said growth phase being carried out with a concentration of carbonaceous growth substrate in the range 10 to 90 g/L; • a phase b) for the continuous production of cellulases, in which at least one carbonaceous inducer substrate is supplied at a supply rate which is constant over a period of at least more than 200h, said carbonaceous inducer substrate being at least one aqueous hemicellulosic hydrolysate solution obtained from an acid pre-treatment of a lignocellulosic substrate, said aqueous hemicellulosic hydrolysate solution not undergoing prior sterilization and not undergoing pH rectification, said pH of the aqueous solution being in the range 0.5 to 3, the mass of the reaction volume being kept constant by withdrawing a fraction of said reaction volume, said phase b) being operated at a dilution rate in the range 0.001 to 0.008 h-1, in which the carbonaceous inducer substrate used in phase b) is an aqueous hemicellulosic hydrolysate solution obtained from an acid pre-treatment of a lignocellulosic substrate, as a mixture with at least one other carbonaceous substrate selected from inducer or non-inducer sugars, in which the supply flow rate of said carbonaceous inducer substrate is in the range 35 to 140 mg of carbonaceous inducer substrate per gram of the dry weight of the strain per hour. • a phase a) for growth of said strain in the presence of at least one carbonaceous growth substrate in a closed reactor, said growth phase being carried out with a concentration of carbonaceous growth substrate in the range 10 to 90 g/L; • a phase b) for the continuous production of cellulases, in which at least one carbonaceous inducer substrate is supplied at a supply rate which is constant over a period of at least more than 200h, said carbonaceous inducer substrate being at least one aqueous hemicellulosic hydrolysate solution obtained from an acid pre-treatment of a lignocellulosic substrate, said aqueous hemicellulosic hydrolysate solution not undergoing prior sterilization and not undergoing pH rectification, said pH of the aqueous solution being in the range 0.5 to 3, the mass of the reaction volume being kept constant by withdrawing a fraction of said reaction volume, said phase b) being operated at a dilution rate in the range 0.001 to 0.008 h-1,
Belt made of a flexible material, arranged on which are electronics, by means of which at least one state variable of the belt can be measured and can be passed on wirelessly to a remote receiving unit, characterized in that provided on the radial outer side of the belt is a pocket that is fastened after production of the belt is completed, and in that the electronics are arranged in a receiving space of this pocket.
Switchable composite pane arrangement comprising at least: a. a first pane, b. a second pane, and c. an intermediate layer arranged therebetween, wherein the intermediate layer contains at least one first thermoplastic polymer film and one second thermoplastic polymer film as well as one SPD film arranged therebetween, and d. an edge sealing arranged in the outer edge region of the intermediate layer, containing a polyimide, wherein the edge sealing covers the SPD film in the outer edge region and runs with a length of at least 1 mm above and below the inner surfaces (I, II) of the SPD film, and wherein the edge sealing comprises a polyimide film, and wherein the first thermoplastic polymer film and the second thermoplastic polymer film have an outer edge protrusion at least 2 mm greater than the SPD film covered in the outer edge region by the edge sealing comprising a polyimide. a. a first pane, b. a second pane, and c. an intermediate layer arranged therebetween, wherein the intermediate layer contains at least one first thermoplastic polymer film and one second thermoplastic polymer film as well as one SPD film arranged therebetween, and d. an edge sealing arranged in the outer edge region of the intermediate layer, containing a polyimide, wherein the edge sealing covers the SPD film in the outer edge region and runs with a length of at least 1 mm above and below the inner surfaces (I, II) of the SPD film, and wherein the edge sealing comprises a polyimide film, and wherein the first thermoplastic polymer film and the second thermoplastic polymer film have an outer edge protrusion at least 2 mm greater than the SPD film covered in the outer edge region by the edge sealing comprising a polyimide.
A method for communications, comprising: determining, by a mobile device, information of relative positioning of the mobile device and a target device by means of at least one element of the mobile device for providing an optical link with the target device, and aligning, by a steering module of the mobile device, an optical component of the mobile device with an optical component of the target device based on the information determined by the mobile device. determining, by a mobile device, information of relative positioning of the mobile device and a target device by means of at least one element of the mobile device for providing an optical link with the target device, and aligning, by a steering module of the mobile device, an optical component of the mobile device with an optical component of the target device based on the information determined by the mobile device.
A method for inhibiting metallization of a metallic rack employed in galvanic metallization processes of plastic material items, wherein the rack designed to bear the plastic material item is coated by immersion in PVC Plastisol, wherein the PVC Plastisol is mixed with a C8-C18 thiol selected from octyl mercaptan, nonyl mercaptan, decyl mercaptan, n-octadecyl-3-mercaptopropionate, isooctyl-3-mercaptopropionate, n-octyl-mercaptopropionate, dodecyl-3-mercaptopropionate, tridecyl-3-mercaptopropionate, palmityl mercaptan, bisphenyl-1,4-thiol, and wherein the metallic rack is treated by a chromium -free etching solution.
A portable device (2, 4) for monitoring vascular access status, comprising: a measurement device (2, 20', 40), comprising: a vibration-sensing module (200, 400) sensing vibration data induced by blood flow over a part of a vascular access of a subject; and a communication module (202, 402) electrically connected to the vibration-sensing module (200, 400) and used to transmit data to outside; and a monitoring module (220, 420) controlling an electronic device (22, 42) connected to the communication module (202, 402) of the measurement device (2, 20', 40) to load vibration threshold data corresponding to the sensed part of the vascular access and determining a vibration evaluation index corresponding to a status of the part of the vascular access according to the vibration data and vibration threshold data. a measurement device (2, 20', 40), comprising: a vibration-sensing module (200, 400) sensing vibration data induced by blood flow over a part of a vascular access of a subject; and a communication module (202, 402) electrically connected to the vibration-sensing module (200, 400) and used to transmit data to outside; and a vibration-sensing module (200, 400) sensing vibration data induced by blood flow over a part of a vascular access of a subject; and a communication module (202, 402) electrically connected to the vibration-sensing module (200, 400) and used to transmit data to outside; and a monitoring module (220, 420) controlling an electronic device (22, 42) connected to the communication module (202, 402) of the measurement device (2, 20', 40) to load vibration threshold data corresponding to the sensed part of the vascular access and determining a vibration evaluation index corresponding to a status of the part of the vascular access according to the vibration data and vibration threshold data.
Assembly (10, 10A) comprising a female fastener (12, 12A) fitted to a washer, said washer comprising an annular base and an essentially cylindrical skirt secured to an external periphery of the annular base, the annular base being at least partially coated with a layer of viscous composition which is able to form, by polymerization, a liquid-proof coating, the assembly being characterized in that the female fastener is a nut or a crimping ring of which a base is housed in a cavity of the washer formed by the annular base and the skirt of said washer, and fitted to the washer by a proximal surface of said base by adhesion with the layer of viscous composition.