mhurhangee/ep-ind-claims huggingface dataset:
A polypeptide comprising a scaffold-based molecule comprising loop domains topologically similar to domains of the third fibronectin domain, the polypeptide has an amino acid sequence based on a consensus sequence of third fibronectin domains having: (i) the amino acid sequence of SEQ ID NO: 16, wherein specific residues of SEQ ID NO: 16 are replaced and enhance thermal stability and chemical stability of the scaffold-based molecule, wherein the scaffold-based molecule comprises one or more substitutions selected from the group consisting of N46V, E14P, L17A, and E86I; or (ii) the amino acid sequence of one amino acid sequence selected from the group consisting of SEQ ID NOS: 142, 143 and 147-151. (i) the amino acid sequence of SEQ ID NO: 16, wherein specific residues of SEQ ID NO: 16 are replaced and enhance thermal stability and chemical stability of the scaffold-based molecule, wherein the scaffold-based molecule comprises one or more substitutions selected from the group consisting of N46V, E14P, L17A, and E86I; or (ii) the amino acid sequence of one amino acid sequence selected from the group consisting of SEQ ID NOS: 142, 143 and 147-151.
Lifting gear for opening and closing a workstation of a packaging machine, wherein the lifting gear includes a stationarily mounted base, a lifting platform mounted to be height adjustable with respect to the base along a lifting axis for supporting a lower tool part of the workstation, and an adjusting mechanism comprising a drive unit and a toggle means on which the lifting platform is mounted, wherein the adjusting mechanism furthermore includes a pressure part coupled with the toggle means and adjustable by means of the drive unit, wherein by the displacement of said pressure part, the toggle means is actuatable for a height adjustment of the lifting platform along the lifting axis, characterized in that the toggle means includes at least three separate toggle joints (39a to 39d) which are actuatable together by means of a displacement of the pressure part.
An audio signal reconstruction method comprising: obtaining signal magnitudes according to frequencies in a current frame by decoding a bitstream comprising the audio signal; determining a range of a signal magnitude at a first frequency, based on signal magnitudes corresponding to frequencies adjacent to the first frequency; obtaining a reconstructed signal magnitude at the first frequency by applying a machine learning model to the range of signal magnitude at the first frequency and the signal magnitudes according to the frequencies; and decoding the audio signal from the current frame of the bitstream, based on the reconstructed signal magnitude at the first frequency. obtaining signal magnitudes according to frequencies in a current frame by decoding a bitstream comprising the audio signal; determining a range of a signal magnitude at a first frequency, based on signal magnitudes corresponding to frequencies adjacent to the first frequency; obtaining a reconstructed signal magnitude at the first frequency by applying a machine learning model to the range of signal magnitude at the first frequency and the signal magnitudes according to the frequencies; and decoding the audio signal from the current frame of the bitstream, based on the reconstructed signal magnitude at the first frequency.
A terminal block, mounted on a wiring substrate, said wiring substrate covered by a case, the terminal block comprising: a top surface including at least one flat portion and at least one concave portion; a plurality of wiring connecting holes provided in said at least one concave portion; and a plurality of wiring display parts, wherein the plurality of wiring display parts, on which terminal names are printed by one printing process, are: provided in parallel to the concave portion and so as to correspond to the wiring connecting holes and arranged on the at least one flat portion of the top surface of the terminal block, and the at least one flat portion is elevated as compared to the case, and a buttonhole is arranged adjacent to each of the plurality of wiring connecting holes, and an opening/closing button configured to open and close a wiring connecting fitting located on a bottom part of the plurality of wiring connecting holes is accommodated in the buttonhole. a top surface including at least one flat portion and at least one concave portion; a plurality of wiring connecting holes provided in said at least one concave portion; and a plurality of wiring display parts, wherein the plurality of wiring display parts, on which terminal names are printed by one printing process, are: provided in parallel to the concave portion and so as to correspond to the wiring connecting holes and arranged on the at least one flat portion of the top surface of the terminal block, and provided in parallel to the concave portion and so as to correspond to the wiring connecting holes and arranged on the at least one flat portion of the top surface of the terminal block, and the at least one flat portion is elevated as compared to the case, and a buttonhole is arranged adjacent to each of the plurality of wiring connecting holes, and
A mirror substitute device for a vehicle, comprising at least one camera (3-0 - 3-3) configured to monitor at least a part of the surroundings of the vehicle and to provide a corresponding image signal; an image processing device coupled to the camera (3-0 - 3-3) and configured to process the image signal of the at least one camera (3-0 - 3-3) and to output a processed image signal; and at least one display device (7-0 - 7-3) configured to display the processed image signal; wherein the image processing device has a selection device configured to select an image detail (15-1 - 15-2) from the image signal and to output the selected image detail (15-1 - 15-2) as the processed image signal; wherein the selection device is configured to select, when the vehicle is moving forward, an image detail (15-1 - 15-2) that approximately corresponds to the image detail (15-1 - 15-2) theoretically shown by a rear view mirror and/or lateral mirror in the vehicle; wherein the selection device is configured to select and/or mark, when the vehicle is moving backward at a speed below a first speed threshold value, an image detail (15-1 - 15-2) that shows the ground and/or the curbstone in the surroundings of the vehicle.
Aqueous composition for injection comprising: - paracetamol as active ingredient, - an isotonizing agent, - an effective amount of a buffering system to obtain a pH comprised between 4.5 and 7.5, characterized in that the buffering system comprises a carboxylic acid and tromethamine. - paracetamol as active ingredient, - an isotonizing agent, - an effective amount of a buffering system to obtain a pH comprised between 4.5 and 7.5,
A process to synthesize Sugammadex comprising the steps of: a. Substituting the primary hydroxyl groups of the γ-cyclodextrin by halogen to give the corresponding 6-per-deoxy-6-per-halo-γ-cyclodextrin compound of formula, wherein X is F, Br, I b. Reacting the compound of formula with 3-mercaptopropionic acid in the presence of a sodium base and DMSO. a. Substituting the primary hydroxyl groups of the γ-cyclodextrin by halogen to give the corresponding 6-per-deoxy-6-per-halo-γ-cyclodextrin compound of formula, wherein X is F, Br, I b. Reacting the compound of formula with 3-mercaptopropionic acid in the presence of a sodium base and DMSO.
A process for producing polyethylene having a molecular weight of at least 3 x 10 5 g/mol as determined by ASTM D 4020, the process comprising: contacting ethylene under polymerization conditions with a slurry of a catalyst composition comprising a Group 4 metal complex of a phenolate ether ligand and wherein the slurry includes a scavenger comprising an alkyl magnesium compound.
A method for producing a clear beverage comprising the steps of: (i) Providing an oil-in-water (O/W) emulsion comprising an n-alkenyl succinate starch and an essential oil, wherein the n-alkenyl succinate starch is in excess of said essential oil; (ii) Producing a turbid beverage by diluting said O/W emulsion to reach a desired beverage concentration; and (iii) Storing said turbid beverage at a temperature of above 30°C for a time sufficient to obtain a clear beverage. (i) Providing an oil-in-water (O/W) emulsion comprising an n-alkenyl succinate starch and an essential oil, wherein the n-alkenyl succinate starch is in excess of said essential oil; (ii) Producing a turbid beverage by diluting said O/W emulsion to reach a desired beverage concentration; and (iii) Storing said turbid beverage at a temperature of above 30°C for a time sufficient to obtain a clear beverage.
An apparatus for controlling at least one lighting fixture disposed to illuminate an environment, the apparatus comprising: a memory to store: sensor data associated with the at least one lighting fixture, the sensor data including an indication of a presence of a person and/or object in the environment, energy usage data representing energy consumed by the at least one lighting fixture over a given time period, and at least one lighting profile associated with the person and/or object for providing a desired lighting level customized to the person and/or object and/or adjusting power consumption by the at least one lighting fixture according to the sensor data and the energy usage data; a local processor, operably coupled to the memory, to provide an updated lighting profile associated with the person and/or object in the environment from a network-based processor based at least in part on the sensor data and the energy usage data; and a communications interface, operably coupled to the local processor and the memory, to receive the sensor data and the energy usage data from the at least one lighting fixture, to transmit the sensor data and/or the energy usage data to the network-based processor, to receive the updated lighting profile from the network-based processor, and to transmit the updated lighting profile to the at least one lighting fixture. a memory to store: sensor data associated with the at least one lighting fixture, the sensor data including an indication of a presence of a person and/or object in the environment, energy usage data representing energy consumed by the at least one lighting fixture over a given time period, and at least one lighting profile associated with the person and/or object for providing a desired lighting level customized to the person and/or object and/or adjusting power consumption by the at least one lighting fixture according to the sensor data and the energy usage data; sensor data associated with the at least one lighting fixture, the sensor data including an indication of a presence of a person and/or object in the environment, energy usage data representing energy consumed by the at least one lighting fixture over a given time period, and at least one lighting profile associated with the person and/or object for providing a desired lighting level customized to the person and/or object and/or adjusting power consumption by the at least one lighting fixture according to the sensor data and the energy usage data; a local processor, operably coupled to the memory, to provide an updated lighting profile associated with the person and/or object in the environment from a network-based processor based at least in part on the sensor data and the energy usage data; and a communications interface, operably coupled to the local processor and the memory, to receive the sensor data and the energy usage data from the at least one lighting fixture, to transmit the sensor data and/or the energy usage data to the network-based processor, to receive the updated lighting profile from the network-based processor, and to transmit the updated lighting profile to the at least one lighting fixture.
Transport apparatus (30; 300) for transporting output tools (337, 337A) on the human body or on a tool, having at least one receiving device (330, 330A) for receiving a predetermined output tool (337, 337A) for a tool, wherein precisely one predetermined output tool (337, 337A) is provided for each receiving device (330, 330A) in that no output tool (337, 337A) other than the one predetermined output tool (337, 337A) can be plugged into a slot of a receiving device (330, 330A), and a communication device (32; 320) which is configured to transmit a signal containing information relating to the predetermined output tool (337, 337A) to the tool (10; 100), wherein the information is data, for which different screwing programs (141, 142) are stored in the tool (10; 100), and wherein the at least one screwing program (141, 142) is possible for handling one or more workpieces (2, 3) using the output tool which has been removed from the receiving device (330, 330A), and wherein the communication device (32, 320) is configured to transmit the signal to the tool (10; 100) when a predetermined output tool (337, 337A) is removed from at least one receiving device (330, 330A). at least one receiving device (330, 330A) for receiving a predetermined output tool (337, 337A) for a tool, wherein precisely one predetermined output tool (337, 337A) is provided for each receiving device (330, 330A) in that no output tool (337, 337A) other than the one predetermined output tool (337, 337A) can be plugged into a slot of a receiving device (330, 330A), and a communication device (32; 320) which is configured to transmit a signal containing information relating to the predetermined output tool (337, 337A) to the tool (10; 100), wherein the information is data, for which different screwing programs (141, 142) are stored in the tool (10; 100), and wherein the at least one screwing program (141, 142) is possible for handling one or more workpieces (2, 3) using the output tool which has been removed from the receiving device (330, 330A), and wherein the communication device (32, 320) is configured to transmit the signal to the tool (10; 100) when a predetermined output tool (337, 337A) is removed from at least one receiving device (330, 330A).
Swivel axis for an aircraft engine attachment, comprising: - a tubular main axis which has, at a first end (74.1), a head and, at a second end (74.2), a threaded portion, - a first nut configured to be screwed onto the threaded portion from the main axis, - a fail-safe axis configured to be mounted to swivel inside the main axis and having, at a first end (76.1), a head and, at a second end (76.2), a threaded portion, and - a second nut configured to be screwed onto the threaded portion of the fail-safe axis, characterized in that the fail-safe axis and the first nut are linked by an axial link configured to translationally immobilize relative to one another the fail-safe axis and the first nut, while allowing a rotational movement of one relative to the other of the first nut and of the fail-safe axis. - a tubular main axis which has, at a first end (74.1), a head and, at a second end (74.2), a threaded portion, - a first nut configured to be screwed onto the threaded portion from the main axis, - a fail-safe axis configured to be mounted to swivel inside the main axis and having, at a first end (76.1), a head and, at a second end (76.2), a threaded portion, and - a second nut configured to be screwed onto the threaded portion of the fail-safe axis,
Injection system for the dosed injection of a liquid, in particular of a liquid exhaust-gas aftertreatment medium, having a tank for storing the liquid, wherein the tank is only partially filled with the liquid, such that an air buffer remains in the tank, having a dosing valve and having a delivery device, wherein the delivery device is connected to the tank by means of a suction line and to the dosing valve by means of a delivery line for the purposes of delivering the liquid from the tank to the dosing valve, and having a ventilation valve for the admission and/or discharge of gas into or out of the injection system, wherein the ventilation valve is connected to the tank by means of a ventilation line which is connected to the tank in the region of the air cushion, and wherein the ventilation valve is connected by means of a further ventilation line to the suction line, characterized in that the dosing module has at least one pressure-controlled injection valve, and wherein an air pump is provided in the ventilation line between the ventilation valve and the tank, wherein the ventilation valve is in the form of a pressure-controlled ventilation valve.
A steel sheet, consisting of, as chemical composition, by mass%: C: 0.05% to 0.40%, Si: 0.05% to 3.00%, Mn: 1.50% or more and less than 3.50%, P: 0.04% or less, S: 0.01% or less, N: 0.01% or less, O: 0.006% or less, Al: 0.001% to 2.00%, Cr: 0% to 1.00%, Mo: 0% to 1.00%, Ni: 0% to 1.00%, Cu: 0% to 1.00% Nb: 0% to 0.30%, Ti: 0% to 0.30%, V: 0% to 0.50% B: 0% to 0.01% Ca: 0% to 0.04%, Mg: 0% to 0.04%, REM: 0% to 0.04%, and a remainder consisting of Fe and impurities, wherein a structure at a thickness 1/4 portion includes, in terms of volume ratios, tempered martensite: 70% or more and one or both of ferrite and bainite: a total of less than 20%, wherein in the structure at the thickness 1/4 portion, a volume ratio of residual austenite is less than 10%, a volume ratio of fresh martensite is 10% or less, a volume ratio of pearlite is 10% or less, and a total volume ratio of the residual austenite, the fresh martensite, and the pearlite is 15% or less, wherein a number density of iron-based carbides having a major axis of 5 nm or more in the tempered martensite at the thickness 1/4 portion is 5×10 7 particles/mm 2 or more, wherein a ratio of the number of ε-type carbides with respect to the number of the iron-based carbides having the major axis of 5 nm or more at the thickness 1/4 portion is 20% or more, and wherein a tensile strength is 780 MPa or higher. C: 0.05% to 0.40%, Si: 0.05% to 3.00%, Mn: 1.50% or more and less than 3.50%, P: 0.04% or less, S: 0.01% or less, N: 0.01% or less, O: 0.006% or less, Al: 0.001% to 2.00%, Cr: 0% to 1.00%, Mo: 0% to 1.00%, Ni: 0% to 1.00%, Cu: 0% to 1.00% Nb: 0% to 0.30%, Ti: 0% to 0.30%, V: 0% to 0.50% B: 0% to 0.01% Ca: 0% to 0.04%, Mg: 0% to 0.04%, REM: 0% to 0.04%, and a remainder consisting of Fe and impurities, wherein a structure at a thickness 1/4 portion includes, in terms of volume ratios, tempered martensite: 70% or more and one or both of ferrite and bainite: a total of less than 20%, wherein in the structure at the thickness 1/4 portion, a volume ratio of residual austenite is less than 10%, a volume ratio of fresh martensite is 10% or less, a volume ratio of pearlite is 10% or less, and a total volume ratio of the residual austenite, the fresh martensite, and the pearlite is 15% or less, wherein a number density of iron-based carbides having a major axis of 5 nm or more in the tempered martensite at the thickness 1/4 portion is 5×10 7 particles/mm 2 or more, wherein a ratio of the number of ε-type carbides with respect to the number of the iron-based carbides having the major axis of 5 nm or more at the thickness 1/4 portion is 20% or more, and wherein a tensile strength is 780 MPa or higher.
A computer-implemented method for generating a virtual base model from a digital model of a patient's dentition, the method comprising: selecting a virtual base type; obtaining a plurality of prescribed dimensions of the selected virtual base type; forming an initial virtual base from the plurality of prescribed dimensions of the selected virtual base type; obtaining a 3-D digital model of the patient's dentition; determining bounding dimensions of the 3-D digital model of the patient's dentition; performing a global transformation of the initial virtual base based on the bounding dimensions; performing a local transformation of the globally transformed initial virtual base based on local criteria to form the virtual base model; and displaying, storing or transmitting the at least one virtual base model. selecting a virtual base type; obtaining a plurality of prescribed dimensions of the selected virtual base type; forming an initial virtual base from the plurality of prescribed dimensions of the selected virtual base type; obtaining a 3-D digital model of the patient's dentition; determining bounding dimensions of the 3-D digital model of the patient's dentition; performing a global transformation of the initial virtual base based on the bounding dimensions; performing a local transformation of the globally transformed initial virtual base based on local criteria to form the virtual base model; and displaying, storing or transmitting the at least one virtual base model.
An automatic impact inducing device for inducing an impact on an object, in particular a machine tool, comprising: a bolt unit arranged in a housing and being moveable in the axial direction of the bolt unit, a sensor unit fixedly mounted in the front of the bolt unit including a tip for contacting the object and a force sensor arranged between the tip and the bolt unit for measuring the force acted on the object, a pullback mechanism operationally connected with the bolt unit and arranged behind the bolt unit, wherein the pullback mechanism is configured to store the energy required for inducing the impact in a storage element by pulling back the bolt unit, characterized in that, the pullback mechanism comprises an actuator and a coupling mechanism which couple the bolt unit and the actuator to pull back the bolt unit and decouple the bolt unit from the actuator to release the bolt unit for inducing the impact on the object. a bolt unit arranged in a housing and being moveable in the axial direction of the bolt unit, a sensor unit fixedly mounted in the front of the bolt unit including a tip for contacting the object and a force sensor arranged between the tip and the bolt unit for measuring the force acted on the object, a pullback mechanism operationally connected with the bolt unit and arranged behind the bolt unit, wherein the pullback mechanism is configured to store the energy required for inducing the impact in a storage element by pulling back the bolt unit, characterized in that, the pullback mechanism comprises an actuator and a coupling mechanism which couple the bolt unit and the actuator to pull back the bolt unit and decouple the bolt unit from the actuator to release the bolt unit for inducing the impact on the object.
A computer-readable storage medium comprising instructions which, when executed by a base station, cause the base station to carry out the following steps: determining locations of a first search space and a second search space of a User Equipment, UE; and sending a third physical downlink control channel, PDCCH, signaling with no Carrier Indication Field, CIF, or a fourth PDCCH signaling with CIF, to the UE in a physically overlapped region between the first search space and the second search space within a time interval from sending radio resource control, RRC, signaling to the UE to receiving RRC connection reconfiguration complete signaling returned by the UE, if the physically overlapped region exists and a length of a first PDCCH signaling with no CIF in the first search space is equal to a length of a second PDCCH signaling with CIF in the second search space; wherein a length of the third PDCCH signaling is unequal to a length of the fourth PDCCH signaling, the length of the third PDCCH signaling is different from the length of the first PDCCH signaling, and the length of the fourth PDCCH signaling is different from the length of the first PDCCH signaling.