mhurhangee/ep-ind-claims huggingface dataset:
A method of making a polypeptide comprising an orthogonal functional group, said orthogonal functional group being comprised by an aliphatic amino acid or amino acid derivative, wherein the functional group is an alkyne group, wherein the amino acid or amino acid derivative is or is derived from lysine, wherein the amino acid or amino acid derivative is said method comprising providing a host cell; providing a nucleic acid encoding the polypeptide of interest; providing a tRNA-tRNA synthetase pair orthogonal to said host cell, wherein the orthogonal tRNA-tRNA synthetase pair are a cognate pair capable of acting on pyrrolysine, wherein the tRNA-tRNA synthetase pair is Methanosarcina barkeri tRNA CUA ( M btRNA CUA) and Methanosarcina barkeri PylRS ( Mb PylRS); adding an amino acid or amino acid derivative comprising the orthogonal functional group of interest, wherein said amino acid or amino acid derivative is a substrate for said orthogonal tRNA synthetase, wherein said amino acid or amino acid derivative has an aliphatic carbon backbone; and incubating to allow incorporation of said amino acid or amino acid derivative into the polypeptide of interest via the orthogonal tRNA-tRNA synthetase pair.
A method of improving communication quality of a transmission-side radio, comprising: converting a voice signal of a user, received via the transmission-side radio, into voice data; compressing the voice data based on a compression ratio of a voice codec set by an apparatus for improving communication quality; generating a modem signal by modulating the compressed voice data; and sending the modem signal to a reception-side radio based on a transfer rate of a modem set by the apparatus for improving communication quality, wherein the transmission-side radio and the reception-side radio communicate directly with each other, and wherein the method further comprises operating, by the apparatus for improving communication quality, in a normal mode or a communication quality improvement mode, wherein operating, by the apparatus for improving communication quality, in the normal mode or the communication quality improvement mode comprises: setting the compression ratio of the voice codec and the transfer rate of the modem to an identical value if the apparatus for improving communication quality is in the normal mode; and setting the transfer rate of the modem to a value smaller than the compression ratio of the voice codec if the apparatus for improving communication quality is in the communication quality improvement mode. converting a voice signal of a user, received via the transmission-side radio, into voice data; compressing the voice data based on a compression ratio of a voice codec set by an apparatus for improving communication quality; generating a modem signal by modulating the compressed voice data; and sending the modem signal to a reception-side radio based on a transfer rate of a modem set by the apparatus for improving communication quality, wherein the transmission-side radio and the reception-side radio communicate directly with each other, and wherein the method further comprises operating, by the apparatus for improving communication quality, in a normal mode or a communication quality improvement mode, wherein operating, by the apparatus for improving communication quality, in the normal mode or the communication quality improvement mode comprises: setting the compression ratio of the voice codec and the transfer rate of the modem to an identical value if the apparatus for improving communication quality is in the normal mode; and setting the transfer rate of the modem to a value smaller than the compression ratio of the voice codec if the apparatus for improving communication quality is in the communication quality improvement mode. setting the compression ratio of the voice codec and the transfer rate of the modem to an identical value if the apparatus for improving communication quality is in the normal mode; and setting the transfer rate of the modem to a value smaller than the compression ratio of the voice codec if the apparatus for improving communication quality is in the communication quality improvement mode.
Hopper for an agricultural distribution machine with a sieve-like cover and protection device which prevents access to in particular driven machine parts and is arranged in the lower region of the hopper above the in particular driven machine parts, characterized in that at least the upper side of the sieve-like cover and protection device is arched upwards in the surface region thereof.
A crucible lift device for taking a silica glass crucible used for growing a silicon crystal out of a mold, comprising: a lid member for sealing up the crucible; a decompressor which decompresses an internal space of the crucible sealed with the lid member; and a crane device which lifts the crucible together with the lid member in a state where the internal space of the crucible is decompressed, characterized in that the crane device comprise arms for engaging with an upper end of the mold and drive motors which open and close the arms, wherein the arms are connected to the lid member through a connecting plate or directly, the drive motors are attached to the connecting plate or to the lid member, and the crane device lifts up the mold independently from the pulling out operation of the crucible. a lid member for sealing up the crucible; a decompressor which decompresses an internal space of the crucible sealed with the lid member; and a crane device which lifts the crucible together with the lid member in a state where the internal space of the crucible is decompressed, characterized in that the crane device comprise arms for engaging with an upper end of the mold and drive motors which open and close the arms, wherein the arms are connected to the lid member through a connecting plate or directly, the drive motors are attached to the connecting plate or to the lid member, and the crane device lifts up the mold independently from the pulling out operation of the crucible.
A document with an integrated display, with an interface for receiving and for transmitting data, with means (108, 114) for controlling the display, and with means for verifying a signature, with means for coupling in energy in order to supply energy to the means for controlling the display, wherein the interface is configured to receive the authorisation data and the signature of the authorisation data, and wherein the means (108, 114) for controlling the display are configured to output at least some of the authorisation data, wherein the output is performed only if the signature is valid, and wherein the interface is configured for transmitting the authorisation data and the signature, wherein the display is bistable, such that the authorisation data is permanently displayed, even if no energy is coupled in.
Positive-displacement fluid machine (1, 100) constituted so as to close moving spaces (40, 106) communicating with an intake opening (24, 41, 104) by at least one pair of members (10, 20; 102, 103), move them to a discharge opening (16, 107) and discharge fluid sucked from said intake opening (24, 41, 104) from said discharge opening, wherein said positive-displacement fluid machine is a scroll type fluid machine and adapted to compress the fluid, wherein said members (10, 20, 102, 103) are at least a pair of scroll wraps (10, 20) which are engaged with each other and a pair of end plates grasping the pair of scroll wraps (10, 20) defining compression spaces varied continuously by revolving the scroll wraps (10, 20) relatively, wherein the scroll wraps (10, 20)are arranged so as to form a specific clearance at a position where they are closest to each other, and wherein a leakage prevention mechanism (80, 109) consisting of short fibers (90, 108) is provided on at least one side surface where one scroll wrap (10,20) and the other scroll wrap (10, 20) face each other to close the compression space.
A method of making a longneck bottle having a body with a closed base and a shoulder at an end of said body remote from said base, and a neck extending from said shoulder along an axis and terminating in a neck finish for attachment of a closure, said method including the steps of: (a) forming a parison, (b) blowing said parison into a longneck bottle of one-piece integrally formed glass or metal construction, and (c) during said step (a) and/or said step (b), forming at least one internal rib on said neck, wherein said step (c) includes: forming an external rib on said neck during said step (a), and characterized by pushing said external rib through the wall of said neck into said neck during said step (b) by blowing the parison against an internal surface of a blow mold to form said internal rib corresponding to said external rib formed during said step (a) said at least one internal rib formed in said step (c) spirals around the central axis of the bottle for imparting a swirling action to the liquid flowing from said body through said neck, wherein the neck of said longneck bottle formed in said step (b) is conical or of bulged geometry between said finish and said shoulder, and said at least one internal spiral rib is disposed within said neck where said neck is conical or of bulged geometry and at a position spaced from an internal surface of said finish, and wherein said at least one internal spiral rib is formed in said step (c) being confined to the neck and not extending onto said shoulder or said body. (a) forming a parison, (b) blowing said parison into a longneck bottle of one-piece integrally formed glass or metal construction, and (c) during said step (a) and/or said step (b), forming at least one internal rib on said neck, forming an external rib on said neck during said step (a), and characterized by pushing said external rib through the wall of said neck into said neck during said step (b) by blowing the parison against an internal surface of a blow mold to form said internal rib corresponding to said external rib formed during said step (a)
A communication method, comprising: selecting or re-selecting,, by a terminal device, to a second cell from a first cell, through cell selection or re-selection, wherein a tracking area ID list is allocated to the terminal device; initiating,, by the terminal device, a registration procedure under conditions of: the first cell and the second cell are in the tracking area ID list, the terminal device selects or re-selects from the first cell to the second cell, the terminal device is in inactive mode in the first cell, and radio access technologies of the first cell and the second cell are different, wherein the registration procedure is for Non-Access Stratum, NAS, signaling connection recovery between the terminal device and a core network. selecting or re-selecting,, by a terminal device, to a second cell from a first cell, through cell selection or re-selection, wherein a tracking area ID list is allocated to the terminal device; initiating,, by the terminal device, a registration procedure under conditions of: the first cell and the second cell are in the tracking area ID list, the terminal device selects or re-selects from the first cell to the second cell, the terminal device is in inactive mode in the first cell, and radio access technologies of the first cell and the second cell are different, wherein the registration procedure is for Non-Access Stratum, NAS, signaling connection recovery between the terminal device and a core network.
Sand core making machine comprising at least one transfer tool by means of which the material for making the core is transferred when said transfer tool is moved to an operating position, and a curing tool by means of which the material previously transferred by the transfer tool is hardened and which is arranged in an operating position over said material to perform said hardening once the transfer tool has moved out of its operating position, characterized in that it comprises at least one articulated arm (31, 41) for moving the transfer tool and the curing tool to the respective operating position.
A method of processing data from a sensor, comprising: (a) outputting a first data stream comprising image data for use in producing an image to be viewed by a user, the first data stream having a first rate which is the frame rate of the image data, and a first resolution, wherein the first data stream is generated by: sampling data from each pixel in a plurality of pixels at a subframe rate, the subframe rate being a rate which is is greater than the frame rate and there being a plurality of subframe periods in a frame period; and processing the sampled data by performing subframe averaging of the sampled data from each pixel over a first number of subframes to produce the first data stream at the first rate; and (b) generating a second data stream, for detecting pulsed light, having a second resolution which is less than the first resolution and a second rate, the second rate being the subframe rate, wherein the second data stream is generated by: aggregating pixel data in a plurality of pixel groups, each consisting of at least two neighboring pixels to form aggregate pixel data at the subframe rate; and integrating the aggregate pixel data and outputting the integrated aggregate pixel data at the subframe rate. (a) outputting a first data stream comprising image data for use in producing an image to be viewed by a user, the first data stream having a first rate which is the frame rate of the image data, and a first resolution, wherein the first data stream is generated by: sampling data from each pixel in a plurality of pixels at a subframe rate, the subframe rate being a rate which is is greater than the frame rate and there being a plurality of subframe periods in a frame period; and processing the sampled data by performing subframe averaging of the sampled data from each pixel over a first number of subframes to produce the first data stream at the first rate; and sampling data from each pixel in a plurality of pixels at a subframe rate, the subframe rate being a rate which is is greater than the frame rate and there being a plurality of subframe periods in a frame period; and processing the sampled data by performing subframe averaging of the sampled data from each pixel over a first number of subframes to produce the first data stream at the first rate; and (b) generating a second data stream, for detecting pulsed light, having a second resolution which is less than the first resolution and a second rate, the second rate being the subframe rate, wherein the second data stream is generated by: aggregating pixel data in a plurality of pixel groups, each consisting of at least two neighboring pixels to form aggregate pixel data at the subframe rate; and integrating the aggregate pixel data and outputting the integrated aggregate pixel data at the subframe rate. aggregating pixel data in a plurality of pixel groups, each consisting of at least two neighboring pixels to form aggregate pixel data at the subframe rate; and integrating the aggregate pixel data and outputting the integrated aggregate pixel data at the subframe rate.
A method for pyrrolidine alkaloid purification of a plant extract from symphytum, comprising the following steps: - Providing a plant extract from symphytum; wherein a raffinate is separated from the plant extract, and wherein the raffinate has high-molecular polysaccharides in a first precipitate, and the high-molecular polysaccharides are precipitated from a suspension system of symphytum in a first differential precipitation by adjusting the pH-value of the suspension system to 4 - 5, - differential precipitation of low-molecular polysaccharides as a second precipitate from a plant extract (primary extract) formed after the separation process from the raffinate, and in the differential precipitation of the low-molecular polysaccharides the pH-value of the plant extract is adjusted to 2,5 -3,5; wherein the precipitated second precipitate remains in a disperse extract system of the primary extract; - pyrrolizidine alkaloid purification by means of the removal of pyrrolizidine alkaloids (PAs) from the disperse extract system of the primary extract, wherein for the removal, in particular stepwise removal, of pyrrolizidine alkaloids (PAs) from the disperse extract system, the disperse extract system is mixed with a pyrrolizidine alkaloids adsorber and the pyrrolizidine alkaloids adsorber sorbs the pyrrolizidine alkaloids (PAs) from the disperse extract system of the primary extract and the second precipitate of the low-molecular polysaccharides is present in the disperse extract system of the primary extract. - Providing a plant extract from symphytum; wherein a raffinate is separated from the plant extract, and wherein the raffinate has high-molecular polysaccharides in a first precipitate, and the high-molecular polysaccharides are precipitated from a suspension system of symphytum in a first differential precipitation by adjusting the pH-value of the suspension system to 4 - 5, - differential precipitation of low-molecular polysaccharides as a second precipitate from a plant extract (primary extract) formed after the separation process from the raffinate, and in the differential precipitation of the low-molecular polysaccharides the pH-value of the plant extract is adjusted to 2,5 -3,5; wherein the precipitated second precipitate remains in a disperse extract system of the primary extract; - pyrrolizidine alkaloid purification by means of the removal of pyrrolizidine alkaloids (PAs) from the disperse extract system of the primary extract, wherein for the removal, in particular stepwise removal, of pyrrolizidine alkaloids (PAs) from the disperse extract system, the disperse extract system is mixed with a pyrrolizidine alkaloids adsorber and the pyrrolizidine alkaloids adsorber sorbs the pyrrolizidine alkaloids (PAs) from the disperse extract system of the primary extract and the second precipitate of the low-molecular polysaccharides is present in the disperse extract system of the primary extract.
Method for operating a heating appliance, comprising at least the following steps: a) detecting a temperature in an area below the burner of the heating appliance, b) comparing the temperature detected in step a) with a limit temperature, c) identifying a blocked outlet of the combustion chamber, if, in the comparison according to step b), the temperature detected in a step a) is below the limit temperature. a) detecting a temperature in an area below the burner of the heating appliance, b) comparing the temperature detected in step a) with a limit temperature, c) identifying a blocked outlet of the combustion chamber, if, in the comparison according to step b), the temperature detected in a step a) is below the limit temperature.
A drawer comprising: a receptacle open at the top of the drawer; at least one guiding slot extending longitudinally along an inner surface of a side wall of the drawer; at least one engagement hole formed in the side wall of the drawer along the guiding slot; and at least one removable insert, the insert comprising: a plate; and at least one leg (404a, 404b) integrally formed with the plate and extending longitudinally upwards along a side of the plate, wherein a side edge (105a, 105b) of the plate extends longitudinally downwards above the leg to form an overhang over the leg, wherein the insert is inserted into and held in the guiding slot and the leg engages with the engagement hole, whereby the insert divides the drawer into at least two compartments, and wherein the side edge that forms an overhang over the leg is adapted to securely glide and rest in the top end of the guiding slot. a receptacle open at the top of the drawer; at least one guiding slot extending longitudinally along an inner surface of a side wall of the drawer; at least one engagement hole formed in the side wall of the drawer along the guiding slot; and at least one removable insert, the insert comprising: a plate; and at least one leg (404a, 404b) integrally formed with the plate and extending longitudinally upwards along a side of the plate, wherein a side edge (105a, 105b) of the plate extends longitudinally downwards above the leg to form an overhang over the leg, a plate; and at least one leg (404a, 404b) integrally formed with the plate and extending longitudinally upwards along a side of the plate, wherein a side edge (105a, 105b) of the plate extends longitudinally downwards above the leg to form an overhang over the leg, wherein the insert is inserted into and held in the guiding slot and the leg engages with the engagement hole, whereby the insert divides the drawer into at least two compartments, and wherein the side edge that forms an overhang over the leg is adapted to securely glide and rest in the top end of the guiding slot.
A bulk dielectric material having, at a frequency greater than 1 MHz, (i) a permittivity having a real part of magnitude greater than 10 and an imaginary part of magnitude less than 3, and (ii) an electrical breakdown strength greater than 5 kV/mm, the bulk dielectric material being a solid composite material, comprising a solid matrix material and a particulate filler material within the matrix material, and having a minimum dimension greater than 2 mm.
A method of joining tubulars with friction welding for forming a tubular string to be delivered to a subterranean location, comprising: aligning ends of tubulars (10, 12) to be welded; introducing a tubular segment between said tubulars (10, 12); bringing said ends (24, 30) together against opposing ends (20, 22) of said segment to put said ends under axial compressive stress; and characterized by: joining said ends (24, 30) to said segment using combined movement patterns of said tubular segment, wherein the combined movement patterns comprise opposed rotational oscillating movements of +/- 0.5° with 50 Hz about a segment longitudinal axis and 0.2 mm radial movement with 100 Hz in a direction perpendicular to an axis of said aligned tubulars (10, 12). aligning ends of tubulars (10, 12) to be welded; introducing a tubular segment between said tubulars (10, 12); bringing said ends (24, 30) together against opposing ends (20, 22) of said segment to put said ends under axial compressive stress; and characterized by: joining said ends (24, 30) to said segment using combined movement patterns of said tubular segment, wherein the combined movement patterns comprise opposed rotational oscillating movements of +/- 0.5° with 50 Hz about a segment longitudinal axis and 0.2 mm radial movement with 100 Hz in a direction perpendicular to an axis of said aligned tubulars (10, 12).