mhurhangee/ep-ind-claims huggingface dataset:
A method for adjusting a transmission timing in a wireless access system supporting a Carrier Aggregation, CA, the method comprising: receiving Downlink Control Information, DCI, via a Physical Downlink Control Channel, PDCCH, the DCI including reserved bits indicating at least one serving cell for which at least one Timing Advance, TA, value is to be applied; receiving a Medium Access Control, MAC, message including the at least one TA value; and transmitting uplink signals by applying the at least one TA value in the at least one serving cell indicated by the reserved bits. receiving Downlink Control Information, DCI, via a Physical Downlink Control Channel, PDCCH, the DCI including reserved bits indicating at least one serving cell for which at least one Timing Advance, TA, value is to be applied; receiving a Medium Access Control, MAC, message including the at least one TA value; and transmitting uplink signals by applying the at least one TA value in the at least one serving cell indicated by the reserved bits.
A DNA plasmid comprising operably linked polynucleotides encoding: (a) a mini-monomer cassette, comprising a first ribozyme cleavage site and a second ribozyme cleavage site, and comprising between the first ribozyme cleavage site and the second ribozyme cleavage site: (i) a ribozyme catalytic core; (ii) a multiple cloning site polynucleotide comprising plurality of restriction endonuclease cleavage sites; and (iii) a reverse primer annealing polynucleotide located upstream or 5' to a forward primer annealing polynucleotide; and (b) a plasmid backbone, comprising an origin of replication; optionally wherein the mini-monomer cassette comprises, in the 5' to 3' direction: (i) the first ribozyme cleavage site; (ii) the ribozyme catalytic core; (iii) the multiple cloning site polynucleotide comprising the plurality of restriction endonuclease cleavage sites, the reverse primer annealing polynucleotide and the forward primer annealing polynucleotide; and (iv) the second ribozyme cleavage site. (a) a mini-monomer cassette, comprising a first ribozyme cleavage site and a second ribozyme cleavage site, and comprising between the first ribozyme cleavage site and the second ribozyme cleavage site: (i) a ribozyme catalytic core; (ii) a multiple cloning site polynucleotide comprising plurality of restriction endonuclease cleavage sites; and (iii) a reverse primer annealing polynucleotide located upstream or 5' to a forward primer annealing polynucleotide; and (i) a ribozyme catalytic core; (ii) a multiple cloning site polynucleotide comprising plurality of restriction endonuclease cleavage sites; and (iii) a reverse primer annealing polynucleotide located upstream or 5' to a forward primer annealing polynucleotide; and (b) a plasmid backbone, comprising an origin of replication; (i) the first ribozyme cleavage site; (ii) the ribozyme catalytic core; (iii) the multiple cloning site polynucleotide comprising the plurality of restriction endonuclease cleavage sites, the reverse primer annealing polynucleotide and the forward primer annealing polynucleotide; and (iv) the second ribozyme cleavage site.
An electronic device, the electronic device comprises a rear cover, comprising an air inlet and an air outlet; a middle frame, assembled with the rear cover to define a containing cavity, wherein the containing cavity is in communication with the air inlet and the air outlet; a heat source component, arranged in the containing cavity; a heat transfer assembly, arranged on a side of the middle frame facing towards the rear cover, and comprising a first end and a second end which are arranged opposite to each other; a fan, arranged in the containing cavity, configured to draw an air flow through the air inlet and discharge the air flow through the air outlet; characterized in that the first end and the heat source component are stacked in a thickness direction of the electronic device, and the heat transfer assembly is configured to transfer heat of the heat source component from the first end to the second end; and wherein the second end and the fan are stacked in a thickness direction of the electronic device. a rear cover, comprising an air inlet and an air outlet; a middle frame, assembled with the rear cover to define a containing cavity, wherein the containing cavity is in communication with the air inlet and the air outlet; a heat source component, arranged in the containing cavity; a heat transfer assembly, arranged on a side of the middle frame facing towards the rear cover, and comprising a first end and a second end which are arranged opposite to each other; a fan, arranged in the containing cavity, configured to draw an air flow through the air inlet and discharge the air flow through the air outlet; characterized in that the first end and the heat source component are stacked in a thickness direction of the electronic device, and the heat transfer assembly is configured to transfer heat of the heat source component from the first end to the second end; and wherein the second end and the fan are stacked in a thickness direction of the electronic device.
A kit of three reagent compositions for detecting steel macrostructure and defects, wherein the first reagent composition is 5-10wt% H 2 SO 4, 20-25wt% HNO 3 and 65-75wt% H 2 O; the second reagent composition is 25-35wt% HNO 3 and 65-75wt% H 2 O; the third reagent composition is 3-5wt% HNO 3 and 95-97wt% H 2 O. the first reagent composition is 5-10wt% H 2 SO 4, 20-25wt% HNO 3 and 65-75wt% H 2 O; the second reagent composition is 25-35wt% HNO 3 and 65-75wt% H 2 O; the third reagent composition is 3-5wt% HNO 3 and 95-97wt% H 2 O.
A wiper arm assembly comprising: a load member having a first end and a second end spaced in a lengthwise direction from the first end, wherein changes in length of the load member impose a force in the lengthwise direction of the load member; a wiper arm having a first end, a second end opposite the first end, and a joint disposed between the first and second ends, wherein the joint is configured to mate with the load member; and a blade load cam (32, 32a, 32b) having a cam slot and an axis (36, 36a, 36b) proximate to the first end of the wiper arm, wherein the wiper arm is configured to rotate relative to the blade load cam (32, 32a, 32b) about the axis, and wherein the cam slot (36, 36a, 36b) is configured to vary the length of the load member as a function of a wiper angle defined as the angle between the wiper arm and a starting position of the wiper arm; characterised in that the cam slot further comprises an inner face, inclined with respect to the axis of the blade load cam such that a radial section passing through the axis of the blade load cam and intersecting the cam slot defines an acute angle between an intersected edge of the inner face and the axis of the blade load cam. a load member having a first end and a second end spaced in a lengthwise direction from the first end, wherein changes in length of the load member impose a force in the lengthwise direction of the load member; a wiper arm having a first end, a second end opposite the first end, and a joint disposed between the first and second ends, wherein the joint is configured to mate with the load member; and a blade load cam (32, 32a, 32b) having a cam slot and an axis (36, 36a, 36b) proximate to the first end of the wiper arm, wherein the wiper arm is configured to rotate relative to the blade load cam (32, 32a, 32b) about the axis, and wherein the cam slot (36, 36a, 36b) is configured to vary the length of the load member as a function of a wiper angle defined as the angle between the wiper arm and a starting position of the wiper arm; characterised in that the cam slot further comprises an inner face, inclined with respect to the axis of the blade load cam such that a radial section passing through the axis of the blade load cam and intersecting the cam slot defines an acute angle between an intersected edge of the inner face and the axis of the blade load cam.
A method of coating a zirconium alloy substrate for use in a nuclear water reactor, comprising: obtaining the zirconium alloy substrate containing a majority amount of zirconium, and having a surface; combining a master alloy comprising an alloying element selected from the group consisting of chromium, silicon, aluminum and mixtures thereof, a chemical activator and an inert filler powder to form a coating mixture; obtaining a chamber having a heating zone and an inert or reducing gas atmosphere; surrounding the zirconium alloy substrate with the coating mixture in the chamber; heating the chamber to an elevated temperature; reacting the master alloy with the chemical activator to form a gaseous compound; diffusing the gaseous compound to contact the surface of the zirconium alloy substrate; decomposing the gaseous compound; depositing the alloying element of the master alloy on the surface of the zirconium alloy substrate; and forming a uniform diffusion coating layer thereon comprising an alloy phase of the zirconium and the alloying element of the master alloy. obtaining the zirconium alloy substrate containing a majority amount of zirconium, and having a surface; combining a master alloy comprising an alloying element selected from the group consisting of chromium, silicon, aluminum and mixtures thereof, a chemical activator and an inert filler powder to form a coating mixture; obtaining a chamber having a heating zone and an inert or reducing gas atmosphere; surrounding the zirconium alloy substrate with the coating mixture in the chamber; heating the chamber to an elevated temperature; reacting the master alloy with the chemical activator to form a gaseous compound; diffusing the gaseous compound to contact the surface of the zirconium alloy substrate; decomposing the gaseous compound; depositing the alloying element of the master alloy on the surface of the zirconium alloy substrate; and forming a uniform diffusion coating layer thereon comprising an alloy phase of the zirconium and the alloying element of the master alloy.
An isolated immunomodulatory polypeptide of no more than 14, 13 or 12 amino acids, which comprises either (i) the amino acid sequence KSIAYLQMNSLK as set forth in SEQ ID NO:2, or (ii) the amino acid sequence of general formula: K-X1-X2-X3-YLQM-X4-X5-LK as set forth in SEQ ID NO:106, wherein X1 is selected from S and N, X2 is selected from I, T, S, M, R and N, X3 is selected from A, L, V and Q, X4 is N, and X5 is selected from S, T and N. X1 is selected from S and N, X2 is selected from I, T, S, M, R and N, X3 is selected from A, L, V and Q, X4 is N, and X5 is selected from S, T and N.
A method for wireless communication at a user equipment, UE, comprising: receiving, from a base station, a message that indicates an increased number of paging opportunities for the UE, wherein the increased number of paging opportunities is greater than a nominal number of paging opportunities for the UE; monitoring a cell during one paging opportunity of the increased number of paging opportunities; identifying a paging opportunity reset condition; and resetting a discontinuous reception, DRX, cycle or a paging opportunity window, POW, duration to a nominal setting based at least in part on identifying the paging opportunity reset condition. receiving, from a base station, a message that indicates an increased number of paging opportunities for the UE, wherein the increased number of paging opportunities is greater than a nominal number of paging opportunities for the UE; monitoring a cell during one paging opportunity of the increased number of paging opportunities; identifying a paging opportunity reset condition; and resetting a discontinuous reception, DRX, cycle or a paging opportunity window, POW, duration to a nominal setting based at least in part on identifying the paging opportunity reset condition.
Protein preparation produced from dehulled sunflower kernels with a residual kernel content of ≤ 5 wt.%, which have initially undergone a mechanical partial deoiling by pressing until a fat or oil content of the dehulled sunflower kernels is in the range between 10 and 35 wt.%, and is obtained following the further performance of one or more extraction steps with at least one solvent, with a - protein content of at least 50% and less than 90% relative to the dry mass, and - a fat content below 5% relative to the dry mass, determined by the Büchi method according to Caviezel, - wherein the protein preparation has a lightness L* of at least 80 determined in accordance with CIE-L*a*b* colour measurement, values for a* and b* in accordance with CIE-L*a*b* colour measurement in the range -5 < a* < +5, -5 < b* < +20, and at least water binding, oil binding and emulsifying functional properties, - wherein the water binding of the protein preparation determined according to method 56-20 of the AACC determination procedure, is at least 2 ml/g dry mass, - the emulsifying capacity determined in accordance with the conductivity measurement method according to Wäsche et al. cited in the description is at least 400 ml oil per gram, and - the oil binding determined in accordance with the fat binding determination method from Ludwig et al. cited in the description is at least 1 ml/g, - and wherein the protein preparation exhibits a protein solubility which is between 30% and 60% as determined in accordance with the method according to Morr cited in the description. - protein content of at least 50% and less than 90% relative to the dry mass, and - a fat content below 5% relative to the dry mass, determined by the Büchi method according to Caviezel, - wherein the protein preparation has a lightness L* of at least 80 determined in accordance with CIE-L*a*b* colour measurement, values for a* and b* in accordance with CIE-L*a*b* colour measurement in the range -5 < a* < +5, -5 < b* < +20, and at least water binding, oil binding and emulsifying functional properties, - wherein the water binding of the protein preparation determined according to method 56-20 of the AACC determination procedure, is at least 2 ml/g dry mass, - the emulsifying capacity determined in accordance with the conductivity measurement method according to Wäsche et al. cited in the description is at least 400 ml oil per gram, and - the oil binding determined in accordance with the fat binding determination method from Ludwig et al. cited in the description is at least 1 ml/g, - and wherein the protein preparation exhibits a protein solubility which is between 30% and 60% as determined in accordance with the method according to Morr cited in the description.
A mobile device comprising: - a near field communication circuit configured and arranged to communicate data with external devices using NFC, characterized in that the mobile device further comprises: - an internal communication circuit configured and arranged to communicate data over a microprocessor bus; - a secure memory circuit that stores an identifier that is unalterable in the secure memory circuit; and - logic circuitry configured and arranged to perform a secure transaction protocol that includes - determining whether a communication that is received by the NFC circuit is addressed to the secure memory circuit, - sending, in response to determining that the communication is addressed to the secure memory circuit, the communication to the memory circuit, - sending, in response to determining that the communication is not addressed to the secure memory circuit, the communication to the microprocessor bus, and - transmitting data, received from both the NFC circuit and the secure memory circuit, to the NFC circuit, the transmitted data including the identifier and configured for communication with external devices using NFC. - a near field communication circuit configured and arranged to communicate data with external devices using NFC, - an internal communication circuit configured and arranged to communicate data over a microprocessor bus; - a secure memory circuit that stores an identifier that is unalterable in the secure memory circuit; and - logic circuitry configured and arranged to perform a secure transaction protocol that includes - determining whether a communication that is received by the NFC circuit is addressed to the secure memory circuit, - sending, in response to determining that the communication is addressed to the secure memory circuit, the communication to the memory circuit, - sending, in response to determining that the communication is not addressed to the secure memory circuit, the communication to the microprocessor bus, and - transmitting data, received from both the NFC circuit and the secure memory circuit, to the NFC circuit, the transmitted data including the identifier and configured for communication with external devices using NFC. - determining whether a communication that is received by the NFC circuit is addressed to the secure memory circuit, - sending, in response to determining that the communication is addressed to the secure memory circuit, the communication to the memory circuit, - sending, in response to determining that the communication is not addressed to the secure memory circuit, the communication to the microprocessor bus, and - transmitting data, received from both the NFC circuit and the secure memory circuit, to the NFC circuit, the transmitted data including the identifier and configured for communication with external devices using NFC.
A laser scanner for performing multi-point measurement by projecting a pulsed beam over a circumference, comprising a main unit and a rotating unit rotatably mounted on said main unit, a rotation angle detecting unit for detecting a horizonal rotation angle of said rotating unit, a distance measuring unit for measuring a distance based on a photodetection signal from a photodetector, wherein said rotating unit has a deflection member for projecting said pulsed beams by deflecting the beams perpendicularly to the rotation axis of said rotating unit, said main unit comprises a plurality of light emitting sources disposed in a horizontal plane perpendicular to the rotation axis and used for emitting a plurality of pulsed beams, an optical system for projecting and receiving said pulsed beams, said photodetector having a plurality of photo-detecting elements for receiving a reflection light from an object via said deflection member and a control arithmetic unit for calculating projecting directions of said pulsed laser beams projected from said deflection member based on the disposed position of said light emitting sources and on the result of detection by the rotation angle detecting unit, characterised in that said optical system has a condenser lens that condenses light so that the optical axes of said pulsed beams from said light emitting sources are converged to a rotation center of said deflection member, and in that the photo-detecting elements are disposed at positions conjugate to said light emitting sources with respect to the condenser lens wherein conjugate means that a light emitting source and a photo-detecting element are in a physically fixed positional relation to each other.
A dormer prefabricated for mounting in the inclined building roofs, comprising - a front side, - a roof window installed on said front side, - two side walls each with a bottom edge and - a dormer roof which is of the barrel roof type at its front side, - wherein the bottom edges of the side walls and a rear edge of the barrel roof are adapted for being mounted on a building roof - wherein the front side of the dormer and the dormer barrel roof form an obtuse angle (α); characterized in that the roof window comprises a pivoting sash with two hinges, each hinge having two units, the pivoting sash further comprising an arc shaped top rail which curvature is the same as the barrel roof curvature, and the rotation axis of the sash being located above half of the window height between a center line of the sash and the top rail. - a front side, - a roof window installed on said front side, - two side walls each with a bottom edge and - a dormer roof which is of the barrel roof type at its front side, - wherein the bottom edges of the side walls and a rear edge of the barrel roof are adapted for being mounted on a building roof - wherein the front side of the dormer and the dormer barrel roof form an obtuse angle (α);
Window or door construction comprising a window frame or door frame, a casing frame, which is covered at least in part by a rain protection rail in the lower region, wherein the casing frame has an overlap region, a rain protection rail for mounting in the overlap region of the casing frame, fastening means for fastening the rain protection rail to the casing frame, wherein the fastening means provided are a plurality of individual holders which are connected to the casing frame at the front side thereof at a spacing from one another, wherein the respective holder is formed in such a way that it is fastened in the region of the outer front side of the casing frame that is offset inwardly by the shoulder, and wherein the individual holders hold the rain protection rail with respect to the casing frame with the formation of a spacing (B, C), characterized in that a snap connection is provided to connect the rain protection rail and the respective holder, and the rain protection rail extends only onto the region of the frame overlap and does not reach into the region between the window frame or door frame and casing frame.
An indoor unit of an air conditioner, which comprises a cabinet accommodating a fan to be installed at a ceiling of an indoor space and a heat exchanger; a front panel mounted on an opening surface of the cabinet, and forming an inlet port through which indoor air is sucked into a depressed inner side area, and a panel outlet port through which heat-exchanged air is discharged; a grille accommodating portion depressed along the shape of the front panel in generally rounded all four corners is formed on the front panel; a panel opening in a rectangular shape formed in an inner side center of the grille accommodating portion; a side wall extended vertically along one side surface of the panel opening is formed on the front panel; a vane provided on the panel outlet port and controlling the opening degree of the panel outlet port, characterized by an air guide formed to be extended along an outer side end of the panel outlet port, including a guide surface formed as a curved surface for guiding the flow of the air to the panel outlet port and formed of an insulation material, an air guide mounting portion on which the air guide is seated is formed between the side wall and the panel outlet port, the air guide being attached to the side wall and the air guide mounting portion; a slide preventing protrusion is formed at an end of the air guide mounting portion which is adjacent to the panel outlet port, and a protrusion accommodating groove depressed in the bottom surface of the air guide corresponding to the slide preventing protrusion and accommodating the slide preventing protrusion are included.
A plastering strip that is provided for being attached to a building portion (2, 4) and for being partially covered in plaster in the finished state of the building, the plastering strip comprising a first portion provided for non-visibility thereof from the outside in said finished state, and the plastering strip comprising a second portion provided for visibility thereof from the outside in said finished state, characterised in that said second portion consists of transparent plastics material at least to a large part.