mhurhangee/patent-ind-claim-en huggingface dataset:
An in vitro method for detecting binding of a candidate MHC-binding peptide to an MHC molecule, comprising: contacting an MHC molecule that is isolated from a blood sample with a set of distinct polynucleotide-peptide conjugates in a solution, each said polynucleotide-peptide conjugate comprising a peptide conjugated, via a linker, to a polynucleotide specifically identifying the peptide and comprising a cDNA, wherein each of said polynucleotide-peptide conjugate is not immobilized; allowing binding between said MHC molecule and said peptides of said polynucleotide-peptide conjugates to reach equilibrium; immobilizing said MHC molecule to a solid support; amplifying a sequence of the polynucleotide of each polynucleotide-peptide conjugate bound to said MHC molecule immobilized on said solid support, and determining the amplified sequence by high throughput sequencing, thereby identifying the corresponding peptide portion as an MHC-binding peptide. contacting an MHC molecule that is isolated from a blood sample with a set of distinct polynucleotide-peptide conjugates in a solution, each said polynucleotide-peptide conjugate comprising a peptide conjugated, via a linker, to a polynucleotide specifically identifying the peptide and comprising a cDNA, wherein each of said polynucleotide-peptide conjugate is not immobilized; allowing binding between said MHC molecule and said peptides of said polynucleotide-peptide conjugates to reach equilibrium; immobilizing said MHC molecule to a solid support; amplifying a sequence of the polynucleotide of each polynucleotide-peptide conjugate bound to said MHC molecule immobilized on said solid support, and determining the amplified sequence by high throughput sequencing, thereby identifying the corresponding peptide portion as an MHC-binding peptide.
Metering device for controlled receiving and/or delivery of a medium or several media , the device comprising one or more pump units and one or more control units , which have at least one signal input , having at least one sensor for detecting a user input and for converting the detected user input into one or more measured values, and one or more evaluation units for actuating the pump units on the basis of the measured value or values, the user input being a dynamic effect of a pressure change (Δp) brought about by a user, characterized in that the pressure change (Δp) is a change in the air pressure at the signal input .
A centrifugal compressor system comprising: a compressor with a housing defining a compressor chamber ; an impeller disposed to rotate in the compressor chamber ; a diffuser extending around the impeller and configured to collect fluid leaving the impeller ; an exit through which a main flow of the fluid is discharged from the diffuser , the exit providing an opening that extends circumferentially around the compressor ; a bleed annulus extending around the compressor and having a consistent cross-sectional area around the compressor ; wherein a bleed port opens the diffuser to the bleed annulus and is configured to divert a bleed flow of the fluid from the main flow before discharge through the exit , the bleed port having, in a radial flow direction, a circumference around the compressor and a flow size that varies around the circumference; wherein variation in the flow size of the bleed port is configured to maintain a uniform flow distribution around the exit . a compressor with a housing defining a compressor chamber ; an impeller disposed to rotate in the compressor chamber ; a diffuser extending around the impeller and configured to collect fluid leaving the impeller ; an exit through which a main flow of the fluid is discharged from the diffuser , the exit providing an opening that extends circumferentially around the compressor ; a bleed annulus extending around the compressor and having a consistent cross-sectional area around the compressor ; wherein a bleed port opens the diffuser to the bleed annulus and is configured to divert a bleed flow of the fluid from the main flow before discharge through the exit , the bleed port having, in a radial flow direction, a circumference around the compressor and a flow size that varies around the circumference; wherein variation in the flow size of the bleed port is configured to maintain a uniform flow distribution around the exit .
Anchorage point or lashing point on an object, wherein the anchorage point or lashing point can be coupled to a lifting, pulling or lashing means, and wherein the anchorage point or lashing point has a base body and an eyelet body , wherein the eyelet body is coupled relatively movably over the base body on the object and the eyelet body can be moved from a position of rest into a position of use, characterised in that at least one magnet is inserted into the eyelet body such that the magnet holds the eyelet body with its magnetic force in the position of rest or position of use on the object or on a support surface and/or on the base body .
A method, comprising: dividing, by a network side device, at least one cell into Y areas; dividing, by the network side device, a first one of the Y areas into X sub-areas; wherein 1≤Y≤X; generating , by the network side device, a first sequence group comprising N mutually orthogonal sequences, wherein N≥1, according to a sequence group corresponding to a first one of the X sub-areas; configuring, by the network side device, the sequence group for the first sub-area; and sending , by the network side device, to a first device and a second device, the first sequence group; receveing , by the first device, the first sequence group; paging and/or synchronizing , by the first device, with the second device by using the first sequence group; wherein the first device is user equipment located in the first sub-area and is a device that accesses the network side device, and wherein the second device is a device that can access the network side device by using the first device. dividing, by a network side device, at least one cell into Y areas; dividing, by the network side device, a first one of the Y areas into X sub-areas; wherein 1≤Y≤X; generating , by the network side device, a first sequence group comprising N mutually orthogonal sequences, wherein N≥1, according to a sequence group corresponding to a first one of the X sub-areas; configuring, by the network side device, the sequence group for the first sub-area; and sending , by the network side device, to a first device and a second device, the first sequence group; receveing , by the first device, the first sequence group; paging and/or synchronizing , by the first device, with the second device by using the first sequence group; wherein the first device is user equipment located in the first sub-area and is a device that accesses the network side device, and wherein the second device is a device that can access the network side device by using the first device.
A sheet-like article for an absorbent article, the sheet-like article comprising a plurality of absorbent units, each absorbent unit including a long base portion having a lateral direction, a longitudinal direction that is longer than the lateral direction, and a thickness direction, and water-absorbent polymer particles that are fixed to a surface of first side of the long base portion, wherein the water-absorbent polymer particles are fixed to the long base portions by an adhesive, the absorbent units being arranged such that the absorbent unit's longitudinal direction is oriented at least in one direction, wherein: the sheet-like article includes, in each of both end portions in the longitudinal direction, a non-slit region in which the plurality of long base portions are connected in the lateral direction, and wherein when the water-absorbent polymer particles absorb a liquid, the water-absorbent polymer particles swell beyond the long base portion's lateral side edge portions that extend along the longitudinal direction, and a position, in the thickness direction, of each long base portion is varied from the position thereof before absorbing the liquid, wherein a distance between the long base portion's both lateral side edge portions that extend along the longitudinal direction is greater than an average particle size of the water-absorbent polymer particles in a state before absorbing a liquid, and is smaller than an average particle size of the water-absorbent polymer particles in a swollen state after absorbing a liquid, wherein there is no intervening member present between the absorbent units adjacent to one another in the lateral direction. the sheet-like article includes, in each of both end portions in the longitudinal direction, a non-slit region in which the plurality of long base portions are connected in the lateral direction, and wherein when the water-absorbent polymer particles absorb a liquid, the water-absorbent polymer particles swell beyond the long base portion's lateral side edge portions that extend along the longitudinal direction, and a position, in the thickness direction, of each long base portion is varied from the position thereof before absorbing the liquid, wherein a distance between the long base portion's both lateral side edge portions that extend along the longitudinal direction is greater than an average particle size of the water-absorbent polymer particles in a state before absorbing a liquid, and is smaller than an average particle size of the water-absorbent polymer particles in a swollen state after absorbing a liquid, wherein there is no intervening member present between the absorbent units adjacent to one another in the lateral direction.
A method performed by a wireless device in a wireless communication system, the method comprising: performing channel coding on information bits of uplink control information, UCI, wherein the information bits of the UCI include hybrid automatic repeat request acknowledgement, HARQ-ACK, information bits for serving cells, and wherein a number of information bits of the UCI is determined based on a number of the serving cells and a number of codewords for each of the serving cells; and transmitting the information bits of the UCI on which the channel coding is performed to a base station on a physical uplink control channel, PUCCH, wherein the serving cells correspond to configured downlink components carriers, DL CCs. performing channel coding on information bits of uplink control information, UCI, wherein the information bits of the UCI include hybrid automatic repeat request acknowledgement, HARQ-ACK, information bits for serving cells, and wherein a number of information bits of the UCI is determined based on a number of the serving cells and a number of codewords for each of the serving cells; and transmitting the information bits of the UCI on which the channel coding is performed to a base station on a physical uplink control channel, PUCCH, wherein the serving cells correspond to configured downlink components carriers, DL CCs.
A fluorescent material for a cosmetic, wherein the fluorescent material is a composite oxide containing Ce in a compound represented by general formula Ca a P b O c with 3.2 ≤ a ≤ 5.0, b = 2, and c = a + 5, and wherein the fluorescent material has an average particle diameter of from 1 to 10 μm, and wherein the content of said Ce is in a range of mole ratio of 0.0005-0.05 relative to 1 mol of phosphorus in a molecule, and wherein the fluorescent material contains from 20 to 10000 ppm of potassium relative to the weight of the fluorescent material, and wherein the average particle diameter is measured by a laser diffraction particle size analyzer, and wherein the average particle diameter is a particle diameter value when an integration value in a volume-based particle size distribution curve is 50%. wherein the fluorescent material contains from 20 to 10000 ppm of potassium relative to the weight of the fluorescent material, and wherein the average particle diameter is measured by a laser diffraction particle size analyzer, and wherein the average particle diameter is a particle diameter value when an integration value in a volume-based particle size distribution curve is 50%.
Edge processing arrangement, comprising - an edge processing machine which is designed to connect the narrow sides of plate-shaped products of wood or wood substitutes to an edge strip . - an edge magazine which is arranged on the edge processing machine and has an edge guiding device which is designed to guide an edge strip to a contact pressure region of the edge processing machine in which the edge strip is connected to the plate-shaped product, - an edge cassette supply device which is arranged separately from the edge magazine and which supplies a plurality of edge strip cassettes which each hold one edge strip wound up into a reel - an automated handling device which is designed to feed an edge strip supplied in an edge strip cassette to the edge magazine characterised in that a multi-tool is configured in the form of a cross and is arranged at the free end of a section of the handling device , in particular a robot arm wherein the free end is formed as a swivel head which can be swivelled about an axis (B), and the multi-tool is in turn mounted rotatable about an axis (A) perpendicular to the axis (B) so that the individual tools can be positioned accordingly through rotation. - an edge processing machine which is designed to connect the narrow sides of plate-shaped products of wood or wood substitutes to an edge strip . - an edge magazine which is arranged on the edge processing machine and has an edge guiding device which is designed to guide an edge strip to a contact pressure region of the edge processing machine in which the edge strip is connected to the plate-shaped product, - an edge cassette supply device which is arranged separately from the edge magazine and which supplies a plurality of edge strip cassettes which each hold one edge strip wound up into a reel - an automated handling device which is designed to feed an edge strip supplied in an edge strip cassette to the edge magazine characterised in that a multi-tool is configured in the form of a cross and is arranged at the free end of a section of the handling device , in particular a robot arm wherein the free end is formed as a swivel head which can be swivelled about an axis (B), and the multi-tool is in turn mounted rotatable about an axis (A) perpendicular to the axis (B) so that the individual tools can be positioned accordingly through rotation.
Apparatus for heating a heat carrier comprising a channel-shaped solar collector consisting of supporting segments for mirror segments , said support segments protruding on both sides from a support pipe , specifying the channel profile by means of an arcuate shape and being arranged next to one another in the direction of the support pipe axis, comprising stands which receive the support pipe and which have, at their ends, bearing receivers with support rollers for rotatably and axially displaceably bearing the support pipe , and comprising supporting arms , which protrude radially from the support pipe , for an absorber pipe extending coaxially with respect to the channel profile of the solar collector , characterised in that the support pipe which has a cross-section in the form of a regular polygon, preferably a square, is provided in the region of the bearing receivers with bearing rings supported in the axial direction in a slidable manner on the support rollers and engages in a form-fitting manner into centring cut-outs - adapted to the cross-sectional shape of the support pipe - of the supporting segments and the supporting arms , and in that the supporting arms are designed as flat flexural supports oriented perpendicularly to the support pipe axis and receive the absorber pipe in a heat insulation ring .
System with at least one placement area , in particular a worktop, and with a cooking appliance apparatus , wherein the placement area in the idle state is arranged at least for the most part over the cooking appliance apparatus , wherein the cooking appliance apparatus comprises a user interface , which has at least one operating panel and at least one operating element arranged on the operating panel , wherein the cooking appliance apparatus comprises a storage unit which, in at least one idle state in which the operating element is deactivated, stores the user interface in a first position , and, in at least one operating state in which the operating element is activated, in a second position that is different from the first position , wherein the activated operating element is ready to process at least one input that is different from a switch-on input, wherein a region of the placement area is embodied as a cooking zone , wherein the operating panel is arranged below the placement area in the idle state, characterised in that the operating panel in the operating state is arranged at least partially above the placement area , wherein the operating panel in the operating state rests against the placement plate .
A method by a user equipment, UE, for wireless communications, comprising: receiving , from a base station, a control channel message comprising an indication to perform a random access procedure; determining a minimum time gap for transmission of a random access preamble based at least in part on a first numerology; and transmitting the random access preamble to the base station in response to the control channel message based at least in part on the minimum time gap, wherein the random access preamble is transmitted with a second numerology different from the first numerology. receiving , from a base station, a control channel message comprising an indication to perform a random access procedure; determining a minimum time gap for transmission of a random access preamble based at least in part on a first numerology; and transmitting the random access preamble to the base station in response to the control channel message based at least in part on the minimum time gap, wherein the random access preamble is transmitted with a second numerology different from the first numerology.
An isolated nucleic acid sequence encoding a hexon polypeptide comprising an amino acid sequence of: SEQ ID NO: 57; or SEQ ID NO: 93.
A wet gas compressor system , comprising: a wet gas compressor ; the wet gas compressor comprises an inlet section ; a plurality of impellers ; and a variable cross-section nozzle positioned about the inlet section wherein the wet gas compressor system is adapted to carry out the method of claim 13. a wet gas compressor ; the wet gas compressor comprises an inlet section ; a plurality of impellers ; and a variable cross-section nozzle positioned about the inlet section wherein the wet gas compressor system is adapted to carry out the method of claim 13.
Railway system having at least one communication network , having several elements , which may have different states in each case and have a passive node connected to the communication network in each case, and having at least one distributed database , which comprises a plurality of active nodes connected to one another by way of the communication network and which is embodied to store state information of the elements , characterised in that at least one of the elements is connected to several of the active nodes so that in each case at least the stored state information of the element can be transferred from the connected active nodes to the element , and the element is embodied so that it changes its state if several of the items of current state information obtained from the active nodes deviate from the current state of the element . having at least one communication network , having several elements , which may have different states in each case and have a passive node connected to the communication network in each case, and having at least one distributed database , which comprises a plurality of active nodes connected to one another by way of the communication network and which is embodied to store state information of the elements , characterised in that at least one of the elements is connected to several of the active nodes so that in each case at least the stored state information of the element can be transferred from the connected active nodes to the element , and the element is embodied so that it changes its state if several of the items of current state information obtained from the active nodes deviate from the current state of the element .
Method for handling an open test tube in a laboratory automation system by means of a manipulator, wherein during the handling an open end of the test tube is covered by a residue-free removable tape , characterized in that - the tape is placed against the open end of the test tube upon picking up the test tube with the manipulator, - during the handling by means of the manipulator the tape is forced against the open end of the test tube and held under tension by forcing two sections of the tape extending at both sides past the open end of the test tube towards a lower end of the test tube , and - the tape is removed from the test tube upon releasing of the test tube. - the tape is placed against the open end of the test tube upon picking up the test tube with the manipulator, - during the handling by means of the manipulator the tape is forced against the open end of the test tube and held under tension by forcing two sections of the tape extending at both sides past the open end of the test tube towards a lower end of the test tube , and - the tape is removed from the test tube upon releasing of the test tube.
Sorbent, comprising a porous support material coated with a crosslinked amino group-containing polymer, wherein the concentration of the amino groups of the sorbent determined by titration is at least 600 μmol/mL, based on the total volume of the sorbent, and wherein the amino group-containing polymer is selected from polyvinylamine, polyallylamine and polylysine, wherein the concentration of the amino groups of the sorbent is determined by means of breakthrough measurement with 4-toluenesulphonic acid, as described in the "Analytical methods" section of the description.