mhurhangee/patent-ind-claim-en huggingface dataset:
Method for granulating a melt of an hydrous nitrate mineral salt-based composition comprising from 15 to 30 weight% of water, the method comprising the steps of: a) granulating a melt of the nitrate mineral salt-based composition by a granulator operating according to the agglomeration granulation principle to obtain a set of granules; b) separating out oversized and undersized granules from the gran-ules obtained from step a) to obtain at least a set of oversized granules, a set of undersized granules and a set of granules having a suitable size; c) crushing the oversized granules obtained from step b); d) recycling the granules obtained from step c) to the granulator; e) recycling the undersized granules obtained from step b) to the granulator; f) during step a) measuring a temperature in the granulator, said temperature ranges from 90 to 96°C, in particular from 92 to 95°C, and g) based on the temperature measured in step f), adjusting the amounts of granules recycled in steps d) and/or e) to maintain the temperature measured in step f) within said range; and wherein the melt of the nitrate mineral salt based composition is a melt of a calcium nitrate salt-based composition. a) granulating a melt of the nitrate mineral salt-based composition by a granulator operating according to the agglomeration granulation principle to obtain a set of granules; b) separating out oversized and undersized granules from the gran-ules obtained from step a) to obtain at least a set of oversized granules, a set of undersized granules and a set of granules having a suitable size; c) crushing the oversized granules obtained from step b); d) recycling the granules obtained from step c) to the granulator; e) recycling the undersized granules obtained from step b) to the granulator; f) during step a) measuring a temperature in the granulator, said temperature ranges from 90 to 96°C, in particular from 92 to 95°C, and g) based on the temperature measured in step f), adjusting the amounts of granules recycled in steps d) and/or e) to maintain the temperature measured in step f) within said range;
A transport trolley intended to transport and carry a railway track laying and maintenance machine (M), said transport trolley comprising: - movement members configured to allow a movement of the transport trolley on rails of the railway track along an axis of the railway track (X); - a carrier system comprising a slide , a support element intended to cooperate with the railway track laying and maintenance machine (M), and a tilting device ensuring a rotational mounting of the support element relative to the slide about a first axis of rotation (A1); - a transverse chassis extending along a transverse direction (Y) which extends transversely to the axis of the railway track (X) when the transport trolley rests on the railway track through said movement members , said transverse chassis being secured to the movement members , and being configured to allow a displacement of the carrier system along the transverse direction (Y), the slide being slidably mounted along the transverse chassis along the transverse direction (Y); characterized in that the tilting device is further pivotally mounted relative to the transverse chassis about a second axis of rotation (A2) forming an angle with the first axis of rotation (A1). - movement members configured to allow a movement of the transport trolley on rails of the railway track along an axis of the railway track (X); - a carrier system comprising a slide , a support element intended to cooperate with the railway track laying and maintenance machine (M), and a tilting device ensuring a rotational mounting of the support element relative to the slide about a first axis of rotation (A1); - a transverse chassis extending along a transverse direction (Y) which extends transversely to the axis of the railway track (X) when the transport trolley rests on the railway track through said movement members , said transverse chassis being secured to the movement members , and being configured to allow a displacement of the carrier system along the transverse direction (Y), the slide being slidably mounted along the transverse chassis along the transverse direction (Y);
Transport apparatus for pneumatically conveying NMR test samples from a region outside an NMR spectrometer through a tubular transport channel into the NMR spectrometer , and from there back outside the NMR spectrometer , the transport apparatus comprising a device for producing positive pressure in the end of the tubular transport channel that is remote from the NMR spectrometer, characterized in that the tubular transport channel has a tube system which comprises a gastight outer tube having an outer diameter D a and an inner diameter d a and an inner tube , arranged coaxially with respect to said outer tube, having an outer diameter D i < d a and an inner diameter d i , through which the test samples are conveyed during operation, and in that the inner tube comprises cross-holes that are mutually spaced in the axial direction and are designed as through-holes.
A corrugated plastic box with a soft score line comprising: a plurality of side walls , each of the side walls formed from a corrugated plastic sheet of material having a first outer layer of plastic, a second outer layer of plastic and a plurality of flutes between the first outer layer and the second outer layer; a first top flap extending upward from a first one of the plurality of side walls , the first top flap formed from the corrugated plastic sheet of material and separated from the first one of the plurality of side walls by a single, inwardly concave first score line without a slit wherein the first score line is configured to allow the first top flap to lay flat against an outer surface of the first one of the plurality of side walls without spring back when the first top flap is folded against the outer surface of the first one of the plurality of side walls . a plurality of side walls , each of the side walls formed from a corrugated plastic sheet of material having a first outer layer of plastic, a second outer layer of plastic and a plurality of flutes between the first outer layer and the second outer layer; a first top flap extending upward from a first one of the plurality of side walls , the first top flap formed from the corrugated plastic sheet of material and separated from the first one of the plurality of side walls by a single, inwardly concave first score line without a slit wherein the first score line is configured to allow the first top flap to lay flat against an outer surface of the first one of the plurality of side walls without spring back when the first top flap is folded against the outer surface of the first one of the plurality of side walls .
An isolated fully human monoclonal antibody or an antigen binding fragment thereof, comprising a heavy chain variable domain including the amino acid sequence set forth as SEQ ID NO:3 and a light chain variable domain including the amino acid sequence set forth as SEQ ID NO:6, wherein the fully human monoclonal antibody or antigen binding fragment specifically recognizes the ligand binding domain of EphA4.
A method of manufacturing a core for producing a composite structure , the method comprising: forming a core having an outer surface , wherein the outer surface is configured to form a moulding surface of an inner space of the composite structure ; and integrating into the core at least one metal element configured to be heated by induction heating, wherein the at least one metal element divides the core in at least two portions. forming a core having an outer surface , wherein the outer surface is configured to form a moulding surface of an inner space of the composite structure ; and integrating into the core at least one metal element configured to be heated by induction heating, wherein the at least one metal element divides the core in at least two portions.
A multi-junction photovoltaic device comprising: a first sub-cell disposed over a second sub-cell, wherein the first sub-cell comprises an n-type region comprising at least one n-type layer, a p-type region comprising at least one p-type layer, and a photoactive region comprising a layer of perovskite material without open porosity that is disposed between the n-type region and the p-type region and that forms a planar heterojunction with one or both of the n-type region and the p-type region; wherein the perovskite material is of general formula (IA): A x A' 1-x B(X y X' 1-y ) 3 (IA) wherein A is a formamidinium cation (FA) (HC(NH) 2 ) 2 + ), A' is a caesium cation (Cs + ), B is Pb 2+ , X is iodide and X' is bromide, 0 < y ≤ 1 and wherein the second sub-cell comprises a silicon heterojunction (SHJ), characterized by 0 < x <1 in formula (IA). a first sub-cell disposed over a second sub-cell, wherein the first sub-cell comprises an n-type region comprising at least one n-type layer, a p-type region comprising at least one p-type layer, and a photoactive region comprising a layer of perovskite material without open porosity that is disposed between the n-type region and the p-type region and that forms a planar heterojunction with one or both of the n-type region and the p-type region; wherein the perovskite material is of general formula (IA): A x A' 1-x B(X y X' 1-y ) 3 (IA) wherein A is a formamidinium cation (FA) (HC(NH) 2 ) 2 + ), A' is a caesium cation (Cs + ), B is Pb 2+ , X is iodide and X' is bromide, 0 < y ≤ 1 and wherein the second sub-cell comprises a silicon heterojunction (SHJ), characterized by 0 < x <1 in formula (IA).
A Cu-Ga based alloy powder consisting of, in at%, not less than 25% and less than 40 % of Ga, the balance being Cu and unavoidable impurities, wherein the powder has an oxygen content of 200 ppm or less.
A method performed by an intention indicating system of a vehicle , for indicating to a potential vehicle occupant thereof an ongoing or impending autonomous driving-related action of said vehicle , said intention indicating system comprising a light providing device comprising one or more light sources adapted to emit light, which light providing device is adapted to be provided continuously and/or intermittently along a majority of a horizontal circumference of an interior of said vehicle , said method comprising: determining an ongoing or impending autonomous driving-related action of said vehicle , and providing by means of a light output providing unit using said light providing device , a visual light output visible at least from an inside of said vehicle , said visual light output being indicative of said autonomous driving-related action, characterized in that said autonomous driving-related action comprises a transition from a shutdown state represented by a vehicle off state and/or engine off state to a standstill state represented by an idle state where said vehicle is on but standing still and/or a transition from said standstill sate to said shutdown state. determining an ongoing or impending autonomous driving-related action of said vehicle , and providing by means of a light output providing unit using said light providing device , a visual light output visible at least from an inside of said vehicle , said visual light output being indicative of said autonomous driving-related action,
A method for providing connectivity to an access terminal in a wireless communication network, comprising: connecting the access terminal to a first cell; detecting by the access terminal a second cell while connected to the first cell, wherein the second cell fulfills the criteria for sending a measurement report message to the first cell; detecting by the access terminal a radio link failure, RLF, occurring at the first cell while attempting to send, or prior to sending, the measurement report message to the first cell; and re-establishing by the access terminal connection at the second cell; further comprising: sending by the access terminal a message to the second cell indicating that the RLF occurred at the first cell, the message identifying the cell at which the RLF occurred. connecting the access terminal to a first cell; detecting by the access terminal a second cell while connected to the first cell, wherein the second cell fulfills the criteria for sending a measurement report message to the first cell; detecting by the access terminal a radio link failure, RLF, occurring at the first cell while attempting to send, or prior to sending, the measurement report message to the first cell; and re-establishing by the access terminal connection at the second cell; further comprising: sending by the access terminal a message to the second cell indicating that the RLF occurred at the first cell, the message identifying the cell at which the RLF occurred.
An apparatus, comprising: a source of radiation for generating a beam of radiation along a beam axis for intersecting with a patient or part of a patient; a patient support, for supporting the patient; and a radiation detector comprising: a hollow tube in which the patient or the part of the patient can be positioned, the hollow tube having a primary axis which lies transverse to the beam axis; and characterized in that it further comprises: a plurality of optical fibres distributed over the surface of the hollow tube for detecting the radiation beam prior to its impact with the patient, and for detecting the radiation beam after its impact with the patient. a source of radiation for generating a beam of radiation along a beam axis for intersecting with a patient or part of a patient; a patient support, for supporting the patient; and a radiation detector comprising: a hollow tube in which the patient or the part of the patient can be positioned, the hollow tube having a primary axis which lies transverse to the beam axis; and characterized in that it further comprises: a plurality of optical fibres distributed over the surface of the hollow tube for detecting the radiation beam prior to its impact with the patient, and for detecting the radiation beam after its impact with the patient. a hollow tube in which the patient or the part of the patient can be positioned, the hollow tube having a primary axis which lies transverse to the beam axis; and characterized in that it further comprises: a plurality of optical fibres distributed over the surface of the hollow tube for detecting the radiation beam prior to its impact with the patient, and for detecting the radiation beam after its impact with the patient.
A method of using a Transmission Charged Particle Microscope (M) comprising: - A specimen holder (H), for holding a specimen (S); - A source , for producing a beam of charged particles; - An illuminator , for directing said beam along an optical axis so as to irradiate the specimen (S), the illuminator comprising: • a monochromator having a monochromator slit and which is configured to produce an output beam with a given energy spread ΔE0; and • a condenser lens assembly (C1, C2, CA) downstream of said monochromator ; - An imaging system , for receiving a flux of charged particles transmitted through the specimen (S) and directing it onto a sensing device ; - A controller, for controlling at least some operational aspects of the microscope (M), characterized by the following steps: - In a first use session, selecting at least one of: (a) an excitation of a first lens (C1) of said condenser lens assembly (C1, C2, CA); (b) a width of a condenser aperture (CA) downstream of said first lens (C1), so as to produce a first width W1 - and associated first energy spread ΔE1 - of an emerging beam exiting said aperture (CA); - In a second use session, selecting at least one of said parameters (a) and (b) so as to produce a second, different width W2 - and associated second, different energy spread ΔE2 - of said emerging beam. - A specimen holder (H), for holding a specimen (S); - A source , for producing a beam of charged particles; - An illuminator , for directing said beam along an optical axis so as to irradiate the specimen (S), the illuminator comprising: • a monochromator having a monochromator slit and which is configured to produce an output beam with a given energy spread ΔE0; and • a condenser lens assembly (C1, C2, CA) downstream of said monochromator ; • a monochromator having a monochromator slit and which is configured to produce an output beam with a given energy spread ΔE0; and • a condenser lens assembly (C1, C2, CA) downstream of said monochromator ; - An imaging system , for receiving a flux of charged particles transmitted through the specimen (S) and directing it onto a sensing device ; - A controller, for controlling at least some operational aspects of the microscope (M), - In a first use session, selecting at least one of: (a) an excitation of a first lens (C1) of said condenser lens assembly (C1, C2, CA); (b) a width of a condenser aperture (CA) downstream of said first lens (C1), so as to produce a first width W1 - and associated first energy spread ΔE1 - of an emerging beam exiting said aperture (CA); (a) an excitation of a first lens (C1) of said condenser lens assembly (C1, C2, CA); (b) a width of a condenser aperture (CA) downstream of said first lens (C1), so as to produce a first width W1 - and associated first energy spread ΔE1 - of an emerging beam exiting said aperture (CA); - In a second use session, selecting at least one of said parameters (a) and (b) so as to produce a second, different width W2 - and associated second, different energy spread ΔE2 - of said emerging beam.
Process for the preparation of a modified antibody, the process comprising attaching a monosaccharide derivative Su(A) x to a proximal N-linked GlcNAc-residue, in the presence of a catalyst selected from the group consisting of β -galactosyltransferases, β -N-galactosyltransferases, β -galactosyltransferases comprising a mutant catalytic domain and β -N-galactosyltransferases comprising a mutant catalytic domain; wherein Su(A) x is defined as a monosaccharide derivative Su comprising x functional groups A wherein x is 1, 2, 3 or 4 and wherein A is selected from the group consisting of an azido group, a keto group, an alkynyl group, a thiol group or a precursor thereof, a halogen, a sulfonyloxy group, a halogenated acetamido group, a mercaptoacetamido group and a sulfonylated hydroxyacetamido group, wherein a precursor of a thiol group is -[C(R 7 ) 2 ] o SC(O)CH 3 , wherein R 7 is independently selected from the group consisting of hydrogen, halogen and an optionally substituted C 1 - C 24 alkyl group, and o is 0 - 24; wherein said proximal N-linked GlcNAc-residue is attached to the N-linked glycosylation site of an IgG antibody comprising one N-linked glycosylation site on the combination of a single heavy chain and single light chain, wherein said N-linked glycosylation site is a mutant N-linked glycosylation site as compared to its wild type counterpart, and wherein the proximal N-linked GlcNAc-residue is according to Formula : wherein b is 0 or 1.
A papermaking fabric or an engineered fabric for use in the production of paper or nonwovens, characterized in that said fabric comprises: a plurality of uncoated functional monofilaments having a flat cross-section, wherein a top and a bottom surface of said monofilaments have a plurality of grooves formed thereon, wherein the groove (s) formed in the top surface of the monofilaments are offset from the groove(s) formed in the bottom surface of the monofilaments. a plurality of uncoated functional monofilaments having a flat cross-section, wherein a top and a bottom surface of said monofilaments have a plurality of grooves formed thereon, wherein the groove (s) formed in the top surface of the monofilaments are offset from the groove(s) formed in the bottom surface of the monofilaments.
Joint strip for a joint, which is formed between a structural element, in particular a window or door frame, and an adjoining plaster, having - an abutment section for attachment of the joint strip to the structural element, - a plaster receiving section for connection with the plaster and - a compensating section for compensation of size changes of the joint, wherein the compensating section comprises a concertina-like bellows which has two folded side walls , - wherein the bellows is formed by two opposite folded side walls which enclose an inner chamber cavity , characterized in that - the folded side walls have folding edges which are of arcuate design with approximately semicircular arches, - in that the arcuate folding edges have an inner radius ranging between 0.3 mm and 2 mm and an outer radius ranging from 1 mm to 6 mm and - in that the semicircular arches can be extended so as to be almost stretched. - an abutment section for attachment of the joint strip to the structural element, - a plaster receiving section for connection with the plaster and - a compensating section for compensation of size changes of the joint, wherein the compensating section comprises a concertina-like bellows which has two folded side walls , - wherein the bellows is formed by two opposite folded side walls which enclose an inner chamber cavity , - the folded side walls have folding edges which are of arcuate design with approximately semicircular arches, - in that the arcuate folding edges have an inner radius ranging between 0.3 mm and 2 mm and an outer radius ranging from 1 mm to 6 mm and - in that the semicircular arches can be extended so as to be almost stretched.
A method, comprising: measuring radio frequency parameters of radio frequency communications between a head-end unit and a remote unit (122a; 122b) of a distributed antenna system "DAS" ; sending the measurements of the radio frequency parameters to a self-optimizing network "SON" entity ; determining, by the SON entity , adjustments to operations and management parameters of a radio base station "RBS" using the measurements of the radio frequency parameters; sending commands to the RBS for changing the operations and management parameters of the RBS using the adjustments determined by the SON entity , wherein the radio frequency parameters include an uplink DAS gain, a downlink DAS gain, and an uplink DAS noise power, wherein the adjustments to the operations and management parameters include an updated value for changing an uplink RBS gain, and wherein the updated value for the uplink RBS gain is determined by calculating an uplink DAS noise rise and summing the uplink DAS noise rise with a difference between the uplink DAS gain and the downlink DAS gain. measuring radio frequency parameters of radio frequency communications between a head-end unit and a remote unit (122a; 122b) of a distributed antenna system "DAS" ; sending the measurements of the radio frequency parameters to a self-optimizing network "SON" entity ; determining, by the SON entity , adjustments to operations and management parameters of a radio base station "RBS" using the measurements of the radio frequency parameters; sending commands to the RBS for changing the operations and management parameters of the RBS using the adjustments determined by the SON entity , wherein the radio frequency parameters include an uplink DAS gain, a downlink DAS gain, and an uplink DAS noise power, wherein the adjustments to the operations and management parameters include an updated value for changing an uplink RBS gain, and wherein the updated value for the uplink RBS gain is determined by calculating an uplink DAS noise rise and summing the uplink DAS noise rise with a difference between the uplink DAS gain and the downlink DAS gain.