mhurhangee/ep-ind-claims huggingface dataset:
An ice making method for making highly transparent ice by revolving a gyration member provided in a tray member in which water is put such that a plurality of dipping members, on which ice is generated or from which generated ice is released, are immersed, wherein a method for driving the gyration member in making ice to be supplied to a user and a method for driving the gyration member in making ice to be used for generating cold water are different in order to reduce the number of gyrations of the gyration member, characterized in that the gyration member detects whether or not the formation of ice has reached an intended level in association with a sensor in order to determine a point in time at which the ice is to be released, and in that in making ice to be supplied to the user, the gyration member is driven to make ice and determine a point in time at which ice is to be released, and in making ice to be used for generating cold water, the gyration member is driven only to determine a point in time at which ice is to be released. wherein a method for driving the gyration member in making ice to be supplied to a user and a method for driving the gyration member in making ice to be used for generating cold water are different in order to reduce the number of gyrations of the gyration member, characterized in that the gyration member detects whether or not the formation of ice has reached an intended level in association with a sensor in order to determine a point in time at which the ice is to be released, and in that in making ice to be supplied to the user, the gyration member is driven to make ice and determine a point in time at which ice is to be released, and in making ice to be used for generating cold water, the gyration member is driven only to determine a point in time at which ice is to be released.
A composition of matter comprising a purified recombinant FVIII obtainable by a process of purifying or enriching coagulation FVIII employing chromatography comprising the steps of - providing a fraction containing FVIII in an aqueous solution having a high ionic strength; - contacting the fraction containing FVIII with a cation multimodal resin; - washing the cation multimodal resin having FVIII adsorbed with an aqueous washing buffer; - eluting FVIII containing fractions by an aqueous elution buffer comprising at least one amino acid which is positively charged at pH 6 to 8; and - wherein the purification sequence further comprises the following steps: i. a cation exchanger resin; ii. an anionic membrane; iii. a chemically based inactivation step for lipid enveloped viruses; iv. an affinity resin based on a protein ligand consisting of an antibody fragment expressed in yeast; v. a pathogen filtration removal step with a mean pore size of about 20 nm; vi. an anion exchanger resin; vii. a size exlusion chromatography resin and characterised in that the purity after the last purification step is > 4000 IU/mg and that the DNA content is <1000pg/1000 IU FVIII. - providing a fraction containing FVIII in an aqueous solution having a high ionic strength; - contacting the fraction containing FVIII with a cation multimodal resin; - washing the cation multimodal resin having FVIII adsorbed with an aqueous washing buffer; - eluting FVIII containing fractions by an aqueous elution buffer comprising at least one amino acid which is positively charged at pH 6 to 8; and - wherein the purification sequence further comprises the following steps: i. a cation exchanger resin; ii. an anionic membrane; iii. a chemically based inactivation step for lipid enveloped viruses; iv. an affinity resin based on a protein ligand consisting of an antibody fragment expressed in yeast; v. a pathogen filtration removal step with a mean pore size of about 20 nm; vi. an anion exchanger resin; vii. a size exlusion chromatography resin and characterised in that the purity after the last purification step is > 4000 IU/mg and that the DNA content is <1000pg/1000 IU FVIII. i. a cation exchanger resin; ii. an anionic membrane; iii. a chemically based inactivation step for lipid enveloped viruses; iv. an affinity resin based on a protein ligand consisting of an antibody fragment expressed in yeast; v. a pathogen filtration removal step with a mean pore size of about 20 nm; vi. an anion exchanger resin; vii. a size exlusion chromatography resin and characterised in that the purity after the last purification step is > 4000 IU/mg and that the DNA content is <1000pg/1000 IU FVIII.
An apparatus, comprising: (a) a catheter shaft; and (b) an end effector at a distal end of the catheter shaft, the end effector being sized to fit in an anatomical passageway within a cardiovascular system, the end effector comprising: (i) a plurality of circuit boards, wherein the circuit boards are stacked longitudinally along a longitudinal axis of the end effector to define a stack of circuit boards, the circuit boards being configured to communicate electrical signals along a full length of the stack of circuit boards, and (ii) a distal tip member, wherein the distal tip member includes at least one electrode electrically coupled to at least one circuit board, the at least one electrode being configured to perform at least one of: applying RF energy to tissue to thereby ablate the tissue, or picking up potentials from tissue. (a) a catheter shaft; and (b) an end effector at a distal end of the catheter shaft, the end effector being sized to fit in an anatomical passageway within a cardiovascular system, the end effector comprising: (i) a plurality of circuit boards, wherein the circuit boards are stacked longitudinally along a longitudinal axis of the end effector to define a stack of circuit boards, the circuit boards being configured to communicate electrical signals along a full length of the stack of circuit boards, and (ii) a distal tip member, wherein the distal tip member includes at least one electrode electrically coupled to at least one circuit board, the at least one electrode being configured to perform at least one of: applying RF energy to tissue to thereby ablate the tissue, or picking up potentials from tissue. (i) a plurality of circuit boards, wherein the circuit boards are stacked longitudinally along a longitudinal axis of the end effector to define a stack of circuit boards, the circuit boards being configured to communicate electrical signals along a full length of the stack of circuit boards, and (ii) a distal tip member, wherein the distal tip member includes at least one electrode electrically coupled to at least one circuit board, the at least one electrode being configured to perform at least one of: applying RF energy to tissue to thereby ablate the tissue, or picking up potentials from tissue. applying RF energy to tissue to thereby ablate the tissue, or picking up potentials from tissue.
Bucket for an earth-working or materials-handling machine, whereby said bucket comprises a floor and a side wall, and at least one wear component that is removably attached to said floor and said side wall by means of at least one mechanical fastener, characterized in that said floor and said side wall are disconnectably connected to each other via said at least one wear component so as to form a replaceable bucket corner edge along at least a part of said floor and said side wall.
An injection molding machine, comprising: a cylinder which drives a movable member which is a component of the injection molding machine; a liquid pressure pump which supplies a working liquid to the cylinder; a flow path (601, 602) through which the liquid pressure pump and the cylinder are connected to each other; a flow path opening/closing unit (653, 654) which is provided in the flow path and opens or closes the flow path; and acontroller which is configured to control operations of the liquid pressure pump and the flow path opening/closing unit (653, 654), wherein the controller is configured to open the flow path by the flow path opening/closing unit (653, 654) to operate the cylinder and to drive the movable member in a state of driving the liquid pressure pump in a state where the flow path is closed by the flow path opening/closing unit (653, 654) so as to increase a liquid pressure of the working liquid between the liquid pressure pump and the flow path opening/closing unit (653, 654). a cylinder which drives a movable member which is a component of the injection molding machine; a liquid pressure pump which supplies a working liquid to the cylinder; a flow path (601, 602) through which the liquid pressure pump and the cylinder are connected to each other; a flow path opening/closing unit (653, 654) which is provided in the flow path and opens or closes the flow path; and acontroller which is configured to control operations of the liquid pressure pump and the flow path opening/closing unit (653, 654), wherein the controller is configured to open the flow path by the flow path opening/closing unit (653, 654) to operate the cylinder and to drive the movable member in a state of driving the liquid pressure pump in a state where the flow path is closed by the flow path opening/closing unit (653, 654) so as to increase a liquid pressure of the working liquid between the liquid pressure pump and the flow path opening/closing unit (653, 654).
An apparatus, comprising: a first node including a first bonding surface; a second node including a second bonding surface, wherein the second node is configured to be inserted in the first node; an adhesive bond region within at least the first node or the second node formed by the first bonding surface and the second bonding surface and configured to accept an adhesive, the adhesive bond region coupling the first bonding surface to the second bonding surface, wherein the first node and the second node are fabricated with substantially flat features, and form a shear joint; two grooves formed in the second nodes along opposite edges of the adhesive region; and at least one O-ring fitted in the two grooves to seal the edges of the adhesive bond region and serving as isolator to prevent physical contact between the first bonding surface and the second bonding surface, wherein the at least one O-ring forms a loop around the surface of the second node within the two grooves and is bent across four phases or sides of the second node, wherein the at least one O-ring forms a bridge between two parts of the second node, wherein the bridge allows adhesive to flow from one part to another part of the second node and between portions of the at least one O-ring. a first node including a first bonding surface; a second node including a second bonding surface, wherein the second node is configured to be inserted in the first node; an adhesive bond region within at least the first node or the second node formed by the first bonding surface and the second bonding surface and configured to accept an adhesive, the adhesive bond region coupling the first bonding surface to the second bonding surface, wherein the first node and the second node are fabricated with substantially flat features, and form a shear joint; two grooves formed in the second nodes along opposite edges of the adhesive region; and at least one O-ring fitted in the two grooves to seal the edges of the adhesive bond region and serving as isolator to prevent physical contact between the first bonding surface and the second bonding surface, wherein the at least one O-ring forms a loop around the surface of the second node within the two grooves and is bent across four phases or sides of the second node, wherein the at least one O-ring forms a bridge between two parts of the second node, wherein the bridge allows adhesive to flow from one part to another part of the second node and between portions of the at least one O-ring.
Device for limiting the feed of fuel out of a high-pressure supply via a controllable injector into the combustion space of an internal combustion engine, comprising a housing with a pressure supply-side housing inlet and an injector-side housing outlet, which are connected hydraulically to one another via at least one duct having a throttle, and a closing member which is longitudinally displaceable in a chamber between an initial position and an end position and is spring-prestressed opposite to the flow direction and which controls a flow connection between the housing inlet and the housing outlet, wherein the chamber is connected to the housing inlet by an inflow orifice, wherein the inflow orifice can be closed by the closing member, wherein the at least one duct runs radially outside the chamber, wherein the at least one duct comprises an annular duct and at least one throttle bore, wherein the chamber is formed in a cylindrical component, the outer casing of which is arranged at a radial distance from a cylindrical inner wall of the housing so as to form the annular duct and the pressure supply-side inflow orifice of which is arranged at an axial distance from the housing inlet, wherein the closing member is formed by a ball, characterized in that the annular duct is connected to the chamber via the at least one throttle bore passing through the cylindrical component and wherein the throttle is formed so that a pressure loss occurs between the inlet orifice and the chamber as a result thereof.
An isotope labeling chamber for labeling metabolites in an organism, comprising a reactor chamber, where the reactor chamber comprises the following components: optionally, a housing frame, housing walls, at least one injection valve, where at least one housing wall can be opened fully and/or in part, wherein at least one housing wall has a lock, and wherein the isotope labeling chamber furthermore comprises an air regulation chamber, where the air regulation chamber comprises the following components: a temperature-regulating unit, an air humidification unit and a gas absorption unit. optionally, a housing frame, housing walls, at least one injection valve, where at least one housing wall can be opened fully and/or in part, wherein at least one housing wall has a lock, and wherein the isotope labeling chamber furthermore comprises an air regulation chamber, where the air regulation chamber comprises the following components: a temperature-regulating unit, an air humidification unit and a gas absorption unit. a temperature-regulating unit, an air humidification unit and a gas absorption unit.
A processor of a user equipment, UE, configured to perform operations comprising: receiving broadcast information from a public land mobile network, PLMN, including at least a PLMN identifier, ID; attempting a registration with the PLMN by sending a registration request to the PLMN, wherein the processor is configured to receive the broadcast information from a base station and to attempt the registration via the base station that is operated by the PLMN, the base station being deployed in a non-terrestrial network, NTN, arrangement including a non-terrestrial component configured to provide services tc the UE via a service link; receiving, from the PLMN, a message including a cause code indicating the PLMN is not allowed to operate at a current UE location and further including a set of attributes indicating further conditions wherein the registration with the PLMN is not allowed; wherein the set of attributes indicates geographical information defining an area within which the UE should not attempt the further registration attempts with the PLMN; and avoiding further registration attempts with the PLMN when the further conditions are met, wherein the processor is configured to determine whether the further conditions are met by, at least, comparing a UE location against the geographical information. receiving broadcast information from a public land mobile network, PLMN, including at least a PLMN identifier, ID; attempting a registration with the PLMN by sending a registration request to the PLMN, wherein the processor is configured to receive the broadcast information from a base station and to attempt the registration via the base station that is operated by the PLMN, the base station being deployed in a non-terrestrial network, NTN, arrangement including a non-terrestrial component configured to provide services tc the UE via a service link; receiving, from the PLMN, a message including a cause code indicating the PLMN is not allowed to operate at a current UE location and further including a set of attributes indicating further conditions wherein the registration with the PLMN is not allowed; wherein the set of attributes indicates geographical information defining an area within which the UE should not attempt the further registration attempts with the PLMN; and avoiding further registration attempts with the PLMN when the further conditions are met, wherein the processor is configured to determine whether the further conditions are met by, at least, comparing a UE location against the geographical information.
Printed circuit board for assembly with surface-mounted - SMD - and with wired components (80, 70) ▪ having a first substrate layer, which carries on its component side a conducting layer, having conducting paths, and is provided with through-holes, ▪ having a second substrate layer, which has a component side and is provided with through-holes, ▪ wherein the through-holes (24, 34) have a metallic coating, ▪ having an intermediate layer, which is disposed between the substrate layers (20, 30), wherein ▪ the through-holes (24, 34) are configured in the component sides (O, U) of the substrate layers (20, 30) and lie congruently one above the other, ▪ the metal-coated through-holes (24, 34) are electrically connected with the conducting paths of the conducting layer of the first substrate layer, ▪ the intermediate layer extends at least in sections into a hole formed by the through-holes (24, 34), ▪ the intermediate layer consists of an electrically conductive material, wherein ▪ the intermediate layer is configured through structuring as central signal plane with conducting paths. ▪ having a first substrate layer, which carries on its component side a conducting layer, having conducting paths, and is provided with through-holes, ▪ having a second substrate layer, which has a component side and is provided with through-holes, ▪ wherein the through-holes (24, 34) have a metallic coating, ▪ having an intermediate layer, which is disposed between the substrate layers (20, 30), wherein ▪ the through-holes (24, 34) are configured in the component sides (O, U) of the substrate layers (20, 30) and lie congruently one above the other, ▪ the metal-coated through-holes (24, 34) are electrically connected with the conducting paths of the conducting layer of the first substrate layer, ▪ the intermediate layer extends at least in sections into a hole formed by the through-holes (24, 34), ▪ the intermediate layer consists of an electrically conductive material, wherein ▪ the intermediate layer is configured through structuring as central signal plane with conducting paths.
A device for the microbiological analysis of a support adapted to contain microorganisms marked by a fluorophore agent comprising illuminating means adapted to illuminate said support to detect, by fluorescence, the presence of said marked microorganisms as well as a window (7; 107) for viewing the light emitted by said support in response to the excitation light produced by said illuminating means; said illuminating means comprising two bases on each of which is mounted at least one group of light sources, with said sources of that group being regularly spaced from each other to form an array for illuminating said support, said bases being fixed to a frame (2; 102) of said device, one on each side of an opening (9; 109) formed in said frame (2; 102) to allow the light emitted by said support to pass through said viewing window (7; 107), with said bases being inclined towards each other in the direction of a predetermined location for reception of said support in said device; said illuminating means comprising, for each base, a diffuser for the light emitted by said sources (22, 23); characterized in that there is only the diffuser between the light sources (22, 23) and the support to be illuminated and in that said viewing window (7; 107) comprises a filter (6; 106) adapted to allow the longest wavelengths to pass, said filter being weakly selective.
Method for balancing a rotor of a turbomachine, on the circumference of which a plurality of balancing weights (8a, 8b, 8c, 8d) can be arranged in a distributed manner in order to redress an imbalance, a set of balancing weights (8a, 8b, 8c, 8d) having a predetermined num ber of groups (10a, 10b, 10c, 10d) of balancing weights being used for balancing the rotor, characterized in that the balancing weights of the set are plane-parallel plates, each of which comprises only one through-opening exactly for conveying and fastening by means of a bolt, and the balancing weights (8a, 8b, 8c, 8d) of each group (10a, 10b, 10c, 10d) of balancing weights each have a same weight assigned to this group (10a, 10b, 10c, 10d) and a shape assigned to this group (10a, 10b, 10c, 10d) which differs from the balancing weights (8a, 8b, 8c, 8d) of the other groups (10a, 10b, 10c, 10d) in the basic shape of the balancing weights (8a, 8b, 8c, 8d), at least one balancing weight (8a, 8b, 8c, 8d) from at least one group (10a, 10b, 10c, 10d) being arranged at a suitable position, in particular peripherally or circumferentially close to the rotor, in order to balance the rotor.
A high voltage power controlling apparatus of an image forming apparatus, comprising: a single DC (direct current) power controller adapted to convert and output a first PWM (pulse width modulation) signal provided from an engine controller into a switching waveform signal; a first voltage transformer adapted to transform the switching waveform signal output from the single DC power controller; a rectifier adapted to rectify the output power transformed by the first voltage transformer into DC power; first through N, where N is a positive integer greater than one, DC supplies (206, 208...) adapted to adjust and output the DC power rectified by the rectifier such that the DC power is adjusted to a predetermined level; first through N AC (alternating current) power controllers (214, 216...) corresponding to the first through N DC power supplies, adapted to convert and output a second PWM signal provided from the engine controller into switching waveform signals; and second through N+1 voltage transformers (224, 226...) adapted to transform the switching waveform signals output from the first through N AC power controllers, to overlap the transformed powers with the DC powers having predetermined levels of the first through N DC supplies, and to output the overlapped powers to first through N developers (230, 232...), respectively. a single DC (direct current) power controller adapted to convert and output a first PWM (pulse width modulation) signal provided from an engine controller into a switching waveform signal; a first voltage transformer adapted to transform the switching waveform signal output from the single DC power controller; a rectifier adapted to rectify the output power transformed by the first voltage transformer into DC power; first through N, where N is a positive integer greater than one, DC supplies (206, 208...) adapted to adjust and output the DC power rectified by the rectifier such that the DC power is adjusted to a predetermined level; first through N AC (alternating current) power controllers (214, 216...) corresponding to the first through N DC power supplies, adapted to convert and output a second PWM signal provided from the engine controller into switching waveform signals; and second through N+1 voltage transformers (224, 226...) adapted to transform the switching waveform signals output from the first through N AC power controllers, to overlap the transformed powers with the DC powers having predetermined levels of the first through N DC supplies, and to output the overlapped powers to first through N developers (230, 232...), respectively.