mhurhangee/patent-ind-claim-en huggingface dataset:
A catheter assembly having a longitudinal axis , the catheter assembly comprising: a catheter ; and, a wetting agent storage chamber , the wetting agent storage chamber comprising a chamber wall and a movable insert , wherein the movable insert is movable axially along the longitudinal axis with respect to the chamber wall between a first position and a second position, wherein in the first position the storage chamber is sealed by a seal element located between the chamber wall and the movable insert wherein the seal element is a proximal seal element which is proximate to an insertion end of the catheter; the seal element is aligned with sealing surfaces of the chamber wall and the movable insert in the first position; and wherein in the second position the seal is axially misaligned with at least one of the sealing surfaces ; and wherein the catheter assembly further comprises: a second seal element which is axially separated from the proximal seal element on the distal side thereof, thereby providing a distal seal element . a catheter ; and, a wetting agent storage chamber , the wetting agent storage chamber comprising a chamber wall and a movable insert , wherein the movable insert is movable axially along the longitudinal axis with respect to the chamber wall between a first position and a second position, wherein in the first position the storage chamber is sealed by a seal element located between the chamber wall and the movable insert wherein the seal element is a proximal seal element which is proximate to an insertion end of the catheter; the seal element is aligned with sealing surfaces of the chamber wall and the movable insert in the first position; and wherein in the second position the seal is axially misaligned with at least one of the sealing surfaces ; and wherein the catheter assembly further comprises: a second seal element which is axially separated from the proximal seal element on the distal side thereof, thereby providing a distal seal element .
A tool configured to perform an operation on an operation point , said tool comprising: - at least one sensor for producing operational tool result data at the performance of a tool operation, - a data memory where operational data is stored, - a Modulating Retro-Reflector structure, hereinafter referred to as MRR structure being configured to, in use, transmit and receive data in an asymmetrical Free Space Optical communication link , - processing means configured to process said data, and to send said data via said Free Space Optical communication link by modulating signals in said MRR structure - said MRR structure consisting of at least one Modulating Retro-Reflector unit, hereinafter referred to as MRR unit - at least one sensor for producing operational tool result data at the performance of a tool operation, - a data memory where operational data is stored, - a Modulating Retro-Reflector structure, hereinafter referred to as MRR structure being configured to, in use, transmit and receive data in an asymmetrical Free Space Optical communication link , - processing means configured to process said data, and to send said data via said Free Space Optical communication link by modulating signals in said MRR structure - said MRR structure consisting of at least one Modulating Retro-Reflector unit, hereinafter referred to as MRR unit
A sealant material for sealing joints comprising: (a) a multifilament or spun polyphenylene sulfide yarn; and (b) a joint sealing composition comprising a silicone oil, the polyphenylene sulfide yarn being coated with the joint sealant composition, wherein the silicone oil is selected from polydimethylsiloxane terminated with methyl or substituted with phenyl groups. (a) a multifilament or spun polyphenylene sulfide yarn; and (b) a joint sealing composition comprising a silicone oil,
An anchoring system for a submarine electric power generator, said anchoring system comprising a semi-floating body and an anchoring cable which is associated with said body and is apt to connect said anchoring system to the generator, said anchoring system comprising at least one first tank , which extends along a longitudinal axis (H-H) and is housed in said body , said at least one first tank being provided with at least one first opening apt to enable the feeding of water into said at least one first tank and with at least one second opening apt to enable the feeding of compressed air into said at least one first tank by means of a compressed air feeding system, said anchoring system being characterized in that said compressed air feeding system comprises at least one second tank containing compressed air, said at least one second tank being connected to said at least one first tank and being apt to feed compressed air directly into said at least one first tank , wherein said at least one second tank is arranged around said first tank .
A method for predicting one or more immunogenic amino acid modifications which are useful for vaccination, wherein the modifications are in a protein comprising a tumor-associated neoantigen of a patient, the method comprising the steps: a) ascertaining a score for binding of a modified peptide which is a fragment of a modified protein to one or more MHC class II molecules of said patient, b) ascertaining a score for expression or abundance of the modified protein, wherein ascertaining the score for expression or abundance of the modified protein comprises determining the level of expression of the protein to which the modification is associated and determining the frequency of the modified protein among the protein to which the modification is associated, wherein the frequency of the modified protein among the protein to which the modification is associated is determined by determining the variant allele frequency, and c) predicting one or more immunogenic amino acid modifications, wherein the score for binding of said peptide to said MHC class II molecule reflects a probability for binding of said peptide to said MHC class II molecule, wherein the variant allele frequency is the sum of detected sequences, in particular reads, covering the mutation site and carrying the mutation divided by the sum of all detected sequences, in particular reads, covering the mutation site, wherein for ascertaining a score for expression or abundance of a modified protein a score for the level of expression of the protein to which the modification is associated is multiplied with a score for the frequency of the modified protein among the protein to which the modification is associated, wherein predicting immunogenic amino acid modifications refers to a prediction of whether a peptide comprising such amino acid modifications will be immunogenic and thus useful as epitope in vaccination. a) ascertaining a score for binding of a modified peptide which is a fragment of a modified protein to one or more MHC class II molecules of said patient, b) ascertaining a score for expression or abundance of the modified protein, wherein ascertaining the score for expression or abundance of the modified protein comprises determining the level of expression of the protein to which the modification is associated and determining the frequency of the modified protein among the protein to which the modification is associated, wherein the frequency of the modified protein among the protein to which the modification is associated is determined by determining the variant allele frequency, and c) predicting one or more immunogenic amino acid modifications,
Closure system for closing an opening of a vehicle light, comprising a closure element and an opening of a vehicle light, wherein the opening has an edge , wherein the edge of the opening is substantially conically shaped, wherein a circumferential sealing element is provided at the edge of the opening , wherein the opening can be sealed radially and axially by the sealing element, and the closure element is designed so that it can be fastened to the edge of the opening in a force-locking and/or form-locking manner, characterised in that the sealing element is part of the conical shape of the edge of the opening .
Work vehicle which is supported on the ground by sprung elements and is equipped with an arrangement for attenuating a possible pitching oscillation of the work vehicle , during which pitching oscillation of the work vehicle the work vehicle inclines forwards or rearwards, wherein the arrangement comprises means for detecting an expected pitching oscillation of the work vehicle and/or means for detecting a present pitching oscillation of the work vehicle , said means being connected to a speed controller of the work vehicle and/or to a ground profile-determining device and/or to a control apparatus for adjusting an element with respect to the work vehicle , and a control device which is connected to the means and to an actuating for influencing the advancing speed of the work vehicle and which can be operated to actuate automatically the actuator with the effect of attenuating the pitching oscillation in that it slightly accelerates the work vehicle when it is just inclined forwards, in order ultimately to bring about a precisely horizontal orientation of the work vehicle and to reduce or destroy the energy of the pitching oscillation and analogously slightly brakes the work vehicle if it inclines rearwards.
Seating furniture chassis , comprising a height-adjustable seat surface , a driving means , a shaft, a height adjustment mechanism and a threaded rod , wherein the driving means is coupled to the shaft and is designed to transmit a torque to the threaded rod by means of the shaft, and wherein the height adjustment mechanism is coupled to the threaded rod and to the seat surface in such a way that a rotation of the threaded rod is converted into a height adjustment of the seat surface by means of the height adjustment mechanism , wherein a longitudinal axis of the shaft is not arranged parallel to a longitudinal axis of the threaded rod , wherein the height adjustment mechanism is coupled to the threaded rod and to the seat surface so that when the height of the seat surface is adjusted, an inclination of the seat surface simultaneously takes place, characterised in that the seating furniture chassis comprises a further threaded rod , which is coupled to the driving means by means of the shaft.
A percutaneous absorption preparation comprising: (a) a backing layer; and (b) a drug-containing layer comprising rivastigmine free base or a pharmaceutically acceptable salt thereof, a styrene-isoprene-styrene block copolymer, a tackifier resin, and a plasticizer wherein the percutaneous absorption preparation is free from an additional intermediate layer or an additional adhesive layer; the drug-containing layer (b) does not comprise an organic acid or a salt thereof; and the rivastigmine free base or pharmaceutically acceptable salt thereof is included in an amount of at least 1.0 mg/cm 2 and less than 1.8 mg/cm 2 , and the rivastigmine free base or pharmaceutically acceptable salt thereof, the styrene-isoprene-styrene block copolymer, the tackifier resin, and the plasticizer are included at a weight ratio of 1∼2 : 2∼5 : 2∼5 : 0.1∼2. (a) a backing layer; and (b) a drug-containing layer comprising rivastigmine free base or a pharmaceutically acceptable salt thereof, a styrene-isoprene-styrene block copolymer, a tackifier resin, and a plasticizer
Mobile agricultural apparatus which is usable in the treatment of harvested crop or stalk material , in particular in the harvesting of hay, silage or straw, having a rotatable pick-up for the harvested crop or stalk material , and having a conveying means for transporting the harvested crop or stalk material from a loading side facing the pick-up to a dispensing side , wherein the conveying means has a turning device which is arranged above the pick-up , is drivable rotatably and by means of which a layer of the harvested crop or stalk material that was previously close to the ground is rotatable into an upper position and by means of which the harvested crop or stalk material can be conveyed onto a support of the apparatus , and in that a conveying device which is drivable rotatably is arranged behind the turning device in the conveying direction of the harvested crop or stalk material , by means of which conveying device the harvested crop or stalk material can be supplied to the dispensing side and conveyed into a higher position so that it has a greater drop height on the dispensing side .
A method for producing titanium oxide fine particles having a BET diameter of 1 to 50 nm, an agglomerated particle of 1 to 200 nm as diameter of an agglomerated particle formed by the titanium oxide fine particles, a value of 1 to 40 as a ratio therebetween, namely, a ratio of the agglomerated particle diameter/the BET diameter, and a crystallite diameter from 20 to 100 Å, the method comprising the steps of: a first step of mixing an alkali into an aqueous solution including a titanium(oxy)chloride to have a pH of the aqueous solution within a range of 0 to 9, followed by heating the aqueous solution to a temperature of 50 to 110°C, and thereby conducting a hydrolysis of the titanium(oxy)chloride as a first hydrolysis; and a second step of subsequently mixing a titanium(oxy)chloride and an alkali into the aqueous solution which includes a product from the first hydrolysis and which is adjusted to a temperature of 50 to 110°C, to have a pH of the aqueous solution within a range of 0 to 12, and thereby conducting a hydrolysis of the titanium(oxy)chloride present in the second step as a second hydrolysis. a first step of mixing an alkali into an aqueous solution including a titanium(oxy)chloride to have a pH of the aqueous solution within a range of 0 to 9, followed by heating the aqueous solution to a temperature of 50 to 110°C, and thereby conducting a hydrolysis of the titanium(oxy)chloride as a first hydrolysis; and a second step of subsequently mixing a titanium(oxy)chloride and an alkali into the aqueous solution which includes a product from the first hydrolysis and which is adjusted to a temperature of 50 to 110°C, to have a pH of the aqueous solution within a range of 0 to 12, and thereby conducting a hydrolysis of the titanium(oxy)chloride present in the second step as a second hydrolysis.
A method comprising: receiving, by a wireless device , one or more radio resource control messages comprising: a power saving radio network temporary identifier, PS-RNTI, for monitoring a common search space for receiving a downlink control information, DCI, of a first DCI format, notifying power saving information for a plurality of wireless devices comprising the wireless device, wherein the DCI comprises a plurality of blocks; and a location parameter for the wireless device; receiving, based on the PS-RNTI, a first DCI with the first DCI format and comprising a first plurality of blocks, wherein: the location parameter indicates a first location of a first block, of the first plurality of blocks, for the wireless device; and the first block comprises a wake-up indication; and transitioning to a wake-up state in response to the wake-up indication indicating transitioning to the wake-up state, the wake-up state comprising monitoring downlink control channels in a discontinuous reception active time of a discontinuous reception cycle. receiving, by a wireless device , one or more radio resource control messages comprising: a power saving radio network temporary identifier, PS-RNTI, for monitoring a common search space for receiving a downlink control information, DCI, of a first DCI format, notifying power saving information for a plurality of wireless devices comprising the wireless device, wherein the DCI comprises a plurality of blocks; and a location parameter for the wireless device; a power saving radio network temporary identifier, PS-RNTI, for monitoring a common search space for receiving a downlink control information, DCI, of a first DCI format, notifying power saving information for a plurality of wireless devices comprising the wireless device, wherein the DCI comprises a plurality of blocks; and a location parameter for the wireless device; receiving, based on the PS-RNTI, a first DCI with the first DCI format and comprising a first plurality of blocks, wherein: the location parameter indicates a first location of a first block, of the first plurality of blocks, for the wireless device; and the first block comprises a wake-up indication; and the location parameter indicates a first location of a first block, of the first plurality of blocks, for the wireless device; and the first block comprises a wake-up indication; and transitioning to a wake-up state in response to the wake-up indication indicating transitioning to the wake-up state, the wake-up state comprising monitoring downlink control channels in a discontinuous reception active time of a discontinuous reception cycle.
A solar module , comprising: one or more solar panels , each solar panel including contacts; and a flexible trace including: an insulation material that forms multiple tabs , with said multiple tabs extending from an elongated, flexible portion of the flexible trace; and conductive wires enclosed in the insulation material and configured to electrically connect the one or more solar panels to a device external to the solar module via termination contacts , wherein the insulation material includes openings with electrically conductive adhesive that provide electrical conductivity between the contacts of the one or more solar panels and the conductive wires, the multiple tabs of the insulation material being positioned along the elongated portion to overlap the contacts of the one or more solar panels and the openings in the insulation material being located in the multiple tabs. one or more solar panels , each solar panel including contacts; and a flexible trace including: an insulation material that forms multiple tabs , with said multiple tabs extending from an elongated, flexible portion of the flexible trace; and conductive wires enclosed in the insulation material and configured to electrically connect the one or more solar panels to a device external to the solar module via termination contacts , wherein the insulation material includes openings with electrically conductive adhesive that provide electrical conductivity between the contacts of the one or more solar panels and the conductive wires, the multiple tabs of the insulation material being positioned along the elongated portion to overlap the contacts of the one or more solar panels and the openings in the insulation material being located in the multiple tabs. an insulation material that forms multiple tabs , with said multiple tabs extending from an elongated, flexible portion of the flexible trace; and conductive wires enclosed in the insulation material and configured to electrically connect the one or more solar panels to a device external to the solar module via termination contacts , wherein the insulation material includes openings with electrically conductive adhesive that provide electrical conductivity between the contacts of the one or more solar panels and the conductive wires, the multiple tabs of the insulation material being positioned along the elongated portion to overlap the contacts of the one or more solar panels and the openings in the insulation material being located in the multiple tabs.
An unmanned aerial vehicle comprising a main body , a plurality of supports , each support extending from the main body and supporting a rotor , a cloth-like part provided between each pair of the supports and held in a standby state in which the cloth-like part is folded at a position close to the main body ; at least one deployment mechanism that is provided in the support and configured to move a portion of the cloth-like part in a direction away from the main body so that the cloth-like part is switched from the standby state to a deployed state in which the cloth-like part is spread between the supports in plan view, and a controller that controls the deployment mechanism to switch the cloth-like part between the standby state and the deployed state, characterized in that , the at least one deployment mechanism includes a plurality of deployment mechanisms, and the number of the deployment mechanisms corresponds to the number of the cloth-like parts , and the controller selectively deploys the cloth-like parts . a main body , a plurality of supports , each support extending from the main body and supporting a rotor , a cloth-like part provided between each pair of the supports and held in a standby state in which the cloth-like part is folded at a position close to the main body ; at least one deployment mechanism that is provided in the support and configured to move a portion of the cloth-like part in a direction away from the main body so that the cloth-like part is switched from the standby state to a deployed state in which the cloth-like part is spread between the supports in plan view, and a controller that controls the deployment mechanism to switch the cloth-like part between the standby state and the deployed state, characterized in that , the at least one deployment mechanism includes a plurality of deployment mechanisms, and the number of the deployment mechanisms corresponds to the number of the cloth-like parts , and the controller selectively deploys the cloth-like parts .
A process for transitioning from a first continuous polymerization reaction in a gas phase reactor conducted in the presence of a first catalyst to a second polymerization reaction conducted in the presence of a second catalyst in the gas phase reactor wherein the first and second catalysts are incompatible, the process comprising: (a) discontinuing the introduction of the first catalyst from a first catalyst feeding system into a reactor; (b) introducing a catalyst killer to at least partially deactivate the first catalyst in the reactor (c) introducing into the reactor a second catalyst from a second catalyst feeding system separate from the first catalyst feeding system. (a) discontinuing the introduction of the first catalyst from a first catalyst feeding system into a reactor; (b) introducing a catalyst killer to at least partially deactivate the first catalyst in the reactor (c) introducing into the reactor a second catalyst from a second catalyst feeding system separate from the first catalyst feeding system.
A commutator motor having at least four magnet elements (11 to 14) which are arranged on a reference-circle diameter around an axis of rotation of an armature shaft with polarity that alternates in the circumferential direction, and having an armature with armature slots (N1 to N18) and armature teeth (Z1 to Z18), wherein winding wires having a multiplicity of windings in each case for constructing coils (C1 to C9) are arranged in the armature slots (N1 to N18), wherein a start and an end of a winding wire is electrically conductively connected to a commutator hook (H1 to H18) in each case, wherein a winding wire has two winding-wire sections , which are arranged in the region of different magnet elements (11 to 14) in such a manner that a first winding-wire section with a first number of windings in a first winding direction is assigned to a first magnet element (11 to 14) and interacts with the first magnet element (11 to 14) and is located in two armature slots (N1 to N18), and that a second winding-wire section with a second number of windings in a second winding direction, opposite to the first winding direction, is assigned to a second magnet element (11 to 14) and interacts with the second magnet element (11 to 14) and is located in two armature slots (N1 to N18), and wherein the first and the second magnet elements (11 to 14) are adjacent magnet elements (11 to 14) and have different polarities, characterised in that the windings of the two winding-wire sections intersect in such a manner that the windings of the one winding-wire section are located in an armature slot (N1 to N18), which is located between the armature slots (N1 to N18) of the windings of the other winding-wire section .