mhurhangee/patent-ind-claim-en huggingface dataset:
An acrylic polymer comprising an acetone-soluble portion (A) and an acetone-insoluble portion (B), wherein the content of the acetone-insoluble portion (B) in the acrylic polymer determined as described in the description is 8 mass% to 26 mass%, and wherein the content of methyl methacrylate units in the acetone-soluble portion (A) determined as described in the description is 60 mass% to 85 mass%, and wherein the content of alkyl (meth)acrylate units having an alkyl group having 2 to 8 carbon atoms in the acetone-insoluble portion (B) determined as described in the description is 15 mass% to 90 mass%, including dimethacrylate units having an alkyl group having 6 or less carbon atoms. wherein the content of the acetone-insoluble portion (B) in the acrylic polymer determined as described in the description is 8 mass% to 26 mass%, and wherein the content of methyl methacrylate units in the acetone-soluble portion (A) determined as described in the description is 60 mass% to 85 mass%, and wherein the content of alkyl (meth)acrylate units having an alkyl group having 2 to 8 carbon atoms in the acetone-insoluble portion (B) determined as described in the description is 15 mass% to 90 mass%, including dimethacrylate units having an alkyl group having 6 or less carbon atoms.
Barrel for a watch movement comprising a spring core with a spring core pin and an eccentrically mounted Maltese cross wheel co-operating with the spring core pin , whereby the axis of rotation of the Maltese cross wheel is aligned parallel to the longitudinal axis of the spring core , and whereby the Maltese cross wheel is able to be indexed by one position by means of the spring core pin for each rotation of the spring core , characterized in that the Maltese cross wheel comprises a toothing by means of which the number of revolutions of the spring core in the running-down direction of the barrel is able to be limited, and which permits any number of revolutions of the spring core in the winding direction of the barrel .
A virus like particle comprising a viral structural protein which comprises modified envelope protein E3, wherein the virus structural protein is derived from alphavirus and wherein one or more amino acid residues are replaced, added and/or deleted in amino acid sequence at the furin site in the envelope protein E3, and at least one antigen is inserted into the envelope protein E3 between residues corresponding to 321 and 326 of SEQ ID NO: 1, residues 321 and 326 of SEQ ID NO: 2 or residues 330 and 335 of SEQ ID NO: 3.
Base station apparatus , comprising base station means adapted to provide a base station functionality of a visited mobile network; selecting means adapted to select or exclude a user equipment, which is operably connected to the base station means, to report a result of a predefined measurement to the base station apparatus, wherein the selecting means is adapted to select the user equipment only if roaming information of the user equipment received in an initial context setup request message from a mobility management entity by which mobility of the user equipment is controlled indicates that a user of the user equipment is subscribed to the visited mobile network, and wherein the selecting means is adapted to exclude the user equipment if the roaming information indicates that the user of the user equipment is subscribed to a home mobile network different from the visited mobile network for which the predefined measurement is not allowed. base station means adapted to provide a base station functionality of a visited mobile network; selecting means adapted to select or exclude a user equipment, which is operably connected to the base station means, to report a result of a predefined measurement to the base station apparatus, wherein the selecting means is adapted to select the user equipment only if roaming information of the user equipment received in an initial context setup request message from a mobility management entity by which mobility of the user equipment is controlled indicates that a user of the user equipment is subscribed to the visited mobile network, and wherein the selecting means is adapted to exclude the user equipment if the roaming information indicates that the user of the user equipment is subscribed to a home mobile network different from the visited mobile network for which the predefined measurement is not allowed.
A method for preparing a liposome composition, comprising steps of: providing precursor liposomes encapsulating platinum-based precursors; and incubating the precursor liposomes in a salt solution to convert the platinum-based precursors to platinum-based drugs to form the liposome composition, wherein the precursor liposomes are prepared by hydrating the platinum-based drugs to form the platinum-based precursors; mixing a lipid-based formulation to form a lipid bilayer vehicle; and adding the platinum-based precursors to the lipid bilayer vehicle to form the precursor liposomes, wherein the platinum-based drugs comprise at least one platinum-halide bond; and the lipid-based formulation comprises DSPC, cholesterol, and a member selected from a group consisting of DSPE-PEG-2000, DSPE-PEG-3000, DSPE-PEG-4000, DSPE-PEG-5000, and DSPE-PEG-10000. providing precursor liposomes encapsulating platinum-based precursors; and incubating the precursor liposomes in a salt solution to convert the platinum-based precursors to platinum-based drugs to form the liposome composition, wherein the precursor liposomes are prepared by hydrating the platinum-based drugs to form the platinum-based precursors; mixing a lipid-based formulation to form a lipid bilayer vehicle; and adding the platinum-based precursors to the lipid bilayer vehicle to form the precursor liposomes, wherein the platinum-based drugs comprise at least one platinum-halide bond; and the lipid-based formulation comprises DSPC, cholesterol, and a member selected from a group consisting of DSPE-PEG-2000, DSPE-PEG-3000, DSPE-PEG-4000, DSPE-PEG-5000, and DSPE-PEG-10000.
Bearing component having a surface region to which are applied, one on top of another, a base layer of a first surface coating composition which is based on polyurethane and to which zinc has been added, an intermediate layer , different from the base layer , of a second surface coating which is based on polyurethane and to which fibres have been added, and a covering layer , different from the intermediate layer , of a third surface coating which is based on polyurethane.
A pectus bar stabilizer insertion tool comprising: a first handle including a first distal portion ; a second handle including a second distal portion , the second handle pivotably coupled to the first handle, the first and second handles moveable between an open position and a closed position; a first head coupled to the first distal portion and engageable with a first portion of a stabilizer , the first head including: a driver engageable with a lock of the stabilizer; a second head coupled to the second distal portion and engageable with a second portion of the stabilizer; and a locking shaft extending from the first head, the locking shaft coupled to the driver and operable to lock and unlock the stabilizer to a pectus bar. a first handle including a first distal portion ; a second handle including a second distal portion , the second handle pivotably coupled to the first handle, the first and second handles moveable between an open position and a closed position; a first head coupled to the first distal portion and engageable with a first portion of a stabilizer , the first head including: a driver engageable with a lock of the stabilizer; a second head coupled to the second distal portion and engageable with a second portion of the stabilizer; and a locking shaft extending from the first head, the locking shaft coupled to the driver and operable to lock and unlock the stabilizer to a pectus bar.
A steel material which has a chemical composition consisting of, in mass percent, C: 0.05 - 0.35%, Si: at most 0.5%, Mn: 0.5 - 2.5%, P: at most 0.03%, S: at most 0.01%, sol. Al: at most 0.1%, N: at most 0.01%, B: 0 - 0.005%, Ti: 0 - 0.1%, Cr: 0 - 0.5%, Nb: 0 - 0.1%, Ni: 0 - 1.0%, Mo: 0 - 0.5%, and a remainder of Fe and impurities and which has a steel structure containing carbides, with the spheroidization ratio of the carbides being 0.60 - 0.90, wherein the number density of the carbides is at least 0.50 carbides per μm 2 , and wherein the proportion of the number of coarse carbides having a particle diameter of at least 0.5 μm in the carbides is at most 0.15.
Method carried out by one or more apparatus, the method comprising: - receiving at least a first radio jamming signal detection information from a first radio communication device of a first utility vehicle (101-105), wherein the first radio jamming signal detection information represents at least a first radio signal parameter and/or at least a first change of a radio signal parameter as well as a first detection position (118-122), wherein the first radio signal parameter and/or the first change of the radio signal parameter is characteristic of a radio jamming signal, and wherein the first radio signal parameter and/or the first change of the radio signal parameter was detected at the first detection position (118-122), - determining a radio communication jamming area based at least in part on the first radio jamming signal detection information, - receiving and/or holding available a plurality of utility vehicle position information, wherein each of the plurality of utility vehicle position information represents a past position or a current position (118-122) of a respective utility vehicle of a plurality of utility vehicles (101-105), characterized in that the method further comprises the following step: - requesting a second radio jamming signal detection information from a second radio communication device of a second utility vehicle, wherein a utility vehicle position information of the plurality of commercial vehicle position information represents a current position of the second utility vehicle which is within a predetermined distance from the first detection position. - receiving at least a first radio jamming signal detection information from a first radio communication device of a first utility vehicle (101-105), wherein the first radio jamming signal detection information represents at least a first radio signal parameter and/or at least a first change of a radio signal parameter as well as a first detection position (118-122), wherein the first radio signal parameter and/or the first change of the radio signal parameter is characteristic of a radio jamming signal, and wherein the first radio signal parameter and/or the first change of the radio signal parameter was detected at the first detection position (118-122), - determining a radio communication jamming area based at least in part on the first radio jamming signal detection information, - receiving and/or holding available a plurality of utility vehicle position information, wherein each of the plurality of utility vehicle position information represents a past position or a current position (118-122) of a respective utility vehicle of a plurality of utility vehicles (101-105), - requesting a second radio jamming signal detection information from a second radio communication device of a second utility vehicle, wherein a utility vehicle position information of the plurality of commercial vehicle position information represents a current position of the second utility vehicle which is within a predetermined distance from the first detection position.
A curable composition which is suitable for making a polyisocyanurate comprising material by allowing said curable composition to react at elevated temperature above 50°C and most preferably above 80 °C, said curable composition obtained by a process comprising combining and mixing: - a polyisocyanate composition comprising a compound comprising a group having the structure -CO-NH-CO- in such an amount that the ratio of the number of -CO-NH-CO- groups to the number of isocyanate groups is at most 1, preferably at most 0.01, more preferably at most 0.0015, and - a lithium halide, and - an urea compound, having an average molecular weight of 500-15000 and optionally comprising biuret groups, and - an epoxy resin, wherein the number of moles of lithium halide per isocyanate equivalent ranges of from 0.0001-0.04 and the number of urea + biuret equivalents per isocyanate equivalent ranges of from 0.0001-0.4 and the number of epoxy equivalents per isocyanate equivalent ranges of from 0.003-1. - a polyisocyanate composition comprising a compound comprising a group having the structure -CO-NH-CO- in such an amount that the ratio of the number of -CO-NH-CO- groups to the number of isocyanate groups is at most 1, preferably at most 0.01, more preferably at most 0.0015, and - a lithium halide, and - an urea compound, having an average molecular weight of 500-15000 and optionally comprising biuret groups, and - an epoxy resin,
Arrangement for a transport vehicle , in particular a railway vehicle, convertible between a passenger space configuration and a luggage space configuration, such as: - in passenger space configuration, the arrangement has at least one seat , each seat comprising a horizontal seat cushion and a backrest , which defines a first back support surface for a passenger, and a table arranged opposite each seat, this table comprising at least one tray ; - in the luggage space configuration, the arrangement has a flat storage surface , delimiting a luggage storage space, an upper face of the table top and a second face of the backrest, opposite the first face , together forming the flat storage surface ; - each backrest is movable between a first position used in the passenger space configuration, where its first face is exposed and oriented towards the table, and a second position used in the luggage space configuration, where its second face is exposed and oriented upwards; and - the table is movable between a high position used in the passenger space configuration, where the table top is above the seat of each seat, and a low position used in the luggage space configuration, where the upper face of its table top is flush with the second face of the backrest. - in passenger space configuration, the arrangement has at least one seat , each seat comprising a horizontal seat cushion and a backrest , which defines a first back support surface for a passenger, and a table arranged opposite each seat, this table comprising at least one tray ; - in the luggage space configuration, the arrangement has a flat storage surface , delimiting a luggage storage space, an upper face of the table top and a second face of the backrest, opposite the first face , together forming the flat storage surface ; - each backrest is movable between a first position used in the passenger space configuration, where its first face is exposed and oriented towards the table, and a second position used in the luggage space configuration, where its second face is exposed and oriented upwards; and - the table is movable between a high position used in the passenger space configuration, where the table top is above the seat of each seat, and a low position used in the luggage space configuration, where the upper face of its table top is flush with the second face of the backrest.
A method for post-processing an abrasive coating, the method comprising the steps of: controlling, by a computing device , after deposition of an abrasive coating on a component , an energy delivery device to deliver energy to a surface of the abrasive coating , wherein the abrasive coating comprises a metal matrix and abrasive particles at least partially encapsulated by the metal matrix ; and controlling, by the computing device , the energy delivery device to scan the energy across the surface of the abrasive coating and re-melt the metal matrix to form a series of softened or melted portions of the metal matrix . controlling, by a computing device , after deposition of an abrasive coating on a component , an energy delivery device to deliver energy to a surface of the abrasive coating , wherein the abrasive coating comprises a metal matrix and abrasive particles at least partially encapsulated by the metal matrix ; and controlling, by the computing device , the energy delivery device to scan the energy across the surface of the abrasive coating and re-melt the metal matrix to form a series of softened or melted portions of the metal matrix .
A shape memory alloy (SMA) driving device (20; 20A), comprising: a lens carrier (21; 21A); at least one upgoing driver (22; 22A), wherein the lens carrier (21; 21A) is connected to the upgoing driver and is drivable by the upgoing driver, and the upgoing driver supports the lens carrier upwardly in a thermally driven manner, and pulls the lens carrier to move upward; and at least one downgoing driver (23; 23A), wherein the lens carrier (21; 21A) is connected to the downgoing driver and is drivable by the downgoing driver, and the downgoing driver supports the lens carrier downwardly in a thermally driven manner, and pulls the lens carrier to move downward; wherein the upgoing driver and the downgoing driver comprise a plurality of SMA lines disposed on lateral sides of the lens carrier and a plurality of bending members extending outwardly from the lateral sides of the lens carrier , and each SMA line is hooked over each bending member ; characterized in that the SMA driving device (20; 20A) further comprises a plurality of spacer apparatuses , wherein the spacer apparatuses are formed by integrally extending outwardly from lateral sides of the lens carrier and protrudes outwardly relative to positions of the upgoing driver and the downgoing driver ; wherein each spacer apparatus is located between one bending member and an end of one SMA line , and each spacer apparatus limits the SMA lines of the upgoing driver and the downgoing driver from contacting a housing for receiving the SMA driving device. a lens carrier (21; 21A); at least one upgoing driver (22; 22A), wherein the lens carrier (21; 21A) is connected to the upgoing driver and is drivable by the upgoing driver, and the upgoing driver supports the lens carrier upwardly in a thermally driven manner, and pulls the lens carrier to move upward; and at least one downgoing driver (23; 23A), wherein the lens carrier (21; 21A) is connected to the downgoing driver and is drivable by the downgoing driver, and the downgoing driver supports the lens carrier downwardly in a thermally driven manner, and pulls the lens carrier to move downward; wherein the upgoing driver and the downgoing driver comprise a plurality of SMA lines disposed on lateral sides of the lens carrier and a plurality of bending members extending outwardly from the lateral sides of the lens carrier , and each SMA line is hooked over each bending member ; characterized in that the SMA driving device (20; 20A) further comprises a plurality of spacer apparatuses , wherein the spacer apparatuses are formed by integrally extending outwardly from lateral sides of the lens carrier and protrudes outwardly relative to positions of the upgoing driver and the downgoing driver ; wherein each spacer apparatus is located between one bending member and an end of one SMA line , and each spacer apparatus limits the SMA lines of the upgoing driver and the downgoing driver from contacting a housing for receiving the SMA driving device.
Mop head, comprising cleaning textiles in the form of fringes, and a supporting body , wherein the cleaning textiles are fixed on the supporting body , wherein the cleaning textiles are combined to form a preassemblable unit , wherein the preassemblable unit and the supporting body are connected to each other, wherein the preassemblable unit has a first connecting region and a second connecting region , wherein the cleaning textiles are in each case combined in the two connecting regions , wherein the two connecting regions are assigned adjacent to each other with a spacing, and wherein the cleaning textiles are arranged loosely with respect to one another without being connected within the spacing , characterized in that the supporting body is cap-shaped, in that at least some of the cleaning textiles are connected to one another by a cohesively bonded connection , and in that the cleaning textiles within the spacing are comparatively voluminous - with respect to the cohesively bonded connection .
A controlling method of a vacuum cleaner comprising: a dust sensing step for sensing dust in a cleaning object area by means of dust sensor provided in the vacuum cleaner and converting the sensed dust into a percent rate; a floor material sensing step for sensing a material of the floor in the cleaning object area by means of a floor sensing step provided in the vacuum cleaner; a standard setting step for setting a dust suction standard of the vacuum cleaner based on the sensed material of the floor; and a suction power determining step for comparing the sensed dust rate with the dust suction standard and determining the suction power of the vacuum cleaner based on the result of the comparison, wherein the dust suction standard in the standard setting step is a preset dust rate. a dust sensing step for sensing dust in a cleaning object area by means of dust sensor provided in the vacuum cleaner and converting the sensed dust into a percent rate; a floor material sensing step for sensing a material of the floor in the cleaning object area by means of a floor sensing step provided in the vacuum cleaner; a standard setting step for setting a dust suction standard of the vacuum cleaner based on the sensed material of the floor; and a suction power determining step for comparing the sensed dust rate with the dust suction standard and determining the suction power of the vacuum cleaner based on the result of the comparison, wherein the dust suction standard in the standard setting step is a preset dust rate.
Sensor for detecting particles, in particular soot particles, comprising at least two measurement electrodes arranged on a first layer composed of an electrically insulating or conducting material, and at least two supply lines to the measurement electrodes , wherein the supply lines are connected to the measurement electrodes in each case in a connection region formed by a rear section of the measurement electrodes and a front section of the supply lines , wherein the rear section and the front section overlap, characterized in that the supply lines are covered by at least one second layer composed of an electrically insulating material in such a way that the connection region is kept free of the second layer composed of an electrically insulating material.
A recoater for a three-dimensional printer for application of a material comprising: 1.1 a material reservoir with an opening for release of a material contained within the material reservoir ; 1.2 a belt conveyor system with a conveyor belt with a top surface of the conveyor belt ; 1.3 the belt conveyor system is adapted to receive the material via the opening from the material reservoir onto the top surface of the conveyor belt , such that a layer of material can be formed on the top surface of the conveyor belt ; 1.4 whereas the belt conveyor system can be moved relatively with respect to the position of the material reservoir between a first and second location, characterized in that this movement at least comprises a horizontal component. 1.1 a material reservoir with an opening for release of a material contained within the material reservoir ; 1.2 a belt conveyor system with a conveyor belt with a top surface of the conveyor belt ; 1.3 the belt conveyor system is adapted to receive the material via the opening from the material reservoir onto the top surface of the conveyor belt , such that a layer of material can be formed on the top surface of the conveyor belt ; 1.4 whereas the belt conveyor system can be moved relatively with respect to the position of the material reservoir between a first and second location, characterized in that this movement at least comprises a horizontal component.