mhurhangee/patent-ind-claim-en huggingface dataset:
Device for vibratory grinding of a vehicle wheel, comprising a working container for receiving the vehicle wheel and grinding elements, comprising a support for the vehicle wheel that is arranged in the working container , comprising a shaft for penetrating a centre hole of a wheel hub of the vehicle wheel , which shaft is arranged in the working container , comprising a clamping element by means of which the vehicle wheel can be clamped against the support , characterised in that the device comprises a form-fitting coupling which releasably connects the clamping element to the shaft in a form-fitting and threadless manner, and/or comprises a form-fitting coupling which releasably connects the shaft to the working container or the support in a form-fitting and threadless manner.
A method of molding discrete features of thermoplastic resin extending from a common, flexible base sheet , the method comprising introducing molten resin to a molding nip between two counter-rotating rolls consisting of a mold roll and a pressure roll , each of the mold roll and pressure roll defining and rotatable about a respective rotation axis, the mold roll and pressure roll arranged such that their rotation axes are parallel and together define a common plane (g) containing each of the rotation axes; filling, with the introduced resin under pressure applied at the molding nip , molding cavities extending into the mold roll as the mold roll rotates; solidifying resin in the filled molding cavities , and then stripping the solidified resin from the molding cavities as the mold roll continues to rotate; wherein the solidified resin is stripped from the molding cavities after the filled molding cavities (1 11a) have passed a rotating reaction roll forming a pressure nip with the mold roll , the reaction roll spaced from the pressure roll by a distance less than an outer diameter of the mold roll and rotatable about an axis spaced from the common plane (g); and wherein a frame supports the mold roll and applies a load to urge the mold roll toward both the pressure roll and the reaction roll to maintain pressure in the molding and pressure nips while the resin solidifies through more than 180 degrees of mold roll rotation before being stripped. introducing molten resin to a molding nip between two counter-rotating rolls consisting of a mold roll and a pressure roll , each of the mold roll and pressure roll defining and rotatable about a respective rotation axis, the mold roll and pressure roll arranged such that their rotation axes are parallel and together define a common plane (g) containing each of the rotation axes; filling, with the introduced resin under pressure applied at the molding nip , molding cavities extending into the mold roll as the mold roll rotates; solidifying resin in the filled molding cavities , and then stripping the solidified resin from the molding cavities as the mold roll continues to rotate; wherein the solidified resin is stripped from the molding cavities after the filled molding cavities (1 11a) have passed a rotating reaction roll forming a pressure nip with the mold roll , the reaction roll spaced from the pressure roll by a distance less than an outer diameter of the mold roll and rotatable about an axis spaced from the common plane (g); and wherein a frame supports the mold roll and applies a load to urge the mold roll toward both the pressure roll and the reaction roll to maintain pressure in the molding and pressure nips while the resin solidifies through more than 180 degrees of mold roll rotation before being stripped.
A conjugate of the formula B-L-P or a pharmaceutically acceptable salt thereof, wherein B is a radical of a folate receptor binding ligand, L is a divalent linker comprising a lysine, wherein the divalent linker L does not include a diradical of the formula *NH-(CH 2 ) 2 -NH*, and P is a radical represented by the following formula:
An adhesive composition comprising: a) 5 - 50 wt.-% of at least one first styrene-isoprene-styrene block copolymer having a diblock content of not less than 45 %, b) 1 - 35 wt.-% of at least one second styrene-isoprene-styrene block copolymer different from the at least one first styrene-isoprene-styrene block copolymer and having a styrene content of not more than 30 wt.-%, c) 10 - 50 wt.-% of at least one first tackifying resin having a softening point measured by a ring and ball method according to DIN EN 1238 of equal to or higher than 100 °C, d) 1 - 30 wt.-% of at least one second tackifying resin different from the at least one first tackifying resin and having a softening point measured by a ring and ball method according to DIN EN 1238 of equal to or higher than 120 °C, all proportions being based on the total weight of the adhesive composition. a) 5 - 50 wt.-% of at least one first styrene-isoprene-styrene block copolymer having a diblock content of not less than 45 %, b) 1 - 35 wt.-% of at least one second styrene-isoprene-styrene block copolymer different from the at least one first styrene-isoprene-styrene block copolymer and having a styrene content of not more than 30 wt.-%, c) 10 - 50 wt.-% of at least one first tackifying resin having a softening point measured by a ring and ball method according to DIN EN 1238 of equal to or higher than 100 °C, d) 1 - 30 wt.-% of at least one second tackifying resin different from the at least one first tackifying resin and having a softening point measured by a ring and ball method according to DIN EN 1238 of equal to or higher than 120 °C, all proportions being based on the total weight of the adhesive composition.
Bioreactor comprising: - a vessel body , the internal walls of which define between them an internal volume for receiving the biomass, - a cooling and/or heating conduit (3, 3', 3"), the external wall of which is intended to be in direct contact with the biomass, disposed in said internal volume, and extending at least over part of the length in the form of a helicoid, - fixing means supporting said cooling and/or heating conduit (3, 3', 3") and fixing it to the vessel body , in a plurality of reception positions along the helicoid, characterised in that said fixing means comprise: - couplings , tubular or semi-tubular, enveloping said conduit (3, 3', 3") from the outside, locally, at said various reception positions along the helicoid, - one or more supports , secured to the internal wall of the vessel body , projecting towards the centre of the vessel body, said support or supports having a plurality of bores with a form complementary to the external dimensions of the couplings , provided at said various reception positions along the helicoid, said bores receiving said couplings , and wherein said cooling and/or heating conduit (3, 3', 3") is secured at each of said reception positions by means of: - a first weld (S1) connecting the corresponding coupling and the corresponding support , said first weld (S1) extending along the edges of the corresponding bore , on both sides of said corresponding support , and - a second weld (S2) connecting the corresponding coupling and the cooling and/or heating conduit (3, 3', 3"), said second weld (S2) extending along the edges of said coupling , and wherein said first weld (S1) and said second weld (S2) are welds by the addition of metal. - a vessel body , the internal walls of which define between them an internal volume for receiving the biomass, - a cooling and/or heating conduit (3, 3', 3"), the external wall of which is intended to be in direct contact with the biomass, disposed in said internal volume, and extending at least over part of the length in the form of a helicoid, - fixing means supporting said cooling and/or heating conduit (3, 3', 3") and fixing it to the vessel body , in a plurality of reception positions along the helicoid, characterised in that said fixing means comprise: - couplings , tubular or semi-tubular, enveloping said conduit (3, 3', 3") from the outside, locally, at said various reception positions along the helicoid, - one or more supports , secured to the internal wall of the vessel body , projecting towards the centre of the vessel body, said support or supports having a plurality of bores with a form complementary to the external dimensions of the couplings , provided at said various reception positions along the helicoid, said bores receiving said couplings , - a first weld (S1) connecting the corresponding coupling and the corresponding support , said first weld (S1) extending along the edges of the corresponding bore , on both sides of said corresponding support , and - a second weld (S2) connecting the corresponding coupling and the cooling and/or heating conduit (3, 3', 3"), said second weld (S2) extending along the edges of said coupling ,
A method of handing over a User Equipment, UE, from a first type of Radio Access Technology, RAT, to a second type of RAT, wherein said UE is attached to a core network via a Radio Access Network, RAN, utilizing said first type of RAT, characterized in that said method comprises the steps of: - subscribing , by a Mobility Management node, to a network function for receiving notifications whenever a particular service is to be invoked for a UE; - receiving , by said Mobility Management node in said core network from said network function in said core network, an indication that said particular service is to be invoked for said UE; - determining , by said Mobility Management node, that said UE is to be handed over from said first type of RAT to said second type of RAT for supporting said particular service; - requesting , by said Mobility Management node, said RAN to hand over said UE from said first RAT to said second RAT. - subscribing , by a Mobility Management node, to a network function for receiving notifications whenever a particular service is to be invoked for a UE; - receiving , by said Mobility Management node in said core network from said network function in said core network, an indication that said particular service is to be invoked for said UE; - determining , by said Mobility Management node, that said UE is to be handed over from said first type of RAT to said second type of RAT for supporting said particular service; - requesting , by said Mobility Management node, said RAN to hand over said UE from said first RAT to said second RAT.
Method for controlling the transport of transport bags filled with banknotes, in which data containing information relating to a plurality of orders to transport transport bags from apparatuses for handling banknotes to a cash centre are stored in a database of a central control unit , one of these orders is selected, at least one transport case for accommodating at least one transport bag is removed from a rack of a value transport vehicle , data containing information relating to the transport case which has been removed are transmitted to the central control unit via a first data transmission connection formed between the rack or the value transport vehicle and the central control unit , the central control unit assigns the selected order to the transport case and stores corresponding data, at least one transport bag is removed from the apparatus for handling banknotes, from which at least one transport bag is intended to be removed according to the selected order, and is inserted into the transport case , the apparatus for handling banknotes transmits data containing information relating to the inserted transport bag to the central control unit via a second data transmission connection, and in which the central control unit assigns the inserted transport bag to the transport case and/or to the order and stores corresponding data, in which the transport case is closed after the transport bag has been inserted, in which the transport case is inserted into the rack of the value transport vehicle , and in which data containing information relating to the presence of the transport case in the rack are transmitted to the central control unit via the first data transmission connection, in which the transport case is removed from the rack in a cash centre , the transport case is opened, information applied to the transport bag accommodated in the transport case is captured, data containing this information are transmitted to the central control unit , the central control unit compares these data with the data transmitted to it by the apparatus for handling banknotes, and in which the central control unit detects the presence of a manipulation attempt on the basis of this comparison, in which the data transmitted by the apparatus for handling banknotes to the central control unit comprise an identification number of the transport bag which has been removed, in which the information captured in the cash centre comprises an identification number of the transport bag , and in which the central control unit detects the presence of a manipulation attempt if the two identification numbers are different.
A thermoplastic elastomer composition comprising a blend of (A) thermoplastic materials comprising (A1) a polyamide block copolymer and (A2) one or more thermoplastic organic polymers excluding (A1), with (B) a silicone composition comprising (B1) a silicone base comprising (B1a) a diorganopolysiloxane polymer having a viscosity of at least 1000000mPa.s at 25°C, as measured according to the method indicated in the description, and an average of at least 2 alkenyl groups per molecule, (B1b) a reinforcing filler in an amount of from 1 to 50% by weight of polymer (B1a), and (B2) an organohydrido silicone compound which contains an average of at least 2 silicon-bonded hydrogen groups per molecule, (C) a hydrosilylation catalyst, which composition may additionally optionally comprise (D) one or more additives; wherein the weight ratio (A) : (B) is in the range 50:50 to 95:5, and wherein component B2 and C being present in an amount sufficient to cure said silicone composition B. (A) thermoplastic materials comprising (A1) a polyamide block copolymer and (A2) one or more thermoplastic organic polymers excluding (A1), with (A1) a polyamide block copolymer and (A2) one or more thermoplastic organic polymers excluding (A1), with (B) a silicone composition comprising (B1) a silicone base comprising (B1a) a diorganopolysiloxane polymer having a viscosity of at least 1000000mPa.s at 25°C, as measured according to the method indicated in the description, and an average of at least 2 alkenyl groups per molecule, (B1b) a reinforcing filler in an amount of from 1 to 50% by weight of polymer (B1a), and (B2) an organohydrido silicone compound which contains an average of at least 2 silicon-bonded hydrogen groups per molecule, (B1) a silicone base comprising (B1a) a diorganopolysiloxane polymer having a viscosity of at least 1000000mPa.s at 25°C, as measured according to the method indicated in the description, and an average of at least 2 alkenyl groups per molecule, (B1b) a reinforcing filler in an amount of from 1 to 50% by weight of polymer (B1a), and (B1a) a diorganopolysiloxane polymer having a viscosity of at least 1000000mPa.s at 25°C, as measured according to the method indicated in the description, and an average of at least 2 alkenyl groups per molecule, (B1b) a reinforcing filler in an amount of from 1 to 50% by weight of polymer (B1a), and (B2) an organohydrido silicone compound which contains an average of at least 2 silicon-bonded hydrogen groups per molecule, (C) a hydrosilylation catalyst, which composition may additionally optionally comprise (D) one or more additives; wherein the weight ratio (A) : (B) is in the range 50:50 to 95:5, and wherein component B2 and C being present in an amount sufficient to cure said silicone composition B. which composition may additionally optionally comprise (D) one or more additives; wherein the weight ratio (A) : (B) is in the range 50:50 to 95:5, and wherein component B2 and C being present in an amount sufficient to cure said silicone composition B.
A method of silylating a terminal olefinic C-H bond, the method comprising contacting at least one organic substrate comprising a terminal olefinic C-H bond with a mixture comprising: (a) an organosilane, organodisilane, or mixture thereof; and (b) a potassium alkoxide, potassium hydroxide, potassium anionic amide, or a mixture thereof; (c) an ether solvent, and in the absence of added transition metal ions or transition metal catalysts, such that the contacting results in the formation either or both of a terminally silylated olefinic product or a terminally hydrosilylated product. (a) an organosilane, organodisilane, or mixture thereof; and (b) a potassium alkoxide, potassium hydroxide, potassium anionic amide, or a mixture thereof; (c) an ether solvent, and in the absence of added transition metal ions or transition metal catalysts, such that the contacting results in the formation either or both of a terminally silylated olefinic product or a terminally hydrosilylated product.
A method for managing system information, the method comprising: receiving a first message comprising a first set of parameters associated with system information, the first set of parameters having a first validity; deriving a stored set of parameters based, at least in part, on the first set of parameters and its associated validity; receiving a second message comprising a second set of parameters associated with system information, the second set of parameters having a second validity; and upon the second validity superseding the first validity, modifying the stored set of parameters, the method characterised in that the first message comprises dedicated system information and the second message comprises common system information, or the first message comprises common system information and the second message comprises dedicated system information. receiving a first message comprising a first set of parameters associated with system information, the first set of parameters having a first validity; deriving a stored set of parameters based, at least in part, on the first set of parameters and its associated validity; receiving a second message comprising a second set of parameters associated with system information, the second set of parameters having a second validity; and upon the second validity superseding the first validity, modifying the stored set of parameters, the method characterised in that the first message comprises dedicated system information and the second message comprises common system information, or the first message comprises common system information and the second message comprises dedicated system information.
A method of installing a lid onto a spray gun cup receptacle comprising inserting a liner comprising an open end into an open end of a spray gun cup receptacle such that the open end of the liner rests within the open end of the spray gun cup receptacle , the liner comprising a release tab , the spray gun cup receptacle comprising a receptacle connection structure ; positioning a lid over the open end of the spray gun cup receptacle such that a lid connection structure on the lid is aligned with the receptacle connection structure , the lid connection structure comprising at least two flange tabs separated by a flange opening , each flange tab comprising a lid engagement member ; pushing the lid along a central axis into the open end of the liner to stretch the open end of the liner radially-outwardly around a liner sealing member on the lid ; and after pushing the lid into the liner , engaging the lid connection structure with the receptacle connection structure to lock the lid and liner in place against the spray gun cup receptacle , wherein the release tab fits within the flange opening when the liner is assembled with the lid . inserting a liner comprising an open end into an open end of a spray gun cup receptacle such that the open end of the liner rests within the open end of the spray gun cup receptacle , the liner comprising a release tab , the spray gun cup receptacle comprising a receptacle connection structure ; positioning a lid over the open end of the spray gun cup receptacle such that a lid connection structure on the lid is aligned with the receptacle connection structure , the lid connection structure comprising at least two flange tabs separated by a flange opening , each flange tab comprising a lid engagement member ; pushing the lid along a central axis into the open end of the liner to stretch the open end of the liner radially-outwardly around a liner sealing member on the lid ; and after pushing the lid into the liner , engaging the lid connection structure with the receptacle connection structure to lock the lid and liner in place against the spray gun cup receptacle , wherein the release tab fits within the flange opening when the liner is assembled with the lid .
A treating chemistry dispenser for a laundry treating appliance , the treating chemistry dispenser comprising: a receptacle at least partially defined by a set of walls and a moveable barrier rotatably mounted between a closed position wherein the receptacle and moveable barrier are configured for selectively holding a liquid treating chemistry or a powder treating chemistry and an opened position where the moveable barrier is rotated and configured to allow dispensing of the liquid treating chemistry or the powder treating chemistry; and a water diverter configured to selectively divert a flow of water to the receptacle ; wherein the moveable barrier is configured to rotate to the opened position once resulting mixture of the treating chemistry and water added from the water diverter into the receptacle has reached a predetermined height, wherein the moveable barrier includes a wall that is mounted at a pivot point to at least one other portion of the receptacle , characterized in that the pivot point is positioned at one-third the height of a maximum treating chemistry level as defined by the moveable barrier . a receptacle at least partially defined by a set of walls and a moveable barrier rotatably mounted between a closed position wherein the receptacle and moveable barrier are configured for selectively holding a liquid treating chemistry or a powder treating chemistry and an opened position where the moveable barrier is rotated and configured to allow dispensing of the liquid treating chemistry or the powder treating chemistry; and a water diverter configured to selectively divert a flow of water to the receptacle ; wherein the moveable barrier is configured to rotate to the opened position once resulting mixture of the treating chemistry and water added from the water diverter into the receptacle has reached a predetermined height, wherein the moveable barrier includes a wall that is mounted at a pivot point to at least one other portion of the receptacle , characterized in that the pivot point is positioned at one-third the height of a maximum treating chemistry level as defined by the moveable barrier .
Aircraft gas turbine having a fan rotatable about an engine axis in the inflow region of the aircraft gas turbine, with the fan having several fan blades , with each fan blade being moveably mounted on a hub rotatable about the engine axis by means of its blade root on an area which is at the front in the flow direction, and with each fan blade being moveably mounted on an area at the rear in the flow direction, on an adjusting disk axially displaceable relative to the engine axis and non-rotatably mounted on the hub, with the pitch angle of the fan blades being variable by the axial movement of the adjusting disk , with the blade root having in the flow direction a first front bearing element arranged in a first guideway and a second rear bearing element arranged in a second guideway , characterized in that the bearing elements are designed substantially in the form of undercut spherical heads that can be displaced and/ or moved in the guideways designed in the form of undercut grooves.