mhurhangee/patent-ind-claim-en huggingface dataset:
An airfoil for a gas turbine engine comprising: pressure and suction walls (38, 40; 140) spaced apart from one another and joined at leading and trailing edges to provide an airfoil that extends in a radial direction, the airfoil having a cooling passage arranged between the pressure and suction walls (38, 40; 140) that extends toward a tip of the airfoil , the tip including a pocket separating the pressure and suction walls ; and scarfed cooling holes (50; 150) fluidly connecting the cooling passage to the pocket , the scarfed cooling holes (50; 150) including a portion recessed into a face of one of the pressure wall and suction wall (40; 140) and exposed to the pocket and wherein the pressure wall has a notch at the trailing edge that is in fluid communication with the pocket , characterized in that the scarfed cooling holes (50; 150) include a first set of scarfed cooling holes (50; 150) and a second set of scarfed cooling holes (56; 156) arranged in the pocket adjacent to the notch that are oriented differently than the first set of scarfed cooling holes (50; 150) and at an angle relative to the radial direction. pressure and suction walls (38, 40; 140) spaced apart from one another and joined at leading and trailing edges to provide an airfoil that extends in a radial direction, the airfoil having a cooling passage arranged between the pressure and suction walls (38, 40; 140) that extends toward a tip of the airfoil , the tip including a pocket separating the pressure and suction walls ; and scarfed cooling holes (50; 150) fluidly connecting the cooling passage to the pocket , the scarfed cooling holes (50; 150) including a portion recessed into a face of one of the pressure wall and suction wall (40; 140) and exposed to the pocket and wherein the pressure wall has a notch at the trailing edge that is in fluid communication with the pocket , characterized in that the scarfed cooling holes (50; 150) include a first set of scarfed cooling holes (50; 150) and a second set of scarfed cooling holes (56; 156) arranged in the pocket adjacent to the notch that are oriented differently than the first set of scarfed cooling holes (50; 150) and at an angle relative to the radial direction.
Apparatus for measuring at least one of the level and the velocity of a media in a channel , the apparatus including a remote measuring device which comprises: a sensing unit having at least one sensing assembly arranged to measure at least one of the level and the velocity of the media , a two-wire interface arranged to receive power from an external power source and permit data transfer between the sensing assembly and an external control unit over the two-wire interface , an energy store for storing energy transmitted to the measurement device over the two-wire interface , a controller , and characterised in that the remote measuring device further comprises: an indicator means for providing in-situ feedback to a user on the status of the measuring device , and a switching means which is operable in response to signals from the controller to selectively connect each of the sensing unit and the indicator means to the energy store . a sensing unit having at least one sensing assembly arranged to measure at least one of the level and the velocity of the media , a two-wire interface arranged to receive power from an external power source and permit data transfer between the sensing assembly and an external control unit over the two-wire interface , an energy store for storing energy transmitted to the measurement device over the two-wire interface , a controller , and characterised in that the remote measuring device further comprises: an indicator means for providing in-situ feedback to a user on the status of the measuring device , and a switching means which is operable in response to signals from the controller to selectively connect each of the sensing unit and the indicator means to the energy store . an indicator means for providing in-situ feedback to a user on the status of the measuring device , and a switching means which is operable in response to signals from the controller to selectively connect each of the sensing unit and the indicator means to the energy store .
A staple cartridge assembly for use with a surgical instrument, said staple cartridge assembly comprising: a cartridge body , comprising: a proximal end; a distal end; a deck; and staple cavities defined in said deck; staples removably positioned in said staple cavities; and a firing member comprising a guide channel aligned with said staples; characterised in that said guide channel is defined by an inclined surface of said firing member, a first lateral sidewall and a second lateral sidewall , wherein said staples are received between said first lateral sidewall and said second lateral sidewall, and wherein said guide channel is configured to receive said staples. a cartridge body , comprising: a proximal end; a distal end; a deck; and staple cavities defined in said deck; a proximal end; a distal end; a deck; and staple cavities defined in said deck; staples removably positioned in said staple cavities; and a firing member comprising a guide channel aligned with said staples; characterised in that said guide channel is defined by an inclined surface of said firing member, a first lateral sidewall and a second lateral sidewall , wherein said staples are received between said first lateral sidewall and said second lateral sidewall, and wherein said guide channel is configured to receive said staples.
A method for producing an antibody comprising the following steps: - forming an antibody-antibody light chain affinity ligand complex, wherein the antibody light chain affinity ligand is immobilized on a solid phase, by applying a solution comprising the antibody to the immobilized antibody light chain affinity ligand, - incubating the complex formed in the previous step with one or more enzymes to modify the glycosylation of the antibody, and thereby producing the antibody. - forming an antibody-antibody light chain affinity ligand complex, wherein the antibody light chain affinity ligand is immobilized on a solid phase, by applying a solution comprising the antibody to the immobilized antibody light chain affinity ligand, - incubating the complex formed in the previous step with one or more enzymes to modify the glycosylation of the antibody,
Welding device for forming a tube, for example a packaging tube, from a sheet , said device comprising at least one welding rod , means for welding and pressurizing the welded zone , and means for driving the sheet along the rod , said device further comprising means (10, 11, 12, 14; 20) intended to reduce the friction between the welding rod and the sheet , characterized in that said means intended to reduce the friction comprise at least one antifriction belt .
A transparent adhesive composition, comprising: an epoxy resin (A), an epoxy resin-curing agent (B), and a phenoxy resin (C), wherein the epoxy resin-curing agent (B) satisfies the following and : the epoxy resin-curing agent (B) is in a powdery form and has a particle diameter (d90) at 90% cumulative distribution frequency of 2.0 μm or less; and the epoxy resin-curing agent (B) has solubility in 100 g of methyl ethyl ketone at 25°C of 0.1 g or less. an epoxy resin (A), an epoxy resin-curing agent (B), and a phenoxy resin (C), the epoxy resin-curing agent (B) is in a powdery form and has a particle diameter (d90) at 90% cumulative distribution frequency of 2.0 μm or less; and the epoxy resin-curing agent (B) has solubility in 100 g of methyl ethyl ketone at 25°C of 0.1 g or less.
Method for feeding laundry items to a laundry treatment installation, in particular a mangle, wherein a respective laundry item by way of a peripheral portion that lies between two neighbouring corners of a transverse periphery is deposited on at least one loading station , is transported beyond an end of the loading station until two neighbouring corner regions of an opposite, rear trailing transverse edge of the laundry item are configured at the end of the loading station and said corner regions of the laundry item are gripped by corner locators of the respective loading station , characterized in that the transporting speed of the laundry item in the respective loading station is reduced prior to the corner regions of the laundry item being gripped as soon as at least one detection means has detected the rear trailing transverse periphery of the laundry item running past and thus the respective corner region of the laundry item can be detected by the corner locators at the slower transporting speed of said laundry item.
A multilayer film characterized by having at least a skin layer comprising a propylene ethylene copolymer characterized by the following features: - ethylene derived units content of between 1.0 wt% and 15.0% wt%; - molecular weight distribution (MWD), expressed in terms of Mw/Mn, greater than 4.0; - the content of xylene soluble fraction (XS) and the ethylene derived units content (C2) fulfill the following relation: XS < 1.0296 ⋅ e 0.435 C 2 where XS is the percentage by weight of the fraction soluble in xylene at 25°C and C2 is the percentage by weight of ethylene units in the said copolymers determined via NMR. - ethylene derived units content of between 1.0 wt% and 15.0% wt%; - molecular weight distribution (MWD), expressed in terms of Mw/Mn, greater than 4.0; - the content of xylene soluble fraction (XS) and the ethylene derived units content (C2) fulfill the following relation: XS < 1.0296 ⋅ e 0.435 C 2 where XS is the percentage by weight of the fraction soluble in xylene at 25°C and C2 is the percentage by weight of ethylene units in the said copolymers determined via NMR.
A method of increasing the physiological endurance of a mammal in the event of sustained physical activity, said method comprising a step of orally administering an effective amount of a composition (adaptogenic composition) depending on the body weight of said mammal, wherein said composition includes, a) Boswellic acids-polysaccharide (BP) composition derived from Boswellia serrata wherein the polysaccharide component is not less than 70% by weight of the said composition combined with a concentrate of the liquid endosperm of Cocos nucifera standardized to contain not less than 70% w/w of total dissolved solids; or b) Boswellic acids-polysaccharide composition derived from Boswellia serrata wherein the polysaccharide component is not less than 70% by weight of the said composition combined with an extract of Emblica officinalis fruit standardized to contain 10% w/w and above of 1-O-galloyl-β-D-glucose (β-glucogallin) and not more than 5% w/w of gallic acid, wherein the method does not comprise a method for treatment of the human or animal body by therapy. a) Boswellic acids-polysaccharide (BP) composition derived from Boswellia serrata wherein the polysaccharide component is not less than 70% by weight of the said composition combined with a concentrate of the liquid endosperm of Cocos nucifera standardized to contain not less than 70% w/w of total dissolved solids;
Expansion anchor having - an anchor bolt , - an expansion sleeve surrounding the anchor bolt , and - an expansion body located in a front region of the anchor bolt , wherein the expansion body has a converging zone for expanding the expansion sleeve , and - wherein the expansion body has at least one expansion sleeve abutment wall facing the expansion sleeve , characterized in that - the expansion body is provided with at least one abutment wall recess , wherein the at least one abutment wall recess is limited by the at least one expansion sleeve abutment wall . - an anchor bolt , - an expansion sleeve surrounding the anchor bolt , and - an expansion body located in a front region of the anchor bolt , wherein the expansion body has a converging zone for expanding the expansion sleeve , and - wherein the expansion body has at least one expansion sleeve abutment wall facing the expansion sleeve , characterized in that - the expansion body is provided with at least one abutment wall recess , wherein the at least one abutment wall recess is limited by the at least one expansion sleeve abutment wall .
A sensor system comprising: a clearance sensor configured to measure a clearance between a stationary component and a rotating component of a rotating machine and to output a clearance measurement signal; a sensor memory attached to the clearance sensor and configured to store a first sensor information that is specific to the clearance sensor ; an electronics interface comprising: an electronics interface memory configured to store a second sensor information of the clearance sensor comprising calibration data of the clearance sensor; an electronics circuitry to which the electronics interface memory is attached and which is configured to read the first and second sensor information and to match the first sensor information with its respective second sensor information; and a calibration module configured to use the matched second sensor information and to output a signal representing the clearance between the stationary component and the rotating component of the rotating machine. a clearance sensor configured to measure a clearance between a stationary component and a rotating component of a rotating machine and to output a clearance measurement signal; a sensor memory attached to the clearance sensor and configured to store a first sensor information that is specific to the clearance sensor ; an electronics interface comprising: an electronics interface memory configured to store a second sensor information of the clearance sensor comprising calibration data of the clearance sensor; an electronics circuitry to which the electronics interface memory is attached and which is configured to read the first and second sensor information and to match the first sensor information with its respective second sensor information; and a calibration module configured to use the matched second sensor information and to output a signal representing the clearance between the stationary component and the rotating component of the rotating machine. an electronics interface memory configured to store a second sensor information of the clearance sensor comprising calibration data of the clearance sensor; an electronics circuitry to which the electronics interface memory is attached and which is configured to read the first and second sensor information and to match the first sensor information with its respective second sensor information; and a calibration module configured to use the matched second sensor information and to output a signal representing the clearance between the stationary component and the rotating component of the rotating machine.
An uplink information transmission method, comprising: obtaining, by a terminal device, an uplink scheduling grant, the uplink scheduling grant instructs the terminal device to send first uplink information on a first symbol set in a first uplink subframe of a target carrier and send uplink information on at least one symbol set before the first symbol set, wherein the at least one symbol set comprises a second symbol set on which second uplink information is scheduled in a second uplink subframe of the target carrier, and the last symbol in symbols comprised in the at least one symbol set is adjacent in time to a starting symbol in the first symbol set; and detecting, by the terminal device in a second time in a second symbol, that the terminal device is not allowed to access a channel of the target carrier, wherein the second symbol is a symbol comprised in the second uplink subframe, and the second symbol precedes the second symbol set; sending, by the terminal device, the first uplink information on the first symbol set; wherein before the sending, by the terminal device, the first uplink information on the first symbol set, the method further comprises: detecting, by the terminal device in a first time in a first symbol before the starting symbol in the first symbol set, that the terminal device is allowed to access the channel of the target carrier, wherein the first symbol is adjacent in time to the starting symbol in the first symbol set, and the first symbol is located in an uplink subframe before the first uplink subframe. obtaining, by a terminal device, an uplink scheduling grant, the uplink scheduling grant instructs the terminal device to send first uplink information on a first symbol set in a first uplink subframe of a target carrier and send uplink information on at least one symbol set before the first symbol set, wherein the at least one symbol set comprises a second symbol set on which second uplink information is scheduled in a second uplink subframe of the target carrier, and the last symbol in symbols comprised in the at least one symbol set is adjacent in time to a starting symbol in the first symbol set; and detecting, by the terminal device in a second time in a second symbol, that the terminal device is not allowed to access a channel of the target carrier, wherein the second symbol is a symbol comprised in the second uplink subframe, and the second symbol precedes the second symbol set; sending, by the terminal device, the first uplink information on the first symbol set; wherein before the sending, by the terminal device, the first uplink information on the first symbol set, the method further comprises: detecting, by the terminal device in a first time in a first symbol before the starting symbol in the first symbol set, that the terminal device is allowed to access the channel of the target carrier, wherein the first symbol is adjacent in time to the starting symbol in the first symbol set, and the first symbol is located in an uplink subframe before the first uplink subframe.
A method of specifying a path for a data message flow through a network comprising a plurality of forwarding elements (120-128), the method comprising: at a host computer executing a source machine sending the data message flow : using a set of attributes associated with the data message flow to identify one path-defining rule from a plurality of path-defining rules each of which (i) is stored on the host computer and (ii) specifies a different candidate path from a plurality of candidate paths for the data message flow through the network to a destination of the data message flow, the identified path-defining rule specifying a candidate first path by reference to a plurality of forwarding-element internet protocol (IP) addresses of the plurality of forwarding elements (120-128) on the candidate first path ; with an outer tunnel header that is placed outside of layers 2, 3, and 4 headers of each data message of the flow, encapsulating each data message in the flow, each outer tunnel header storing the plurality of forwarding-element IP addresses identifying the plurality of forwarding elements (122-128) on the candidate first path specified by the identified path-defining rule ; and forwarding the encapsulated data messages along the candidate first path specified by the identified path-defining rule . using a set of attributes associated with the data message flow to identify one path-defining rule from a plurality of path-defining rules each of which (i) is stored on the host computer and (ii) specifies a different candidate path from a plurality of candidate paths for the data message flow through the network to a destination of the data message flow, the identified path-defining rule specifying a candidate first path by reference to a plurality of forwarding-element internet protocol (IP) addresses of the plurality of forwarding elements (120-128) on the candidate first path ; with an outer tunnel header that is placed outside of layers 2, 3, and 4 headers of each data message of the flow, encapsulating each data message in the flow, each outer tunnel header storing the plurality of forwarding-element IP addresses identifying the plurality of forwarding elements (122-128) on the candidate first path specified by the identified path-defining rule ; and forwarding the encapsulated data messages along the candidate first path specified by the identified path-defining rule .
Release control device for an effector , comprising a controllable locking device configured to lock or release the effector for use in a controllable manner; an electrical input interface configured for wired connection to a release server so as to receive a release code transmitted as a digital code by the release server; and a control device configured to actuate the locking device as a function of the received release code so as to release the effector for use for a preset time period, the preset time period being determined by the content of the release code , and the receipt of the release code from the release server triggering release of the effector . a controllable locking device configured to lock or release the effector for use in a controllable manner; an electrical input interface configured for wired connection to a release server so as to receive a release code transmitted as a digital code by the release server; and a control device configured to actuate the locking device as a function of the received release code so as to release the effector for use for a preset time period, the preset time period being determined by the content of the release code , and the receipt of the release code from the release server triggering release of the effector .
A method of treating fabrics comprising the steps of: (i) providing a fabric comprising an ester containing compound pre-deposited thereon; and (ii) contacting the fabric with an aqueous medium comprising an acyl transferase enzyme and a peroxide source, wherein the acyl transferase enzyme causes generation of peracid in situ in the aqueous medium. (i) providing a fabric comprising an ester containing compound pre-deposited thereon; and (ii) contacting the fabric with an aqueous medium comprising an acyl transferase enzyme and a peroxide source, wherein the acyl transferase enzyme causes generation of peracid in situ in the aqueous medium.
An implement system comprising: a row frame for coupling to a rear member ; a frame member ; an opener for opening the soil; the opener supported by or from a support extending downward from the frame member ; a first outlet for dispensing or applying a nutrient strip; and a second outlet for dispensing or planting seed, wherein the first outlet and the second outlet have a lateral separation that is fixed during the simultaneous application of seed and nutrients; characterized by a laterally movable carrier associated with the row frame , the carrier connected to the frame member , the opener , the first outlet and the second outlet to allow for dynamically variable adjustment of the lateral separation between a first row of planted seed planted by the second outlet and a second row of planted seed, where the first row of seed is adjacent to the second row of seed. a row frame for coupling to a rear member ; a frame member ; an opener for opening the soil; the opener supported by or from a support extending downward from the frame member ; a first outlet for dispensing or applying a nutrient strip; and a second outlet for dispensing or planting seed, wherein the first outlet and the second outlet have a lateral separation that is fixed during the simultaneous application of seed and nutrients; characterized by a laterally movable carrier associated with the row frame , the carrier connected to the frame member , the opener , the first outlet and the second outlet to allow for dynamically variable adjustment of the lateral separation between a first row of planted seed planted by the second outlet and a second row of planted seed, where the first row of seed is adjacent to the second row of seed.