mhurhangee/ep-ind-claims huggingface dataset:
A carton for carrying a plurality of articles, the carton comprising: a plurality of panels at least partially extending around an interior of the carton, the plurality of panels comprising at least one bottom panel (26, 34) and at least one side panel (22, 30) foldably connected to the bottom panel; and at least one retention tab (64, 68; 264a, 264b, 268a, 268b) foldably connected to the at least one bottom panel (26, 34), the at least one retention tab (64, 68; 264a, 264b, 268a, 268b) being for engaging at least a portion of an article of the plurality of articles, the at least one retention tab (64, 68; 264a, 264b, 268a, 268b) comprises a first portion (82, 282) foldably connected to the bottom panel (26, 34) at a first fold line (66, 70; 266, 270) and a second portion (80; 280) foldably connected to the first portion (82, 282) at a second fold line (74, 274), characterized in that the at least one retention tab (64, 68; 264a, 264b, 268a, 268b) comprises an intermediate portion (78, 278) between the first portion (82; 282) and the second portion (80; 280), the intermediate portion (78; 278) being at least partially defined by a third fold line (76; 276), the intermediate portion (78; 278) being arranged to provide a biasing force to the second portion (80; 280) to engage a respective article of the plurality of articles (c). a plurality of panels at least partially extending around an interior of the carton, the plurality of panels comprising at least one bottom panel (26, 34) and at least one side panel (22, 30) foldably connected to the bottom panel; and at least one retention tab (64, 68; 264a, 264b, 268a, 268b) foldably connected to the at least one bottom panel (26, 34), the at least one retention tab (64, 68; 264a, 264b, 268a, 268b) being for engaging at least a portion of an article of the plurality of articles, the at least one retention tab (64, 68; 264a, 264b, 268a, 268b) comprises a first portion (82, 282) foldably connected to the bottom panel (26, 34) at a first fold line (66, 70; 266, 270) and a second portion (80; 280) foldably connected to the first portion (82, 282) at a second fold line (74, 274), characterized in that the at least one retention tab (64, 68; 264a, 264b, 268a, 268b) comprises an intermediate portion (78, 278) between the first portion (82; 282) and the second portion (80; 280), the intermediate portion (78; 278) being at least partially defined by a third fold line (76; 276), the intermediate portion (78; 278) being arranged to provide a biasing force to the second portion (80; 280) to engage a respective article of the plurality of articles (c).
A gas turbine engine comprising: a rotatable component and a non-rotatable component; a seal carried on one of the rotatable component or the non-rotatable component to provide sealing there between, the seal including a geopolymer seal element; wherein the geopolymer is an inorganic material that has a long range, covalently bonded, amorphous network produced by condensation of tetrahedral aluminosilicate units, with alkali metal ions balancing the charge associated with tetrahedral aluminum; and characterized in that the geopolymer comprises at least one element selected from the group consisting of lithium, sodium, potassium, rubidium, cesium, and combinations thereof. a rotatable component and a non-rotatable component; a seal carried on one of the rotatable component or the non-rotatable component to provide sealing there between, the seal including a geopolymer seal element; wherein the geopolymer is an inorganic material that has a long range, covalently bonded, amorphous network produced by condensation of tetrahedral aluminosilicate units, with alkali metal ions balancing the charge associated with tetrahedral aluminum; and characterized in that the geopolymer comprises at least one element selected from the group consisting of lithium, sodium, potassium, rubidium, cesium, and combinations thereof.
Method for fast recognition of the own voice of a hearing aid wearer for a hearing aid, wherein the hearing aid receives audio signals from at least two acoustoelectric transducers (2, 2') and has an apparatus that has a first filter and a second filter for spatial separation that are connected for signaling purposes to the acoustoelectric transducers (2, 2'), wherein the method has the steps of: ascertainment of first filter parameters of the first filter, wherein the first filter parameters are designed to attenuate the own voice of the hearing aid wearer, wherein the first filter is an adaptive filter and a first training of the first filter with the own voice of a hearing device wearer is used to ascertain the first filter parameters, wherein the hearing aid is worn by the hearing device wearer in accordance with the intended use; ascertainment of second filter parameters of the second filter, wherein the second filter parameters are designed to attenuate an external audio source; operation of the apparatus, wherein the first filter operates with the first filter parameters and the second filter with the second filter parameters; recognition of the wearer's own voice on the basis of an output signal (32, 38) from the first filter and the second filter. ascertainment of first filter parameters of the first filter, wherein the first filter parameters are designed to attenuate the own voice of the hearing aid wearer, wherein the first filter is an adaptive filter and a first training of the first filter with the own voice of a hearing device wearer is used to ascertain the first filter parameters, wherein the hearing aid is worn by the hearing device wearer in accordance with the intended use; ascertainment of second filter parameters of the second filter, wherein the second filter parameters are designed to attenuate an external audio source; operation of the apparatus, wherein the first filter operates with the first filter parameters and the second filter with the second filter parameters; recognition of the wearer's own voice on the basis of an output signal (32, 38) from the first filter and the second filter.
An in vitro method for inhibiting expression of a polynucleotide sequence of hepatitis B virus in a human cell comprising administering to said cell a double-stranded RNA effector molecule, wherein the double-stranded region is 19 to 30 contiguous base pairs in length, and comprises an at least 19 contiguous base pair nucleotide sequence from within SEQ ID NO. 3; wherein U is substituted for T.
A method comprising: receiving, by a user equipment (162, 164, 166), UE, from a network node (174, 176, 178, 180, 182, 184) in a network, a UE identifier, UE ID, a UE specific tracking sequence and assigned transmission opportunities, wherein the UE ID is unique within the network, and the UE specific tracking sequence is not associated with the network node (174, 176, 178, 180, 182, 184) in the network; entering, by the UE (162, 164, 166), a standby mode instead of an idle state, when not in an active state; and transmitting, by the UE (162, 164, 166) in the standby mode to the network, the UE specific tracking sequence in accordance with the assigned transmission opportunities. receiving, by a user equipment (162, 164, 166), UE, from a network node (174, 176, 178, 180, 182, 184) in a network, a UE identifier, UE ID, a UE specific tracking sequence and assigned transmission opportunities, wherein the UE ID is unique within the network, and the UE specific tracking sequence is not associated with the network node (174, 176, 178, 180, 182, 184) in the network; entering, by the UE (162, 164, 166), a standby mode instead of an idle state, when not in an active state; and transmitting, by the UE (162, 164, 166) in the standby mode to the network, the UE specific tracking sequence in accordance with the assigned transmission opportunities.
Hub group adapted to be employed in a wheel (3, 4) of a bicycle of the type having disc brake, comprising a tubular body (11, 111, 211) extended axially along a rotation axis (X, Y) of the wheel (3, 4) between a first (12, 112, 212) and a second (13, 113, 213) end, the tubular body (11, 111, 211) being provided in proximity to a second end (13, 113, 213) thereof with a disc seat (40, 140, 240), having a form coupling profile for reception and locking in rotation of a brake disc, and with a thread (50, 150, 250), adapted to receive, via screwing, a ring nut which holds the brake disc on said disc seat (40, 140, 240), further comprising a spindle (17, 117, 217), rotatably supported inside the tubular body (11, 111, 211) by means of a first (18, 118, 218) and a second (19, 119, 219) rolling bearing, respectively placed in proximity to the first (12, 112, 212) and second (13, 113, 213) ends of the tubular body (11, 111, 211), characterised in that the second rolling bearing (19, 119, 219) has a greater axial and a lesser radial extension with respect to the first rolling bearing (18, 118, 218).
Circuit for generating a number of oscillations comprising: a first branch comprising at least an assembly of a plurality of delay lines in series, one at least of which introduces symmetrical delays on rising edges and on falling edges and one at least of which introduces different delays on rising edges and on falling edges; and a second branch, looped back on the first one and comprising at least one delay line introducing symmetrical delays on rising edges and on falling edges, the delay lines of the first branch each comprising a delaying element, comprising: a first XOR logic gate having a first input defining an input terminal of the element; a second XOR logic gate having a first input connected to the output of the first gate and having an output defining an output terminal of the element, second inputs of the two gates being interconnected to a second input terminal of the element, the state of the signal applied to the second terminal conditioning the fact that the delaying element introduces symmetrical delays on rising edges and on falling edges or introduces different delays on rising edges and on falling edges. a first branch comprising at least an assembly of a plurality of delay lines in series, one at least of which introduces symmetrical delays on rising edges and on falling edges and one at least of which introduces different delays on rising edges and on falling edges; and a second branch, looped back on the first one and comprising at least one delay line introducing symmetrical delays on rising edges and on falling edges, the delay lines of the first branch each comprising a delaying element, comprising: a first XOR logic gate having a first input defining an input terminal of the element; a second XOR logic gate having a first input connected to the output of the first gate and having an output defining an output terminal of the element, second inputs of the two gates being interconnected to a second input terminal of the element, the state of the signal applied to the second terminal conditioning the fact that the delaying element introduces symmetrical delays on rising edges and on falling edges or introduces different delays on rising edges and on falling edges. a first XOR logic gate having a first input defining an input terminal of the element; a second XOR logic gate having a first input connected to the output of the first gate and having an output defining an output terminal of the element, second inputs of the two gates being interconnected to a second input terminal of the element, the state of the signal applied to the second terminal conditioning the fact that the delaying element introduces symmetrical delays on rising edges and on falling edges or introduces different delays on rising edges and on falling edges.
A device for calculating and outputting a bolus amount (Rec) comprising a) an input unit for inputting an amount of consumed carbohydrates (X carbohydrates) by a person, b) a computing unit which is coupled to the input unit, wherein the input amount of consumed carbohydrates (X carbohydrates) is transmittable to the computing unit, the computing unit having - at least one interface, via which the current blood glucose value (X BG actual) of the person is transmittable to the computing unit, and - an output unit for outputting a bolus amount (Rec) calculated by the computing unit, characterised in that the value of a current basal rate (BR actual) of the person is transmittable to the computing unit via at least one interface of the computing unit, and in that the computing unit is designed to calculate the bolus amount (Rec) depending on the amount of consumed carbohydrates (X carbohydrates) and depending on the current basal rate (BR actual) and to output the calculated bolus amount (Rec) on the output unit. a) an input unit for inputting an amount of consumed carbohydrates (X carbohydrates) by a person, b) a computing unit which is coupled to the input unit, wherein the input amount of consumed carbohydrates (X carbohydrates) is transmittable to the computing unit, the computing unit having - at least one interface, via which the current blood glucose value (X BG actual) of the person is transmittable to the computing unit, and - an output unit for outputting a bolus amount (Rec) calculated by the computing unit, - at least one interface, via which the current blood glucose value (X BG actual) of the person is transmittable to the computing unit, and - an output unit for outputting a bolus amount (Rec) calculated by the computing unit,
A method for manufacturing clinker fillets, - with at least one extrusion press for extruding at least one extrudate (3, 3') of a plasticized mass, particularly a plasticized ceramic mass, - with at least one forming device for producing structure elements in at least one surface of the plasticized extrudate (3, 3') to be structured, - and with at least one cutting device for separating fillet sections from the extrudate (3, 3'), wherein the at least one forming device comprises a plurality of forming units, which can be moved over the surface of the extrudate (3, 3') to be structured in a direction that respectively extends obliquely to the extruding direction of the extrudate (3, 3') or obliquely to the longitudinal direction of the extrudate such that structure elements can thereby be produced in the surface to be structured, and wherein the motion of the forming units takes place in such a way that the structure elements produced in the surface of the extrudate (3, 3') are respectively arranged transverse - particularly perpendicular or essentially perpendicular - to the extruding direction of the extrudate (3, 3') or to the longitudinal direction of the extrudate (3, 3'), characterized in that the forming units and/or the at least one forming device can be respectively moved obliquely to the extruding direction or the longitudinal direction of the extrudate (3, 3') in an oscillating manner - preferably in a periodically oscillating manner. - with at least one extrusion press for extruding at least one extrudate (3, 3') of a plasticized mass, particularly a plasticized ceramic mass, - with at least one forming device for producing structure elements in at least one surface of the plasticized extrudate (3, 3') to be structured, - and with at least one cutting device for separating fillet sections from the extrudate (3, 3'),
Dispenser for dispensing sheet products stacked in a stacking direction comprising: a housing having first opposite side walls (16, 17) and second opposite side walls (13, 15) defining an interior space configured to accommodate the stack of the sheet products, the housing defining a dispensing opening at a front end of the first and second opposite side walls (13, 15, 16, 17), and an engagement surface arranged at a front end portion of each of the first opposite side walls (16, 17) closer to one of the second opposite side walls than to the other of the second opposite side walls, wherein the engagement surfaces are engageable with respective opposite edges of the sheet products and extend in the stacking direction, wherein the dispenser further comprises a dispensing mechanism, the dispensing mechanism comprising a roller having an axis of rotation and configured to engage with a leading sheet product in the stack of sheet products to dispense at least a portion of the sheet product through the dispensing opening upon rotation, characterized in that the engagement surfaces are arranged between the axis of rotation and that side wall of the second opposite side walls to which they are located closer to. a housing having first opposite side walls (16, 17) and second opposite side walls (13, 15) defining an interior space configured to accommodate the stack of the sheet products, the housing defining a dispensing opening at a front end of the first and second opposite side walls (13, 15, 16, 17), and an engagement surface arranged at a front end portion of each of the first opposite side walls (16, 17) closer to one of the second opposite side walls than to the other of the second opposite side walls, wherein the engagement surfaces are engageable with respective opposite edges of the sheet products and extend in the stacking direction, wherein the dispenser further comprises a dispensing mechanism, the dispensing mechanism comprising a roller having an axis of rotation and configured to engage with a leading sheet product in the stack of sheet products to dispense at least a portion of the sheet product through the dispensing opening upon rotation, characterized in that the engagement surfaces are arranged between the axis of rotation and that side wall of the second opposite side walls to which they are located closer to.
An apparatus for printing onto containers, comprising a transport device that transports the containers to be printed along a specified transport path, wherein the transport device includes a carrier and a plurality of holding devices provided on said carrier for holding the containers to be printed in such a way that the containers to be printed can be transported in an individualised manner, comprising a first printing unit that prints a specified image element onto the containers, comprising a second printing unit that is provided along the transport path of the containers after the first printing unit and prints a second image element onto the containers already printed with the first printing element, characterised in that the apparatus includes an inspection device provided downstream of the printing units (4, 6) in the transport direction of the containers, which inspection device inspects the print provided on the containers, as well as an association device that associates an inspection result of the inspection device with the printing units (4, 6) and which associates the inspection result with the holding device that held the inspected container during the printing operation, wherein both printing units are suitable and intended to apply different colours onto the container, wherein at least one printing unit (4, 6) is an inkjet printing unit, wherein already by the evaluation of the respective colour it can be determined which printing unit has applied this print.
An analysis apparatus analyzing specimens in a plurality of specimen containers stored in a rack, comprising: a first measurement unit measuring the specimens; a second measurement unit of the same type as said first measurement unit measuring the specimens; a transporter formed to be capable of transporting the specimens in a direction from said first measurement unit toward said second measurement unit and a direction from said second measurement unit toward said first measurement unit for transporting the specimens to said first measurement unit and said second measurement unit; and a control portion so controlling said transporter as to transport a first specimen container stored in the rack to the first measurement unit, as to transport a second specimen container stored in the rack to the second measurement unit, as to thereafter transport a third specimen container stored in the rack to the first measurement unit and as to thereafter transport a fourth specimen container stored in the rack to the second measurement unit, wherein said control portion is formed to so control said transporter as to transport said second specimen container to said second measurement unit before measurement of said first specimen by said first measurement unit is completed, as to transport said third specimen container to said first measurement unit before measurement of said second specimen by said second measurement unit is completed, and as to transport said fourth specimen container to said second measurement unit before measurement of said third specimen by said first measurement unit is completed. a first measurement unit measuring the specimens; a second measurement unit of the same type as said first measurement unit measuring the specimens; a transporter formed to be capable of transporting the specimens in a direction from said first measurement unit toward said second measurement unit and a direction from said second measurement unit toward said first measurement unit for transporting the specimens to said first measurement unit and said second measurement unit; and a control portion so controlling said transporter as to transport a first specimen container stored in the rack to the first measurement unit, as to transport a second specimen container stored in the rack to the second measurement unit, as to thereafter transport a third specimen container stored in the rack to the first measurement unit and as to thereafter transport a fourth specimen container stored in the rack to the second measurement unit, wherein said control portion is formed to so control said transporter as to transport said second specimen container to said second measurement unit before measurement of said first specimen by said first measurement unit is completed, as to transport said third specimen container to said first measurement unit before measurement of said second specimen by said second measurement unit is completed, and as to transport said fourth specimen container to said second measurement unit before measurement of said third specimen by said first measurement unit is completed.
An aqueous pharmaceutical formulation comprising: - an anti-RANKL antibody at a concentration in a range of 100 to 140 mg/mL; and - 5 mM to 180 mM L-phenylalanine or L-tryptophan; wherein the aqueous pharmaceutical formulation has a pH in a range of 5.0 to 5.4; and wherein the anti-RANKL antibody comprises a heavy chain comprising SEQ ID NO: 14 and a light chain comprising SEQ ID NO: 13. - an anti-RANKL antibody at a concentration in a range of 100 to 140 mg/mL; and - 5 mM to 180 mM L-phenylalanine or L-tryptophan; wherein the aqueous pharmaceutical formulation has a pH in a range of 5.0 to 5.4; and wherein the anti-RANKL antibody comprises a heavy chain comprising SEQ ID NO: 14 and a light chain comprising SEQ ID NO: 13.
A receiving station (112, 402, 406, 408) comprising a housing; a receiver integrated within the housing to receive from a docking station (104, 400, 500) a wireless signal that represents content provided to the docking station (104, 400, 500) from a handheld media device (102, 412, 504) and information to control operations of the receiving station (112, 402, 406, 408), a transmitter integrated within the housing to wirelessly transmit a signal to control operations of the docking station (104, 400, 500) and to wirelessly transmit the content to another remote receiving station (112, 402, 406, 408), and a speaker integrated within the housing and coupled to the receiver to produce an audible signal from the received wireless signal.