mhurhangee/ep-ind-claims huggingface dataset:
A method of impregnating surfaces of objects with granola particulates comprising (a) applying a liquid or semi-fluid binder to the objects to form pre-coated objects; (b) adding the objects and granola particulates to a rotatable drum having an inlet, a length and a diameter, wherein the ratio L/D is 3 to 5, the drum comprising at least one flight, wherein each flight has a width less than 1/6 the diameter of the drum and each flight has a width at least 1/2 the width of the objects, wherein the drum slopes downward from the inlet to the outlet from a horizontal reference at an angle less than 5 degrees; and (c) rotating the drum at a speed of about 30 rpm or less wherein each flight lifts and then drops both the objects and the particulates, wherein the impact of the falling objects and particulates drives the particulates into the objects or into the coating of the pre-coated objects. (a) applying a liquid or semi-fluid binder to the objects to form pre-coated objects; (b) adding the objects and granola particulates to a rotatable drum having an inlet, a length and a diameter, wherein the ratio L/D is 3 to 5, the drum comprising at least one flight, wherein each flight has a width less than 1/6 the diameter of the drum and each flight has a width at least 1/2 the width of the objects, wherein the drum slopes downward from the inlet to the outlet from a horizontal reference at an angle less than 5 degrees; and (c) rotating the drum at a speed of about 30 rpm or less wherein each flight lifts and then drops both the objects and the particulates, wherein the impact of the falling objects and particulates drives the particulates into the objects or into the coating of the pre-coated objects.
An isobaric tag comprising a tag reporter moiety, a neutral loss moiety and a mass balance region, wherein the neutral loss moiety is attached to the mass balance region or the tag reporter moiety.
Module of a modular multilevel converter that has at least two electronic switching elements (202, 206), an electrical energy store and an electrical braided line, characterized in that the braided line has a metallic braid and an insulating covering surrounding the braid, and wherein braid protruding from the insulating covering is provided with an encapsulation.
Method for winding up flat products, having the steps: • at a first level of a winding receptacle with respect to a flat product to be wound up, rotational receiving of the flat product to be wound up on the winding receptacle, the rotation of the winding receptacle being generated by way of the feeding in of the flat product to be wound up, • lifting of the winding receptacle from the first level to a second level with respect to the flat product to be wound up above the first level, and characterized in that, • at the second level of the winding receptacle with respect to the flat product to be wound up, rotational receiving of the flat product to be wound up on the winding receptacle, the rotation of the winding receptacle being generated by way of a first drive. • at a first level of a winding receptacle with respect to a flat product to be wound up, rotational receiving of the flat product to be wound up on the winding receptacle, the rotation of the winding receptacle being generated by way of the feeding in of the flat product to be wound up, • lifting of the winding receptacle from the first level to a second level with respect to the flat product to be wound up above the first level, and characterized in that, • at the second level of the winding receptacle with respect to the flat product to be wound up, rotational receiving of the flat product to be wound up on the winding receptacle, the rotation of the winding receptacle being generated by way of a first drive.
A computer-implemented method for managing cryptographic keys needed for peripheral devices to securely communicate with host computing devices (120, 420), the method comprising: receiving, at a centralized identity management resource, a first key that is part of a cryptographic key pair comprising the first key and a second key; sending the second key of the cryptographic key pair to a peripheral device (130, 230), wherein the second key is stored at the peripheral device for use by the peripheral device (130; 230) in encrypting data; identifying, by the centralized identity management resource from the host computing devices, a set of host computing devices (120; 420) that is permitted to engage in secure communications with the peripheral device (130; 230) utilizing the first key of the cryptographic key; and making available the first key from the centralized identity management resource to the set of host computing devices (120; 420) to enable the first host computing device (120; 420) to decrypt data encrypted by the peripheral device (130; 230) using the second key. receiving, at a centralized identity management resource, a first key that is part of a cryptographic key pair comprising the first key and a second key; sending the second key of the cryptographic key pair to a peripheral device (130, 230), wherein the second key is stored at the peripheral device for use by the peripheral device (130; 230) in encrypting data; identifying, by the centralized identity management resource from the host computing devices, a set of host computing devices (120; 420) that is permitted to engage in secure communications with the peripheral device (130; 230) utilizing the first key of the cryptographic key; and making available the first key from the centralized identity management resource to the set of host computing devices (120; 420) to enable the first host computing device (120; 420) to decrypt data encrypted by the peripheral device (130; 230) using the second key.
A pacemaker programming apparatus for programming a pacemaker in an individual comprising: first testing means for determining the optimum AV delay while the pacemaker is atrially pacing at a raised heart rate; characterised by, means for determining the sensed-paced difference of the pacemaker, being the difference in optimum AV delay between P-synchronous pacing and atrioventricular pacing, in the individual; and calculation means for calculating the preferred AV delay, by calculating the optimum AV delay as determined by the first testing means minus the sensed-paced difference. first testing means for determining the optimum AV delay while the pacemaker is atrially pacing at a raised heart rate; characterised by, means for determining the sensed-paced difference of the pacemaker, being the difference in optimum AV delay between P-synchronous pacing and atrioventricular pacing, in the individual; and calculation means for calculating the preferred AV delay, by calculating the optimum AV delay as determined by the first testing means minus the sensed-paced difference.
Fastener arrangement comprising: a fastener device, an outlet arranged at a lower end of the fastener device, and a fluid-guiding portion arranged to guide fluid having entered through the fastener device such that the fluid travels towards the lower end and is discharged via said outlet, the fastener arrangement being characterized in that the fluid-guiding portion is arranged at the inside of the fastener device and fastened to a respective one of two sections (103, 104) to be joined together when the fastener device is in a closed mode. a fastener device, an outlet arranged at a lower end of the fastener device, and a fluid-guiding portion arranged to guide fluid having entered through the fastener device such that the fluid travels towards the lower end and is discharged via said outlet, the fastener arrangement being characterized in that the fluid-guiding portion is arranged at the inside of the fastener device and fastened to a respective one of two sections (103, 104) to be joined together when the fastener device is in a closed mode.
Escalator with a step belt or moving walkway with a plate belt, wherein the step belt or plate belt comprises at least one link chain (8, 108, 208, 408), which contains engagement points (27, 127, 227, 327A, 327B, 427) arranged in succession at theoretically equal engagement spacings and at which link chain (8, 108, 208, 408) steps or plates are arranged, wherein the escalator or the moving walkway has a first deflecting region and a second deflecting region with at least one conveying chainwheel (14, 114, 214, 314A, 314B), the at least one link chain (8, 108, 208, 408) is arranged to circulate between the deflecting regions (5, 6) and the engagement points (27, 127, 227, 327A, 327B, 427) engage in tooth gaps (22, 122, 222, 422) of the conveying chainwheel (14, 114, 214, 314A, 314B) and in a given case in tooth gaps (22, 122, 222, 422) of at least one deflecting chainwheel arranged in the first deflecting region, characterised in that the at least one conveying chainwheel (14, 114, 214, 314A, 314B) and/or the at least one deflecting chainwheel has a pitch circle with a pitch which is referred to the tooth gaps (22, 122, 222, 422) and which corresponds with half an engagement spacing of the link chain (8, 108, 208, 408).
A photoelectric conversion device, comprising: an organic photoelectric conversion film; a first electrode and a second electrode provided with the organic photoelectric conversion film in between; and a charge block layer provided between the second electrode and the organic photoelectric conversion film, wherein the charge block layer includes a work function adjustment layer including a metal element on the second electrode side of the organic photoelectric conversion film, the metal element being adopted to adjust a work function, and a first diffusion suppression layer provided between the work function adjustment layer and the second electrode and suppressing diffusion of the metal element to the second electrode side, characterized in that: the first diffusion suppression layer is made of an oxygen-free organic molecule free from containing an oxygen element; and the metal element is one of lithium (Li), beryllium (Be), sodium (Na), magnesium (Mg), potassium, calcium (Ca), rubidium (Rb), strontium (Sr), cesium (Cs), and barium (Ba). an organic photoelectric conversion film; a first electrode and a second electrode provided with the organic photoelectric conversion film in between; and a charge block layer provided between the second electrode and the organic photoelectric conversion film, wherein the charge block layer includes a work function adjustment layer including a metal element on the second electrode side of the organic photoelectric conversion film, the metal element being adopted to adjust a work function, and a first diffusion suppression layer provided between the work function adjustment layer and the second electrode and suppressing diffusion of the metal element to the second electrode side, characterized in that: the first diffusion suppression layer is made of an oxygen-free organic molecule free from containing an oxygen element; and the metal element is one of lithium (Li), beryllium (Be), sodium (Na), magnesium (Mg), potassium, calcium (Ca), rubidium (Rb), strontium (Sr), cesium (Cs), and barium (Ba). the first diffusion suppression layer is made of an oxygen-free organic molecule free from containing an oxygen element; and the metal element is one of lithium (Li), beryllium (Be), sodium (Na), magnesium (Mg), potassium, calcium (Ca), rubidium (Rb), strontium (Sr), cesium (Cs), and barium (Ba).
A roofing batten system comprising: a first thermoplastic polyolefin membrane comprising a first TPO upper layer, a first TPO lower layer, and, optionally, a first TPO scrim layer disposed therebetween; and a second TPO membrane comprising a second TPO upper layer, a second TPO lower layer, and, optionally, a second TPO scrim layer disposed therebetween; wherein the first TPO lower layer is heat sealed with the second TPO upper layer at sealed areas while leaving a plurality of unsealed areas between the first TPO lower layer and the second TPO upper layer at intervals; and wherein adjacent unsealed areas (202', 202") between the first TPO lower layer and the second TPO upper layer are configured to receive a coupling device such that the coupling device contacts a first edge of the interposing sealed area and secures at a second edge of the interposing sealed area. a first thermoplastic polyolefin membrane comprising a first TPO upper layer, a first TPO lower layer, and, optionally, a first TPO scrim layer disposed therebetween; and a second TPO membrane comprising a second TPO upper layer, a second TPO lower layer, and, optionally, a second TPO scrim layer disposed therebetween; wherein the first TPO lower layer is heat sealed with the second TPO upper layer at sealed areas while leaving a plurality of unsealed areas between the first TPO lower layer and the second TPO upper layer at intervals; and wherein adjacent unsealed areas (202', 202") between the first TPO lower layer and the second TPO upper layer are configured to receive a coupling device such that the coupling device contacts a first edge of the interposing sealed area and secures at a second edge of the interposing sealed area.
A hot press-formed product, comprising a thin steel sheet formed by a hot press-forming method, and having a metallic structure that contains martensite at 80% to 97% by area and retained austenite at 3% to 20% by area, the remainder structure of which is at 5% by area or lower, said hot press-formed product having a chemical element composition consisting of: C at 0.15% to 0.35%, where "%" means "% by mass", and the same applies to the below with respect to the chemical element composition; Si at 0.5% to 3%; Mn at 0.5% to 2%; P at 0.05% or lower, not including 0%; S at 0.05% or lower, not including 0%; Al at 0.01% to 0.1%; Cr at 0.01% to 1%; B at 0.0002% to 0.01%; Ti at (N content) x 4% to 0.1 %; N at 0.001 % to 0.01 %; optionally one or more selected from the group consisting of Cu, Ni, and Mo at 1% or lower in total; and optionally V and/or Nb at 0.1% or lower in total, and the remainder consisting of iron and unavoidable impurities. C at 0.15% to 0.35%, where "%" means "% by mass", and the same applies to the below with respect to the chemical element composition; Si at 0.5% to 3%; Mn at 0.5% to 2%; P at 0.05% or lower, not including 0%; S at 0.05% or lower, not including 0%; Al at 0.01% to 0.1%; Cr at 0.01% to 1%; B at 0.0002% to 0.01%; Ti at (N content) x 4% to 0.1 %; N at 0.001 % to 0.01 %; optionally one or more selected from the group consisting of Cu, Ni, and Mo at 1% or lower in total; and optionally V and/or Nb at 0.1% or lower in total, and the remainder consisting of iron and unavoidable impurities.
Indoor and outdoor mobility system forming a mobility device for people with walking disability, the system comprising: a. a base b. two indoor front wheels, which can be attached to the base; c. two outdoor front wheels, which can be removably attached to the base, wherein the outdoor front wheels, when attached to the base comprise a wider track width compared to the indoor front wheels; d. indoor back wheels, which can be attached to the base; and e. outdoor back wheels, which can be removably attached to the base, wherein the outdoor back wheels, when attached to the base comprise a wider track width compared to the indoor back wheels; characterized by f. individually and electrically driven front axles for driving the indoor and outdoor front wheels (30, 40) or individually and electrically driven back axles for driving the indoor and outdoor back wheels (52, 62). a. a base b. two indoor front wheels, which can be attached to the base; c. two outdoor front wheels, which can be removably attached to the base, wherein the outdoor front wheels, when attached to the base comprise a wider track width compared to the indoor front wheels; d. indoor back wheels, which can be attached to the base; and e. outdoor back wheels, which can be removably attached to the base, wherein the outdoor back wheels, when attached to the base comprise a wider track width compared to the indoor back wheels; characterized by f. individually and electrically driven front axles for driving the indoor and outdoor front wheels (30, 40) or individually and electrically driven back axles for driving the indoor and outdoor back wheels (52, 62).
A self-propelled harvester with a left and a right side of the vehicle, with a chassis or body, with at least three axles (17, 22, 23) which are suited for receiving wheels (12, 13) or similar rolling devices, wherein these at least three axles or the axle suspension thereof are supported or suspended on the chassis via lifting devices, and at least one lifting device of each axle has a connection to at least one lifting device (20b, c) of each other of the at least three axles such that the connection is suitable to distribute the load acting on the wheels of one side (13a, b, c) of the vehicle to all wheels of the same vehicle side (13a, b, c), wherein the lifting device is a hydraulic cylinder having a bottom-side and a piston-rod-side chamber, and wherein the connection is configured hydraulically and together with the interconnected cylinders forms a hydraulic network (20; 27), wherein a volume of hydraulic fluid in the network is changeable and the volume of hydraulic fluid in the network connected on the bottom side can be reduced on one side (27, 28) by the amount as it is increased in the network on the bottom side (28, 27) of the other side and vice versa.
A semiconductor switch device comprising a field effect transistor located on a semiconductor substrate, wherein the field effect transistor comprises a plurality of gates, each gate comprising a gate electrode and gate dielectric arranged in a loop on a major surface of the substrate, wherein the loops formed by the gates are arranged concentrically, wherein each gate has a source region located adjacent an inner edge or outer edge of the loop formed by that gate and a drain region located adjacent the other edge of said inner edge and said outer edge of the loop formed by that gate, wherein the field effect transistor further comprises at least one isolation region arranged in a loop, and wherein the loop formed by each isolation region is located in between an inner edge of one of said gates and an outer edge of another of said gates. wherein the field effect transistor comprises a plurality of gates, each gate comprising a gate electrode and gate dielectric arranged in a loop on a major surface of the substrate, wherein the loops formed by the gates are arranged concentrically, wherein each gate has a source region located adjacent an inner edge or outer edge of the loop formed by that gate and a drain region located adjacent the other edge of said inner edge and said outer edge of the loop formed by that gate, wherein the field effect transistor further comprises at least one isolation region arranged in a loop, and wherein the loop formed by each isolation region is located in between an inner edge of one of said gates and an outer edge of another of said gates.
A surfactant selected from the group consisting of: ArO-(CH 2 CH[CH 2 CH 3]O) 1-10 (CH 2 CH 2 O) 5-50 H, isomers, aromatic ring substituted analogues, and mixtures thereof. ArO-(CH 2 CH[CH 2 CH 3]O) 1-10 (CH 2 CH 2 O) 5-50 H, isomers, aromatic ring substituted analogues, and mixtures thereof.
A communication method of a transmission apparatus (101, 201, 301, 700), the method comprising: maintaining a stream of data to each one of one or more terminals (103, 105, 107) that have succeeded in obtaining a transmission opportunity, TXOP, with respect to a channel; and transmitting a TXOP setting frame in which the one or more terminals (103, 105, 107) are set to receive a corresponding stream of data for a duration of the TXOP, and in which at least one other terminal that was unsuccessful in obtaining the TXOP is set to operate in a power saving mode, characterized in that the TXOP setting frame setting comprises an identifier, ID, of a basic service set, BSS, or an ID of a cell including the one or more terminals (103, 105, 107) to prevent the one or more terminals (103, 105, 107) from erroneously switching to the power saving mode according to an instruction from another transmission apparatus (101, 201, 301, 700) maintaining a stream of data to each one of one or more terminals (103, 105, 107) that have succeeded in obtaining a transmission opportunity, TXOP, with respect to a channel; and transmitting a TXOP setting frame in which the one or more terminals (103, 105, 107) are set to receive a corresponding stream of data for a duration of the TXOP, and in which at least one other terminal that was unsuccessful in obtaining the TXOP is set to operate in a power saving mode, characterized in that the TXOP setting frame setting comprises an identifier, ID, of a basic service set, BSS, or an ID of a cell including the one or more terminals (103, 105, 107) to prevent the one or more terminals (103, 105, 107) from erroneously switching to the power saving mode according to an instruction from another transmission apparatus (101, 201, 301, 700)
Use of an aqueous cinnamon bark extract for the preparation of a pharmaceutical composition for the treatment or prevention of an amyloid associated disease or disorder, said extract obtainable from an organic-solvent free extraction process comprising exposing a crushed cinnamon bark to water or an aqueous solution, to thereby obtain said extract.
An injectable solution for use in a method of therapy of a bone defect including the administration of a single dose injection to the bone defect, the solution comprising 0.28 mg/mL of recombinant human bone morphogenetic protein-2 (rhBMP-2) in an aqueous carrier, wherein the injectable solution is configured to be administered as a single dose injection to the bone defect, wherein the aqueous carrier comprises sterile water for injection, and wherein the injectable solution is free from a matrix material. wherein the injectable solution is configured to be administered as a single dose injection to the bone defect, wherein the aqueous carrier comprises sterile water for injection, and wherein the injectable solution is free from a matrix material.
A method of controlling a well operation, the method comprising: monitoring in real-time at least one parameter of cement lining a wellbore, wherein at least one optical waveguide senses the parameter; and characterized by automatically modifying the well operation in response to the parameter being outside of a predetermined acceptable range, thereby minimizing damage to the cement lining in the wellbore. monitoring in real-time at least one parameter of cement lining a wellbore, wherein at least one optical waveguide senses the parameter; and characterized by automatically modifying the well operation in response to the parameter being outside of a predetermined acceptable range, thereby minimizing damage to the cement lining in the wellbore.