mhurhangee/patent-ind-claim-en huggingface dataset:
A screen assembly, comprising: a housing defining a material flow chamber and having an inlet end and an outlet end ; a stucco discharge opening being located in said chamber between said inlet end and said outlet end; an auger shaft located in said housing for axial rotation and having at least one first helical flight arranged in a flight pattern oriented so that a first material engaging said first helical flight is conveyed from said inlet end to said outlet end; a screen surrounding said at least one first helical flight for common rotation and extending the entire length from said inlet end to said outlet end; at least one second helical flight disposed on an exterior surface of said screen and arranged in a flight pattern oriented so that a second material, distinct from said first material, passing through said screen and engaging said second helical flight is conveyed in a direction to said stucco discharge opening ; characterized in having a power unit and a power transmission system connected to said power unit for rotating in common said shaft, said at least one first flight , said screen and said at least one second flight ; at least one air knife constructed and arranged for directing jets of compressed air to said screen for dislodging material caught on an interior surface of said screen , a plurality of said at least one air knife disposed so that an entire length of said screen is exposed to said air jets; and wherein said plurality of air knives includes a first plurality of knives at a first radial distance from, and in operational relationship to an exterior surface of said screen , a second plurality of knives at a second radial distance from said exterior surface of said screen, and in operational relationship to an outer edge of said at least one second flight . a housing defining a material flow chamber and having an inlet end and an outlet end ; a stucco discharge opening being located in said chamber between said inlet end and said outlet end; an auger shaft located in said housing for axial rotation and having at least one first helical flight arranged in a flight pattern oriented so that a first material engaging said first helical flight is conveyed from said inlet end to said outlet end; a screen surrounding said at least one first helical flight for common rotation and extending the entire length from said inlet end to said outlet end; at least one second helical flight disposed on an exterior surface of said screen and arranged in a flight pattern oriented so that a second material, distinct from said first material, passing through said screen and engaging said second helical flight is conveyed in a direction to said stucco discharge opening ; characterized in having a power unit and a power transmission system connected to said power unit for rotating in common said shaft, said at least one first flight , said screen and said at least one second flight ;
A fastener system comprising: a sleeve including a sleeve opening having at least an upper side , a lower side , and two lateral sides ; a collet body at least partially enclosed within the sleeve , the collet body including; a crown having a crown opening ; and a first cantilever leg extending from the crown and including a foot configured to mate with the sleeve opening when the fastener system is in an engaged configuration; and a stud extending through the crown opening and including a threaded section engaging with an interior threaded section in at least one of the collet body and the sleeve . a sleeve including a sleeve opening having at least an upper side , a lower side , and two lateral sides ; a collet body at least partially enclosed within the sleeve , the collet body including; a crown having a crown opening ; and a first cantilever leg extending from the crown and including a foot configured to mate with the sleeve opening when the fastener system is in an engaged configuration; and a crown having a crown opening ; and a first cantilever leg extending from the crown and including a foot configured to mate with the sleeve opening when the fastener system is in an engaged configuration; and a stud extending through the crown opening and including a threaded section engaging with an interior threaded section in at least one of the collet body and the sleeve .
A corrosion sensor comprising: a. a plurality of direct write deposited conductive portions ; and b. at least one direct write deposited non-conductive portion between adjacent direct write deposited conductive portions , wherein the at least one direct write deposited non-conductive portion between adjacent direct write deposited conductive portions has a dimension less than 500 microns; characterized in that it further comprises c. direct write deposited brazing material around each of the plurality of direct write deposited conductive portions , wherein the direct write deposited brazing material is cured to form a seamless joint between the direct write deposited conductive portions and the at least one direct write deposited non-conductive portion between adjacent direct write deposited conductive portions . a. a plurality of direct write deposited conductive portions ; and b. at least one direct write deposited non-conductive portion between adjacent direct write deposited conductive portions , wherein the at least one direct write deposited non-conductive portion between adjacent direct write deposited conductive portions has a dimension less than 500 microns; characterized in that it further comprises c. direct write deposited brazing material around each of the plurality of direct write deposited conductive portions , wherein the direct write deposited brazing material is cured to form a seamless joint between the direct write deposited conductive portions and the at least one direct write deposited non-conductive portion between adjacent direct write deposited conductive portions .
A catheter assembly comprising: an outer shaft including an inflatable balloon disposed at a distal end thereof; an inner shaft including a self-expanding support structure mounted on a distal end thereof, the inner shaft being disposed within a lumen of the outer shaft such that the inner shaft is movable relative to the outer shaft , wherein in a first configuration the support structure is held in a compressed state within the outer shaft and in a second configuration the support structure is permitted to return to an expanded state within the inflatable balloon such that the inflatable balloon has a flattened laterally-extending profile dictated by the support structure in the expanded state for stabilizing the catheter assembly within a subintimal space.
An intermediate component with an internal passageway , the intermediate component comprising: a solid metallic additively manufactured component with an internal passageway in a near finished shape, wherein the component has voids greater than 0 percent but less than 15 percent by volume and up to 15 percent additional material by volume in the near finished shape compared to a desired finished configuration; a ceramic core disposed within the internal passageway of the component; an outer ceramic shell mold encasing an entirety of the component, such that an entire external surface of the component is covered by the outer ceramic shell mold; and wherein the additional material by volume is located at a position on the component where the additional material can be machined. a solid metallic additively manufactured component with an internal passageway in a near finished shape, wherein the component has voids greater than 0 percent but less than 15 percent by volume and up to 15 percent additional material by volume in the near finished shape compared to a desired finished configuration; a ceramic core disposed within the internal passageway of the component; an outer ceramic shell mold encasing an entirety of the component, such that an entire external surface of the component is covered by the outer ceramic shell mold; and wherein the additional material by volume is located at a position on the component where the additional material can be machined.
A system comprising a plurality of devices (404-408), each device comprising a separate first neural network being adapted to process image data and output a vector of values (106a-d) forming a feature vector for the processed image data, each device comprising a processor configured for performing the steps of: retrieving (S508) a reference feature vector , the reference feature vector being calculated by processing a first training image by a reference neural network , the reference neural network being adapted to process image data and output a vector of values forming a feature vector for the processed image data, training (S510) the first neural network of the device to optimize a cost function , the cost function comprising at least a first distance measure between the reference feature vector and a feature vector outputted by the first neural network when processing the first training image, wherein the cost function is adapted to minimize the first distance measure, wherein the first and reference neural network are different types of neural networks; wherein each device is further configured to extract an object from an image, using the first neural network of the device to process image data of the extracted object and transmit a feature vector outputted from the first neural network, wherein the system further comprises an object tracking unit adapted to receive feature vectors from the devices, and track an object through the system of devices at least partly based on the received feature vectors. retrieving (S508) a reference feature vector , the reference feature vector being calculated by processing a first training image by a reference neural network , the reference neural network being adapted to process image data and output a vector of values forming a feature vector for the processed image data, training (S510) the first neural network of the device to optimize a cost function , the cost function comprising at least a first distance measure between the reference feature vector and a feature vector outputted by the first neural network when processing the first training image, wherein the cost function is adapted to minimize the first distance measure, wherein the first and reference neural network are different types of neural networks; wherein each device is further configured to extract an object from an image, using the first neural network of the device to process image data of the extracted object and transmit a feature vector outputted from the first neural network, wherein the system further comprises an object tracking unit adapted to receive feature vectors from the devices, and track an object through the system of devices at least partly based on the received feature vectors.
A machine (M) for making ice cream, comprising: - a production unit comprising a processing container for processing a liquid or semi-liquid product and defining a processing chamber ; - a stirrer that rotates inside the processing chamber and is configured to stir the liquid or semi-liquid product inside the processing container ; - a thermal treatment system associated with the processing container and configured to cool the processing chamber to obtain an ice cream product; - a dispenser mounted on an outside wall (S) of the machine (M) and operatively connected to the processing container to allow the ice cream product to be extracted from the machine (M); - a supporting body applied preferably in cantilever fashion to the outside wall (S) under the dispenser ; characterized in that it comprises: - at least one supporting element , removably connected to the supporting body , the supporting element comprising: - a receiving cavity , configured to reversibly house a container (C) used to contain the ice cream product delivered by the dispenser ; - cooling means configured to cool the supporting element and to keep the supporting element at a temperature substantially equal to the temperature of the ice cream delivered by the dispenser , wherein said temperature ranges between -15°C and 0°C. - a production unit comprising a processing container for processing a liquid or semi-liquid product and defining a processing chamber ; - a stirrer that rotates inside the processing chamber and is configured to stir the liquid or semi-liquid product inside the processing container ; - a thermal treatment system associated with the processing container and configured to cool the processing chamber to obtain an ice cream product; - a dispenser mounted on an outside wall (S) of the machine (M) and operatively connected to the processing container to allow the ice cream product to be extracted from the machine (M); - a supporting body applied preferably in cantilever fashion to the outside wall (S) under the dispenser ; - at least one supporting element , removably connected to the supporting body , the supporting element comprising: - a receiving cavity , configured to reversibly house a container (C) used to contain the ice cream product delivered by the dispenser ; - cooling means configured to cool the supporting element and to keep the supporting element at a temperature substantially equal to the temperature of the ice cream delivered by the dispenser , wherein said temperature ranges between -15°C and 0°C.
Method of event notification, the event relating to the progress of a procedure for processing a communication session, equipment of a set being associated with a user and able to send or to receive a request to establish the session, or to take part in the session if it is established, the method comprising: • a step (E2, F2, G2) of receiving originating from a terminal of said set, termed subscriber terminal, a request for subscription to an event notification service for at least one said event liable to occur on an entity of said set, • at least one step (E4, E8, E12, F3, F7, F11, F15, G3, G11, G15) of receiving an item of information indicative of an occurrence of at least one said event on an entity of said set, distinct from said subscriber terminal, • at least one step (E6, E10, E14, F4, F8, F12, F16, G4, G12, G16) of dispatching, to said subscriber terminal, an event notification signaling said occurrence, characterized in that the at least one event is included in a group of events comprising: • a call presentation, • pick up following call presentation, • call cancellation before pick up, • hang up at end of call, • forwarding of a call to a messaging facility. • a step (E2, F2, G2) of receiving originating from a terminal of said set, termed subscriber terminal, a request for subscription to an event notification service for at least one said event liable to occur on an entity of said set, • at least one step (E4, E8, E12, F3, F7, F11, F15, G3, G11, G15) of receiving an item of information indicative of an occurrence of at least one said event on an entity of said set, distinct from said subscriber terminal, • at least one step (E6, E10, E14, F4, F8, F12, F16, G4, G12, G16) of dispatching, to said subscriber terminal, an event notification signaling said occurrence, • a call presentation, • pick up following call presentation, • call cancellation before pick up, • hang up at end of call, • forwarding of a call to a messaging facility.
A crystalline form of Compound A, wherein: the crystalline form is Compound A Form 4, Compound A Form 4 exhibits an XRPD pattern comprising three or more peaks selected from those at 13.62, 14.16, 14.61, 18.44, 19.92, 22.97, and 23.73 degrees 2θ, ± 0.3 degrees 2θ, and Compound A is N -(4-(6-fluoro-3,4-dihydroisoquinolin-2(1 H )-yl)-2,6-dimethylphenyl)-3,3-dimethylbutanamide. the crystalline form is Compound A Form 4, Compound A Form 4 exhibits an XRPD pattern comprising three or more peaks selected from those at 13.62, 14.16, 14.61, 18.44, 19.92, 22.97, and 23.73 degrees 2θ, ± 0.3 degrees 2θ, and Compound A is N -(4-(6-fluoro-3,4-dihydroisoquinolin-2(1 H )-yl)-2,6-dimethylphenyl)-3,3-dimethylbutanamide.
An isolated monoclonal antibody which binds to human OX40, wherein the antibody comprises a heavy chain variable region comprising the sequence of SEQ ID NO: 318 and a light chain variable region comprising the sequence of SEQ ID NO: 94.
A humanized antibody against IL-20, or a scFv, Fab, or F(ab') 2 fragment thereof, comprising: a heavy chain variable region comprising SEQ ID NO:4; and a light chain variable region comprising SEQ ID NO:8. a heavy chain variable region comprising SEQ ID NO:4; and a light chain variable region comprising SEQ ID NO:8.
Suspension spring unit for a vehicle chassis, which suspension spring unit can be arranged between a vehicle body and a wheel support and forms a constituent part of the vehicle chassis, configured with spring bodies made from a fibre composite material, at least two ring bodies which are arranged in series and are made from a fibre composite material with a respectively closed contour being provided which are connected to one another via at least one connecting element , the ring bodies having a circumferential cross section of flat configuration in the manner of a flat belt, characterized in that the at least one connecting element is connected to the circumferential cross section in such a way that the flat belt runs with an unchanged cross-sectional profile through the connecting point to the connecting element .
An array of rotor blades, comprising: a rotor disk defining a plurality of slots ; a first rotor blade comprising a first platform positioned between a first airfoil and a first shank portion ; the first blade further comprising: a pair of oppositely disposed flanges , each flange being positioned between the first platform and the first shank portion and extending beyond a longitudinal side edge defined by the first platform, wherein the first shank portion is coupled with a first slot of the rotor disk ; a second rotor blade comprising a second platform defining a pair of oppositely disposed overhang lips and positioned between a second airfoil and a second shank portion , wherein the second shank portion is coupled with a second slot of the rotor disk ; and wherein the second rotor blade is positioned adjacent to the first rotor blade such that one of the overhang lips of the second platform is positioned over one of the flanges of the first rotor blade , wherein a top surface of each overhang lip is substantially flush with an exposed surface of the second platform . a rotor disk defining a plurality of slots ; a first rotor blade comprising a first platform positioned between a first airfoil and a first shank portion ; the first blade further comprising: a pair of oppositely disposed flanges , each flange being positioned between the first platform and the first shank portion and extending beyond a longitudinal side edge defined by the first platform, wherein the first shank portion is coupled with a first slot of the rotor disk ; a second rotor blade comprising a second platform defining a pair of oppositely disposed overhang lips and positioned between a second airfoil and a second shank portion , wherein the second shank portion is coupled with a second slot of the rotor disk ; and wherein the second rotor blade is positioned adjacent to the first rotor blade such that one of the overhang lips of the second platform is positioned over one of the flanges of the first rotor blade , wherein a top surface of each overhang lip is substantially flush with an exposed surface of the second platform . a pair of oppositely disposed flanges , each flange being positioned between the first platform and the first shank portion and extending beyond a longitudinal side edge defined by the first platform, wherein the first shank portion is coupled with a first slot of the rotor disk ; a second rotor blade comprising a second platform defining a pair of oppositely disposed overhang lips and positioned between a second airfoil and a second shank portion , wherein the second shank portion is coupled with a second slot of the rotor disk ; and wherein the second rotor blade is positioned adjacent to the first rotor blade such that one of the overhang lips of the second platform is positioned over one of the flanges of the first rotor blade , wherein a top surface of each overhang lip is substantially flush with an exposed surface of the second platform .
A method for measuring at least one bioelectrical signal, the method comprising: providing a first area electrode 2- comprising: a planar metal layer defining an electrode body having an inner diameter and an outer diameter , the inner diameter defining an opening in the planar metal layer, wherein the electrode body has a surface area between 5 cm 2 and 900 cm 2 and a width between about 0.5 cm and about 5 cm, wherein the width is the distance between the outer diameter and the inner diameter; and a connector in electrical communication with the metal layer; coupling the first electrode to an abdomen of a patient; and detecting a first bioelectrical signal with the first area electrode generated from a muscle-containing intra-abdominal organ in a patient. providing a first area electrode 2- comprising: a planar metal layer defining an electrode body having an inner diameter and an outer diameter , the inner diameter defining an opening in the planar metal layer, wherein the electrode body has a surface area between 5 cm 2 and 900 cm 2 and a width between about 0.5 cm and about 5 cm, wherein the width is the distance between the outer diameter and the inner diameter; and a connector in electrical communication with the metal layer; a planar metal layer defining an electrode body having an inner diameter and an outer diameter , the inner diameter defining an opening in the planar metal layer, wherein the electrode body has a surface area between 5 cm 2 and 900 cm 2 and a width between about 0.5 cm and about 5 cm, wherein the width is the distance between the outer diameter and the inner diameter; and a connector in electrical communication with the metal layer; coupling the first electrode to an abdomen of a patient; and detecting a first bioelectrical signal with the first area electrode generated from a muscle-containing intra-abdominal organ in a patient.