mhurhangee/ep-ind-claims huggingface dataset:
A flanged bearing ring for a motor vehicle wheel, wherein the ring is made up of two different materials joined together as a single piece, the ring including: - a radially inner, annular or tubular insert which forms at least one raceway around a central axis of rotation (x), provides a radially outer surface and is made of a first material with a first thermal expansion coefficient; - a radially outer body forming a radially outwardly extending flange around the insert and made of a second material being lighter than the first material and having a second thermal expansion coefficient higher than that of the first material; - interlocking means, locking the insert and the outer body together against relative axial movement; characterised in that said interlocking means are formed by the insert and the outer body, and include at least one radially recessed portion and at least one radially protruding portion at said outer surface of the insert, and respective, complementary radially protruding portion(s) and radially recessed portion(s) formed by the outer body in order to prevent axial movement between the outer body and the inner insert. - a radially inner, annular or tubular insert which forms at least one raceway around a central axis of rotation (x), provides a radially outer surface and is made of a first material with a first thermal expansion coefficient; - a radially outer body forming a radially outwardly extending flange around the insert and made of a second material being lighter than the first material and having a second thermal expansion coefficient higher than that of the first material; - interlocking means, locking the insert and the outer body together against relative axial movement; characterised in that said interlocking means are formed by the insert and the outer body, and include at least one radially recessed portion and at least one radially protruding portion at said outer surface of the insert, and respective, complementary radially protruding portion(s) and radially recessed portion(s) formed by the outer body in order to prevent axial movement between the outer body and the inner insert.
Linear transport system, having a carriage guide rail, which has an arc segment, a first and a second carriage (35, 36), which are arranged in such a way that they can be moved independently of one another on the carriage guide rail, and an XY table comprising a carrying structure and a first and a second linear guide (42, 43), which are embodied with an angular offset relative to one another and each have a first and a second guide element (142, 242, 143, 243), which can be moved relative to one another along a linear track, wherein the first guide elements (142, 143) of the first and second linear guides (42, 43) are connected to the carrying structure, wherein the second guide element of the first linear guide is connected to the first carriage and the second guide element of the second linear guide is connected to the second carriage in order to carry out a movement of the XY table along the transfer path in the X direction in the case of a joint movement of the two carriages and to carry out a movement of the XY table transversely to the transfer path in the Y direction in the case of a relative movement of the two carriages, wherein the first and the second linear guide (42, 43) are oriented parallel to the track plane of the carriage guide rail, and wherein the first guide elements (142, 143) of the first and second linear guides (42, 43) are connected to the carrying structure and/or the second guide element of the first linear guide is connected to the first carriage, and the second guide element of the second linear guide is connected to the second carriage, in a manner which allows rotation in the track plane of the carriage guide rail.
A grain loss sensor array system for an agricultural harvester, comprising: at least one thermal sensing device for attachment to a header of the agricultural harvester, said header configured to cut and gather crop material into the agricultural harvester, said at least one thermal sensing device configured to capture infrared images or video of the ground over which said header passes; and at least one controller being connected to said at least one thermal sensing device; said at least one controller being characterized in that it is configured to detect pre-harvest loss and harvest loss by using said infrared images or video to recognize at least one of a temperature difference and a characteristic thermal difference between said pre-harvest loss and said harvest loss, and the ground; and said at least one controller being configured to distinguish between pre-harvest loss and harvest loss by recognizing at least one of a temperature difference and a characteristic thermal difference between said pre-harvest loss and said harvest loss. at least one thermal sensing device for attachment to a header of the agricultural harvester, said header configured to cut and gather crop material into the agricultural harvester, said at least one thermal sensing device configured to capture infrared images or video of the ground over which said header passes; and at least one controller being connected to said at least one thermal sensing device; said at least one controller being characterized in that it is configured to detect pre-harvest loss and harvest loss by using said infrared images or video to recognize at least one of a temperature difference and a characteristic thermal difference between said pre-harvest loss and said harvest loss, and the ground; and said at least one controller being configured to distinguish between pre-harvest loss and harvest loss by recognizing at least one of a temperature difference and a characteristic thermal difference between said pre-harvest loss and said harvest loss.
A composition comprising pooled human immunoglobulin G (IgG) for use in a method for treating a central nervous system disorder in a subject in need thereof, wherein the method comprises delivering a therapeutically effective amount of said composition to the brain of the subject; wherein delivering the composition to the brain comprises intranasally administering the composition directly to a nasal epithelium of the subject, and wherein at least 40% of the pooled human IgG administered to the subject contacts the nasal epithelium of the subject.
A system for touch free operation of an operating room device comprising: a depth sensor for providing a depth map and detecting a movement; a foot pedal; a motion software module operable to receive the detected movement from the depth sensor, deduce a gesture based on the detected movement, and filter the gesture to accept an applicable gesture, wherein filtering the gesture comprises filtering out the gesture as not applicable if the movement was not performed in conjunction with activation of the foot pedal and filtering out the gesture as not applicable if the detected movement is not performed by a user determined to be authorized using facial recognition; and a client software module operable to receive the applicable gesture at a client computer for performing a task in accordance with client logic based on the applicable gesture, wherein the client computer is a mapping device and the task is one of rotating a map, zooming in on a map, tilting a map, and panning a map. a depth sensor for providing a depth map and detecting a movement; a foot pedal; a motion software module operable to receive the detected movement from the depth sensor, deduce a gesture based on the detected movement, and filter the gesture to accept an applicable gesture, wherein filtering the gesture comprises filtering out the gesture as not applicable if the movement was not performed in conjunction with activation of the foot pedal and filtering out the gesture as not applicable if the detected movement is not performed by a user determined to be authorized using facial recognition; and receive the detected movement from the depth sensor, deduce a gesture based on the detected movement, and filter the gesture to accept an applicable gesture, wherein filtering the gesture comprises filtering out the gesture as not applicable if the movement was not performed in conjunction with activation of the foot pedal and filtering out the gesture as not applicable if the detected movement is not performed by a user determined to be authorized using facial recognition; and a client software module operable to receive the applicable gesture at a client computer for performing a task in accordance with client logic based on the applicable gesture, wherein the client computer is a mapping device and the task is one of rotating a map, zooming in on a map, tilting a map, and panning a map.
A printing line for printing fixed and variable data on a substrate comprising a color-changeable material, the printing line comprising: a printing press for printing the fixed data on the substrate, a processing circuit; and an energy source; wherein the processing circuit is configured to retrieve the variable data from a data source configured to provide data to be printed on the substrate; and wherein the processing circuit is configured to control the energy source to change a color of the color-changeable material based on the retrieved variable data to provide at least a portion of a printed publication or a product packaging configured to at least partially enclose a product, charaterized in that the color-changeable material is at least partially dispersed within, or at least partially absorbed in, the substrate. a printing press for printing the fixed data on the substrate, a processing circuit; and an energy source; wherein the processing circuit is configured to retrieve the variable data from a data source configured to provide data to be printed on the substrate; and wherein the processing circuit is configured to control the energy source to change a color of the color-changeable material based on the retrieved variable data to provide at least a portion of a printed publication or a product packaging configured to at least partially enclose a product, charaterized in that the color-changeable material is at least partially dispersed within, or at least partially absorbed in, the substrate.
A system for sample analysis (850, 1030), comprising: at least one droplet generator that forms a plurality of emulsions including droplets of partitioned samples, the samples being prepared as reaction mixtures for amplification of a nucleic acid target; a plate defining an array of cavities (858, 1032) to hold the emulsions, wherein each cavity of the array of cavities (858, 1032) is a well, and wherein each droplet generator is fluidically connected to a well; a heating and cooling device to heat the emulsions disposed in the cavities to induce nucleic acid amplification in droplets of the emulsions; a detection assembly (860, 1042) to detect signals from intact droplets of the emulsions; a fluid transfer device (856, 1034) including an autosampler configured to transfer intact droplets from each of the cavities to a detection site of the detection assembly; and a controller in communication with the detection assembly (860, 1042) and programmed to estimate a presence, if any, of the nucleic acid target in the samples based on signals detected from the intact droplets. at least one droplet generator that forms a plurality of emulsions including droplets of partitioned samples, the samples being prepared as reaction mixtures for amplification of a nucleic acid target; a plate defining an array of cavities (858, 1032) to hold the emulsions, wherein each cavity of the array of cavities (858, 1032) is a well, and wherein each droplet generator is fluidically connected to a well; a heating and cooling device to heat the emulsions disposed in the cavities to induce nucleic acid amplification in droplets of the emulsions; a detection assembly (860, 1042) to detect signals from intact droplets of the emulsions; a fluid transfer device (856, 1034) including an autosampler configured to transfer intact droplets from each of the cavities to a detection site of the detection assembly; and a controller in communication with the detection assembly (860, 1042) and programmed to estimate a presence, if any, of the nucleic acid target in the samples based on signals detected from the intact droplets.
A method for detecting the presence of MREJ type i, ii, iii and v methicillin-resistant Staphylococcus aureus (MRSA) strains comprising: a) contacting a sample to be analyzed for the presence of said MREJ type i, ii, iii and v MRSA strains, each of said MRSA strains including a Staphylococcal cassette chromosome mec (SCC mec) element containing a mecA gene inserted into chromosomal DNA, thereby generating a polymorphic right extremity junction (MREJ) type i, ii, iii or v sequence that comprises sequences from both the SCC mec element right extremity and chromosomal DNA adjoining said SCC mec element right extremity, with a first primer and a second primer for each of said MREJ type i, ii, iii and v, wherein each said first primer hybridizes with said SCCmec element right extremity of an MREJ type i, ii, iii or v sequence selected from the group consisting of: SEQ ID NOs: 1, 20 to 25, 41 and 199, and complements thereof, for MREJ type i, SEQ ID NOs: 2, 17 to 19, 26, 40, 173 to 183, 185, 186 and 197, and complements thereof, for MREJ type ii, SEQ ID NOs: 4 to 16, 104, 184 and 198, and complements thereof, for MREJ type iii, and SEQ ID NOs: 47 to 50, and complements thereof, for MREJ type v; and wherein each said second primer hybridizes with a chromosomal sequence of S. aureus to specifically generate an amplicon(s) if such MREJ type i, ii, iii or v MRSA strain is present in said sample; and b) detecting the presence of said amplicon(s). a) contacting a sample to be analyzed for the presence of said MREJ type i, ii, iii and v MRSA strains, each of said MRSA strains including a Staphylococcal cassette chromosome mec (SCC mec) element containing a mecA gene inserted into chromosomal DNA, thereby generating a polymorphic right extremity junction (MREJ) type i, ii, iii or v sequence that comprises sequences from both the SCC mec element right extremity and chromosomal DNA adjoining said SCC mec element right extremity, with a first primer and a second primer for each of said MREJ type i, ii, iii and v, wherein each said first primer hybridizes with said SCCmec element right extremity of an MREJ type i, ii, iii or v sequence selected from the group consisting of: SEQ ID NOs: 1, 20 to 25, 41 and 199, and complements thereof, for MREJ type i, SEQ ID NOs: 2, 17 to 19, 26, 40, 173 to 183, 185, 186 and 197, and complements thereof, for MREJ type ii, SEQ ID NOs: 4 to 16, 104, 184 and 198, and complements thereof, for MREJ type iii, and SEQ ID NOs: 47 to 50, and complements thereof, for MREJ type v; and wherein each said second primer hybridizes with a chromosomal sequence of S. aureus to specifically generate an amplicon(s) if such MREJ type i, ii, iii or v MRSA strain is present in said sample; and b) detecting the presence of said amplicon(s).
A method of plugging a hydrocarbon well, comprising: a) deploying a downhole tool to remove at least a portion of a casing at a section of well to be plugged; characterized by: b) deploying a blocking device downhole to block a bottom of the section of well to be plugged; c) deploying a plugging material downhole onto the blocking device to fill an area to be plugged; d) deploying an exothermic fluid downhole, wherein activation of the exothermic material liquefies the plugging material; and e) allowing the plugging material and the exothermic fluid to solidify form a cast-in-place plug that fills the section of well to be plugged. a) deploying a downhole tool to remove at least a portion of a casing at a section of well to be plugged; characterized by: b) deploying a blocking device downhole to block a bottom of the section of well to be plugged; c) deploying a plugging material downhole onto the blocking device to fill an area to be plugged; d) deploying an exothermic fluid downhole, wherein activation of the exothermic material liquefies the plugging material; and e) allowing the plugging material and the exothermic fluid to solidify form a cast-in-place plug that fills the section of well to be plugged.
A method of positioning a toolset on the exterior of a patient relative to a magnetically adjustable device implanted in the patient, the implanted device including a rotor having an axis of rotation and at least one rotor magnet, the rotor having a range of arcuate motion within each of a plurality of selectable performance settings without altering a selected performance setting for the implanted device, the method comprising: estimating a location on the exterior of the patient above the implanted device; moving the toolset to the estimated location; detecting the location of at least one of a maximum positive pole value and a maximum negative pole value of the rotor magnet at a current performance setting; moving the toolset relative to the at least one detected maximum pole value; characterised by moving the rotor in a first arcuate direction and detecting a first limit of travel without altering the current performance setting; moving the rotor in a second, opposite direction and detecting a second limit of travel without altering the current performance setting; comparing the first and second limits of travel with known values for the plurality of selectable performance settings; and indicating the current performance setting of the implanted device. estimating a location on the exterior of the patient above the implanted device; moving the toolset to the estimated location; detecting the location of at least one of a maximum positive pole value and a maximum negative pole value of the rotor magnet at a current performance setting; moving the toolset relative to the at least one detected maximum pole value; moving the rotor in a first arcuate direction and detecting a first limit of travel without altering the current performance setting; moving the rotor in a second, opposite direction and detecting a second limit of travel without altering the current performance setting; comparing the first and second limits of travel with known values for the plurality of selectable performance settings; and indicating the current performance setting of the implanted device.
A single multiple zone air vent (200, 100) for providing an air flow to a vehicle interior, the multiple zone air vent (200, 100) being integrable in the vehicle instrument panel for facing into the vehicle interior, the air vent (200, 100) comprising multiple outlet zones (102, 104, 106, 108, 110), at least one outlet zone (104, 108) includes at least one air redirecting element (112, 114, 130) that is adjustable only for vertically altering the direction of an air flow only in the vertical direction, and at least one outlet zone (106, 102, 110) is adapted to direct an air flow in a fixed direction, characterized in that the multiple outlet zones (102, 104, 106, 108, 110) include a center outlet zone for providing a fixed direction air flow, and two outlet zones (108, 104) neighboring the center outlet zone, wherein the two neighboring outlet zones (108, 104) include air redirecting elements (112, 114, 130) that are adjustable for altering the direction of an air flow from the respective outlet zone with respect to a single axis, and wherein the multiple outlet zones (102, 104, 106, 108, 110) include a further fixed direction outlet zone neighboring one of the two outlet zones (108, 104) configured to provide an air flow in an alterable direction, and a further fixed direction outlet zone neighboring the other one of the two outlet zones (108, 104) configured to provide an air flow in an alterable direction, and wherein the multiple outlet zones (102, 104, 106, 108, 110) are arrangeable to be horizontally disposed side-by-side with respect to each other across substantially the entire width of the instrument panel in the vehicle interior. at least one outlet zone (104, 108) includes at least one air redirecting element (112, 114, 130) that is adjustable only for vertically altering the direction of an air flow only in the vertical direction, and at least one outlet zone (106, 102, 110) is adapted to direct an air flow in a fixed direction, characterized in that the multiple outlet zones (102, 104, 106, 108, 110) include a center outlet zone for providing a fixed direction air flow, and two outlet zones (108, 104) neighboring the center outlet zone, wherein the two neighboring outlet zones (108, 104) include air redirecting elements (112, 114, 130) that are adjustable for altering the direction of an air flow from the respective outlet zone with respect to a single axis, and wherein the multiple outlet zones (102, 104, 106, 108, 110) include a further fixed direction outlet zone neighboring one of the two outlet zones (108, 104) configured to provide an air flow in an alterable direction, and a further fixed direction outlet zone neighboring the other one of the two outlet zones (108, 104) configured to provide an air flow in an alterable direction, and wherein the multiple outlet zones (102, 104, 106, 108, 110) are arrangeable to be horizontally disposed side-by-side with respect to each other across substantially the entire width of the instrument panel in the vehicle interior.
A method for modifying the genetic material of a plant cell, comprising: (a) introducing into the cell a plant DNA virus vector comprising a repair template that is heterologous to the virus and is targeted to a first sequence that is endogenous to the plant cell; and (b) inducing a double strand break at or near the sequence to which the repair template is targeted, wherein said double strand break is generated by an endonuclease targeted to a second endogenous plant sequence at or near the first sequence that is targeted by the repair template, wherein homologous recombination occurs between the first endogenous plant sequence and the repair template. (a) introducing into the cell a plant DNA virus vector comprising a repair template that is heterologous to the virus and is targeted to a first sequence that is endogenous to the plant cell; and (b) inducing a double strand break at or near the sequence to which the repair template is targeted, wherein said double strand break is generated by an endonuclease targeted to a second endogenous plant sequence at or near the first sequence that is targeted by the repair template,