mhurhangee/patent-ind-claim-en huggingface dataset:
A rolling device for rolling work pieces with toothing, in particular gear wheels, with (a) a first shaping tool (14.1), (b) at least a second shaping tool (14.2) and at least one guide designed for the guided movement of the shaping tools (14.1, 14.2) relative to a work piece, so that a first region (B1) of a tooth flank of the work piece can be shaped with the first shaping tool (14.1), (c) wherein the first shaping tool (14.1) has a first roller (46.1) that is rotatably mounted about a first tool rotational axis (D14.1), (d) wherein the second shaping tool (14.2) has a second roller (46.2) that is rotatably mounted about a second tool rotational axis (D 14.2 ) and (e) wherein the first roller (46.1) has a first effective axial thickness (d 1 ) on the circumference thereof, characterised in that (f) the second roller (46.2) has a second effective axial thickness (d 2 ) on the circumference thereof which differs from the first effective axial thickness (d 1 ) such that a second region (B2) of the tooth flank that is different from the first region can be shaped with the second shaping tool (14.2). (a) a first shaping tool (14.1), (b) at least a second shaping tool (14.2) and at least one guide designed for the guided movement of the shaping tools (14.1, 14.2) relative to a work piece, so that a first region (B1) of a tooth flank of the work piece can be shaped with the first shaping tool (14.1), (c) wherein the first shaping tool (14.1) has a first roller (46.1) that is rotatably mounted about a first tool rotational axis (D14.1), (d) wherein the second shaping tool (14.2) has a second roller (46.2) that is rotatably mounted about a second tool rotational axis (D 14.2 ) and (e) wherein the first roller (46.1) has a first effective axial thickness (d 1 ) on the circumference thereof, characterised in that (f) the second roller (46.2) has a second effective axial thickness (d 2 ) on the circumference thereof which differs from the first effective axial thickness (d 1 ) such that a second region (B2) of the tooth flank that is different from the first region can be shaped with the second shaping tool (14.2).
A tire comprising a tread which comprises a plurality of tread pattern elements delimited by cut-outs ; the tread pattern elements respectively comprising at least one lateral face and a contact surface intended to come into contact with the ground during rolling; the tread pattern elements respectively comprising a first rubber composition (FC) at least partially covered on at least one of the lateral face(s) with a layer of a second rubber composition (SC) which is different from the first rubber composition (FC), the tire, being characterized in that the second rubber composition (SC) based on: - an elastomer matrix comprising between 40 and 70 phr of a first diene elastomer which is polyisoprene(s) and between 30 and 60 phr of a second diene elastomer which is styrene-butadiene copolymer(s); - a reinforcing filler comprising more than 100 phr of a reinforcing inorganic filler; and - a plasticizing agent comprising more than 30 phr of hydrocarbon resin(s) having a glass transition temperature of more than 20°C, and comprising no liquid plasticizer(s) or less than 30 phr of liquid plasticizer(s). - an elastomer matrix comprising between 40 and 70 phr of a first diene elastomer which is polyisoprene(s) and between 30 and 60 phr of a second diene elastomer which is styrene-butadiene copolymer(s); - a reinforcing filler comprising more than 100 phr of a reinforcing inorganic filler; and - a plasticizing agent comprising more than 30 phr of hydrocarbon resin(s) having a glass transition temperature of more than 20°C, and comprising no liquid plasticizer(s) or less than 30 phr of liquid plasticizer(s).
A computer implemented method for determining whether a bone of a patient is injured, comprising: receiving a medical image of a bone of a patient; generating a synthesized bone image over the bone in the medical image to provide a reconstructed image, the synthesized bone image representing uninjured bone; and comparing the medical image with the reconstructed image to evaluate an injury to the bone of the patient, wherein generating a synthesized bone image over the bone in the medical image to provide a reconstructed image, the synthesized bone image representing uninjured bone comprises: generating a skeletal segmentation model from the medical image; for each respective region of interest in a plurality of regions of interest in the skeletal segmentation model: defining a mask over the bone in the medical image for the respective region of interest, and generating a synthesized bone image portion over the mask in the medical image for the respective region of interest using a generative adversarial network; and combining the synthesized bone image portions for the plurality of regions of interest to form the synthesized bone image. receiving a medical image of a bone of a patient; generating a synthesized bone image over the bone in the medical image to provide a reconstructed image, the synthesized bone image representing uninjured bone; and comparing the medical image with the reconstructed image to evaluate an injury to the bone of the patient, wherein generating a synthesized bone image over the bone in the medical image to provide a reconstructed image, the synthesized bone image representing uninjured bone comprises: generating a skeletal segmentation model from the medical image; for each respective region of interest in a plurality of regions of interest in the skeletal segmentation model: defining a mask over the bone in the medical image for the respective region of interest, and generating a synthesized bone image portion over the mask in the medical image for the respective region of interest using a generative adversarial network; and combining the synthesized bone image portions for the plurality of regions of interest to form the synthesized bone image. for each respective region of interest in a plurality of regions of interest in the skeletal segmentation model: defining a mask over the bone in the medical image for the respective region of interest, and generating a synthesized bone image portion over the mask in the medical image for the respective region of interest using a generative adversarial network; and defining a mask over the bone in the medical image for the respective region of interest, and generating a synthesized bone image portion over the mask in the medical image for the respective region of interest using a generative adversarial network; and combining the synthesized bone image portions for the plurality of regions of interest to form the synthesized bone image.
A measuring device assembly for measuring a mass flow consisting of bulk material, in particular cereal, in a continuously circulating conveyor device having laminar conveying elements and with sections surrounded by a housing , which conveys the bulk material from a lower level bulk material receiving zone to a higher level bulk material delivery zone , wherein a substantially circular path of movement can be imposed on the bulk material delivered by the respective laminar conveying element in a substantially radial direction of an inner surface of a cover section of the housing by means of a guide surface formed in the upper zone of the conveyor device and the bulk material can therefore be deflected in a direction which is onto a sensor surface of the measuring device , characterized in that the sensor surface of the measuring device is disposed in the upper zone of the conveyor device in a manner such that a tangential path is set up in the circumferential direction in the transition from the guide surface to the sensor surface so that the sensor surface is tangential to the path of movement of the mass flow, in that the guide surface is part of a separate guide section which in the bulk material delivery zone is substantially contiguous with the cover section and free from offsets so that a tangential transition is formed, and in that a clearance between the free end of the respective conveying element and a cover section which surrounds the conveyor device in the bulk material delivery zone in a position of the conveying element in which the clearance of the cover section is at its smallest is selected in a manner such that almost the entirety of the bulk material on the conveying element can be delivered and a uniform flow onto the sensor surface can be obtained.
Operator control unit (10; 10a) for controlling machines having an input element which is arranged so as to be movable in the direction of at least one axis (x, y, z) or about at least one axis (x, y, z) and can be activated manually, wherein at least one feedback element which generates a haptic force (F) is arranged in a sub-region of the input element , characterized in that the feedback element is a component of a display .
A method performed by a master device of automatically reconnecting the master device and a slave device, wherein the slave device is a wearable device, the method comprising: performing a pairing operation with the slave device; connecting to the slave device in response to completing the pairing operation; receiving a message from the wearable device indicating whether a user is wearing the wearable device; and attempting to reconnect to the slave device according to whether an unpairing message is received from the slave device and only when the user is wearing the wearable device.
A layered composite fan blade for a gas turbine engine comprising: a plurality of stacked layers defining a plane and having a primary in-plane axis; and at least one block array of reinforcing elements; wherein the at least one block array extends into the composite fan blade along a reinforcing direction that is angled with respect to the plane of the stacked layers, and wherein the at least one block array is angled in the plane of the stacked layers with respect to the primary axis, and wherein the block arrays of reinforcing elements are angled in the plane of the stacked layers to form a herringbone pattern.
An assembly for an earth moving machine, comprising: a first member (11a-11c,15,16) and a second member coupled with the first member, the first member (11a-11c,15,16) being a wear element for digging implements , and the second member being digging implements or a lip for digging implements; the first member (11a-11c,15,16) comprises a channel (40a-40f) adapted to receive at least one electric wire (50,51a-51c); characterized in that: the first member (11a-11c,15,16) further comprises a first cavity adapted to receive at least one sensor ; the assembly further comprises the at least one electric wire (50,51a-51c), one or more electric wires of the at least one electric wire (50,51a-51c) being introduced in both the channel (40a-40f) and the first cavity , and being attached to the second member ; the wear element comprises one of: an adapter (11a-11c), a cast nose , a weld-on nose or a shroud . a first member (11a-11c,15,16) and a second member coupled with the first member, the first member (11a-11c,15,16) being a wear element for digging implements , and the second member being digging implements or a lip for digging implements; the first member (11a-11c,15,16) comprises a channel (40a-40f) adapted to receive at least one electric wire (50,51a-51c); characterized in that: the first member (11a-11c,15,16) further comprises a first cavity adapted to receive at least one sensor ; the assembly further comprises the at least one electric wire (50,51a-51c), one or more electric wires of the at least one electric wire (50,51a-51c) being introduced in both the channel (40a-40f) and the first cavity , and being attached to the second member ; the wear element comprises one of: an adapter (11a-11c), a cast nose , a weld-on nose or a shroud . the first member (11a-11c,15,16) further comprises a first cavity adapted to receive at least one sensor ; the assembly further comprises the at least one electric wire (50,51a-51c), one or more electric wires of the at least one electric wire (50,51a-51c) being introduced in both the channel (40a-40f) and the first cavity , and being attached to the second member ; the wear element comprises one of: an adapter (11a-11c), a cast nose , a weld-on nose or a shroud .
A system for managing guide robots in a defined space including a remote control terminal and a plurality of guide robots, wherein: the remote control terminal stores data mapping of objects in the defined space, the objects including fixed objects and moving objects in the defined space; each of the plurality of guide robots is able to respond to a user's voice command; each of the plurality of guide robots is able to adjust a handle position based on an input from the user; each of the plurality of guide robots is able to detect a walking speed of the user and adjust its own moving speeding accordingly; and the remote terminal controls the plurality of guide robots based on users' voice commands and the data mapping of the objects in the defined space. the remote control terminal stores data mapping of objects in the defined space, the objects including fixed objects and moving objects in the defined space; each of the plurality of guide robots is able to respond to a user's voice command; each of the plurality of guide robots is able to adjust a handle position based on an input from the user; each of the plurality of guide robots is able to detect a walking speed of the user and adjust its own moving speeding accordingly; and the remote terminal controls the plurality of guide robots based on users' voice commands and the data mapping of the objects in the defined space.
A radio base station including a central unit and a distributed unit , wherein the radio base station is adapted to perform radio communication with a user device , wherein the central unit includes: a capability information acquiring unit configured to acquire, from the user device via a radio resource control layer, capability information indicative of a capability of the user device ; and a capability information forwarding unit configured to forward to the distributed unit the capability information acquired by the capability information acquiring unit , and the distributed unit includes: a capability information receiving unit configured to receive the capability information forwarded by the central unit ; and a parameter determining unit configured to determine a content of parameters that controls the radio communication according to the content of the capability information based on the capability information received by the capability information receiving unit . a capability information acquiring unit configured to acquire, from the user device via a radio resource control layer, capability information indicative of a capability of the user device ; and a capability information forwarding unit configured to forward to the distributed unit the capability information acquired by the capability information acquiring unit , and the distributed unit includes: a capability information receiving unit configured to receive the capability information forwarded by the central unit ; and a parameter determining unit configured to determine a content of parameters that controls the radio communication according to the content of the capability information based on the capability information received by the capability information receiving unit . a capability information receiving unit configured to receive the capability information forwarded by the central unit ; and a parameter determining unit configured to determine a content of parameters that controls the radio communication according to the content of the capability information based on the capability information received by the capability information receiving unit .
Industrial truck , in particular counterbalance forklift truck, having a vehicle body , a mast with a load-receiving means arranged thereon, and a tilt drive for tilting the mast , wherein the vehicle body comprises a frame and a front axle and the tilt drive is arranged between the mast and vehicle body , and the tilt drive is mounted with a mast-side bearing on the mast and with a vehicle body-side tilt drive bearing , wherein the front axle has a front axle flange , wherein the front axle flange is mounted together with the frame by means of corresponding patterns of holes on the front axle flange and on the frame via screw connections at the pattern of holes , wherein, on the front axle , the mast with the load-receiving means is arranged so as to be tiltable on a mast bearing , characterized in that the vehicle body-side tilt drive bearing is formed on the front axle flange of the front axle .
A method for generating a sequencing library, wherein the method comprises: a) hybridizing template nucleic acids to oligonucleotides bound to a solid surface via their 5' end and initially comprising at least two functional sequence elements, and removing unbound template nucleic acids, preferably by a washing step; b) extending the surface bound oligonucleotides hybridized to the template nucleic acids to form a double strand; c) optionally modifying the double-stranded nucleic acids generated in step b); d) 3' truncation of the surface bound oligonucleotides that have not been used in the template nucleic acid hybridization of step a); e) optionally modifying the single-stranded surface bound oligonucleotides generated in step d); and f) hybridizing further template nucleic acids to the surface bound oligonucleotides or using functional sequence elements within surface bound oligonucleotides for a downstream application, wherein steps a) to e) are repeated at least once with template nucleic acids from the same sample or from different samples, wherein after the first 3' truncation step of the surface bound oligonucleotides, the truncated oligonucleotide still contains at least one functional sequence element, and wherein the length of the surface bound oligonucleotides is 10-200 nucleotides. a) hybridizing template nucleic acids to oligonucleotides bound to a solid surface via their 5' end and initially comprising at least two functional sequence elements, and removing unbound template nucleic acids, preferably by a washing step; b) extending the surface bound oligonucleotides hybridized to the template nucleic acids to form a double strand; c) optionally modifying the double-stranded nucleic acids generated in step b); d) 3' truncation of the surface bound oligonucleotides that have not been used in the template nucleic acid hybridization of step a); e) optionally modifying the single-stranded surface bound oligonucleotides generated in step d); and f) hybridizing further template nucleic acids to the surface bound oligonucleotides or using functional sequence elements within surface bound oligonucleotides for a downstream application,
Gangway for arrangement between two movably connected vehicle parts , in particular of a bus or a railway vehicle, having - at least one bellows which can be arranged on a vehicle part and defines a transit area (I), and on the end face of which a coupling frame is arranged, and - at least one electrical connection device having at least one connection element and at least one counter connection element for detachably electrically connecting the two vehicle parts , and having at least one electrical line , - the connection element and/or the counter connection element being arranged on an inner side of the coupling frame which faces the transit area (I), characterized in that the coupling frame has at least one opening through which the electrical line is guided from an/the outer side (A) to the inner side of the coupling frame . - at least one bellows which can be arranged on a vehicle part and defines a transit area (I), and on the end face of which a coupling frame is arranged, and - at least one electrical connection device having at least one connection element and at least one counter connection element for detachably electrically connecting the two vehicle parts , and having at least one electrical line , - the connection element and/or the counter connection element being arranged on an inner side of the coupling frame which faces the transit area (I),
An Optical Emission Spectrometer (OES) comprising: a detector to which purge gas can be supplied; and a protection device (100, 100"); wherein the protection device comprises: a timer configured to measure a parameter indicative of a shut down time period following cessation of an application of purge gas to the detector ; and a processor connected to the timer , wherein the processor is configured to determine a start-up time period during which purge gas is supplied to the detector prior to cooling of the detector , the start-up time period being based upon the parameter measured by the timer . a detector to which purge gas can be supplied; and a protection device (100, 100"); wherein the protection device comprises: a timer configured to measure a parameter indicative of a shut down time period following cessation of an application of purge gas to the detector ; and a processor connected to the timer , wherein the processor is configured to determine a start-up time period during which purge gas is supplied to the detector prior to cooling of the detector , the start-up time period being based upon the parameter measured by the timer . a timer configured to measure a parameter indicative of a shut down time period following cessation of an application of purge gas to the detector ; and a processor connected to the timer , wherein the processor is configured to determine a start-up time period during which purge gas is supplied to the detector prior to cooling of the detector , the start-up time period being based upon the parameter measured by the timer .
A broadband antenna assembly comprising: a ground plane ; a ground strip extending from the ground plane ; a main patch folded about the ground strip and including a resonant length greater than an overall length of the broadband antenna assembly , wherein a first strip (101-1) of the main patch is disposed above the ground strip and forms a first radiating edge with the ground strip , and a second strip (101-2) of the main patch is disposed below the ground strip and forms a second radiating edge with the ground plane ; wherein the first and second radiating edges are disposed at opposing sides of the main patch above and below the ground strip; and a parasitic patch folded about the ground strip and coupled to the main patch along at least a portion of a non-radiating edge of the main patch , the parasitic patch including a first strip (103-1, 104-1) and a second strip (103-2, 104-2), at least a portion of the first strip (103-1, 104-1) of the parasitic patch disposed above the ground strip and at least a portion of the second strip (103-2, 104-2) of the parasitic patch disposed below the ground strip . a ground plane ; a ground strip extending from the ground plane ; a main patch folded about the ground strip and including a resonant length greater than an overall length of the broadband antenna assembly , wherein a first strip (101-1) of the main patch is disposed above the ground strip and forms a first radiating edge with the ground strip , and a second strip (101-2) of the main patch is disposed below the ground strip and forms a second radiating edge with the ground plane ; wherein the first and second radiating edges are disposed at opposing sides of the main patch above and below the ground strip; and a parasitic patch folded about the ground strip and coupled to the main patch along at least a portion of a non-radiating edge of the main patch , the parasitic patch including a first strip (103-1, 104-1) and a second strip (103-2, 104-2), at least a portion of the first strip (103-1, 104-1) of the parasitic patch disposed above the ground strip and at least a portion of the second strip (103-2, 104-2) of the parasitic patch disposed below the ground strip .