mhurhangee/ep-ind-claims huggingface dataset:
A mobile additive manufacturing apparatus comprising: a controller capable of executing algorithms and providing control signals; an additive manufacturing element to deposit a material or combination of materials in prescribed locations across a surface according to a first digital model processed by the controller; a drive system operative to transport the additive manufacturing element along the surface; a vision system configured to perform a metrology process to measure a topography of a region of the surface, wherein the vision system examines the topography for defects, cracks or fissures, and wherein the controller provides control signals to the vision system to initiate its operation and receives electrical signals in response to the metrology process; a navigation system to determine a location of the additive manufacturing element and guide the drive system; and a power system capable of providing power to operate at least the drive system, the navigation system, the controller and additive manufacturing element. a controller capable of executing algorithms and providing control signals; an additive manufacturing element to deposit a material or combination of materials in prescribed locations across a surface according to a first digital model processed by the controller; a drive system operative to transport the additive manufacturing element along the surface; a vision system configured to perform a metrology process to measure a topography of a region of the surface, wherein the vision system examines the topography for defects, cracks or fissures, and wherein the controller provides control signals to the vision system to initiate its operation and receives electrical signals in response to the metrology process; a navigation system to determine a location of the additive manufacturing element and guide the drive system; and a power system capable of providing power to operate at least the drive system, the navigation system, the controller and additive manufacturing element.
Optical device for adjusting a laser beam, said device comprising an assembly of two matrices (3, 4) of lenses (5a, 5b, 5c, 5d), said matrices (3, 4) being arranged parallel to one another, said assembly being traversable by the laser beam, said matrices (3, 4) having at least a nominal spacing such that said assembly makes it possible to transform the spatial distribution of the laser beam into a shape close to an uniform rectangle in the far field, characterized in that said device for adjusting a laser beam is a device for adjusting the spatial distribution of a laser beam, in that said matrices (3, 4) are identical, and it that said device comprises controllable activating means capable of modifying the spacing between the two matrices (3, 4) whilst keeping them parallel to create a zoom effect.
A cooling device having a cabinet with heat-sealed closed walls configured to form a compartment and a drawer assembly, said drawer assembly comprising; a first rail unit and a second rail unit mounted on an interior surface of the cabinet of the cooling device and being opposite to each other; a first gear configured to rotate throughout a first rack; a second gear configured to rotate throughout a second rack; a shaft which interconnects said first gear and second gear for transmitting the movement to each other; said drawer assembly further comprises at least one locking member which is adapted to be movable along said shaft for providing the fixation of the shaft with one of the first gear and/or the second gear, wherein the first gear is configured to be adjacent to a first elongated connection part provided in the first rail unit, wherein the second gear is configured to be adjacent to a second elongated connection part provided in the second rail unit, characterized in that the first elongated connection part and the second elongated connection part have at least one aperture thereon and are adapted to be engaged with said shaft having a locking aperture thereon, and wherein said locking member includes a fixation portion at the inner surface of the locking member, providing a connection by an engagement with said locking aperture on the shaft. a first rail unit and a second rail unit mounted on an interior surface of the cabinet of the cooling device and being opposite to each other; a first gear configured to rotate throughout a first rack; a second gear configured to rotate throughout a second rack; a shaft which interconnects said first gear and second gear for transmitting the movement to each other; said drawer assembly further comprises at least one locking member which is adapted to be movable along said shaft for providing the fixation of the shaft with one of the first gear and/or the second gear, wherein the first gear is configured to be adjacent to a first elongated connection part provided in the first rail unit, wherein the second gear is configured to be adjacent to a second elongated connection part provided in the second rail unit, characterized in that the first elongated connection part and the second elongated connection part have at least one aperture thereon and are adapted to be engaged with said shaft having a locking aperture thereon, and wherein said locking member includes a fixation portion at the inner surface of the locking member, providing a connection by an engagement with said locking aperture on the shaft.
Tap head for connection to a barrel, in particular for a dispensing system, wherein the tap head has a tap head body and a span gas supply line and a beverage supply line are formed in the tap head body and a movable plunger is arranged in the tap head body, wherein a swivel handle is arranged on the tap head body and the handle is kinematically coupled with the plunger, characterised in that the tap head body is material-uniform and is integrally formed from a fibre-reinforced plastic.
A metal filament body connecting method of connecting facing metal filament bodies, in which a pair of fixing members fixing the facing metal filament bodies, and a rotating body including a cutout which is rotatable at the gap between the pair of fixing members are arranged; both end portions of a parallel portion of a metal filament body formed by juxtaposing the facing metal filament bodies are fixed by the pair of fixing members; an approximately central portion of the parallel portion of the metal filament body is arranged in a cutout of the rotating body; and then, the facing metal filament bodies are twisted together by rotating the rotating body, wherein the pair of fixing members comprises a cutout and a pressing member; both end portions of parallel portion of the facing metal filament bodies are arranged in cutouts of the pair of fixing members; and the both end portions are fixed by pressing with the pressing member, the pressing member having a rotation axis, characterized in that a plate spring is attached to an end of the pressing member opposite to the rotation axis of the pressing member, and a claw is provided on a side of the fixing members for fixing the plate spring.
A perfume raw material selected from the group consisting of: -2,2-dimethyl-3-(4-(prop-1-en-2-yl)cyclohex-1-enyl)propanenitrile; -3,3-dimethyl-4-(4-(prop-1-en-2-yl)cyclohex-1-enyl)butan-2-one; 3,3-dimethyl-4-( -4-(prop-1-en-2-yl)cyclohex-1-enyl)butan-2-(R,S)-ol; -2,2-dimethyl-3-(4-(prop-1-en-2-yl)cyclohex-1-enyl)propanal; and -2,2-dimethyl-3-(4-(prop-1-en-2-yl)cyclohex-1-enyl)propan-1-ol.
A method for quick charge loss compensation in a Flash memory device during a programming operation, the method comprising: biasing a selected word line, coupled to a selected memory cell, with incrementally increasing programming pulses until the selected memory cell passes a first program verify operation at a particular verify pulse level (V vt-vfy); in response to the selected memory cell passing the first program verify operation, inhibiting programming of the selected memory cell while other memory cells coupled to the selected word line are biased with one or more additional programming pulses of the programming operation; characterised by: performing a second program verify operation on the selected memory cell at the particular verify pulse level after the one or more additional programming pulses; biasing the selected word line with a final programming pulse in response to the selected memory cell failing the second program verify operation at the particular verify pulse level, while a bit line coupled to the selected memory cell is biased to slow programming of the selected memory cell with a voltage greater than ground potential; biasing the bit line at an inhibit voltage without evaluating a third program verify operation in response to the final programming pulse; and performing each program verify operation of the programming operation at the particular verify pulse level. biasing a selected word line, coupled to a selected memory cell, with incrementally increasing programming pulses until the selected memory cell passes a first program verify operation at a particular verify pulse level (V vt-vfy); in response to the selected memory cell passing the first program verify operation, inhibiting programming of the selected memory cell while other memory cells coupled to the selected word line are biased with one or more additional programming pulses of the programming operation; performing a second program verify operation on the selected memory cell at the particular verify pulse level after the one or more additional programming pulses; biasing the selected word line with a final programming pulse in response to the selected memory cell failing the second program verify operation at the particular verify pulse level, while a bit line coupled to the selected memory cell is biased to slow programming of the selected memory cell with a voltage greater than ground potential; biasing the bit line at an inhibit voltage without evaluating a third program verify operation in response to the final programming pulse; and performing each program verify operation of the programming operation at the particular verify pulse level.
A combination product comprising: (i) nitazoxanide, tizoxanide or a pharmaceutically acceptable salt thereof; and (ii) elafibranor or a pharmaceutically acceptable salt thereof for use in a method for the treatment of primary biliary cholangitis -associated inflammation or primary sclerosing cholangitis -associated inflammation. (i) nitazoxanide, tizoxanide or a pharmaceutically acceptable salt thereof; and (ii) elafibranor or a pharmaceutically acceptable salt thereof
An ink cartridge chip, detachably mounted on an ink cartridge, the ink cartridge chip comprising a circuit board, the circuit board being provided with a plurality of connecting terminals (710, 720, 730, 740, 750, 760, 770, 780, 790) in contact connection with apparatus-side terminals (810, 820, 830, 840, 850, 860, 870, 880, 890) of a recording device body, characterized in that, the ink cartridge chip further comprises: at least one detecting terminal provided on the circuit board, and arranged adjacent to the connecting terminals (710, 720, 730, 740, 750, 760, 770, 780, 790), each detecting terminal being configured to detect short circuit occurring between the detecting terminal and at least one connecting terminal (710, 720, 730, 740, 750, 760, 770, 780, 790) adjacent to the detecting terminal according to a change in an electrical signal of the detecting terminal, wherein the at least one detecting terminal is not in contact with the apparatus-side terminals (810, 820, 830, 840, 850, 860, 870, 880, 890). at least one detecting terminal provided on the circuit board, and arranged adjacent to the connecting terminals (710, 720, 730, 740, 750, 760, 770, 780, 790), each detecting terminal being configured to detect short circuit occurring between the detecting terminal and at least one connecting terminal (710, 720, 730, 740, 750, 760, 770, 780, 790) adjacent to the detecting terminal according to a change in an electrical signal of the detecting terminal, wherein the at least one detecting terminal is not in contact with the apparatus-side terminals (810, 820, 830, 840, 850, 860, 870, 880, 890).
A method for processing a handover procedure of a mobile communication system, the method comprising: receiving, by a user equipment, UE, a radio resource reconfiguration message from a base station; recognizing, by the UE, a handover type based on information included in the received radio resource reconfiguration message; and performing, by the UE, a first or second handover procedure according to the recognized handover type, characterized in that: if the radio resource reconfiguration message includes a new cell-radio network identifier, new C-RNTI different from that used in a source cell, the UE recognizes the handover as the first handover; if the radio resource reconfiguration message includes a handover type indicator, the UE recognizes the first or second handover according to whether or not the handover type indicator indicates an intra base station handover type or an inter base station handover type; and if the radio resource reconfiguration message includes a new physical cell identity, new PCI different from that used in the source cell, the UE recognizes the handover as the first handover. receiving, by a user equipment, UE, a radio resource reconfiguration message from a base station; recognizing, by the UE, a handover type based on information included in the received radio resource reconfiguration message; and performing, by the UE, a first or second handover procedure according to the recognized handover type, characterized in that: if the radio resource reconfiguration message includes a new cell-radio network identifier, new C-RNTI different from that used in a source cell, the UE recognizes the handover as the first handover; if the radio resource reconfiguration message includes a handover type indicator, the UE recognizes the first or second handover according to whether or not the handover type indicator indicates an intra base station handover type or an inter base station handover type; and if the radio resource reconfiguration message includes a new physical cell identity, new PCI different from that used in the source cell, the UE recognizes the handover as the first handover. if the radio resource reconfiguration message includes a new cell-radio network identifier, new C-RNTI different from that used in a source cell, the UE recognizes the handover as the first handover; if the radio resource reconfiguration message includes a handover type indicator, the UE recognizes the first or second handover according to whether or not the handover type indicator indicates an intra base station handover type or an inter base station handover type; and if the radio resource reconfiguration message includes a new physical cell identity, new PCI different from that used in the source cell, the UE recognizes the handover as the first handover.
A rivet for purposes of connecting parts (3, 4) penetrated by holes, in particular aircraft components, comprising a sleeve section, which has a swaging head with an axially running cavity, and a shaft adjoining the swaging head, and a riveting mandrel, which has an essentially cylindrical base body and a riveting mandrel head widened relative to the diameter of the base body, and which penetrates the sleeve section with its base body along the cavity, wherein on the cylindrical base body the riveting mandrel has axially running ribs, wherein material of the shaft can flow in between the ribs, characterised in that the riveting mandrel has corrugations in planes normal to a longitudinal axis and running around the latter, by means of which the riveting mandrel is connected with the swaging head in a form fit, and in that the ribs cause an expansion of the shaft when the riveting mandrel is pulled in, wherein the ribs are designed with wedge-shaped surfaces directed towards the swaging head.
A method for communication, the method comprising: performing by one or more circuits in a first network device: receiving device attributes from a plurality of second network devices that are communicatively coupled to said first network device; aggregating said device attributes by consolidating said device attributes to generate one or more messages comprising said aggregated device attributes; communicating said one or more messages comprising said aggregated device attributes to a source network device (106, 310); determining whether one or more attributes are common among the plurality of second network devices; customizing said content to be delivered from said source network device (106, 310) to said first network device and said plurality of second network devices based on said common attributes; receiving, at said first network device, said customized content from said source network device (106, 310); and communicating said customized content from said first network device to said plurality of second network devices based on said common device attributes. performing by one or more circuits in a first network device: receiving device attributes from a plurality of second network devices that are communicatively coupled to said first network device; aggregating said device attributes by consolidating said device attributes to generate one or more messages comprising said aggregated device attributes; communicating said one or more messages comprising said aggregated device attributes to a source network device (106, 310); determining whether one or more attributes are common among the plurality of second network devices; customizing said content to be delivered from said source network device (106, 310) to said first network device and said plurality of second network devices based on said common attributes; receiving, at said first network device, said customized content from said source network device (106, 310); and communicating said customized content from said first network device to said plurality of second network devices based on said common device attributes. receiving device attributes from a plurality of second network devices that are communicatively coupled to said first network device; aggregating said device attributes by consolidating said device attributes to generate one or more messages comprising said aggregated device attributes; communicating said one or more messages comprising said aggregated device attributes to a source network device (106, 310); determining whether one or more attributes are common among the plurality of second network devices; customizing said content to be delivered from said source network device (106, 310) to said first network device and said plurality of second network devices based on said common attributes; receiving, at said first network device, said customized content from said source network device (106, 310); and communicating said customized content from said first network device to said plurality of second network devices based on said common device attributes.
A cooking assistance device having a temperature sensor and an electronic circuit arrangement to which there is supplied an output value of the temperature sensor, wherein data for regulating the temperature of a cooking vessel, heatable by a hotplate, is transmittable wirelessly to a receiving unit from the electronic circuit arrangement, characterised in that the cooking assistance device is formed in the manner of a tumbler which rights itself on a plane, horizontal bottom of the cooking vessel in a righted state.
A flexural torsion spring for transmitting torques, comprising a helically coiled spring body which has a torque input means on one end side and a torque output means on the other end side, characterised in that the torque input means and the torque output means are formed in each case by a cam pair (4, 5) having two cams (6, 7; 8, 9) which, viewed in the circumferential direction of the spring body, are disposed opposite one another, that the cams (6, 7; 8, 9) of the cam pairs (4, 5) are connected to the respective final end-side spring winding (11, 12) of the spring body, and the first cams (7, 9) of the cam pairs (4, 5) are connected to the respective end (13, 14) of the respective final end-side spring winding (11, 12) of the spring body.
A power tool comprising: a housing; and an electric brushless DC (BLDC) motor housed inside the housing and including: a stator including a lamination stack having a plurality of laminations and an end insulator disposed at the end of the lamination stack; a rotor pivotably arranged inside the stator; and a motor end cap arranged at an end of the stator facing the end insulator; characterised in that the end cap comprises a plurality of axial posts facing the end insulator, and the end insulator comprises a plurality of peripheral recessed portions and a plurality of radial deflect portions arranged within the peripheral recessed portions, wherein the axial posts of the end cap engage the radial deflect portions, the radial deflect portions applying a springing force against the axial posts in the axial direction to absorb tolerances associated with the stator and the end cap; wherein the lamination stack and the radial deflect portions define a gap therebetween. a housing; and an electric brushless DC (BLDC) motor housed inside the housing and including: a stator including a lamination stack having a plurality of laminations and an end insulator disposed at the end of the lamination stack; a rotor pivotably arranged inside the stator; and a motor end cap arranged at an end of the stator facing the end insulator; characterised in that the end cap comprises a plurality of axial posts facing the end insulator, and the end insulator comprises a plurality of peripheral recessed portions and a plurality of radial deflect portions arranged within the peripheral recessed portions, wherein the axial posts of the end cap engage the radial deflect portions, the radial deflect portions applying a springing force against the axial posts in the axial direction to absorb tolerances associated with the stator and the end cap; wherein the lamination stack and the radial deflect portions define a gap therebetween.