mhurhangee/ep-ind-claims huggingface dataset:
A control console for a personnel-lifting machine, said control console including a main body having front and rear faces (41A, 41B) connected to each other by a through-passage which is closed by both lower and upper crosspieces (42, 43) of the main body, each extending the throughout the width of the main body, and left-hand and right-hand uprights (44, 45), each extending throughout the height of the main body, wherein the control console includes a joystick which is arranged inside the through-passage, extending upwards from the lower crosspiece, and which, at rest, occupies a rest position in which, when the control console is in use, the joystick is tilted backwards when considering the joystick from bottom to top, and characterized in that the front face of the main body includes a flat surface: - onto which the through-passage emerges, - which, when the control console is in use, is tilted rearwards when considering the flat surface from bottom to top, and - which extends continuously both on the upper crosspiece, where the flat surface is provided with a display, on the left-hand upright, where the flat surface is provided with push-buttons, and on the lower crosspiece, where the flat surface runs from the through-passage to a lower edge of the lower crosspiece, the lower edge being, at least over a portion of the extent thereof between the left-hand and right-hand uprights, set back from the flat surface. wherein the control console includes a joystick which is arranged inside the through-passage, extending upwards from the lower crosspiece, and which, at rest, occupies a rest position in which, when the control console is in use, the joystick is tilted backwards when considering the joystick from bottom to top, and characterized in that the front face of the main body includes a flat surface: - onto which the through-passage emerges, - which, when the control console is in use, is tilted rearwards when considering the flat surface from bottom to top, and - which extends continuously both on the upper crosspiece, where the flat surface is provided with a display, on the left-hand upright, where the flat surface is provided with push-buttons, and on the lower crosspiece, where the flat surface runs from the through-passage to a lower edge of the lower crosspiece, the lower edge being, at least over a portion of the extent thereof between the left-hand and right-hand uprights, set back from the flat surface. - onto which the through-passage emerges, - which, when the control console is in use, is tilted rearwards when considering the flat surface from bottom to top, and - which extends continuously both on the upper crosspiece, where the flat surface is provided with a display, on the left-hand upright, where the flat surface is provided with push-buttons, and on the lower crosspiece, where the flat surface runs from the through-passage to a lower edge of the lower crosspiece, the lower edge being, at least over a portion of the extent thereof between the left-hand and right-hand uprights, set back from the flat surface.
Drive pinion for an air/oil separator of an accessory gearbox (100, 100') of a turbomachine, the air/oil separator being configured to be supplied at the input by an air flow to de-oil and to supply at the output, on the one hand, a de-oiled air flow and, on the other hand, an oil flow by centrifugation, the pinion being configured to drive the separator rotationally along an axis of rotation, the pinion being suited to being mounted facing a passage opening of the separator configured to enable the passage of an air flow to de-oil or a de-oiled air flow, the pinion comprising a central axis extending along the axis of rotation, a toothed peripheral part and a web plate extending between the central axis and the peripheral part, the pinion comprising at least one guiding opening traversing the web plate, the pinion being characterised in that at least one guiding opening defining at least two guiding surfaces inclined with respect to the axis of rotation and opposite each other in such a way as to guide, parallel to the axis of rotation, an air flow to de-oil into the separator or a de-oiled air flow out of the separator via the guiding opening of the pinion.
Rotor stack for a synchronous reluctance machine, consisting of a multiplicity of stacked laminations (B, C) having flux barriers (10, 10', 10") for forming salient rotor poles, wherein flux barriers (10, 10', 10") of adjacent laminations, said flux barriers lying on one another, form a recess which is continuous in the axial direction of the rotor, wherein, with at least some of the flux barriers (10, 10', 10") lying on one another, at least two flux barriers (10, 10', 10") of adjacent laminations (B, C) mutually overlap at least in regions, characterized in that the individual flux barriers (10, 10', 10") comprise a central part running transversely with respect to the q axis and ends which are preferably angled with respect to said central part, wherein the central parts of flux barriers (10, 10', 10") lying on one another lie offset in the radial direction with respect to one another, wherein the ends furthermore lie congruently on one another.
A fuel composition comprising: gasoline; and aryloxy alkylamine additive having the following structure: wherein the aryloxy alkylamine additive is present in about 10 to about 750 ppm by weight based on total weight of the fuel composition; wherein X is a hydrocarbyl group having 1 or 2 carbon atoms; and wherein R 1 and R 2 are independently hydrogen or hydrocarbyl group having up to 36 carbon atoms. gasoline; and aryloxy alkylamine additive having the following structure: wherein the aryloxy alkylamine additive is present in about 10 to about 750 ppm by weight based on total weight of the fuel composition; wherein X is a hydrocarbyl group having 1 or 2 carbon atoms; and wherein R 1 and R 2 are independently hydrogen or hydrocarbyl group having up to 36 carbon atoms. wherein the aryloxy alkylamine additive is present in about 10 to about 750 ppm by weight based on total weight of the fuel composition; wherein X is a hydrocarbyl group having 1 or 2 carbon atoms; and wherein R 1 and R 2 are independently hydrogen or hydrocarbyl group having up to 36 carbon atoms.
An inkjet receiving medium comprising a substrate and having a topmost layer coated thereon, wherein the topmost layer comprises one or more aqueous soluble salts of multivalent metal cations and particles comprised primarily of polymer having a Rockwell Hardness of less than R90, where the topmost layer is coated at a dry solids coat weight of from 0.1 to 5 g/m 2 and comprises at least 30 wt% of the one or more aqueous soluble salts of multivalent metal cations, and provides at least 0.01 g/m 2 of particles comprised primarily of polymer having a Rockwell Hardness of less than R90 and which have an equivalent spherical diameter of i) at least about 2 micrometers and ii) at least 0.1 micrometer greater than the minimum coated thickness of the topmost layer.
A method performed at a user equipment of requesting a communication channel for use by said user equipment (10, 12) for broadcasting data to at least one further user equipment (12, 10) when all of a plurality of communication channels configured for direct user equipment to user equipment communication are currently being used, wherein each of said plurality of communication channels is a half duplex channel and each of said plurality of communication channels has an associated preamble identifying a block of transmission resources comprising said communication channel; said method comprising: determining a priority of an active user equipment currently broadcasting data to other user equipment using one of said plurality of communication channels; and in response to detecting that said priority is lower than a current priority of said user equipment, transmitting a request for use of said one of said plurality of communication channels to said active user equipment. determining a priority of an active user equipment currently broadcasting data to other user equipment using one of said plurality of communication channels; and in response to detecting that said priority is lower than a current priority of said user equipment, transmitting a request for use of said one of said plurality of communication channels to said active user equipment.
An organic electroluminescent component having a layer composite, which comprises a) a substrate layer, b) a first transparent electrode layer, c) a mixing layer (6,7,8) having c.1) a matrix of a conductive organic material with one or more singlet states and one or more triplet states, selected from the group: p-conductive and n-conductive materials, c.2) in this matrix, a light-emitting material which comprises a metallo-organic complex compound with an emissive triplet state, and d) a second electrode, wherein the lowest-energy triplet state of the conductive organic material is higher than the emissive triplet state of the metallo-organic complex compound by an energy difference E t. characterised in that the conductive organic material comprises a structural element which is a benzene ring substituted with an organic substituent R- in the meta position. a) a substrate layer, b) a first transparent electrode layer, c) a mixing layer (6,7,8) having c.1) a matrix of a conductive organic material with one or more singlet states and one or more triplet states, selected from the group: p-conductive and n-conductive materials, c.2) in this matrix, a light-emitting material which comprises a metallo-organic complex compound with an emissive triplet state, and c.1) a matrix of a conductive organic material with one or more singlet states and one or more triplet states, selected from the group: p-conductive and n-conductive materials, c.2) in this matrix, a light-emitting material which comprises a metallo-organic complex compound with an emissive triplet state, and d) a second electrode,
A method performed by a first device for forming a Wi-Fi Peer-to-Peer, P2P, group with at least one second device using Wi-Fi Direct, the method comprising: receiving at least one device information of the at least one second device; adjusting an intent value of the first device based on a type of the at least one second device corresponding to the received device information of the at least one second device; and processing the remaining operation related to formation of the Wi-Fi P2P group using the adjusted intent value. receiving at least one device information of the at least one second device; adjusting an intent value of the first device based on a type of the at least one second device corresponding to the received device information of the at least one second device; and processing the remaining operation related to formation of the Wi-Fi P2P group using the adjusted intent value.
A power tool (100; 200), which is adapted to perform a prescribed operation on a workpiece by driving a tool accessory comprising a motor, a spindle that is adapted to transmit a driving force of the motor to the tool accessary, a tool accessory holding member that is configured to move in a spindle rotating axis direction between a holding position for holding the tool accessory and a releasing position for releasing the tool accessory, a lock mechanism that is adapted to engage with the tool accessory holding member in the holding position and lock the tool accessory holding member, the lock mechanism comprising a clamp member and a collar member, wherein the clamp member is held by the collar member in which the clamp member moves between an engaging position and a disengaging positon and the clamp member engages with the tool accessory holding member in the engaging position for locking the tool accessory holding member at the holding position, while the clamp member disengages with the tool accessory holding member in the disengaging position, characterized in that the clamp member and the collar member comprise a sliding contact region provided with a first inclined element and a second inclined element, wherein the first inclined element and the second inclined element are mutually spaced away in the spindle rotating axis direction. a motor, a spindle that is adapted to transmit a driving force of the motor to the tool accessary, a tool accessory holding member that is configured to move in a spindle rotating axis direction between a holding position for holding the tool accessory and a releasing position for releasing the tool accessory, a lock mechanism that is adapted to engage with the tool accessory holding member in the holding position and lock the tool accessory holding member, the lock mechanism comprising a clamp member and a collar member, wherein the clamp member is held by the collar member in which the clamp member moves between an engaging position and a disengaging positon and the clamp member engages with the tool accessory holding member in the engaging position for locking the tool accessory holding member at the holding position, while the clamp member disengages with the tool accessory holding member in the disengaging position, characterized in that the clamp member and the collar member comprise a sliding contact region provided with a first inclined element and a second inclined element, wherein the first inclined element and the second inclined element are mutually spaced away in the spindle rotating axis direction.
A liquid washing, cleaning or pretreatment agent for textiles, comprising a mixture of anionic surfactants and non-ionic surfactants, characterized in that it contains water as the principal solvent and the non-ionic surfactants have at least one fatty alcohol alkoxylate having a branched alkyl group that has a chain length of 9 to 15 C atoms and having a degree of alkoxylation of 3 to 9 alkoxyl groups per mol of fatty alcohol, the fatty alcohol alkoxylate having two or more terminal and/or central branches having two or more branch points in the alkyl group of the molecule, and the weight ratio of the anionic surfactants, which are not soaps, to branched fatty alcohol alkoxylate being in the range from 3:1 to 2:1 and branched fatty alcohol being contained in a total amount of 3 to 10 wt.%, based on the total amount of washing, cleaning or pretreatment agent.
A method for preparing spherical silica aerogel granules, comprising: a) mixing a water glass solution and a non-polar organic solvent to prepare a mixed solution; b) adding a surfactant to the mixed solution to form droplets of the water glass solution prior to preparation of a silica sol; c) adding a neutralizing agent to the mixed solution to form a silica sol; d) adding a gelling agent to the silica sol to form a silica gel; e) subjecting the silica gel to solvent substitution and adding a surface modifying agent to the silica gel to hydrophobicize the silica gel; and f) drying the hydrophobicized silica gel, wherein the surfactant in step b) comprises one or more selected from the group consisting of sorbitan monooleate, sorbitan monostearate, sorbitan monopalmitate, and sorbitan monolaurate, and wherein the surfactant in step b) is included at a volume ratio of 3.0 to 9.0% with respect to the mixed solution. a) mixing a water glass solution and a non-polar organic solvent to prepare a mixed solution; b) adding a surfactant to the mixed solution to form droplets of the water glass solution prior to preparation of a silica sol; c) adding a neutralizing agent to the mixed solution to form a silica sol; d) adding a gelling agent to the silica sol to form a silica gel; e) subjecting the silica gel to solvent substitution and adding a surface modifying agent to the silica gel to hydrophobicize the silica gel; and f) drying the hydrophobicized silica gel,
A method of efficient power regulation in a mobile device employing radio frequency RF circuitry and a digital signal processing circuitry processing data said data being sent or received by the radio frequency circuitry comprising: regulating power to said digital signal processing circuitry using a switching power regulator during at least one signal processing time slot in which the digital circuitry is active; inactivating the digital signal processing circuitry and the switching power regulator during at least one radio frequency time slot wherein said inactivating consists of partially powering down, disabling or inhibiting some of said digital signal processing circuitry; maintaining the data within the digital signal processing circuitry using a non switching power regulator during the at least one radio frequency time slot thereby maintaining continuity in the processing of said data by said digital signal processing circuitry, and activating the RF circuitry during the at least one radio frequency time slot. regulating power to said digital signal processing circuitry using a switching power regulator during at least one signal processing time slot in which the digital circuitry is active; inactivating the digital signal processing circuitry and the switching power regulator during at least one radio frequency time slot wherein said inactivating consists of partially powering down, disabling or inhibiting some of said digital signal processing circuitry; maintaining the data within the digital signal processing circuitry using a non switching power regulator during the at least one radio frequency time slot thereby maintaining continuity in the processing of said data by said digital signal processing circuitry, and activating the RF circuitry during the at least one radio frequency time slot.
A frequency selective circuit, wherein the frequency selective circuit comprises: a first transistor (M 1) comprising a drain terminal, a source terminal connected to ground and a gate terminal; an impedance element (R1+L1) coupled between the drain terminal and the gate terminal of the first transistor (M 1); a first capacitive element (C 1) coupled between the drain terminal of the first transistor (M 1) and ground; a second capacitive element (C 2) coupled between the gate terminal of the first transistor (M 1) and ground; and a second transistor (M 2) comprising a drain terminal, a source terminal connected to ground and a gate terminal, the gate terminal of the second transistor (M 2) being coupled to the gate terminal of the first transistor (M 1); characterized in that the impedance element (R1+L1) includes a resistor (R 1) and an inductor (L 1) in series. a first transistor (M 1) comprising a drain terminal, a source terminal connected to ground and a gate terminal; an impedance element (R1+L1) coupled between the drain terminal and the gate terminal of the first transistor (M 1); a first capacitive element (C 1) coupled between the drain terminal of the first transistor (M 1) and ground; a second capacitive element (C 2) coupled between the gate terminal of the first transistor (M 1) and ground; and a second transistor (M 2) comprising a drain terminal, a source terminal connected to ground and a gate terminal, the gate terminal of the second transistor (M 2) being coupled to the gate terminal of the first transistor (M 1); characterized in that the impedance element (R1+L1) includes a resistor (R 1) and an inductor (L 1) in series.
A removable orthodontic correction device, comprising: a first correction unit configured to be removably worn on the anterior teeth of a maxillary or mandibular dental arch of a patient, the first correction unit having a plurality of first connection parts formed thereon; a second correction unit configured to be removably worn on the posterior teeth of the maxillary or mandibular dental arch of the patient, the second correction unit having a plurality of second connection parts formed thereon; and a plurality of elastic members coupling the first connection parts to the second connection parts, wherein the elastic force of the elastic members drive the first correction unit to retract toward the second correction unit so that the anterior teeth can also move toward the posterior teeth, thereby closing gaps between the anterior teeth and the posterior teeth formed by premolar extractions; characterized in that the second correction unit includes a labial transverse part and a plurality of mounting parts connected to both ends of the labial transverse part with the mounting parts at each end joined together and configured to be removably mounted on the posterior teeth, the labial transverse part extending from the mounting parts along a maxillary or mandibular buccal vestibule of the patient, the second connection parts formed on the labial transverse part, and the first connection parts fixed on a labial surface of the first correction unit. a first correction unit configured to be removably worn on the anterior teeth of a maxillary or mandibular dental arch of a patient, the first correction unit having a plurality of first connection parts formed thereon; a second correction unit configured to be removably worn on the posterior teeth of the maxillary or mandibular dental arch of the patient, the second correction unit having a plurality of second connection parts formed thereon; and a plurality of elastic members coupling the first connection parts to the second connection parts, wherein the elastic force of the elastic members drive the first correction unit to retract toward the second correction unit so that the anterior teeth can also move toward the posterior teeth, thereby closing gaps between the anterior teeth and the posterior teeth formed by premolar extractions; characterized in that the second correction unit includes a labial transverse part and a plurality of mounting parts connected to both ends of the labial transverse part with the mounting parts at each end joined together and configured to be removably mounted on the posterior teeth, the labial transverse part extending from the mounting parts along a maxillary or mandibular buccal vestibule of the patient, the second connection parts formed on the labial transverse part, and the first connection parts fixed on a labial surface of the first correction unit.
A method of fabricating a ceramic cutter body having an outer surface, a longitudinal axis, a distal cutting portion with cutting edges, and a proximal shaft portion with a window that opens to an interior channel, said method comprising: providing an injection mold (200; 200') with a mold cavity configured to form the outer surface of a ceramic cutter body, a first core pin which is configured to form the window of the ceramic cutter body, a second core pin which is configured to form the interior channel; injecting a flowable ceramic material into the mold cavity to form the outer surface of the ceramic cutter body; removing the first core pin from the mold to leave a void in the ceramic cutter body which forms the window; removing the second core pin from the mold to leave a void in the ceramic cutter body which forms the interior channel; and separating at least first and second components of the mold components to thereby allow release of the ceramic cutter body from the mold cavity. providing an injection mold (200; 200') with a mold cavity configured to form the outer surface of a ceramic cutter body, a first core pin which is configured to form the window of the ceramic cutter body, a second core pin which is configured to form the interior channel; injecting a flowable ceramic material into the mold cavity to form the outer surface of the ceramic cutter body; removing the first core pin from the mold to leave a void in the ceramic cutter body which forms the window; removing the second core pin from the mold to leave a void in the ceramic cutter body which forms the interior channel; and separating at least first and second components of the mold components to thereby allow release of the ceramic cutter body from the mold cavity.