mhurhangee/ep-ind-claims huggingface dataset:
A steering roll connector assembly, comprising: a roll stator; a roll rotor (24, 124) telescoped in and rotatably coupled to the roll stator to allow relative rotation between the roll rotor (24, 124) and roll stator; a lock pin (38, 138) operatively engaging the roll rotor (24, 124), and the lock pin (38, 138) is releasable from the operative engagement with the roll rotor (24, 124); and, an arm (40,140) extending from the lock pin (38, 138) and operatively engaging the roll stator when the lock pin (38, 138) couples to the roll rotor (24, 124) to prevent relative rotation between the roll rotor (24, 124) and the roll stator, wherein the lock pin (38, 138) releasably engages and releasably couples to the roll rotor (24, 124) by a snap-fitting arrangement, wherein the roll rotor (24, 124) includes an upper surface (34, 134), and the upper surface (34, 134) defines a rotor recess, and wherein a lock pin support (46, 146) includes a protrusion, and the protrusion, when disposed in the rotor recess, engages and couples to the roll rotor (24, 124) to define the snap-fitting arrangement between the lock pin support (46, 146) and the roll rotor (24, 124). a roll stator; a roll rotor (24, 124) telescoped in and rotatably coupled to the roll stator to allow relative rotation between the roll rotor (24, 124) and roll stator; a lock pin (38, 138) operatively engaging the roll rotor (24, 124), and the lock pin (38, 138) is releasable from the operative engagement with the roll rotor (24, 124); and, an arm (40,140) extending from the lock pin (38, 138) and operatively engaging the roll stator when the lock pin (38, 138) couples to the roll rotor (24, 124) to prevent relative rotation between the roll rotor (24, 124) and the roll stator, wherein the lock pin (38, 138) releasably engages and releasably couples to the roll rotor (24, 124) by a snap-fitting arrangement, wherein the roll rotor (24, 124) includes an upper surface (34, 134), and the upper surface (34, 134) defines a rotor recess, and wherein a lock pin support (46, 146) includes a protrusion, and the protrusion, when disposed in the rotor recess, engages and couples to the roll rotor (24, 124) to define the snap-fitting arrangement between the lock pin support (46, 146) and the roll rotor (24, 124).
A method comprising: installing temporary floor boards into a fuselage of an aircraft that is being assembled; identifying paths over which tracks of a tracked robot assembly will travel across the temporary floor boards within the fuselage during assembly of the fuselage; identifying a set of floor boards corresponding to each of the paths; and for each set of floor boards, installing mechanical interlock mechanisms that structurally unite the sets of floor boards into a rigid body along the identified paths. installing temporary floor boards into a fuselage of an aircraft that is being assembled; identifying paths over which tracks of a tracked robot assembly will travel across the temporary floor boards within the fuselage during assembly of the fuselage; identifying a set of floor boards corresponding to each of the paths; and for each set of floor boards, installing mechanical interlock mechanisms that structurally unite the sets of floor boards into a rigid body along the identified paths.
Electrical current transducer comprising a measuring circuit and an inductor for measuring a primary current I P flowing in a primary conductor, the inductor comprising a saturable magnetic core made of a highly permeable magnetic material and a secondary coil connected to an auto-oscillating circuit of the measuring circuit for applying an alternating excitation current i configured to alternatingly saturate the magnetic core, wherein the measuring circuit is configured to measure an average value of the alternating excitation current i and determine therefrom a value of the primary current for small primary current amplitudes respecting the following condition: | I P N | < i s 0 where I P is primary current, N the number of turns of the secondary coil, and i s0 the value of the saturation excitation current for a primary current that is 0, the measuring circuit being further configured for evaluating the frequency of the excitation current i and determining therefrom the value of the primary current for higher primary current amplitudes.
A hookah heat management accessory comprising: a wall configured to contain heat produced by hot charcoal or other heat source a lower lid with vents for air and heat that rests on the wall; and an upper lid with vents for air and heat that rests on the lower lid, characterised in that, the hookah heat management accessory further comprises: a plate configured to hold hot charcoal, or other heat source, and conduct heat to tobacco; wherein the wall is attached to the plate and wherein the wall has notches on its bottom to allow for ventilation of air and heat. a wall configured to contain heat produced by hot charcoal or other heat source a lower lid with vents for air and heat that rests on the wall; and an upper lid with vents for air and heat that rests on the lower lid, characterised in that, the hookah heat management accessory further comprises: a plate configured to hold hot charcoal, or other heat source, and conduct heat to tobacco; wherein the wall is attached to the plate and wherein the wall has notches on its bottom to allow for ventilation of air and heat. a plate configured to hold hot charcoal, or other heat source, and conduct heat to tobacco; wherein the wall is attached to the plate and wherein the wall has notches on its bottom to allow for ventilation of air and heat.
Internal combustion engine valve train adjustment device, comprising at least one camshaft (10, 11) provided with at least two cam elements (12, 13, 14, 15, 16, 17, 18, 19) arranged in an axially displaceable manner, wherein at least one cam element (13, 14, 17, 18) of the at least two cam elements (12, 13, 14, 15, 16, 17, 18, 19) has a cam track (20, 21, 22, 23, 24, 25, 26, 27) with a valve stroke and a cam track (28, 29, 30, 31, 32, 33, 34, 35) with a zero stroke for a cylinder cut-out and the at least one other cam element (12, 15, 16, 19) of the at least two cam elements (12, 13, 14, 15, 16, 17, 18, 19) has a cam track (36, 37, 38, 39, 40, 41, 42, 43) with a first valve stroke and a second cam track (44, 45, 46, 47, 48, 49, 50, 51) with a second valve stroke, characterised by an open- and/or closed-loop control unit, which is provided to operate, in at least one cut-out operating state, the at least one cam element (13, 14, 17, 18) with the zero stroke and the at least one other cam element (12, 15, 16, 19) with one of the valve strokes assigned to a lower power.
A method for outputting feedback about an input by means of an input device for receiving two-dimensionally guided one-dimensional swipe gestures, hereafter referred to as a "finger-operated control bar ", comprising the following steps: - detecting, by the finger-operated control bar, a predefined number of fingers placed on the finger-operated control bar, and, in response thereto, - emitting a light color assigned to the number of applied fingers; and - adapting a function predefined by the number of fingers placed on the finger-operated control bar on the basis of a swipe gesture carried out on the finger-operated control bar. - detecting, by the finger-operated control bar, a predefined number of fingers placed on the finger-operated control bar, and, in response thereto, - emitting a light color assigned to the number of applied fingers; and - adapting a function predefined by the number of fingers placed on the finger-operated control bar on the basis of a swipe gesture carried out on the finger-operated control bar.
A method in a user equipment, UE, the method comprising: during a circuit switched fallback, CSFB, operation, determining (304, 306) that, for a target system, packet switched services are not available and dual transfer mode is not operational; determining that packet switched service is available via a wireless local area network, WLAN; and triggering handover of an active packet data network connection from a first system to the WLAN. during a circuit switched fallback, CSFB, operation, determining (304, 306) that, for a target system, packet switched services are not available and dual transfer mode is not operational; determining that packet switched service is available via a wireless local area network, WLAN; and triggering handover of an active packet data network connection from a first system to the WLAN.
An image display apparatus comprising: an image generator comprising a controller; a light source unit configured to emit a laser beam (101, 102); an optical deflector configured to deflect the laser beam (101, 102) two-dimensionally; and an intermediate image generator, wherein the intermediate image generator is a microlens array comprising a plurality of microlenses arranged at regular intervals; wherein the controller is configured to control the optical deflector to perform a two-dimensional scan of the intermediate image generator twice in a main scanning direction and a sub-scanning direction with the laser beam (101, 102) deflected by the optical deflector to generate an intermediate image of one frame; characterised in that the controller is configured to control the optical deflector to draw two interleaved scanning lines,, where each scanning line is the trajectory of the two-dimensional scan performed on the intermediate image generator, when the two-dimensional scan is performed twice; in a single go and return scanning movement in the main scanning direction, the scanning line passes through microlenses arranged in the same row in the microlens array; and the two scanning lines (237-1, 237-2) are displaced from each other for the two-dimensional scanning for a first time and the two-dimensional scanning for a second time, respectively. an image generator comprising a controller; a light source unit configured to emit a laser beam (101, 102); an optical deflector configured to deflect the laser beam (101, 102) two-dimensionally; and an intermediate image generator, wherein the intermediate image generator is a microlens array comprising a plurality of microlenses arranged at regular intervals; wherein the controller is configured to control the optical deflector to perform a two-dimensional scan of the intermediate image generator twice in a main scanning direction and a sub-scanning direction with the laser beam (101, 102) deflected by the optical deflector to generate an intermediate image of one frame; characterised in that the controller is configured to control the optical deflector to draw two interleaved scanning lines,, where each scanning line is the trajectory of the two-dimensional scan performed on the intermediate image generator, when the two-dimensional scan is performed twice; in a single go and return scanning movement in the main scanning direction, the scanning line passes through microlenses arranged in the same row in the microlens array; and the two scanning lines (237-1, 237-2) are displaced from each other for the two-dimensional scanning for a first time and the two-dimensional scanning for a second time, respectively.
A stack mold for an injection molding apparatus, wherein the stack mold comprises a central block as well as a first and second outer mold block (14, 16) and at least two holding parts which can be simultaneously arranged at the same side of the central block, wherein the central block and the first and second outer mold blocks (14, 16) are adjustable between a closed position and an open position; wherein the outer mold blocks (14, 16) have outer cavities at their sides each facing the central block and the central block comprises respective inner cavities at its sides facing the outer mold blocks (14, 16); wherein the outer cavities cooperate with the inner cavities in the closed position to form mold hollow spaces; wherein at least a part region of the mold hollow spaces is formed by adjustable holding parts which are movable completely around the central block with respect to an axis of rotation; and wherein the stack mold comprises at least one lifting apparatus (42, 44) which is configured to move the holding parts away from the central block and/or toward the central block, characterized in that the lifting apparatus (42, 44) is configured to be decoupled from the holding parts during a rotation of the holding parts about the axis of rotation. wherein the central block and the first and second outer mold blocks (14, 16) are adjustable between a closed position and an open position; wherein the outer mold blocks (14, 16) have outer cavities at their sides each facing the central block and the central block comprises respective inner cavities at its sides facing the outer mold blocks (14, 16); wherein the outer cavities cooperate with the inner cavities in the closed position to form mold hollow spaces; wherein at least a part region of the mold hollow spaces is formed by adjustable holding parts which are movable completely around the central block with respect to an axis of rotation; and wherein the stack mold comprises at least one lifting apparatus (42, 44) which is configured to move the holding parts away from the central block and/or toward the central block, characterized in that the lifting apparatus (42, 44) is configured to be decoupled from the holding parts during a rotation of the holding parts about the axis of rotation.
A measurement method for channel state information, applicable to a base station in a coordinated multipoint system, the measurement method comprising: a coordinated point selecting process for selecting, by the base station for user equipment, one or more coordinated transmission points for coordinated multipoint transmission; characterized in that the measurement method further comprises: a measurement subset configuring process for independently configuring a measurement subset used for channel state information feedback for each base station and each coordinated transmission point, so that the user equipment individually measures channel state information of each base station or coordinated transmission point according to the measurement subsets, wherein the measurement subset indicates that reference symbols in which resource are used by the user equipment for carrying out the measurement. a coordinated point selecting process for selecting, by the base station for user equipment, one or more coordinated transmission points for coordinated multipoint transmission; characterized in that the measurement method further comprises: a measurement subset configuring process for independently configuring a measurement subset used for channel state information feedback for each base station and each coordinated transmission point, so that the user equipment individually measures channel state information of each base station or coordinated transmission point according to the measurement subsets, wherein the measurement subset indicates that reference symbols in which resource are used by the user equipment for carrying out the measurement. a measurement subset configuring process for independently configuring a measurement subset used for channel state information feedback for each base station and each coordinated transmission point, so that the user equipment individually measures channel state information of each base station or coordinated transmission point according to the measurement subsets, wherein the measurement subset indicates that reference symbols in which resource are used by the user equipment for carrying out the measurement.
An information processing apparatus comprising: an analysis unit configured to recognize a writing trajectory input by handwriting of a user in an extended work space as recognized input information, wherein in the extended work space digital information is superimposed on the real world and wherein in the extended work space a real object and a virtual object are operable, and set a recognition region as additional information corresponding to the recognized input information; and a display control unit configured to receive an operation input to the recognized input information in the recognition region; and if the operation input is received, to display the virtual object in the extended work space as feedback, wherein the feedback is set on the basis of the content of the recognized input information and the set additional information. an analysis unit configured to recognize a writing trajectory input by handwriting of a user in an extended work space as recognized input information, wherein in the extended work space digital information is superimposed on the real world and wherein in the extended work space a real object and a virtual object are operable, and set a recognition region as additional information corresponding to the recognized input information; and recognize a writing trajectory input by handwriting of a user in an extended work space as recognized input information, wherein in the extended work space digital information is superimposed on the real world and wherein in the extended work space a real object and a virtual object are operable, and set a recognition region as additional information corresponding to the recognized input information; and a display control unit configured to receive an operation input to the recognized input information in the recognition region; and if the operation input is received, to display the virtual object in the extended work space as feedback, wherein the feedback is set on the basis of the content of the recognized input information and the set additional information. receive an operation input to the recognized input information in the recognition region; and if the operation input is received, to display the virtual object in the extended work space as feedback, wherein the feedback is set on the basis of the content of the recognized input information and the set additional information.
A method of mixing fluids in a fluid mixer, the fluid mixer comprising a first inlet, a second inlet, an outlet, and a substantially cylindrical mixing chamber, the mixing chamber comprising a wall, a top plate, and a bottom plate, and the method comprising a. passing a first fluid stream into the mixing chamber through the first inlet, the first inlet having openings in the top plate and inside the mixing chamber, an outer wall of the first inlet extending to the wall of the mixing chamber and descending to the bottom of the mixing chamber; b. providing a spiral stream of the first fluid inside the mixing chamber through the first inlet, the first inlet descending to the mixing chamber in the form of a ramp or a pipe, and forming an asymmetry to the cylindrical shape to enhance spiral stream in the mixing chamber; c. injecting through the second inlet, and tangential to the wall of the mixing chamber, a second fluid inside the spiral stream of the first fluid; and d. directing the spiral stream of the fluids to the exterior of the mixing chamber as a vortex through the outlet, the outlet being provided in the bottom plate, and the outlet being concentric with the spiral flow axis. a. passing a first fluid stream into the mixing chamber through the first inlet, the first inlet having openings in the top plate and inside the mixing chamber, an outer wall of the first inlet extending to the wall of the mixing chamber and descending to the bottom of the mixing chamber; b. providing a spiral stream of the first fluid inside the mixing chamber through the first inlet, the first inlet descending to the mixing chamber in the form of a ramp or a pipe, and forming an asymmetry to the cylindrical shape to enhance spiral stream in the mixing chamber; c. injecting through the second inlet, and tangential to the wall of the mixing chamber, a second fluid inside the spiral stream of the first fluid; and d. directing the spiral stream of the fluids to the exterior of the mixing chamber as a vortex through the outlet, the outlet being provided in the bottom plate, and the outlet being concentric with the spiral flow axis.
A milking parlour comprising at least first and second robotic manipulation devices (100,200) and a plurality of milking stalls provided on a platform moveable relative to the robotic manipulation devices (100,200); wherein the at least first and second robotic manipulation devices (100,200) are positioned so as to be capable of simultaneously servicing neighbouring milking stalls on the platform; the parlour being characterised in that each one of the at least first and second robotic manipulation devices (100,200) is operable to attach only a predefined subset of a total required number of teat cups to the teats of an animal during normal operation.
A water-free cosmetic composition, containing a) 2-benzylheptan-1-ol, a) i) that is encapsulated by a mixture of 1. sodium starch octenylsuccinate, 2. mannitol, 3. at least one particulate filler, selected from silicic acid (INCI: Silica); b) a water-free carrier that is solid or liquid under normal conditions, wherein the composition is a stick composition, a cream composition, a dibenzylidene-alditol-based composition, a gel composition, a loose powder composition or a compacted powder composition. a) 2-benzylheptan-1-ol, a) i) that is encapsulated by a mixture of 1. sodium starch octenylsuccinate, 2. mannitol, 3. at least one particulate filler, selected from silicic acid (INCI: Silica); 1. sodium starch octenylsuccinate, 2. mannitol, 3. at least one particulate filler, selected from silicic acid (INCI: Silica); b) a water-free carrier that is solid or liquid under normal conditions,
A device for hot-dip galvanizing components, comprising a galvanizing tank for holding the zinc melt in a tank interior formed by a wall of the galvanizing tank, wherein a monitoring apparatus is provided for monitoring the wall thickness of the wall of the galvanizing tank during the galvanizing operation, wherein the monitoring apparatus has at least one sensor provided in the area of the outer side of the wall of the galvanizing tank for measuring at least the temperature of the galvanizing tank and an evaluation device coupled to the sensor for processing the measured value recorded by the sensor and for calculating and/or deriving the wall thickness.