mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a lighting device of a vehicle, the method controlling a road lighting beam of said vehicle comprising the following steps: - obtaining navigation data suitable for characterizing the road context of the vehicle, detecting target objects in front of the vehicle by using detection means onboard the vehicle, - determining a value of the relative distance between the vehicle and the target objects, - characterizing the nature of the target objects, - determining the state of the traffic on the lane used by the vehicle - controlling said lighting device by combining navigation data, the nature of the target objects, the relative distance values and the state of the traffic on the lane used by the vehicle, characterized in that - the step for characterizing the nature of the target objects comprises the identification of vehicles being followed (2a, 2b, 2c), - the control of said lighting device of the vehicle exploits a control information item that is a function of the relative distance of the vehicle and of the vehicles being followed (2a, 2b, 2c) and in that the following steps are performed: - determining a relative speed value between the vehicle and each vehicle being followed (2a, 2b, 2c), - computing an average relative speed value for all the vehicles being followed (2a, 2b, 2c), - characterizing the level of fluidity of the traffic according to the average value of speed and navigation data characterizing the road type, and in which the control of said lighting device of the vehicle exploits a control information item that is a function of the level of fluidity of the traffic. - obtaining navigation data suitable for characterizing the road context of the vehicle, detecting target objects in front of the vehicle by using detection means onboard the vehicle, - determining a value of the relative distance between the vehicle and the target objects, - characterizing the nature of the target objects, - determining the state of the traffic on the lane used by the vehicle - controlling said lighting device by combining navigation data, the nature of the target objects, the relative distance values and the state of the traffic on the lane used by the vehicle, characterized in that - the step for characterizing the nature of the target objects comprises the identification of vehicles being followed (2a, 2b, 2c), - the control of said lighting device of the vehicle exploits a control information item that is a function of the relative distance of the vehicle and of the vehicles being followed (2a, 2b, 2c) - determining a relative speed value between the vehicle and each vehicle being followed (2a, 2b, 2c), - computing an average relative speed value for all the vehicles being followed (2a, 2b, 2c), - characterizing the level of fluidity of the traffic according to the average value of speed and navigation data characterizing the road type, and in which the control of said lighting device of the vehicle exploits a control information item that is a function of the level of fluidity of the traffic.
Probe pin which can be exchangeably fastened to the probe head of a coordinate measuring machine, wherein the probe pin comprises a plurality of bearings (16a-16c) which are designed to support the probe pin on mating bearings, which are provided for them, of a changeable probe pin holder of the probe head, wherein the probe pin comprises a chip from which digital identification information for identifying the probe pin can be read out, wherein the bearings are composed of an electrically conductive material and at least two of the bearings (16b, 16c) are connected to the chip in a conductive manner, so that an electrical connection can be established with the chip by means of these two bearings in order to read out the digital identification information by means of the said electrical connection.
Rotor blade for a wind turbine having an absolute length L extending from the blade connection as far as the blade tip and a relative blade length x/L starting from the blade connection, the rotor blade being divided into an inner longitudinal portion L i assigned to the blade connection and an outer longitudinal portion L ä assigned to the blade tip, and the transition from the inner longitudinal portion L i to the outer longitudinal portion L ä defining the cross-sectional plane E 0 and the blade tip defining the cross-sectional plane E E, and the rotor blade having a specific aerodynamic profile which is dependent on the relative blade length x/L in each case and has a depth t, a twist Θ, a relative thickness d/t, a relative curvature f/t and a relative trailing edge thickness h/t, characterised in that, at a relative blade length x/L, the cross-sectional plane E 0 is in the range between 0.80 and 0.96, the blade depth t of the aerodynamic profile in the cross-sectional plane E E is at least 60 % of the blade depth t of the aerodynamic profile in the cross-sectional plane E 0, and the blade twist Θ of the aerodynamic profile in the cross-sectional plane E E is greater than the blade twist Θ of the aerodynamic profile in the cross sectional plane E 0, the blade twist Θ of the aerodynamic profile in the cross-sectional plane E E being greater than the blade twist Θ of the aerodynamic profile in the cross-sectional plane E 0 by from 3° to 5°.
A composition in the form of a nano- or micro-emulsion, comprising: (a) at least one oil; (b) at least one nonionic surfactant with an HLB value of from 8.0 to 14.0, (c) at least one ceramide compound; (d) at least one anionic surfactant; and (e) water, wherein the (b) nonionic surfactant is chosen from: - polyglyceryl monolaurate or dilaurate comprising 3 to 6 glycerol units, - polyglyceryl mono(iso)stearate comprising 3 to 6 glycerol units, - polyglyceryl monooleate comprising 3 to 6 glycerol units, and - polyglyceryl dioleate comprising 3 to 6 glycerol units. (a) at least one oil; (b) at least one nonionic surfactant with an HLB value of from 8.0 to 14.0, (c) at least one ceramide compound; (d) at least one anionic surfactant; and (e) water, - polyglyceryl monolaurate or dilaurate comprising 3 to 6 glycerol units, - polyglyceryl mono(iso)stearate comprising 3 to 6 glycerol units, - polyglyceryl monooleate comprising 3 to 6 glycerol units, and - polyglyceryl dioleate comprising 3 to 6 glycerol units.
A method of operating a control device, comprising: determining that a first user equipment and a second user equipment are in local proximity to a shared media output device; allocating, to the first user equipment, access to the shared media output device, wherein the allocating access comprises queueing first media content that is associated with the first user equipment; determining that both the first user equipment and second user equipment have user-specific digital ownership rights associated with the first media content; and facilitating playback, on the shared media output device, of the first media content so long as either the first user equipment or the second user equipment is determined to be in local proximity to the shared media output device. determining that a first user equipment and a second user equipment are in local proximity to a shared media output device; allocating, to the first user equipment, access to the shared media output device, wherein the allocating access comprises queueing first media content that is associated with the first user equipment; determining that both the first user equipment and second user equipment have user-specific digital ownership rights associated with the first media content; and facilitating playback, on the shared media output device, of the first media content so long as either the first user equipment or the second user equipment is determined to be in local proximity to the shared media output device.
An adjustable imaging apparatus, comprising: a display module having an inner surface and an outer surface, wherein the display module is operable to form an image; a support operable to mount the display module along a head of a viewer; a ball joint at least partially located within the support; a first hinge; a second hinge; a clamp coupled with the ball joint, wherein the clamp extends from the support via the ball joint, and the clamp is operable to pivot relative to the support via the ball joint; a slide coupled with the inner surface of the display module, wherein the slide is translatable within the clamp in a first direction; and a display coupled with the display module, wherein the display is rotatable about a vertical axis, wherein the vertical axis extends in a second direction that is orthogonal to the first direction, and wherein the first hinge is operable to enable rotation of the display about the vertical axis, wherein the first hinge is positioned between the ball joint and the display along the first direction, wherein the display is rotatable about a horizontal axis that is substantially orthogonal to the vertical axis and the first direction, wherein the second hinge is operable to enable rotation of the display about the horizontal axis, whereby a position of the image formed by the display module is operable to move in two dimensions; wherein the slide is separable from the clamp via translation of the display module in the first direction. a display module having an inner surface and an outer surface, wherein the display module is operable to form an image; a support operable to mount the display module along a head of a viewer; a ball joint at least partially located within the support; a first hinge; a second hinge; a clamp coupled with the ball joint, wherein the clamp extends from the support via the ball joint, and the clamp is operable to pivot relative to the support via the ball joint; a slide coupled with the inner surface of the display module, wherein the slide is translatable within the clamp in a first direction; and a display coupled with the display module, wherein the display is rotatable about a vertical axis, wherein the vertical axis extends in a second direction that is orthogonal to the first direction, and wherein the first hinge is operable to enable rotation of the display about the vertical axis, wherein the first hinge is positioned between the ball joint and the display along the first direction, wherein the display is rotatable about a horizontal axis that is substantially orthogonal to the vertical axis and the first direction, wherein the second hinge is operable to enable rotation of the display about the horizontal axis, whereby a position of the image formed by the display module is operable to move in two dimensions; wherein the slide is separable from the clamp via translation of the display module in the first direction.
A medical positioning and holding device comprising a base element, a plurality of supporting units and an end member, wherein the supporting units can be coupled with each other and with the base element and the end member, wherein the base element is provided with fastening elements to be mounted to a structure and with a receiving part and wherein the receiving part has an undercut region, and wherein each supporting unit comprises a stator core, at least one locking pin and an annular member, wherein each stator core has an upper axial end and a lower axial end and wherein each stator core is provided with an engagement section with an overlapping segment at its upper axial end and with a receiving section with an undercut region at its lower axial end, and wherein the engagement section of a stator core of a first supporting unit (2.1) can be inserted in the receiving part of the base element or in a receiving section (11.2) of a stator core (6.2) of an upstream supporting unit (2.2) and can be rotated in an inserted position, wherein a coupling end position can be reached by the rotation, and wherein in the coupling end position the overlapping segment (10.1) of the engagement section (9.1) of the stator core (6.1) of the first supporting unit (2.1) can engage in the undercut region of the receiving part of the base element or in an undercut region (12.2) of the receiving section (11.2) of the stator core (6.2) of the upstream supporting unit (2.2), and wherein each stator core has a locking pin opening which can receive the at least one locking pin of the corresponding supporting unit and bring it into an axial end position, wherein the couple end position of the first supporting unit (2.1) can be provided by a locking pin (7.1) of the stator core (6.1) of the first supporting unit (2.1) by means of a positive-fit lock that blocks the rotation of the stator core (6.1) of the first supporting unit (2.1) relative to the base element or the stator core (6.2) of the upstream supporting unit (2.2), and wherein the locking pin (7.1) of the first supporting unit (2.1) in its axial end position can be determined by the stator core (6.3) of a downstream supporting unit (2.3) in its couple end position or by the end member, and wherein each annular member encompasses the stator core of the associated supporting unit and is designed to rotate around the stator core, and wherein each annular member is provided with always one mounting part for mounting medical devices, and wherein the end member can be connected at its lower axial end to the stator core of a supporting unit.
Container for arrangement in an interior of a refrigeration appliance, wherein the container has a base body and a door (106, 108) mounted in a displaceable manner on the base body so as to move along a path (700, 702) between an open position and a closed position, and a drive element for mechanically supporting a displacement of the door (106, 108) is provided, characterised in that the drive element is embodied to receive mechanical energy from the door (106, 108) when the door (106, 108) is displaced in a first path section of a path (700, 702) between a closed position of the door (106, 108) and an open position of the door (106, 108), and to transmit mechanical energy onto the door (106, 108) when the door (106, 108) is displaced in a second path section of the path (700, 702) between the closed position of the door (106, 108) and the open position of the door (106, 108).
A method, comprising: obtaining a voltage phasor (V S) of a source-end generator; obtaining a current phasor (I S) of the source-end generator; obtaining a mechanical rotor angle (δs) of the source end generator; estimating a receiving end generator impedance (Z R) and a line impedance (Z L) between the source-end generator and a receiving-end generator; estimating a swing angle (θ) between an internal voltage E S of the source-end generator and an internal voltage E R of the receiving-end generator, wherein the estimating of the swing angle (θ) comprises determining a real power value and a reactive power value based on the obtained V S and the obtained Is and the estimated Z L and ZR; and detecting power swing condition based on the estimated θ; and tripping a circuit breaker to isolate the source-end generator from the rest of the system when the power swing condition is detected, wherein the swing angle (θ) is estimated using the following equations: E s = V s − I s Z L + Z R P + j. Q = V s 2 − V S. I s ∗. Z L ∗ + Z R ∗ θ = atan 2 Q P + δ s wherein I S *, Z L * and Z R * are complex conjugates of I S, Z L and Z R respectively. obtaining a voltage phasor (V S) of a source-end generator; obtaining a current phasor (I S) of the source-end generator; obtaining a mechanical rotor angle (δs) of the source end generator; estimating a receiving end generator impedance (Z R) and a line impedance (Z L) between the source-end generator and a receiving-end generator; estimating a swing angle (θ) between an internal voltage E S of the source-end generator and an internal voltage E R of the receiving-end generator, wherein the estimating of the swing angle (θ) comprises determining a real power value and a reactive power value based on the obtained V S and the obtained Is and the estimated Z L and ZR; and detecting power swing condition based on the estimated θ; and tripping a circuit breaker to isolate the source-end generator from the rest of the system when the power swing condition is detected, wherein the swing angle (θ) is estimated using the following equations: E s = V s − I s Z L + Z R P + j. Q = V s 2 − V S. I s ∗. Z L ∗ + Z R ∗ θ = atan 2 Q P + δ s wherein I S *, Z L * and Z R * are complex conjugates of I S, Z L and Z R respectively.
Secondary ion mass spectroscopic method (SIMS) for depth-profiling analysis of alkali metals in an insulating material comprising ≥ 10 16 ∗ 1/cm 3 alkali metals, the sample being irradiated by an ion beam as analysis beam for desorption of secondary ions from the near-surface layers of the sample and the surface of the sample being removed with the same or a further ion beam, characterised in that the ion beam used for removal of the sample surface essentially comprises gas clusters of oxygen molecules and/or oxygen-containing molecules or consists thereof.
A valve train assembly comprising: a rocker arm comprising: a first body supporting a first axle on which is mounted a first roller (22a, 22b) for engaging a first rotatable cam surface (34, 36) whereby at least part of the rocker arm can be pivoted by at least the first rotatable cam surface (34, 36) to move a valve to cause a first valve event; and the rocker arm further comprising a second body supporting a second axle on which is mounted a further roller for engaging a further rotatable cam surface whereby at least part of the rocker arm can be pivoted by the further rotatable cam surface to move the valve to cause a second valve event, wherein one of the first and second bodies is pivotally mounted with respect to the other of the first and second bodies, wherein the rocker arm is configurable in a first mode of operation in which one of the first and second valve events occurs and a second mode of operation in which both the first and second valve events occur or the other of the first and second valve events occurs, wherein the rocker arm further comprises a latching mechanism for latching and un-latching the first and second bodies together and wherein which of the first and second modes the rocker arm is configured in depends upon whether the first and second bodies are latched or are unlatched, wherein the latching mechanism comprises a latch member, a shaft and a roller mounted on the shaft, wherein the latch member is moveable between a latched position wherein it latches the first and second bodies together and an unlatched position in which the first and second bodies are unlatched, and wherein the valve train assembly further comprises a latching actuator for moving the latch member between the latched position and the unlatched position, wherein the latching actuator comprises a rotatable shaft attached to a leaf spring, wherein rotating the rotatable shaft from a first position to a second position causes the leaf spring to engage the roller to move the latch member from the unlatched position to the latched position and wherein a spring mounted over the latch member is biased to move the latch member from the latched position to the unlatched position when the rotatable shaft is rotated from the second position to the first position so that the leaf spring disengages from the roller.
A smoking article (10, 100), wherein the smoking article is composed of a filter base body, a second connector, a flavor-producing portion, a isolation portion (22, 60, 70) and a third connector, the filter base body comprises a first connector, and a cooling portion and a filtration portion (40, 50, 111) which are sequentially disposed along an inhalation direction, filtration passages are formed inside the filtration portion, cooling passages are formed inside the cooling portion, the filtration portion and the cooling portion are connected by the first connector, and the filtration passages and the cooling passages communicate with each other; the isolation portion is disposed between the flavor-producing portion and the filter base body, and isolation passages (61, 71) are disposed inside the isolation portion, the flavor-producing portion being configured to release smoke into the cooling passages by being heated and through the isolation passages, wherein the isolation portion, being disposed between the flavor-producing portion and the filter base body, isolates the flavor-producing portion from the cooling portion, the flavor-producing portion and the isolation portion are connected by the third connector, the third connector, the isolation portion, and the flavor-producing portion constitute a cigarette base body, and the cigarette base body and the filter base body are connected by the second connector. the filter base body comprises a first connector, and a cooling portion and a filtration portion (40, 50, 111) which are sequentially disposed along an inhalation direction, filtration passages are formed inside the filtration portion, cooling passages are formed inside the cooling portion, the filtration portion and the cooling portion are connected by the first connector, and the filtration passages and the cooling passages communicate with each other; the isolation portion is disposed between the flavor-producing portion and the filter base body, and isolation passages (61, 71) are disposed inside the isolation portion, the flavor-producing portion being configured to release smoke into the cooling passages by being heated and through the isolation passages, wherein the isolation portion, being disposed between the flavor-producing portion and the filter base body, isolates the flavor-producing portion from the cooling portion, the flavor-producing portion and the isolation portion are connected by the third connector, the third connector, the isolation portion, and the flavor-producing portion constitute a cigarette base body, and the cigarette base body and the filter base body are connected by the second connector.
An adjuster mechanism for an air actuated disc brake, the adjuster mechanism comprising an outer piston defining a bore having a female thread, the female thread having a minor diameter (d 2) and a major diameter (di); and an inner piston having a complementary male thread thereon; characterised in that the outer piston further comprises a non-threaded region of greater diameter than the minor diameter and a transition region between the female thread and the non-threaded region; and wherein in the transition region the minor diameter of the female thread progressively increases until it meets the major diameter. an inner piston having a complementary male thread thereon; characterised in that the outer piston further comprises a non-threaded region of greater diameter than the minor diameter and a transition region between the female thread and the non-threaded region; and wherein in the transition region the minor diameter of the female thread progressively increases until it meets the major diameter.