mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a sensor-supported, synthetic view for landing support of helicopters under brown-out or white-out conditions, wherein a virtual 3-D representation of the landing zone is continuously created from 3-D data of the intended landing zone recorded during the landing approach and wherein a monitoring routine is available to ensure that no 3-D data that was produced under brown-out or white-out conditions is considered in the representation, and wherein an additional radar sensor is activated to continuously produce distance and/or Doppler data of potential objects entering the landing zone, characterized in that the additional radar sensor is activated as soon as the monitoring routine detects that 3-D data has been recorded under brown-out or white-out conditions, and the distance and/or Doppler data continuously produced by the additional radar sensor are displayed to a pilot of the landing helicopter in the synthetic view and, in order to avoid false alarms, the 3-D data is processed and classified to identify objects in the landing zone, and in that synthetic radar data which is correlated with the measured radar data is produced on the basis of the objects found.
A composition for use in the antibacterial and/or anti-inflammatory treatment of acne comprising 1, 2-decanediol and Salix alba bark extract wherein the Salix alba bark extract comprises a total concentration of salicylic derivatives expressed as salicin of not less than 20 % (w/w), and wherein the ratio between Salix alba bark extract and 1, 2-decanediol is 1:1.
A pressure sensitive stylus for operation with a digitizer sensor comprising: a housing; a writing tip configured to recede toward the housing of the stylus in response to contact pressure applied on the writing tip; an extremity configured to move together with the writing tip; a switch comprising: a first element fixedly positioned around the extremity; and a second element fixed to the housing, wherein physical contact between the first element and the second element closes the switch; an elastomer element positioned around the extremity and in physical contact with at least one of the housing or an element that is fixed to the housing, wherein the writing tip is configured to move based on compression of the elastomer element against at least one of the housing or an element that is fixed to the housing; and wherein the switch is adapted to toggle at a pre-defined compressed state of the elastomer element; wherein the first element is formed from a conductive material, wherein the second element includes two terminals and wherein contact between the first element and the second element shorts the two terminals. a housing; a writing tip configured to recede toward the housing of the stylus in response to contact pressure applied on the writing tip; an extremity configured to move together with the writing tip; a switch comprising: a first element fixedly positioned around the extremity; and a second element fixed to the housing, wherein physical contact between the first element and the second element closes the switch; a first element fixedly positioned around the extremity; and a second element fixed to the housing, wherein physical contact between the first element and the second element closes the switch; an elastomer element positioned around the extremity and in physical contact with at least one of the housing or an element that is fixed to the housing, wherein the writing tip is configured to move based on compression of the elastomer element against at least one of the housing or an element that is fixed to the housing; and wherein the switch is adapted to toggle at a pre-defined compressed state of the elastomer element; wherein the first element is formed from a conductive material, wherein the second element includes two terminals and wherein contact between the first element and the second element shorts the two terminals.
A positive electrode active material for non-aqueous electrolyte secondary batteries, comprising: primary particles of a lithium nickel composite oxide represented by at least General Formula: Li z Ni 1-x-y Co x M y O 2, wherein 0.95 ≤ z ≤ 1.03, 0 < x ≤ 0.20, 0 < y ≤ 0.10, x + y ≤ 0.20, and M is at least one type of element selected from Mg, Al, Ca, Ti, V, Cr, Mn, Nb, Zr, and Mo; and secondary particles configured by aggregating the primary particles, wherein a LiAl compound in particulate form with a particle size of 1 nm to 100 nm is provided on surfaces of the primary particles, and an Al amount contained in the LiAl compound is 0.01 atom% to 0.50 atom% with respect to the total number of atoms of Ni, Co, and M contained in the lithium nickel composite oxide of the primary particles. a LiAl compound in particulate form with a particle size of 1 nm to 100 nm is provided on surfaces of the primary particles, and an Al amount contained in the LiAl compound is 0.01 atom% to 0.50 atom% with respect to the total number of atoms of Ni, Co, and M contained in the lithium nickel composite oxide of the primary particles.
Lifting tool configured to be suspended from a hoisting crane via one or more cables, the lifting tool comprising a shank configured to be connected to a load, characterized in that the lifting tool comprises a stabilizing system comprising: - a mass, movably supported with respect to the shank so as to be movable in a horizontal plane in two non-parallel directions, e.g. an X-direction and an Y-direction; - a mass actuator assembly that is configured for displacement of the mass with respect to the shank in said horizontal plane in two non-parallel directions, e.g. an X-direction and an Y-direction. - a mass, movably supported with respect to the shank so as to be movable in a horizontal plane in two non-parallel directions, e.g. an X-direction and an Y-direction; - a mass actuator assembly that is configured for displacement of the mass with respect to the shank in said horizontal plane in two non-parallel directions, e.g. an X-direction and an Y-direction.
A PYROTECHNIC CARRIER STRUCTURE comprising a carrier base for retaining mortars containing the fireworks that are going to be fired, said base being comprised of profiles arranged one alongside the other to form the base, and each profile includes at least one rail that extends longitudinally in a central part of the profile for retaining the mortars, characterised in that each of said profiles comprises at least one hollow connecting member that is longitudinally open by an axial slot, the slot extending along the length of a first rim or first longitudinal edge of the central part of the profile, and a second connecting member shaped and adapted completely to slide in the first connecting member of an adjacent profile, the second connecting member extending along the length of a second longitudinal edge of said central part of the profile, so that adjacent profiles can be connected together by inserting the second connecting member of a first profile in the first connecting member of an adjacent second profile, wherein said base in use is configured to be horizontally arranged on the ground or warped to provide an arched arrangement thereof mounted on at least one support element.
An aerosol-generating device comprising: a first housing; a second housing arranged for movement relative to the first housing; a cavity for receiving an aerosol-generating article; an aperture at least partially defined by the second housing, wherein the aperture is positioned at an end of the cavity for insertion of an aerosol-generating article into the cavity through the aperture; a cover element arranged for movement with respect to the second housing between a closed position in which the cover element covers at least 50 percent of the aperture and an open position in which the cover element covers less than 5 percent of the aperture; a latching mechanism (158, 258) arranged to retain the cover element in the open position and arranged to release the cover element when the second housing is moved relative to the first housing; and a closing mechanism (159, 259) arranged to move the cover element away from the open position and into the closed position when the latching mechanism releases the cover element. a first housing; a second housing arranged for movement relative to the first housing; a cavity for receiving an aerosol-generating article; an aperture at least partially defined by the second housing, wherein the aperture is positioned at an end of the cavity for insertion of an aerosol-generating article into the cavity through the aperture; a cover element arranged for movement with respect to the second housing between a closed position in which the cover element covers at least 50 percent of the aperture and an open position in which the cover element covers less than 5 percent of the aperture; a latching mechanism (158, 258) arranged to retain the cover element in the open position and arranged to release the cover element when the second housing is moved relative to the first housing; and a closing mechanism (159, 259) arranged to move the cover element away from the open position and into the closed position when the latching mechanism releases the cover element.
A method of forming polycrystalline diamond comprising: introducing a functional group to each of a plurality of nanodiamonds by derivatizing unsaturated functionality associated with amorphous and ordered graphitic regions of the nanodiamonds to form derivatized nanodiamonds, wherein the nanodiamonds being functionalized include a diamond lattice core and a shell or surrounding region of graphitic composition including said amorphous carbon and said ordered graphitic regions, wherein the derivatized nanodiamonds have an average particle size of 1 nm to less than 1 μm, and combining the derivatized nanodiamonds with a plurality of microdiamonds having an average particle size greater than that of the derivatized nanodiamonds, and a metal solvent-catalyst, wherein the microdiamonds have an average particle size of greater than or equal to 1 μm. introducing a functional group to each of a plurality of nanodiamonds by derivatizing unsaturated functionality associated with amorphous and ordered graphitic regions of the nanodiamonds to form derivatized nanodiamonds, wherein the nanodiamonds being functionalized include a diamond lattice core and a shell or surrounding region of graphitic composition including said amorphous carbon and said ordered graphitic regions, wherein the derivatized nanodiamonds have an average particle size of 1 nm to less than 1 μm, and combining the derivatized nanodiamonds with a plurality of microdiamonds having an average particle size greater than that of the derivatized nanodiamonds, and a metal solvent-catalyst, wherein the microdiamonds have an average particle size of greater than or equal to 1 μm.
A mobile communication method in a mobile communication system including a CSG cell to which only a specific mobile station having an access right to the CSG cell can access, comprising the steps of: A) transmitting, from a mobile station to a radio base station in communication, a predetermined signal including a frequency of a CSG cell and information of RAT, when the mobile station determines that the mobile station exists nearby the CSG cell and that the CSG cell is accessible; B) transmitting, from the radio base station to the mobile station, a measurement configuration for the frequency of the CSG cell; C) measuring, at the mobile station, the frequency of the CSG cell in response to the measurement configuration for the frequency of the CSG cell; and transmitting, from the mobile station to the radio base station, a measurement report including a PCI and a reception quality in the CSG cell; D) transmitting, from the radio base station to the mobile station, an instruction signal for instructing to notify a CGI of a cell specified by the PCI included in the measurement report; E) receiving, at the mobile station, broadcast information of the cell specified by the PCI; and transmitting, from the mobile station to the radio base station, a response signal including a CSG-ID; and F) starting, at the radio base station, a handover process of the mobile station to the CSG cell; and G) determining, at an upper node of the radio base station, whether the mobile station has an access right to the CSG cell or not. A) transmitting, from a mobile station to a radio base station in communication, a predetermined signal including a frequency of a CSG cell and information of RAT, when the mobile station determines that the mobile station exists nearby the CSG cell and that the CSG cell is accessible; B) transmitting, from the radio base station to the mobile station, a measurement configuration for the frequency of the CSG cell; C) measuring, at the mobile station, the frequency of the CSG cell in response to the measurement configuration for the frequency of the CSG cell; and transmitting, from the mobile station to the radio base station, a measurement report including a PCI and a reception quality in the CSG cell; D) transmitting, from the radio base station to the mobile station, an instruction signal for instructing to notify a CGI of a cell specified by the PCI included in the measurement report; E) receiving, at the mobile station, broadcast information of the cell specified by the PCI; and transmitting, from the mobile station to the radio base station, a response signal including a CSG-ID; and F) starting, at the radio base station, a handover process of the mobile station to the CSG cell; and G) determining, at an upper node of the radio base station, whether the mobile station has an access right to the CSG cell or not.
A method of automatically applying a dip to a dairy animal teat, the method comprising the steps of: discontinuing pulsation to a pulsation chamber between a teat cup and a liner; applying pressure above atmospheric pressure or maintaining atmospheric pressure in the pulsation chamber; maintaining vacuum in the liner; and applying teat dip to an upper portion of the dairy animal teat. discontinuing pulsation to a pulsation chamber between a teat cup and a liner; applying pressure above atmospheric pressure or maintaining atmospheric pressure in the pulsation chamber; maintaining vacuum in the liner; and applying teat dip to an upper portion of the dairy animal teat.
A blocking interference suppression method, comprising: detecting (102, 302), by a baseband processing unit, BBU, presence of blocking interference; and sending (104, 304), by said BBU, a first instruction message to a radio remote unit, RRU, wherein: said first instruction message is used to instruct said RRU to decrease said RRU receiving link gain; and after said BBU sends a first instruction message to said RRU, said method comprises: detecting, by said BBU, that blocking interference has been eliminated; and sending, by said BBU, a second instruction message to said RRU, wherein said second instruction message is used to instruct said RRU to change said RRU receiving link gain to a default value. detecting (102, 302), by a baseband processing unit, BBU, presence of blocking interference; and sending (104, 304), by said BBU, a first instruction message to a radio remote unit, RRU, wherein: said first instruction message is used to instruct said RRU to decrease said RRU receiving link gain; and after said BBU sends a first instruction message to said RRU, said method comprises: detecting, by said BBU, that blocking interference has been eliminated; and sending, by said BBU, a second instruction message to said RRU, wherein said second instruction message is used to instruct said RRU to change said RRU receiving link gain to a default value. said first instruction message is used to instruct said RRU to decrease said RRU receiving link gain; and after said BBU sends a first instruction message to said RRU, said method comprises: detecting, by said BBU, that blocking interference has been eliminated; and sending, by said BBU, a second instruction message to said RRU, wherein said second instruction message is used to instruct said RRU to change said RRU receiving link gain to a default value. detecting, by said BBU, that blocking interference has been eliminated; and sending, by said BBU, a second instruction message to said RRU, wherein said second instruction message is used to instruct said RRU to change said RRU receiving link gain to a default value.
A process for an equilibrium-limited reaction of an acylating agent with a hydroxy containing organic compound (HCOC) to form an organic ester and an alcohol co-product, where the equilibrium-limited reaction is a reversible reaction having an equilibrium conversion value (X e) for a predetermined temperature, the process comprising: supplying the acylating agent and the HCOC to a reactive chromatography unit to create a reaction mixture, where the acylating agent is in a stoichiometric deficit relative to the HCOC for the equilibrium-limited reaction, and where the RCU has a catalyst for the equilibrium-limited reaction and separation media to separate the organic ester from the AC; reacting at the predetermined temperature the acylating agent in the stoichiometric deficit relative to the HCOC in the RCU to form a product mixture comprising the organic ester and the AC via the equilibrium limited reaction; and separating the product mixture with the separation media into a raffinate that includes the organic ester and an extract that contains the AC, where separating the product mixture produces a conversion value for the equilibrium limited reaction that is greater than the equilibrium conversion value for the predetermined temperature. supplying the acylating agent and the HCOC to a reactive chromatography unit to create a reaction mixture, where the acylating agent is in a stoichiometric deficit relative to the HCOC for the equilibrium-limited reaction, and where the RCU has a catalyst for the equilibrium-limited reaction and separation media to separate the organic ester from the AC; reacting at the predetermined temperature the acylating agent in the stoichiometric deficit relative to the HCOC in the RCU to form a product mixture comprising the organic ester and the AC via the equilibrium limited reaction; and separating the product mixture with the separation media into a raffinate that includes the organic ester and an extract that contains the AC, where separating the product mixture produces a conversion value for the equilibrium limited reaction that is greater than the equilibrium conversion value for the predetermined temperature.
A lighting device for a vehicle, in particular a headlamp for a vehicle, comprising a cup-shaped housing or body housing at least one reflector, operationally associated with at least one light source, and a transparent lens or element, which closes a front opening of the cup-shaped housing or body and through which the at least one reflector is visible from the outside of the vehicle, the at least one reflector being configured to deflect by reflection a light beam produced by the at least one light source through the transparent lens and along an optical axis of the lighting device which, in use, is oriented parallel to a direction of travel of the vehicle, wherein it further comprises a shield which is placed at least partly facing the at least one reflector and substantially parallel to the optical axis, the shield being delimited towards the reflector by a reflecting surface having projections uniformly distributed thereon, e.g. grooved or embossed, wherein the shield defines a front portion, facing towards the transparent lens, of an upper wall of a frame element, said upper wall being connected integrally in one piece with the at least one reflector, said front portion of the upper wall of the frame element being separated from a rear portion of the upper wall supporting a printed circuit board provided with said at least one light source, by a step, so that the light source is separated too from said front portion of the upper wall by said step and the light source is arranged below said shield.
A protective element or attachment to place on a finger of a safety glove, characterized by consisting of a resistant, hard piece with a half-cylinder shape, closed at one end and open at the opposite end and partly open on its lateral sides, the protective element or attachment having a top in the shape of an elongated semi-circle connected to a half-ring, wherein the half-ring is located at the open end.
A method implemented by a network topology design system to determine a controller routing tree for use within a split architecture network where control plane components are executed by a controller and the data plane components are executed by a plurality of switches, the method comprising the steps of: calculating an initial controller routing tree using in-band connections for control traffic between each switch and the controller; calculating the resilience of the network having only in-band connections; characterised in that the method further comprises: receiving a parameter m representing a number of allowed dedicated connections between respective switches and the controller for out-of-band control traffic; and determining, using an approximation algorithm, the placement of each of the m dedicated connections between a switch and the controller so as to optimize the configuration of in-band and out-of-band connections for maximum resilience by selecting m least protected switches having a maximum number of downstream neighbours, and placing the m allowed dedicated connections between the selected m least protected switches and the controller. calculating an initial controller routing tree using in-band connections for control traffic between each switch and the controller; calculating the resilience of the network having only in-band connections; characterised in that the method further comprises: receiving a parameter m representing a number of allowed dedicated connections between respective switches and the controller for out-of-band control traffic; and determining, using an approximation algorithm, the placement of each of the m dedicated connections between a switch and the controller so as to optimize the configuration of in-band and out-of-band connections for maximum resilience by selecting m least protected switches having a maximum number of downstream neighbours, and placing the m allowed dedicated connections between the selected m least protected switches and the controller. receiving a parameter m representing a number of allowed dedicated connections between respective switches and the controller for out-of-band control traffic; and determining, using an approximation algorithm, the placement of each of the m dedicated connections between a switch and the controller so as to optimize the configuration of in-band and out-of-band connections for maximum resilience by selecting m least protected switches having a maximum number of downstream neighbours, and placing the m allowed dedicated connections between the selected m least protected switches and the controller.