mhurhangee/ep-ind-claims huggingface dataset:
A device comprising a resonating structure configured to resonate a continuous wave Raman laser light the resonating structure including: a Raman medium having a thermal conductivity of greater than 2 W/K/m, the Raman medium being disposed between an input coupler and a second order nonlinear medium, wherein: the input coupler is configured to be transmissive of a continuous wave pump laser light for the Raman medium received from an external light source externally located to the device, the input coupler being reflective to resonate the continuous wave Raman laser light generated by a Raman interaction between the Raman medium and the continuous wave pump laser light; the second order nonlinear medium being disposed within the resonating structure, and arranged for interacting with the continuous wave pump laser light and the continuous wave Raman laser light or with the continuous wave Raman laser light to generate another continuous wave laser light; and the resonating structure including an output coupler configured to be highly transmissive of the another continuous wave laser light in order to pass out from the resonating structure the another continuous wave laser light;, and wherein a resonance cycle period of the resonating structure results in a loss of less than 5% of the resonating Raman light energy in the resonance cycle period to facilitate continuous wave Raman light generation, wherein the resonance cycle period is the time taken for the resonating continuous wave Raman laser light to make a round trip within the resonating structure. the input coupler is configured to be transmissive of a continuous wave pump laser light for the Raman medium received from an external light source externally located to the device, the input coupler being reflective to resonate the continuous wave Raman laser light generated by a Raman interaction between the Raman medium and the continuous wave pump laser light; the second order nonlinear medium being disposed within the resonating structure, and arranged for interacting with the continuous wave pump laser light and the continuous wave Raman laser light or with the continuous wave Raman laser light to generate another continuous wave laser light; and the resonating structure including an output coupler configured to be highly transmissive of the another continuous wave laser light in order to pass out from the resonating structure the another continuous wave laser light;, and wherein a resonance cycle period of the resonating structure results in a loss of less than 5% of the resonating Raman light energy in the resonance cycle period to facilitate continuous wave Raman light generation, wherein the resonance cycle period is the time taken for the resonating continuous wave Raman laser light to make a round trip within the resonating structure.
Antenna apparatus for operating as a base station in a wireless network, comprising: an antenna assembly to employ a reception beam pattern selected from a plurality of reception beam patterns; a reception beam pattern controller to cause the antenna assembly to employ each of said plurality of reception beam patterns during a nulling test operation used to attenuate an effect of interference sources on link quality; quality metric determination circuitry to determine, for each reception beam pattern employed during said nulling test operation, a link quality metric for each of a plurality of wireless terminals based on communication between the plurality of wireless terminals and the base station whilst the antenna assembly is employing that reception beam pattern; and reception beam determination circuitry to determine, from the link quality metrics determined for the plurality of wireless terminals for each of the plurality of reception beam patterns, a reception beam pattern from said plurality of reception beam patterns to be used for a subsequent communication with the plurality of wireless terminals; wherein the reception beam determination circuitry is configured to perform a harmonic mean operation using as inputs the link quality metrics determined for the plurality of wireless terminals for each of the plurality of reception beam patterns, in order to determine the reception beam pattern to be used for the subsequent communication. an antenna assembly to employ a reception beam pattern selected from a plurality of reception beam patterns; a reception beam pattern controller to cause the antenna assembly to employ each of said plurality of reception beam patterns during a nulling test operation used to attenuate an effect of interference sources on link quality; quality metric determination circuitry to determine, for each reception beam pattern employed during said nulling test operation, a link quality metric for each of a plurality of wireless terminals based on communication between the plurality of wireless terminals and the base station whilst the antenna assembly is employing that reception beam pattern; and reception beam determination circuitry to determine, from the link quality metrics determined for the plurality of wireless terminals for each of the plurality of reception beam patterns, a reception beam pattern from said plurality of reception beam patterns to be used for a subsequent communication with the plurality of wireless terminals; wherein the reception beam determination circuitry is configured to perform a harmonic mean operation using as inputs the link quality metrics determined for the plurality of wireless terminals for each of the plurality of reception beam patterns, in order to determine the reception beam pattern to be used for the subsequent communication.
Method for protecting a handling device, comprising monitoring a direction of movement of a moving part of the handling device, comprising the steps of • determining a movement vector which represents the current direction of movement of the moving part and has a particular direction, and • comparing the direction of the movement vector with a direction of a reference vector in order to determine a discrepancy, wherein a safety-relevant function is initiated if the discrepancy is outside a defined range, characterized in that the reference vector is defined on the basis of at least one of the variables selected from the group of the position of the moving part, speed of the moving part, signals from a programmable logic controller and signals from a safety-relevant system. • determining a movement vector which represents the current direction of movement of the moving part and has a particular direction, and • comparing the direction of the movement vector with a direction of a reference vector in order to determine a discrepancy,
A transfection complex comprising a transfection enhancer and a cell surface ligand, wherein said cell surface ligand is a peptide comprising the sequence of SEQ ID NO: 350.
Vehicle trailer, in particular horsebox trailer, with a chassis and a fixed body which surrounds an interior space and has a floor, a lateral body wall and a roof, wherein the body has a laterally and upwardly tapered front region with aligning flat front walls (12, 18) on the body wall and on the roof, characterized in that the body has, at the front region, a receiving chamber which projects forwards over the front wall and enlarges the interior space, in particular a front-end saddle compartment.
Actuating device of a valve for the braking of a trailer of the type comprising a base body having at least a main seat communicating with at least a main port and a secondary port connectable to a source of a work fluid at a first and at a second pressure signal respectively; a discharge port connectable to a discharge tank; a control port communicating with a control line connectable to the braking system of the towing vehicle; an additional port communicating with an additional line connectable to the automatic and/or parking brake of the trailer; inside said main seat being slidably accommodated at least one distributor movable between at least a rest position and at least a braking position; characterized in that it comprises at least a driving body in which are defined: - at least a driving chamber having at least a braking gap connectable to the braking system of a towing vehicle and inside which is slidably accommodated at least one driving element movable between a rest configuration and a driving configuration wherein it interacts with said distributor to displace it from the rest position to the braking one; - at least an actuating seat inside which is accommodated sealingly sliding at least one piston (16, 17) delimiting at least a first chamber, communicating with at least an additional gap connectable to said secondary port and acting on a first face of the piston itself, and at least a second chamber, communicating with at least a driving gap connectable to a control device of the parking and/or emergency brake of the towing vehicle and acting on a second face of said piston (16, 17) opposite said first face; and in that it comprises at least a connecting rod placed between said piston (16, 17) and said driving element, said piston (16, 17) being able to push said driving element from its rest configuration to the driving configuration by means of said rod when the force acting on said first face is greater than that acting on said second face. - at least a driving chamber having at least a braking gap connectable to the braking system of a towing vehicle and inside which is slidably accommodated at least one driving element movable between a rest configuration and a driving configuration wherein it interacts with said distributor to displace it from the rest position to the braking one; - at least an actuating seat inside which is accommodated sealingly sliding at least one piston (16, 17) delimiting at least a first chamber, communicating with at least an additional gap connectable to said secondary port and acting on a first face of the piston itself, and at least a second chamber, communicating with at least a driving gap connectable to a control device of the parking and/or emergency brake of the towing vehicle and acting on a second face of said piston (16, 17) opposite said first face;
Aircraft having a direction of advance and comprising: - a cabin within which is installed a floor, - a front seat and a rear seat arranged behind the front seat with respect to the direction of advance, said front seat being able to pivot about an axis perpendicular to the floor, a partition wall being arranged between the front seat and the rear seat, perpendicular to the floor and perpendicular to the direction of advance, characterized in that - the front seat is able to pivot about an axis perpendicular to the floor, through an angle of at least 180°, - said partition wall has a fixed lower portion and a removable upper portion, and in that the aircraft further comprises securing means that are able to adopt a securing position in which the upper portion is secured to the lower portion, and a release position in which the upper portion can be detached from the lower portion. - a cabin within which is installed a floor, - a front seat and a rear seat arranged behind the front seat with respect to the direction of advance, said front seat being able to pivot about an axis perpendicular to the floor, a partition wall being arranged between the front seat and the rear seat, perpendicular to the floor and perpendicular to the direction of advance, characterized in that - the front seat is able to pivot about an axis perpendicular to the floor, through an angle of at least 180°, - said partition wall has a fixed lower portion and a removable upper portion, and in that the aircraft further comprises securing means that are able to adopt a securing position in which the upper portion is secured to the lower portion, and a release position in which the upper portion can be detached from the lower portion.
A device for recording electrical activity of and/or stimulating neural cells in a three-dimensional neural network, comprising: - a first compartment comprising a three-dimensional hydrogel or fibrous matrix configured to contain neurons and to maintain said neurons in said three-dimensional matrix, and - at least one microchannel extending from said first compartment and having dimensions allowing the extension of neurites from said first compartment into said microchannel and preventing the entry of the soma of neurons into said at least one microchannel, characterized in that said at least one microchannel comprises at least one microelectrode embedded therein and arranged to record electrical signals from and/or administer electrical pulses to neurites extending along said at least one microchannel, and that said three-dimensional matrix is configured to allow the cultivation of the cells without adhering or contacting the walls or boundary surfaces of the compartment. - a first compartment comprising a three-dimensional hydrogel or fibrous matrix configured to contain neurons and to maintain said neurons in said three-dimensional matrix, and - at least one microchannel extending from said first compartment and having dimensions allowing the extension of neurites from said first compartment into said microchannel and preventing the entry of the soma of neurons into said at least one microchannel, characterized in that said at least one microchannel comprises at least one microelectrode embedded therein and arranged to record electrical signals from and/or administer electrical pulses to neurites extending along said at least one microchannel, and that said three-dimensional matrix is configured to allow the cultivation of the cells without adhering or contacting the walls or boundary surfaces of the compartment.
Filter assembly for filtering a waste fluid discharged by a household appliance, said filter assembly comprising: - a filter element defining an unfiltered area receiving said waste fluid; - a filter housing receiving said filter element, wherein an outlet chamber is defined between said filter element and said filter housing for receiving fluid passing through said filter element and coming from said unfiltered area; - a support for said filter element; - an inlet through which said waste fluid is supplied to said unfiltered area; - an outlet fluidly connected to said outlet chamber, through which the waste fluid flows from said outlet chamber to a drain; characterized in that said support comprises a first wall defining a first flooding area and a second flooding area separated from said first flooding area by said first wall; wherein said first flooding area is fluidly connected to said unfiltered area through a valve configured to allow unfiltered waste fluid to flow from said unfiltered area to said first flooding area; wherein said second flooding area is apt to receive unfiltered waste fluid coming from said first flooding area by overflowing said first wall and wherein said second flooding area comprises at least one aperture configured to allow unfiltered waste fluid to flow towards said outlet. - a filter element defining an unfiltered area receiving said waste fluid; - a filter housing receiving said filter element, wherein an outlet chamber is defined between said filter element and said filter housing for receiving fluid passing through said filter element and coming from said unfiltered area; - a support for said filter element; - an inlet through which said waste fluid is supplied to said unfiltered area; - an outlet fluidly connected to said outlet chamber, through which the waste fluid flows from said outlet chamber to a drain; said support comprises a first wall defining a first flooding area and a second flooding area separated from said first flooding area by said first wall; wherein said first flooding area is fluidly connected to said unfiltered area through a valve configured to allow unfiltered waste fluid to flow from said unfiltered area to said first flooding area; wherein said second flooding area is apt to receive unfiltered waste fluid coming from said first flooding area by overflowing said first wall and wherein said second flooding area comprises at least one aperture configured to allow unfiltered waste fluid to flow towards said outlet.
A method for communication, performed at an apparatus mounted on a body associated with a body area network, BAN, comprising: determining whether the apparatus is in motion; and performing ranging with another body-mounted apparatus in the BAN, if it is determined that the apparatus is in motion; wherein the ranging comprises communicating signals with the other apparatus and the signals are in accordance with Ultra-Wideband, UWB, radio technology. determining whether the apparatus is in motion; and performing ranging with another body-mounted apparatus in the BAN, if it is determined that the apparatus is in motion; wherein the ranging comprises communicating signals with the other apparatus and the signals are in accordance with Ultra-Wideband, UWB, radio technology.
Process for the production of muconic acid, adipic acid and/or their esters from aldaric acid(s), in particular from bio-based aldaric acids, comprising the following steps: (a) feeding an aldaric acid, an alcohol and Re-catalyst on a solid support into a batch or continuous reactor, wherein the Re-catalyst is a heterogeneous catalyst comprising Re in an oxidation state 0, (b) heating the mixture of (a) at a temperature ranging from 80 - 250 °C, preferably 100 - 140 °C, for dehydroxylation to proceed, (c) separating the catalyst from the liquid phase, and (d) isolating muconic acid, adipic acid and/or their esters by evaporation of residual alcohol and aldehyde/ketone and volatile short chain aldol condensation products. (a) feeding an aldaric acid, an alcohol and Re-catalyst on a solid support into a batch or continuous reactor, wherein the Re-catalyst is a heterogeneous catalyst comprising Re in an oxidation state 0, (b) heating the mixture of (a) at a temperature ranging from 80 - 250 °C, preferably 100 - 140 °C, for dehydroxylation to proceed, (c) separating the catalyst from the liquid phase, and (d) isolating muconic acid, adipic acid and/or their esters by evaporation of residual alcohol and aldehyde/ketone and volatile short chain aldol condensation products.
Drainage channel with integrated curbstone, which is formed monolithically with a channel body and has a road-side slope, in which inlet openings for surface water are formed, wherein the curbstone has a stepped approach and grouting edge, which is adjoined by a vertical front wall of the channel body, wherein the approach and grouting edge forms a horizontal spacer surface between the vertical front wall 26 of the channel body and the lower edge 27 of the slope 11, which extends continuously over the entire length of the curbstone, including the areas in which the inlet openings are formed, characterized in that the approach and grouting edge has a width of 0.5 to 60 cm and extends at a distance below the inlet openings along the longitudinal axis of the curbstone.
Method for capturing the cerebral recognition time of a subject P, including the following method steps: (a) provision of a stimulus for an individual stimulation as a problem for the subject P for the purposes of recognizing and examining the recognition time of the subject P, (b) presentation of the stimulus for a predetermined period of time such that the subject P can perceive the stimulus, (c) reaction of the subject P to the stimulus perceived by them within a reaction time T, the reaction time being divided into at least a cognitive time component and a motoric time component, (d) determination of the reaction time T as a period of time between the presentation of the stimulus and the motoric reaction of the subject P as a consequence of this stimulus, wherein method steps (a) to (d) are carried out continuously with stimuli of varying cognitive difficulty S for the subject, wherein the measurement values of the reaction time are corrected to form a derived cognition time K(x) for the purposes of capturing the cerebral recognition time in such a way that a motoric reaction time component T1, which emerges from the asymptotic profile of the individual measurement value curve at lower difficulties S, is removed from the measurement values of the reaction time T, and wherein a reference variable and/or control variable is generated on the basis of the derived cognition time K (threshold) or K(x) that is individual to a person, characterized in that the visual stimuli are stimuli for stereopsis in the form of stereoscopic test images with a varying stereo disparity, a sequence of measurement values of the reaction time for the respective cognitive difficulty is produced in the form of an individual asymptotic measurement value curve from reaction times for different difficulties S in arcsec, the stimuli are offered stochastically or in a random order in relation to their difficulty to the subject and the curve profile of the measurement values and/or the area of the curve is used as a characteristic of the cognitive power of the subject. (a) provision of a stimulus for an individual stimulation as a problem for the subject P for the purposes of recognizing and examining the recognition time of the subject P, (b) presentation of the stimulus for a predetermined period of time such that the subject P can perceive the stimulus, (c) reaction of the subject P to the stimulus perceived by them within a reaction time T, the reaction time being divided into at least a cognitive time component and a motoric time component, (d) determination of the reaction time T as a period of time between the presentation of the stimulus and the motoric reaction of the subject P as a consequence of this stimulus,
A liquid ejecting head, comprising: a plurality of nozzles for ejecting liquid; a plurality of pressure chambers for respectively communicating with the plurality of nozzles; and a plurality of liquid supply paths which respectively communicate with each pressure chamber and supply the liquid to the pressure chambers, wherein the shortest formation pitch between each of the nozzles is equal to or less than 1/300 inches, characterized in that: a capacity of a flow path from an opening of the liquid supply path to the nozzle is equal to or higher than 4400 pl. a plurality of nozzles for ejecting liquid; a plurality of pressure chambers for respectively communicating with the plurality of nozzles; and a plurality of liquid supply paths which respectively communicate with each pressure chamber and supply the liquid to the pressure chambers, wherein the shortest formation pitch between each of the nozzles is equal to or less than 1/300 inches, characterized in that: a capacity of a flow path from an opening of the liquid supply path to the nozzle is equal to or higher than 4400 pl.