mhurhangee/ep-ind-claims huggingface dataset:
A sonar system comprising: a waveform generator adapted to generate a low probability of marine mammal impact, LPMMI, waveform having a modulation component, a time duration component, a bandwidth component, and a center frequency component; and a sonar transmitter coupled to the waveform generator and adapted to transmit a sound signal into the water in accordance with the LPMMI waveform, wherein the LPMMI waveform comprises a low probability of intercept, LPI, phase shift beyed waveform having a spread spectrum, characterised in that the LPMMI waveform has a center frequency component in the range of 2500 to 6000 Hertz, a bandwidth component in the range of 500 to 2500 Hertz, and a time duration component in the range of 10 msec to 1.5 seconds; wherein the modulation component of the LPMMI waveform is selected to cause the associated LPMMI sound signal to have a relatively stationary wide frequency spectrum thereby sounding unlike a killer whale to reduce a behavioral response from a marine mammal compared to that which would occur when transmitting another sound signal in accordance with another waveform having approximately the same time duration component, approximately the same bandwidth component, and approximately the same center frequency component as the LPMMI waveform but having a modulation component comprising a frequency modulation. a waveform generator adapted to generate a low probability of marine mammal impact, LPMMI, waveform having a modulation component, a time duration component, a bandwidth component, and a center frequency component; and a sonar transmitter coupled to the waveform generator and adapted to transmit a sound signal into the water in accordance with the LPMMI waveform, wherein the LPMMI waveform comprises a low probability of intercept, LPI, phase shift beyed waveform having a spread spectrum, characterised in that the LPMMI waveform has a center frequency component in the range of 2500 to 6000 Hertz, a bandwidth component in the range of 500 to 2500 Hertz, and a time duration component in the range of 10 msec to 1.5 seconds; wherein the modulation component of the LPMMI waveform is selected to cause the associated LPMMI sound signal to have a relatively stationary wide frequency spectrum thereby sounding unlike a killer whale to reduce a behavioral response from a marine mammal compared to that which would occur when transmitting another sound signal in accordance with another waveform having approximately the same time duration component, approximately the same bandwidth component, and approximately the same center frequency component as the LPMMI waveform but having a modulation component comprising a frequency modulation.
An angular velocity sensor comprising: a vibrator having a driving electrode and a detecting electrode; a case receiving the vibrator; and terminals (44, 45) having at least a first end and a second end, one of the at least first end and second end being connected with the case; wherein the case comprising wiring electrodes, said wiring electrodes being electrically connected with the driving electrode and the detecting electrode of the vibrator, and the terminals (44,45) are electrically connected with the driving electrode, and the detecting electrode, and the terminals are provided with bent portions and support the case respectively. a vibrator having a driving electrode and a detecting electrode; a case receiving the vibrator; and terminals (44, 45) having at least a first end and a second end, one of the at least first end and second end being connected with the case; wherein the case comprising wiring electrodes, said wiring electrodes being electrically connected with the driving electrode and the detecting electrode of the vibrator, and the terminals (44,45) are electrically connected with the driving electrode, and the detecting electrode, and the terminals are provided with bent portions and support the case respectively.
A method of manufacturing prestressed slabs, prefabricated by pouring concrete or the like onto a decking extending over a length of 100 to 200 m, comprising at least: - a step before the concrete is poured, during which a one-piece matrix is positioned on the decking, both the decking and the matrix extending over a length of 100 to 200 m, the matrix being made of thin sheet metal, preferably between 0.5 and 1 mm thick, profiled in relief (a, b, c, d, e) and completely covering the decking, so that after the concrete has set and the slab has been demoulded, the underside of the slab is printed with the relief of the said matrix, and - a step before the concrete is poured, during which active reinforcements are stretched over the entire length of the decking covered by the matrix to form prestressed slabs, - a step before the concrete is poured, during which supports are fitted in the concave part of the reliefs between the one-piece matrix and the decking, so as to prevent the concrete from deforming the reliefs under its weight when poured, - a step of pouring the concrete by spreading and vibrating or by means of a slipforming extruder. - a step before the concrete is poured, during which a one-piece matrix is positioned on the decking, both the decking and the matrix extending over a length of 100 to 200 m, the matrix being made of thin sheet metal, preferably between 0.5 and 1 mm thick, profiled in relief (a, b, c, d, e) and completely covering the decking, so that after the concrete has set and the slab has been demoulded, the underside of the slab is printed with the relief of the said matrix, and - a step before the concrete is poured, during which active reinforcements are stretched over the entire length of the decking covered by the matrix to form prestressed slabs, - a step before the concrete is poured, during which supports are fitted in the concave part of the reliefs between the one-piece matrix and the decking, so as to prevent the concrete from deforming the reliefs under its weight when poured, - a step of pouring the concrete by spreading and vibrating or by means of a slipforming extruder.
A teatcup liner series comprising in combination a plurality of related teatcup liners, each liner having an upper mouthpiece, an intermediate barrel and a lower connecting tube, wherein the upper mouthpiece further comprises a mouthpiece transition and a mouthpiece lip, said barrel extending along an axial direction for receiving a teat inserted axially thereinto through said mouthpiece, said teatcup liner series comprising n said liners L 1 through L n wherein: said mouthpiece transition has a transverse thickness measured perpendicular to said axial direction; said mouthpiece lip has an axial thickness measured parallel to said axial direction; and characterized in that in combination both of the following conditions are satisfied: said transverse thickness of said mouthpiece transition decreases from L 1 through L n; and said axial thickness of said mouthpiece lip decreases from L 1 through L n. said mouthpiece transition has a transverse thickness measured perpendicular to said axial direction; said mouthpiece lip has an axial thickness measured parallel to said axial direction; and characterized in that in combination both of the following conditions are satisfied: said transverse thickness of said mouthpiece transition decreases from L 1 through L n; and said axial thickness of said mouthpiece lip decreases from L 1 through L n.
Authentication device designed to be used with an electronic device comprising a capacitive touch screen configured to detect a pattern formed by pins consisting of a conductive material, and a receiver, the authentication device being characterized in that it comprises: - a plurality of pins (750, 760, 770, 751, 761, 771, 752, 762, 772) arranged on the same face of the authentication device, at least two pins consisting of a conductive material, the other pins consisting of an insulating material, all the pins having an identical appearance and the geometrical positioning of the pins consisting of conductive material constitutes a pattern associated with an authentication signal, - means for detecting pressure exerted on at least one pin, and - means for emitting the authentication signal to be received by the receiver when pressure is detected by the means for detecting pressure, the authentication signal being a sound signal. - a plurality of pins (750, 760, 770, 751, 761, 771, 752, 762, 772) arranged on the same face of the authentication device, at least two pins consisting of a conductive material, the other pins consisting of an insulating material, all the pins having an identical appearance and the geometrical positioning of the pins consisting of conductive material constitutes a pattern associated with an authentication signal, - means for detecting pressure exerted on at least one pin, and - means for emitting the authentication signal to be received by the receiver when pressure is detected by the means for detecting pressure, the authentication signal being a sound signal.
An electrical conductor having at least one conductive strand (2, 3, 4), characterized in that it comprises at least one strand (2, 3, 4) composed at least of a copper layer and a layer in silver copper alloy having a weight content of silver of between 0.1 % and 0.5 %.
A trigger-type liquid dispenser comprising: a dispenser main body fitted to a mouth of a container containing a liquid; a pump configured, in response to operation of a trigger, to be actuated to pressure-feed the liquid contained in the container to a delivery port through a delivery flow path provided in the dispenser main body; and a nozzle fitted to the dispenser main body to dispense, to outside, the liquid pressure-fed to the delivery port, wherein the dispenser main body includes a cylindrical-shaped fitted portion communicating with the delivery port, the nozzle includes a partition wall, which covers an opening end of the fitted portion and which is provided with a dispensing hole, and a tubular-shaped outer circumferential wall, which is contiguous with an outer circumference of the partition wall to cover an outer circumference of the fitted portion, and the nozzle is rotatable with respect to the fitted portion between an opened position, in which the dispensing hole communicates with the delivery port, and a closed position, in which the dispensing hole is blocked from the delivery port, the outer circumferential wall includes a locking projection that protrudes toward an inner side in a radial direction from an inner circumferential surface of the outer circumferential wall and that is in undercut engagement in a direction extending along the central axis of the nozzle with a projecting portion provided on an outer circumferential surface of the fitted portion to thereby hold the nozzle in engagement with the fitted portion, and the locking projection is provided, in an inner edge portion thereof, with a concave portion, in which a degree of the undercut engagement with the projecting portion is reduced when the nozzle is located between the opened and the closed position.
Battery connector for accumulators comprising connection regions (2, 3) that are connected by conductor elements having a conductor cross section, it being possible to bend the battery connector in the region of the conductor elements, characterised in that the conductor elements consist of a plurality of flat parts (4, 5, 6), which are located directly on top of one another at the facing broadsides between the connection regions (2, 3) within a first insulation that entirely covers the conductor elements, said flat parts having a width/thickness ratio of from 5:1 to 100:1, and further being able to move relative to each other as a result of the flat parts (4, 5, 6) being connected in the overlapping region only by means of the first insulation, the plurality of flat parts (4, 5, 6) further being jointly insert moulded in the connection regions (2, 3).
An agent for oxidatively dyeing keratin fibers, containing in a cosmetic carrier 4,5-diamino-1-(2-hydroxyethyl)-1H-pyrazole and/or one of the physiologically acceptable salts thereof as a developer, at least one p-aminophenol derivative from the group comprising p-aminophenol, 4-amino-3-methylphenol and/or one of the physiologically acceptable salts thereof as a developer, at least one m-diaminobenzene derivative from the group comprising 2-(2,4-diaminophenoxy)ethanol, 1-methoxy-2-amino-4-(2'-hydroxyethylamino)benzene, 2,6-bis(2'-hydroxyethylamino)-1-methylbenzene and/or one of the physiologically acceptable salts thereof as a coupler, and at least one m-aminophenol derivative from the group comprising 3-aminophenol, 5-amino-2-methylphenol and/or one of the physiologically acceptable salts thereof as a coupler, wherein - the molar ratio of all developers of group contained in the agent to all developers of group contained in the agent, i.e. the molar ratio /, has a value of at least 1.2. 4,5-diamino-1-(2-hydroxyethyl)-1H-pyrazole and/or one of the physiologically acceptable salts thereof as a developer, at least one p-aminophenol derivative from the group comprising p-aminophenol, 4-amino-3-methylphenol and/or one of the physiologically acceptable salts thereof as a developer, at least one m-diaminobenzene derivative from the group comprising 2-(2,4-diaminophenoxy)ethanol, 1-methoxy-2-amino-4-(2'-hydroxyethylamino)benzene, 2,6-bis(2'-hydroxyethylamino)-1-methylbenzene and/or one of the physiologically acceptable salts thereof as a coupler, and at least one m-aminophenol derivative from the group comprising 3-aminophenol, 5-amino-2-methylphenol and/or one of the physiologically acceptable salts thereof as a coupler, - the molar ratio of all developers of group contained in the agent to all developers of group contained in the agent, i.e. the molar ratio /, has a value of at least 1.2.
A light-guiding member comprising a light output surface which outputs light, and a back surface facing the light output surface, the light-guiding member comprising a curved surface in a region of the back surface farther than a first position on the back surface that is away by a first distance (r E) from an axis passing the light output surface and the back surface, and a rough surface in a region of the light output surface farther than a second position on the light output surface that is away by a second distance (r E) from the axis in a same direction as a direction from the axis toward the first position, wherein, where an intersection of the axis and the back surface is an origin point, and a direction of the axis from the back surface to the light output surface is positive, a line normal to the curved surface intersects with the axis at the positive side of the axis, and an angle formed by a normal line vector of the light output surface at the second position in a direction toward the light output surface from the back surface and a vector in a direction from the curved surface to the second position is equal to or more than a critical angle (θ C), and characterized in that the light guiding member further comprises an end surface, the end surface being on the light output surface and connecting with the back surface, the end surface being located between the curved surface and the rough surface, a line normal to the end surface intersecting with the axis at the negative side of the axis.
A hybrid two-wheeled motor vehicle including a hybrid type power unit (PA, PB) mounted on a vehicle body frame between a front wheel and a rear wheel, the hybrid type power unit (PA, PB) being positioned lower than a seat and including: an engine (EA, EB) having an engine body (11A, 11B) of which part is formed by a crankcase rotatably supporting a crankshaft; a transmission for changing speed of driving force transmitted from the crankshaft; and an electric motor capable of transmitting the driving force to the transmission, characterized in that the electric motor is attached to a lower portion of a front face of the engine body (11 A, 11B) such that, as seen from the front, the electric motor is disposed on an opposite side of an axis of the crankshaft from an input shaft of the transmission, and a distance between an axis of a motor shaft included in the electric motor and the axis of the crankshaft is set substantially equal to a distance between an axis of the input shaft and the axis of the crankshaft.
A process for removing hydroxyl groups from phenolic compounds, comprising: Providing in a first reactor at least one hydrodeoxygenation catalyst comprising sulphided NiMo, CoMo or NiW; Providing a feedstock comprising phenolic compounds; Carrying out hydrodeoxygenation in the first reactor by contacting the feedstock with the hydrodeoxygenation catalyst and feeding into the first reactor hydrogen to obtain a phenolic hydrocarbon feedstock; Providing in a second reactor at least one direct deoxygenation catalyst comprising Pt/Nb 2 O 5; Forming a mixture by feeding into the second reactor the phenolic hydrocarbon feedstock and hydrogen gas; Carrying out direct deoxygenation to the phenolic hydrocarbon feedstock to obtain hydrocarbons, wherein at least 50mol-% of the hydroxyl groups originally bonded to phenolic compounds are removed while the aromaticity of the hydrocarbon is preserved, and wherein the direct deoxygenation is carried out at a temperature in the range 340-450°C and at a hydrogen pressure in the range 15-50bar. Providing in a first reactor at least one hydrodeoxygenation catalyst comprising sulphided NiMo, CoMo or NiW; Providing a feedstock comprising phenolic compounds; Carrying out hydrodeoxygenation in the first reactor by contacting the feedstock with the hydrodeoxygenation catalyst and feeding into the first reactor hydrogen to obtain a phenolic hydrocarbon feedstock; Providing in a second reactor at least one direct deoxygenation catalyst comprising Pt/Nb 2 O 5; Forming a mixture by feeding into the second reactor the phenolic hydrocarbon feedstock and hydrogen gas; Carrying out direct deoxygenation to the phenolic hydrocarbon feedstock to obtain hydrocarbons, wherein at least 50mol-% of the hydroxyl groups originally bonded to phenolic compounds are removed while the aromaticity of the hydrocarbon is preserved, and wherein the direct deoxygenation is carried out at a temperature in the range 340-450°C and at a hydrogen pressure in the range 15-50bar.
A wind generator with water float sails, comprising: a pond or a circular water tank containing liquid; a water float running system which can rotate in the liquid in the pond or the circular water tank under the drive of wind, wherein, the water float running system comprises a water float running platform floating on the liquid and several sails placed on the water float running platform; a location system which can locate the water float running system on the liquid surface, and make it rotate within a predetermined range; a brake system which can stop the rotation of the water float running system; and a generator system which can transform the energy produced by the water float running system into electric power output; characterised in that a series of water inlet and outlet pipes are provided on the circular water tank for pouring or discharging liquid; and the brake system comprises a water inlet and outlet valve, a water inlet and outlet two-way pump that is provided on the water inlet and outlet pipes, and sand stone used for grounding-type braking paved on the bottom of the circular water bank. a pond or a circular water tank containing liquid; a water float running system which can rotate in the liquid in the pond or the circular water tank under the drive of wind, wherein, the water float running system comprises a water float running platform floating on the liquid and several sails placed on the water float running platform; a location system which can locate the water float running system on the liquid surface, and make it rotate within a predetermined range; a brake system which can stop the rotation of the water float running system; and a generator system which can transform the energy produced by the water float running system into electric power output; characterised in that a series of water inlet and outlet pipes are provided on the circular water tank for pouring or discharging liquid; and the brake system comprises a water inlet and outlet valve, a water inlet and outlet two-way pump that is provided on the water inlet and outlet pipes, and sand stone used for grounding-type braking paved on the bottom of the circular water bank.
A method of making a 3D printed article comprising: iteratively applying individual build material layers of polymer particles to a powder bed; based on a 3D object model, selectively jetting a fusible fluid onto individual build material layers, wherein the fusible fluid comprises a radiation absorber; jetting an activator fluid onto an area of the individual build material layers at a surface of the 3D printed article to form an area to be plated, wherein the activator fluid comprises an electroless metal plating activator; and exposing the powder bed to energy to selectively fuse the polymer particles in contact with the radiation absorber at individual build material layers. iteratively applying individual build material layers of polymer particles to a powder bed; based on a 3D object model, selectively jetting a fusible fluid onto individual build material layers, wherein the fusible fluid comprises a radiation absorber; jetting an activator fluid onto an area of the individual build material layers at a surface of the 3D printed article to form an area to be plated, wherein the activator fluid comprises an electroless metal plating activator; and exposing the powder bed to energy to selectively fuse the polymer particles in contact with the radiation absorber at individual build material layers.
A method for measuring progress of a moving person, the method comprising measuring acceleration values of cyclic motion of locomotion of the moving person by means of an acceleration sensor; characterized by determining a step cycle-specific acceleration stage characteristic acceleration a + as a mean value of a digitally filtered acceleration sensor signal a out over a time period selected to be within a positive half-cycle of the step cycle, and/or a braking stage characteristic acceleration a - as a mean value of a digitally filtered acceleration sensor signal a out over a time period selected to be within a negative half-cycle of the step cycle: calculating step data as a function of the a+ value and/or the a- value obtained from the acceleration values measured by means of the acceleration sensor during a step cycle, wherein the step data comprise at least one of the following quantities describing the progress of the moving person: speed, step rate, step count, step length, distance and way of locomotion; obtaining compass readings from a magnetometer; determining a traveled route of the moving person by means of the step data and the compass readings.