mhurhangee/ep-ind-claims huggingface dataset:
A vehicle lighting module including a lighting unit comprising: at least one solid state lighting element; at least one reflector; and a lens array opposite the at least one reflector, said lens array comprising a plurality of abutting substantially upright columnar lenses for distributing the reflected light in a plane perpendicular to the propagation direction of said upright lenses, wherein the at least one reflector is arranged such that the reflected light covers several of the lenses of the lens array, characterized in that, the lighting unit further comprises - a light guide arranged to guide the light emitted by the at least one solid state lighting element towards the at least one reflector, wherein the light guide is placed such that the light guide does not interfere with the reflected light, wherein a pair of the solid state lighting elements is arranged at opposite ends of the light guide to emit light into said light guide; and - a plurality of the reflectors is arranged in a row, wherein the light guide extends across said row of reflectors and comprises light scattering structures for redirecting light travelling through the light guide towards said reflectors. at least one solid state lighting element; at least one reflector; and a lens array opposite the at least one reflector, said lens array comprising a plurality of abutting substantially upright columnar lenses for distributing the reflected light in a plane perpendicular to the propagation direction of said upright lenses, wherein the at least one reflector is arranged such that the reflected light covers several of the lenses of the lens array, characterized in that, the lighting unit further comprises - a light guide arranged to guide the light emitted by the at least one solid state lighting element towards the at least one reflector, wherein the light guide is placed such that the light guide does not interfere with the reflected light, wherein a pair of the solid state lighting elements is arranged at opposite ends of the light guide to emit light into said light guide; and - a plurality of the reflectors is arranged in a row, - a light guide arranged to guide the light emitted by the at least one solid state lighting element towards the at least one reflector, wherein the light guide is placed such that the light guide does not interfere with the reflected light, wherein a pair of the solid state lighting elements is arranged at opposite ends of the light guide to emit light into said light guide; and - a plurality of the reflectors is arranged in a row, wherein the light guide extends across said row of reflectors and comprises light scattering structures for redirecting light travelling through the light guide towards said reflectors.
A sighting device for use in a security sensor system for adjusting a direction of transmission of a detecting wave transmitter and/or a direction of receipt of a detecting wave receiver, which device comprises: an eyepiece lens; an objective lens; and a reflecting mirror disposed on an optical path extending between the eyepiece lens and the objective lens, characterized in that the eyepiece lens is provided with a microlens, the objective lens is provided with a first marker (26a, 26Aa, 26Ba) encompassed within a field of view of the eyepiece lens, and the first marker is comprised of a circular contour line or a polygonal contour line and is so configured that when a viewing axis offsets from a tolerance, a virtual image of the first marker magnified by the microlens is viewed with a part thereof dropped out having been offset from the field of view of the microlens. an eyepiece lens; an objective lens; and a reflecting mirror disposed on an optical path extending between the eyepiece lens and the objective lens, characterized in that the eyepiece lens is provided with a microlens, the objective lens is provided with a first marker (26a, 26Aa, 26Ba) encompassed within a field of view of the eyepiece lens, and the first marker is comprised of a circular contour line or a polygonal contour line and is so configured that when a viewing axis offsets from a tolerance, a virtual image of the first marker magnified by the microlens is viewed with a part thereof dropped out having been offset from the field of view of the microlens.
A method for configuring a software defined radio terminal, the method comprising the steps of: providing a smartcard to a smartcard reader comprised by the software defined radio terminal, the smartcard containing configuration information; retrieving the configuration information from the smartcard; and, configuring (903, 904) the software defined radio terminal based on the configuration information, wherein the configuring (903, 904) comprises selecting and enabling one of a plurality of communication schemes, wherein said selecting and enabling communication schemes comprising executing appropriate software modules stored in memory by a processor. providing a smartcard to a smartcard reader comprised by the software defined radio terminal, the smartcard containing configuration information; retrieving the configuration information from the smartcard; and, configuring (903, 904) the software defined radio terminal based on the configuration information, wherein the configuring (903, 904) comprises selecting and enabling one of a plurality of communication schemes, wherein said selecting and enabling communication schemes comprising executing appropriate software modules stored in memory by a processor.
A modular robotic system comprising: a first soft actuator comprising an elastomeric bladder configured to receive an inflation fluid; a quick-change assembly for replacing the actuator with a different type or size of actuator, the quick-change assembly comprising two or more mating surfaces that corresponding to a shape of the actuator and mate to form a seal around the actuator; one or more of: a flow sensor, a pressure sensor, and a thermal sensor configured to detect a pattern corresponding to an imminent failure of the actuator; and a shut-off valve configured to cut off a flow of the inflation fluid to the actuator when said pattern is detected. a first soft actuator comprising an elastomeric bladder configured to receive an inflation fluid; a quick-change assembly for replacing the actuator with a different type or size of actuator, the quick-change assembly comprising two or more mating surfaces that corresponding to a shape of the actuator and mate to form a seal around the actuator; one or more of: a flow sensor, a pressure sensor, and a thermal sensor configured to detect a pattern corresponding to an imminent failure of the actuator; and a shut-off valve configured to cut off a flow of the inflation fluid to the actuator when said pattern is detected.
Method for functional and disassembly detection for active or inactive photovoltaic systems comprising a plurality of solar modules forming a solar module array, wherein the solar module array comprises at least one parallel-connected solar module string (4a-4d) of series-connected solar modules, comprising the following steps: - providing a temporally randomly changing test signal, - feeding the test signal into the circuit of the photovoltaic system, - receiving a response signal from the circuit of the photovoltaic system in response to the test signal, - determining a characteristic cross-correlation function of the response signal with the test signal, - recording deviations from the characteristic cross-correlation function, and - generating an alarm signal indicative of a disassembly attempt when the deviations exceed a predetermined threshold value, wherein the test signal is a pseudorandom signal having split-phase or Manchester coding, and the test signal as well as the response signal are inserted or extracted in a contactless manner, wherein the transmission of test and response signal for the insertion into and extraction from the circuit of the photovoltaic system is bidirectional. - providing a temporally randomly changing test signal, - feeding the test signal into the circuit of the photovoltaic system, - receiving a response signal from the circuit of the photovoltaic system in response to the test signal, - determining a characteristic cross-correlation function of the response signal with the test signal, - recording deviations from the characteristic cross-correlation function, and - generating an alarm signal indicative of a disassembly attempt when the deviations exceed a predetermined threshold value, wherein the test signal is a pseudorandom signal having split-phase or Manchester coding, and the test signal as well as the response signal are inserted or extracted in a contactless manner, wherein the transmission of test and response signal for the insertion into and extraction from the circuit of the photovoltaic system is bidirectional.
A particulate composition comprising sulfoalkyl ether cyclodextrin (SAE-CD) made by a process comprising spray agglomeration of feed solutions using a spray drier apparatus, wherein the spray drier apparatus comprises a pressure nozzle; an inlet; an outlet; a fluid bed inlet; and a fluid product bed; wherein the feed solutions comprise SAE-CD at 20.1% -49.8%; wherein the spray agglomeration comprises spraying the feed formulations at atomization pressures of 1,500-2,000 psig, the inlet temperature is 210-250°C and the outlet spray temperature is 83-100°C, the fluid bed inlet temperature is 80-100°C and the fluid product bed temperature is 67-87°C, and the feed formulations have a viscosity of 11-32 cps; and returning of fines; and wherein the particles of the composition are agglomerated and have a bulk density of 0.34-0.55 g/cc and wherein the composition has a moisture content of 3.17-5.19% by weight and comprises particles with a median particle diameter of 175-277 microns.
Capsule closing device for closing two-part capsules having in each case one capsule upper part and one capsule lower part; wherein the capsule closing device comprises a capsule upper part receptacle and a capsule lower part receptacle; wherein the capsule upper part receptacle has a receptacle bore and an introduction bore which is disposed so as to be coaxial with the receptacle bore; and wherein the capsule upper part receptacle on the inside thereof, between the receptacle bore and the introduction bore, has a support ledge for supporting the capsule upper part, characterized in that the capsule upper part receptacle on the inside thereof has at least one ventilation groove, wherein the ventilation groove extends from the receptacle bore to the introduction bore. wherein the capsule closing device comprises a capsule upper part receptacle and a capsule lower part receptacle; wherein the capsule upper part receptacle has a receptacle bore and an introduction bore which is disposed so as to be coaxial with the receptacle bore; and wherein the capsule upper part receptacle on the inside thereof, between the receptacle bore and the introduction bore, has a support ledge for supporting the capsule upper part, characterized in that the capsule upper part receptacle on the inside thereof has at least one ventilation groove, wherein the ventilation groove extends from the receptacle bore to the introduction bore.
A device comprising: a first antenna element coupled to a first antenna feed, the first antenna feed being coupled to a first feed line via a first impedance matching circuit (115, 116); a second antenna element coupled to a second antenna feed, the second antenna feed being coupled to a second feed line via a second impedance matching circuit; and a radio frequency, RF, switch configurable into states (104, 106-107); wherein in a first state, the switch is configured to ground the first antenna feed; in a second state, the switch is configured to be in a non-connection state, wherein neither the first antenna feed nor the second antenna feed is grounded; and in a third state, the switch is configured to ground the second antenna feed, characterized in that the RF switch is a single pole multi-throw switch having a single pole connected to ground. a first antenna element coupled to a first antenna feed, the first antenna feed being coupled to a first feed line via a first impedance matching circuit (115, 116); a second antenna element coupled to a second antenna feed, the second antenna feed being coupled to a second feed line via a second impedance matching circuit; and a radio frequency, RF, switch configurable into states (104, 106-107); wherein in a first state, the switch is configured to ground the first antenna feed; in a second state, the switch is configured to be in a non-connection state, wherein neither the first antenna feed nor the second antenna feed is grounded; and in a third state, the switch is configured to ground the second antenna feed, characterized in that the RF switch is a single pole multi-throw switch having a single pole connected to ground.
A system comprising: a telescope; an array of lenses; an optical communications receiver array that is optically coupled to said array of lenses and configured to convert light impinging on said array of lenses into differential electrical signals; a regenerator configured to convert the differential electrical signals into regenerated optical signals formatted in accordance with a specified networking protocol; an error correction subsystem configured to convert the regenerated optical signals from said regenerator into electrical signals representing a data bit stream, perform forward error correction on the electrical signals representing a data bit stream to produce electrical signals representing a corrected data bit stream, and convert the electrical signals representing the corrected data bit stream into optical signals formatted in accordance with the specified networking protocol to represent the corrected data bit stream; a media converter configured to convert optical signals transmitted by the error correction subsystem into electrical signals in Gigabit Ethernet, GBE, format representing the corrected data bit stream; and a data processor programmed to process electrical signals in GBE format received from said media converter. a telescope; an array of lenses; an optical communications receiver array that is optically coupled to said array of lenses and configured to convert light impinging on said array of lenses into differential electrical signals; a regenerator configured to convert the differential electrical signals into regenerated optical signals formatted in accordance with a specified networking protocol; an error correction subsystem configured to convert the regenerated optical signals from said regenerator into electrical signals representing a data bit stream, perform forward error correction on the electrical signals representing a data bit stream to produce electrical signals representing a corrected data bit stream, and convert the electrical signals representing the corrected data bit stream into optical signals formatted in accordance with the specified networking protocol to represent the corrected data bit stream; a media converter configured to convert optical signals transmitted by the error correction subsystem into electrical signals in Gigabit Ethernet, GBE, format representing the corrected data bit stream; and a data processor programmed to process electrical signals in GBE format received from said media converter.
A method of coating a lens comprising: (a) providing a lens support comprising, a central axis, an outer wall, an inner wall that is positioned between said central axis and said outer wall, an upper beveled surface that converges downward towards said central axis, said upper beveled surface having an outer diameter and an inner diameter, and a lower surface, wherein said lens support has a form of a ring, and said inner wall defines a central lens support hole; (b) providing a lens having a forward surface, a rear surface, and a side surface, wherein said forward surface of said lens has an outer edge; (c) positioning said lens support and said lens such that said outer edge of said forward surface of said lens abuts a portion of said upper beveled surface of said lens support; and (d) applying at least one coating composition over said rear surface of said lens, thereby forming at least one coating layer over said rear surface of said lens, wherein said lower surface of said lens support resides on a base, said forward surface of said lens, said inner sidewall of said lens support, and an upper surface of said base together defining a central lens support chamber, characterized in that said method further comprises forming negative pressure within said central lens support chamber, thereby maintaining said outer edge of said forward surface of said lens and said upper beveled surface of said lens support in fixed abutment with each other during application of at least one coating composition over said rear surface of said lens. (a) providing a lens support comprising, a central axis, an outer wall, an inner wall that is positioned between said central axis and said outer wall, an upper beveled surface that converges downward towards said central axis, said upper beveled surface having an outer diameter and an inner diameter, and a lower surface, wherein said lens support has a form of a ring, and said inner wall defines a central lens support hole; (b) providing a lens having a forward surface, a rear surface, and a side surface, wherein said forward surface of said lens has an outer edge; (c) positioning said lens support and said lens such that said outer edge of said forward surface of said lens abuts a portion of said upper beveled surface of said lens support; and (d) applying at least one coating composition over said rear surface of said lens, thereby forming at least one coating layer over said rear surface of said lens,
A cooler for cooling bulk material, in particular cement clinker, having a stationary aeration grate for receiving the bulk material, wherein the aeration grate is able to be passed by a flow of cooling gas; at least one conveyor unit having conveyor planks which are disposed above the aeration grate and for transporting the bulk material are movable in a reciprocating manner in the conveying direction and counter to the conveying direction; and a seal assembly for preventing grate riddlings; wherein the cooler for driving the conveyor planks has at least one drive element which extends through the aeration grate, characterized in that the stationary seal assembly is attached to the aeration grate by means of a releasable connection means and lies against the drive element, wherein the spacing between the seal assembly and the drive element is adjustable by way of the connection means. at least one conveyor unit having conveyor planks which are disposed above the aeration grate and for transporting the bulk material are movable in a reciprocating manner in the conveying direction and counter to the conveying direction; and a seal assembly for preventing grate riddlings; wherein the cooler for driving the conveyor planks has at least one drive element which extends through the aeration grate, characterized in that the stationary seal assembly is attached to the aeration grate by means of a releasable connection means and lies against the drive element, wherein the spacing between the seal assembly and the drive element is adjustable by way of the connection means.
A filter device comprising: at least one filter element adapted to filter a raw fluid and having a raw fluid side and a clean fluid side, said filter element having a clean fluid outlet arranged on the clean fluid side and extending in a first plane, through which clean fluid is conducted out of said filter element; at least one clean fluid collecting channel into which the clean fluid outlet opens; and at least one compressed-air cleaning-off device adapted to generate a pressure pulse for cleaning-off foreign matter adhering to the filter element and to conduct the same through the clean fluid outlet to the filter element, wherein the compressed-air cleaning-off device is adapted to conduct the pressure pulse at least approximately along the first plane to the clean fluid outlet; characterized in that the compressed-air cleaning-off device comprises a compressed-air supply channel associated with a clean fluid collecting channel outlet and adapted to charge the clean fluid collecting channel with pressure pulses, wherein an outlet end for pressure pulses of the compressed-air supply channel is arranged opposite the clean fluid collecting channel outlet of the clean fluid collecting channel across a space, wherein the size of said space is selected such that a respective pressure pulse increases its pressure pulse area in the course of its travel between the outlet end of the compressed-air supply channel and the clean fluid collecting channel outlet. at least one filter element adapted to filter a raw fluid and having a raw fluid side and a clean fluid side, said filter element having a clean fluid outlet arranged on the clean fluid side and extending in a first plane, through which clean fluid is conducted out of said filter element; at least one clean fluid collecting channel into which the clean fluid outlet opens; and at least one compressed-air cleaning-off device adapted to generate a pressure pulse for cleaning-off foreign matter adhering to the filter element and to conduct the same through the clean fluid outlet to the filter element, wherein the compressed-air cleaning-off device is adapted to conduct the pressure pulse at least approximately along the first plane to the clean fluid outlet; characterized in that the compressed-air cleaning-off device comprises a compressed-air supply channel associated with a clean fluid collecting channel outlet and adapted to charge the clean fluid collecting channel with pressure pulses, wherein an outlet end for pressure pulses of the compressed-air supply channel is arranged opposite the clean fluid collecting channel outlet of the clean fluid collecting channel across a space, wherein the size of said space is selected such that a respective pressure pulse increases its pressure pulse area in the course of its travel between the outlet end of the compressed-air supply channel and the clean fluid collecting channel outlet.
A device for manufacturing a fibre composite component (3, 4, 5), which is or will be connected to an attachment element, for a rotor blade of a wind turbine, wherein the fibre composite component (3, 4, 5) is or will be manufactured from at least one fibre material (15, 21) and at least one matrix material, wherein the attachment element is provided with a first region arranged outside the fibre composite component (3, 4, 5) and a second region integrated into the fibre composite component (3, 4, 5), comprising a manufacturing mould for the fibre composite component (3, 4, 5) with a recess, wherein the recess has a first region for receiving the first region of the attachment element, and a retention apparatus, by means of which flowable matrix material from the first region of the recess is or will be retained, characterised in that the recess has a second region for receiving the second region of the attachment element.
A photosensitive resin composition comprising an acid crosslinkable group-containing silicone resin, a photoacid generator, and a white pigment, wherein the white pigment is selected from the group consisting of titanium dioxide, rare earth oxides, zinc sulfate, zinc oxide and magnesium oxide, and wherein the titanium dioxide is surface treated with at least one compound selected from the group consisting of hydrous oxides of Al, Si and Zr, polyols and organosilicon compounds. wherein the white pigment is selected from the group consisting of titanium dioxide, rare earth oxides, zinc sulfate, zinc oxide and magnesium oxide, and wherein the titanium dioxide is surface treated with at least one compound selected from the group consisting of hydrous oxides of Al, Si and Zr, polyols and organosilicon compounds.