mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for providing optical radiation, which apparatus comprises: • a first seed source for providing first seeding radiation; • a second seed source for providing second seeding radiation; • a coupler connected to the first seed source and the second seed source for coupling the first seeding radiation and the second seeding radiation together; • at least one amplifier for amplifying the first seeding radiation and the second seeding radiation; and • a controller for controlling the first seed source, the second seed source, and the amplifier, • the first seeding radiation is characterized by a first wavelength, the second seeding radiation is characterized by a second wavelength, and the first wavelength is the same as the second wavelength; and • the controller is configured to control the first seed source, the second seed source and the amplifier to amplify the first seeding radiation and the second seeding radiation with the amplifier the controller being further configured such that a peak power of the first seeding radiation is greater than a threshold peak power that results in stimulated Brillouin scattering of sufficient intensity to damage the apparatus when there is no second seeding radiation emitted by the second seed source and to prevent a peak power of the second seeding radiation reducing to a level at which the the power of the optical radiation exceeds a damage threshold of the apparatus, whereby the apparatus is configured to provide the optical radiation with a peak power that is greater than when there is no second seed source. • a first seed source for providing first seeding radiation; • a second seed source for providing second seeding radiation; • a coupler connected to the first seed source and the second seed source for coupling the first seeding radiation and the second seeding radiation together; • at least one amplifier for amplifying the first seeding radiation and the second seeding radiation; and • a controller for controlling the first seed source, the second seed source, and the amplifier, • the first seeding radiation is characterized by a first wavelength, the second seeding radiation is characterized by a second wavelength, and the first wavelength is the same as the second wavelength; and • the controller is configured to control the first seed source, the second seed source and the amplifier to amplify the first seeding radiation and the second seeding radiation with the amplifier the first seed source, the second seed source and the amplifier to amplify the first seeding radiation and the second seeding radiation with the amplifier
A rock bolt assembly which includes a rock bolt with an elongate body which extends between a distal end and a proximal end, a tubular sleeve longitudinally extending between a first end and a second end, on the rock bolt such that distal and proximal ends (16,18) of the bolt project from the first and second ends (26,28) respectively of the sleeve, a load bearing barrel which is centrally bored to engage the rock bolt between the second end of the sleeve and the proximal end of the bolt, which barrel is adapted at a forward end to engage with the second end of the sleeve in sealing contact, and which barrel has at least one grout conduit between an exterior surface of the barrel and the bore, which at least one conduit defines a part of a grout passage which communicates the exterior surface of the barrel with an interior of the sleeve when the barrel is engaged with the sleeve, a seal which seals the grout passage to grout outflow but accommodates inflow of grout from a source, characterised in that the assembly includes a tubular spacer, on the rock bolt between the second end of the sleeve and a forward end of the barrel or between a back end of the barrel and the tensioning means, made of a suitable plastics material which deforms or breaks when a compressive force is applied to it to collapse or break away from the rock bolt allowing the rock bolt to move longitudinally relatively to the sleeve between a first position and a second position, and a mechanical anchor engaged with the rock bolt on or towards the distal end, wherein the mechanical anchor is at least partially received within the sleeve in an unexpanded configuration when the rock bolt is in the first position, and wherein the mechanical anchor moves from the sleeve into an expanded configuration when the rock bolt is in the second position.
A method for establishing a mashup service for establishing a service by utilizing contents retrieved from an external data source and for combining contents from different data sources, the method comprising: receiving, by a mashup service server, a login request of a mashup service client, wherein the mashup service client is run on a mashup service terminal; receiving, by the mashup service server, capability information of the mashup service terminal; acquiring, by the mashup service server, a Web service and a telecommunication network service which the mashup service server is capable of using; generating, by the mashup service server, an available capability component of the mashup service by matching the capability information of the mashup service terminal with information of the Web service and the telecommunication network service; sending, by the mashup service server, the capability component to the mashup service client to establish the mashup service; establishing, by the mashup service client, the mashup service according to the capability component; and executing, by the mashup service server, the mashup service. receiving, by a mashup service server, a login request of a mashup service client, wherein the mashup service client is run on a mashup service terminal; receiving, by the mashup service server, capability information of the mashup service terminal; acquiring, by the mashup service server, a Web service and a telecommunication network service which the mashup service server is capable of using; generating, by the mashup service server, an available capability component of the mashup service by matching the capability information of the mashup service terminal with information of the Web service and the telecommunication network service; sending, by the mashup service server, the capability component to the mashup service client to establish the mashup service; establishing, by the mashup service client, the mashup service according to the capability component; and executing, by the mashup service server, the mashup service.
Method for producing an implant having at least one functional surface, characterized in that a solid base body and the functional surface are produced in one work step, the functional surface being a porous, bone-affine surface, and a ceramic powder being used as the base material.
A lubricating grease composition comprising base oil and a blended thickener which comprises, as the thickener constituents, (a) one or more urea-type compounds; (b) one or more fatty acid metal salts; and (c) at least one type of amide compound selected from the group comprised of aliphatic amides and aliphatic bisamides shown by the general formulae and: R 1 CONH 2 R 1 CONHR 2 NHCOR 1 wherein R 1 denotes a saturated or unsaturated alkyl group having from 15 to 17 carbon atoms and R 2 denotes a methylene group or an ethylene group, and wherein the blending weight proportions of (a), (b) and (c) are in the ratio of a / (b + c) is in the range of from 0.20 to 10 wherein constituent (a) has a blending weight ratio in the range of from of 1 to 10; constituent (b) has a blending weight ratio in the range of from 0.5 to 2.5; and constituent (c) has a blending weight ratio in the range of from 0.5 to 2.5. (a) one or more urea-type compounds; (b) one or more fatty acid metal salts; and (c) at least one type of amide compound selected from the group comprised of aliphatic amides and aliphatic bisamides shown by the general formulae and: R 1 CONH 2 R 1 CONHR 2 NHCOR 1 wherein R 1 denotes a saturated or unsaturated alkyl group having from 15 to 17 carbon atoms and R 2 denotes a methylene group or an ethylene group, and wherein the blending weight proportions of (a), (b) and (c) are in the ratio of a / (b + c) is in the range of from 0.20 to 10 wherein constituent (a) has a blending weight ratio in the range of from of 1 to 10; constituent (b) has a blending weight ratio in the range of from 0.5 to 2.5; and constituent (c) has a blending weight ratio in the range of from 0.5 to 2.5. constituent (a) has a blending weight ratio in the range of from of 1 to 10; constituent (b) has a blending weight ratio in the range of from 0.5 to 2.5; and constituent (c) has a blending weight ratio in the range of from 0.5 to 2.5.
Discharge valve assembly for a cistern, comprising a valve cage, which circumferentially surrounds a drain hole, and a valve body arranged to be displaceable relative to the valve cage along a vertical and having a passage extending along the vertical from an upper overflow opening to a lower discharge opening and interconnecting said openings in a fluid-conveying manner, wherein a lower end portion of the valve body is designed as a valve base having a seal, which corresponds with the valve cage, and wall extending below the seal, which wall circumferentially surrounds the passage and forms the discharge opening at its lower end, wherein in a closed position of the discharge valve assembly, the seal is applied against the valve cage around the discharge opening, and the wall is partially disposed inside the discharge opening, the wall forming flow passages (32, 33) with a horizontal extension and a vertical extension for a horizontal fluid flow, characterized in that for reducing a horizontal clear cross-section of the passage within the wall, a blocking element is provided which has a horizontally extending, two-dimensionally closed blocking cross-section vertically spaced from an absolute lower end of the extension of the wall, said blocking element being spaced from a horizontal boundary of the passage over at least 70% of its horizontal circumference, at least at the level of its blocking cross-section, the passage being limited in its horizontal extension by the wall at the level of the blocking element.
A pneumatic tire for use on trucks, the tire comprising a tread and a belt structure located radially inward of the tread, the belt structure including a first working belt and a second working belt, wherein the angle of the first and second working belts (54, 56) range from 10 degrees to 50 degrees as measured relative to the circumferential direction of the tire, wherein the belt structure further comprises a relatively low angle belt having extensible reinforcement cords angled at less than 5 degrees relative to the circumferential direction of the tire, characterized in that the tread comprises a tread compound having (i) a tensile strength at break greater than 18 MPa and an elongation at break greater than 450%, when measured at 23°C, and (ii) a tensile strength at break greater than 12 MPa and an elongation at break greater than 600%, when measured at 100°C.
A user interface device for a switching device for low voltage electrical circuits, said switching device comprising one or more electrical poles, each comprising at least one pair of contacts actuable between a coupling position and a separation position, and an auxiliary device to control and/or regulate operation of said switching device, said auxiliary device comprising a first control unit, characterized in that said user interface device comprises a second control unit capable of storing data and exchanging data and/or signals with said first control unit, said user interface device being mechanically associable, in a removable manner, with said switching device, and being electrically connectable, in a removable manner, with said auxiliary device.
A method for audio signal classification, the method comprising: for a segment of an audio signal: identifying a set of spectral peaks; determining a mean distance S between peaks in the set; determining a ratio, PNR, between an energy of a peak envelope and an energy of a noise floor envelope; comparing the mean distance S to a first threshold; comparing the ratio PNR to a second threshold; and classifying the audio signal segment into one of a plurality of audio signal classes based on the comparison of the mean distance S to the first threshold and the comparison of the ratio PNR to the second threshold. identifying a set of spectral peaks; determining a mean distance S between peaks in the set; determining a ratio, PNR, between an energy of a peak envelope and an energy of a noise floor envelope; comparing the mean distance S to a first threshold; comparing the ratio PNR to a second threshold; and classifying the audio signal segment into one of a plurality of audio signal classes based on the comparison of the mean distance S to the first threshold and the comparison of the ratio PNR to the second threshold.
Apparatus in a network for routing instructions for remotely controlling a plurality of nodes in the network, the apparatus comprising: a communication interface configured to: receive a request comprising instructions for controlling a plurality of nodes; communicate with one or more network capabilities such that each of the one or more network capabilities sends messages using a respective communications technology to one or more message handlers that are configured to interface with and thereby control the plurality of nodes; and receive receipts from the one or more message handlers; and a message processing module configured to: generate one or more messages, based on the instructions in the received request and further comprising at least one receipt generation optimiser parameter, the at least one receipt generation optimiser parameter being for managing traffic generated by transmission of receipts, the receipts acknowledging receipt of the instructions at the one or more message handlers; and cause the one or more generated messages to be transmitted to the one or more network capabilities via the communication interface. a communication interface configured to: receive a request comprising instructions for controlling a plurality of nodes; communicate with one or more network capabilities such that each of the one or more network capabilities sends messages using a respective communications technology to one or more message handlers that are configured to interface with and thereby control the plurality of nodes; and receive receipts from the one or more message handlers; and a message processing module configured to: generate one or more messages, based on the instructions in the received request and further comprising at least one receipt generation optimiser parameter, the at least one receipt generation optimiser parameter being for managing traffic generated by transmission of receipts, the receipts acknowledging receipt of the instructions at the one or more message handlers; and cause the one or more generated messages to be transmitted to the one or more network capabilities via the communication interface.
Double hitch assembly for a vehicle comprising first hitching means, second hitching means and two angle brackets (6, 8), each of which has a first flange and a second flange, characterised in that the first flanges are secured parallel to and facing one another, in that the second flanges are positioned such that they extend from the first corresponding flange in a direction away from the other angle bracket and such that the second flanges are parallel but offset, and in that the first hitching means and the second hitching means are each secured to a second flange of an angle bracket.
A simple self-assembly chair comprising: at least two pairs of leg members formed such that trenches are formed in parallel with each other on a concentric axis; at least two horizontal members respectively inserted into the trenches formed on each pair of the leg members, each of the horizontal members having protrusions formed upwardly; a seat member having openings through which the protrusions of the horizontal members respectively penetrate therethrough; armrest members respectively having concave grooves into which protrusions of upper ends of the leg members are respectively inserted, each of the armrest members having a horizontal groove formed at one end thereof; and a backrest member having protrusions respectively fit into the horizontal grooves of the armrest member. at least two pairs of leg members formed such that trenches are formed in parallel with each other on a concentric axis; at least two horizontal members respectively inserted into the trenches formed on each pair of the leg members, each of the horizontal members having protrusions formed upwardly; a seat member having openings through which the protrusions of the horizontal members respectively penetrate therethrough; armrest members respectively having concave grooves into which protrusions of upper ends of the leg members are respectively inserted, each of the armrest members having a horizontal groove formed at one end thereof; and a backrest member having protrusions respectively fit into the horizontal grooves of the armrest member.
Apparatus for ultrasonic processing of a material web having an ultrasonic vibration unit which has a sonotrode and a converter connected thereto optionally by way of an amplitude transformer, and a counterpart tool, wherein for processing of the material web the web is moved through a gap between the sonotrode and the counterpart tool, wherein the ultrasonic vibration unit is fixed to a carriage moveable relative to the counterpart tool so that the ultrasonic vibration unit can be moved together with the carriage in the force direction, that is to say in the direction of or away from the counterpart tool, wherein there is provided a force sensor (13, 15) for measuring the force applied to the sonotrode by the material web, wherein the sonotrode and the carriage are connected together by way of a sensor component which has the force sensor (13, 15), characterised in that the sensor component comprises two plate elements (10, 11) connected together by way of at least two connecting elements, wherein one plate element is connected to the ultrasonic vibration unit and the other plate element is connected to the carriage, wherein the at least one force sensor (13, 15) is fixed to a connecting element (12, 14).
A smart information carrier comprising a security element having two sides each side being laminated with at least one transparent polymer foil, the transparent foil being a two-polymer laminate so that said security element is surrounded by an edge at least 1 mm wide in which said at least one transparent polymer foil on each side of the security element are laminated to one another, said security element comprising an IC-module and a continuous support exclusive of an antenna, said IC-module comprising an electronic chip and an antenna integrated therein, wherein said support is security printed on at least the side of said support nearer to said IC-module and said IC-module is at least substantially encapsulated with a transparent polymer or polymer mixture with a melting point up to 150°C which also coats at least the part of the side of said support nearer to said IC-module non-adjacent to said IC-module, characterized in that said continuous support is a synthetic paper and in that the higher melting point polymer of the two polymer laminate is axially stretched polyester.
Bike carrier mountable on a trailer coupling, said bike carrier comprising two support arms (51, 52) arranged pivotably between a non-use position and a use position; two primary supporting devices each having a movable receiving member (31, 32), wherein said support arms (51, 52) are operatively coupled with said primary supporting devices such that a movement of said support arms (51, 52) effects a movement of said receiving members (31, 32), characterized in that each receiving member (31, 32) is configured to clamp a coupling body, preferably a ball head, supported by a neck of said trailer coupling, and in that said bike carrier further comprises a secondary supporting device configured to engage with at least one protrusion (23, 24) provided on said neck of said trailer coupling. two support arms (51, 52) arranged pivotably between a non-use position and a use position; two primary supporting devices each having a movable receiving member (31, 32), wherein said support arms (51, 52) are operatively coupled with said primary supporting devices such that a movement of said support arms (51, 52) effects a movement of said receiving members (31, 32), characterized in that each receiving member (31, 32) is configured to clamp a coupling body, preferably a ball head, supported by a neck of said trailer coupling, and in that said bike carrier further comprises a secondary supporting device configured to engage with at least one protrusion (23, 24) provided on said neck of said trailer coupling.
An electronic device comprising: a housing (420, 520) including a first surface (4201, 5201) and a second surface (4202, 5202) facing away from the first surface (4201, 5201); a display of which at least part of the display is disposed in the housing (420, 520) in a second surface direction; and a battery of which at least part of the battery is disposed in the housing (420, 520) in a first surface direction, wherein the housing comprises a battery mounting portion (421, 521) including a recess (523, 5231, 5232, 5233) disposed in the first surface, and wherein the battery is attached to the battery mounting portion (421, 521) by an adhesive member, characterized in that the battery mounting portion (421, 521) is defined by a support rib, which includes at least one solvent input slot, wherein the recess (523, 5231, 5232, 5233) is connected to the at least one solvent input slot, and wherein the recess is arranged to diffuse a solvent that is provided from the at least one solvent input slot through the recess (523, 52331, 5232, 5233) to decrease an adhesive strength of the adhesive member. a housing (420, 520) including a first surface (4201, 5201) and a second surface (4202, 5202) facing away from the first surface (4201, 5201); a display of which at least part of the display is disposed in the housing (420, 520) in a second surface direction; and a battery of which at least part of the battery is disposed in the housing (420, 520) in a first surface direction, wherein the housing comprises a battery mounting portion (421, 521) including a recess (523, 5231, 5232, 5233) disposed in the first surface, and wherein the battery is attached to the battery mounting portion (421, 521) by an adhesive member, characterized in that the battery mounting portion (421, 521) is defined by a support rib, which includes at least one solvent input slot, wherein the recess (523, 5231, 5232, 5233) is connected to the at least one solvent input slot, and wherein the recess is arranged to diffuse a solvent that is provided from the at least one solvent input slot through the recess (523, 52331, 5232, 5233) to decrease an adhesive strength of the adhesive member.