mhurhangee/ep-ind-claims huggingface dataset:
Lighting device for a vehicle comprising: - a wavelength conversion device; - a first light source emitting a first light radiation; a scanning system receiving the first light radiation and projecting it by scanning over a first conversion region of the wavelength conversion device; a second light source emitting a second light radiation, characterized in that the second light source includes a semiconductor light source (14, 15) comprising electroluminescent units of submillimetric dimensions, and in that the wavelength conversion device is capable of emitting: - a first light beam from the interaction, at the first conversion region, of the first light radiation with the wavelength conversion device, and - a second light beam from the interaction, at a second conversion region of said wavelength conversion device, of the second light beam with the wavelength conversion device. - a wavelength conversion device; - a first light source emitting a first light radiation; a scanning system receiving the first light radiation and projecting it by scanning over a first conversion region of the wavelength conversion device; a second light source emitting a second light radiation, characterized in that the second light source includes a semiconductor light source (14, 15) comprising electroluminescent units of submillimetric dimensions, and in that the wavelength conversion device is capable of emitting: - a first light beam from the interaction, at the first conversion region, of the first light radiation with the wavelength conversion device, and - a second light beam from the interaction, at a second conversion region of said wavelength conversion device, of the second light beam with the wavelength conversion device. - a first light beam from the interaction, at the first conversion region, of the first light radiation with the wavelength conversion device, and - a second light beam from the interaction, at a second conversion region of said wavelength conversion device, of the second light beam with the wavelength conversion device.
A navigation device comprising: a terminal searching unit that searches a wireless communication terminal using near field wireless communication in response to a content information providing request; a terminal authenticating unit configured to perform authentication of the wireless communication terminal by using terminal information of the wireless communication terminal, wherein the terminal information is registered to a content management server for a content providing service; and a content information displaying unit that, if it is identified that the wireless communication terminal is a terminal registered for the content providing service, receives content information through the wireless communication terminal and displays the content information on a display, wherein the received content information includes at least one of traffic information, life information and mobile application information, and wherein the content information displaying unit is further configured to: provide corresponding traffic information in association with map data stored in the navigation device in a case of the traffic information being related to location information. a terminal searching unit that searches a wireless communication terminal using near field wireless communication in response to a content information providing request; a terminal authenticating unit configured to perform authentication of the wireless communication terminal by using terminal information of the wireless communication terminal, wherein the terminal information is registered to a content management server for a content providing service; and a content information displaying unit that, if it is identified that the wireless communication terminal is a terminal registered for the content providing service, receives content information through the wireless communication terminal and displays the content information on a display, wherein the received content information includes at least one of traffic information, life information and mobile application information, and wherein the content information displaying unit is further configured to: provide corresponding traffic information in association with map data stored in the navigation device in a case of the traffic information being related to location information. provide corresponding traffic information in association with map data stored in the navigation device in a case of the traffic information being related to location information.
A mobile crane, comprising: a fly jib; a jib coupling member that is coupled to a rear end of the fly jib and removably attached to a tip end part of the boom in order to couple the fly jib to the tip end part of the boom such that the fly jib can be raised and lowered with the rear end thereof as a fulcrum, characterized by a sheave disposed in a distal-end-side area of the fly jib so as to be capable of sliding in a longitudinal direction of the fly jib; a raising/lowering cylinder for sliding the sheave in the longitudinal direction; and a raising/lowering wire rope stretched between the jib coupling member and an area of the fly jib that is rearward from the sheave in the longitudinal direction, a wire rope portion partway along the raising/lowering wire rope being wound around the sheave from a front side of the fly jib. a fly jib; a jib coupling member that is coupled to a rear end of the fly jib and removably attached to a tip end part of the boom in order to couple the fly jib to the tip end part of the boom such that the fly jib can be raised and lowered with the rear end thereof as a fulcrum, characterized by a sheave disposed in a distal-end-side area of the fly jib so as to be capable of sliding in a longitudinal direction of the fly jib; a raising/lowering cylinder for sliding the sheave in the longitudinal direction; and a raising/lowering wire rope stretched between the jib coupling member and an area of the fly jib that is rearward from the sheave in the longitudinal direction, a wire rope portion partway along the raising/lowering wire rope being wound around the sheave from a front side of the fly jib.
Communications device comprising: a plurality of DSL transceivers configurable to simultaneously operate with a combination of bonded and unbonded DSL transceivers, wherein a first DSL transceiver of the plurality of DSL transceivers is operable at a first data rate, and a second DSL transceiver of the plurality of DSL transceivers is simultaneously operable at a second data rate that is different than the first data rate, wherein the first and second DSL transceivers are operable as bonded DSL transceivers and wherein the first and second bonded DSL transceivers are connected to a multi-pair multiplexer and are operable to transmit a single stream of ATM cells or packets on two substreams over two twisted wire pairs from a service provider to a first DSL subscriber, and wherein a third DSL transceiver, of the plurality of DSL transceivers is simultaneously operable at a third data rate, wherein the third DSL transceiver is not bonded with any other DSL transceiver and wherein the third DSL transceiver is not connected to the multi-pair multiplexer and is operable to transmit a single stream of ATM cells or packets over one twisted wire pair from the service provider to a second DSL subscriber. a plurality of DSL transceivers configurable to simultaneously operate with a combination of bonded and unbonded DSL transceivers, wherein a first DSL transceiver of the plurality of DSL transceivers is operable at a first data rate, and a second DSL transceiver of the plurality of DSL transceivers is simultaneously operable at a second data rate that is different than the first data rate, wherein the first and second DSL transceivers are operable as bonded DSL transceivers and wherein the first and second bonded DSL transceivers are connected to a multi-pair multiplexer and are operable to transmit a single stream of ATM cells or packets on two substreams over two twisted wire pairs from a service provider to a first DSL subscriber, and wherein a third DSL transceiver, of the plurality of DSL transceivers is simultaneously operable at a third data rate, wherein the third DSL transceiver is not bonded with any other DSL transceiver and wherein the third DSL transceiver is not connected to the multi-pair multiplexer and is operable to transmit a single stream of ATM cells or packets over one twisted wire pair from the service provider to a second DSL subscriber.
A method for reducing the content of undesirable components in a tobacco-derived, protein-enriched material, the method comprising: a) receiving a tobacco-derived, protein-enriched material comprising RuBisCO, F2 fraction proteins, or a combination thereof, wherein the tobacco-derived, protein-enriched material further comprises one or more undesirable components selected from the group consisting of ash, nicotine or a combination thereof; b) dissolving at least a portion of the tobacco-derived, protein-enriched material in a solvent having a pH of greater than 7 to form a solution, wherein a base is added; and c) subjecting the basic tobacco-derived, protein-enriched material solution to diafiltration by passing the solution through one or more ultrafiltration membranes to afford a retentate comprising a protein concentrate or isolate having a reduced amount of ash, nicotine, or a combination thereof as compared with the tobacco-derived, protein-enriched material. a) receiving a tobacco-derived, protein-enriched material comprising RuBisCO, F2 fraction proteins, or a combination thereof, wherein the tobacco-derived, protein-enriched material further comprises one or more undesirable components selected from the group consisting of ash, nicotine or a combination thereof; b) dissolving at least a portion of the tobacco-derived, protein-enriched material in a solvent having a pH of greater than 7 to form a solution, wherein a base is added; and c) subjecting the basic tobacco-derived, protein-enriched material solution to diafiltration by passing the solution through one or more ultrafiltration membranes to afford a retentate comprising a protein concentrate or isolate having a reduced amount of ash, nicotine, or a combination thereof as compared with the tobacco-derived, protein-enriched material.
Method of operating a device for forwarding protected content to at least one client unit, the device comprising at least one decryption module for decrypting protected content received in the device and a plurality of re-encryption modules for re-encrypting the content to generate re-encrypted content to be sent to the at least one client unit, wherein the method comprises the following steps: the decryption module authenticates a re-encryption module using authentication data of the re-encryption module transmitted from the re-encryption module to the decryption module, the decryption module validates the authentication data using verification data for the re-encryption module provided in the decryption module, and the decryption module forwards decrypted content to the re-encryption module upon having successfully authenticated the re-encryption module, wherein the verification data provided in the decryption module are included in verification information and/or are validated using the verification information, the verification information being provided to the decryption module by a content provider server linked to the decryption module, the link between the decryption module and the content provider server being established in a predetermined initialization procedure including a communication between the content provider server and the device, and wherein the authentication data of the re-encryption modules differ from each other and the verification data for the re-encryption modules differ from each other. the decryption module authenticates a re-encryption module using authentication data of the re-encryption module transmitted from the re-encryption module to the decryption module, the decryption module validates the authentication data using verification data for the re-encryption module provided in the decryption module, and the decryption module forwards decrypted content to the re-encryption module upon having successfully authenticated the re-encryption module, wherein the verification data provided in the decryption module are included in verification information and/or are validated using the verification information, the verification information being provided to the decryption module by a content provider server linked to the decryption module, the link between the decryption module and the content provider server being established in a predetermined initialization procedure including a communication between the content provider server and the device, and wherein the authentication data of the re-encryption modules differ from each other and the verification data for the re-encryption modules differ from each other.
Continuous method for producing organosiloxanes by reacting silicon compound 1 of general formula 1 R n SiHal 4-n, and silicon compound 2, which is selected from silicon compound of general formula 2a or silicon compound of general formula 2b or mixtures of silicon compound of general formula 2a and 2b R 1 3 SiHal, R 1 3 Si-O-SiR 1 3, wherein R is hydrogen or a C1-C12 hydrocarbon radical, R 1 is hydrogen or a C1-C7 hydrocarbon radical, Hal is fluorine, chlorine, bromine or iodine, and n has a value of 0 or 1, with alcohol and water in the presence of organosiloxane in a reaction unit comprising a distillation column and a vessel containing organosiloxane arranged thereunder, wherein the content of the vessel is heated to boiling under reflux, silicon compound 1 is introduced into the column above the lower end of the column, silicon compound 2 is introduced into the vessel, hydrogen halide forming is removed by means of the distillation column, and organosiloxane is constantly drawn off from the vessel to the extent to which it is formed, wherein silicon compound 1, silicon compound 2, alcohol and water are constantly supplied to the reaction unit in such amounts that there is always more water contained in the reaction unit than can be consumed by the supplied silicon compound 1 and silicon compound 2. R is hydrogen or a C1-C12 hydrocarbon radical, R 1 is hydrogen or a C1-C7 hydrocarbon radical, Hal is fluorine, chlorine, bromine or iodine, and n has a value of 0 or 1,
A method of making a vehicle interior panel, the method comprising the steps of: (a) assembling an airbag chute to a vehicle interior panel substrate to form a substrate assembly with a perimeter of the airbag chute surrounding an opening in the substrate, the airbag chute being formed from a first material; and (b) molding a foam layer onto the substrate assembly to form the vehicle interior panel, wherein a seal is affixed to the airbag chute before step (a) and configured to circumscribe the substrate opening to prevent the foam layer from extending into the opening during step (b), the seal being formed from a second material having greater flexibility than the first material, wherein the airbag chute includes a stand-off formed from the first material that contacts the substrate during step (a) to limit the amount of compression of the seal and to define a distance between a back side of the airbag chute and the substrate in the substrate assembly, and wherein the stand-off is located between the seal and said perimeter. (a) assembling an airbag chute to a vehicle interior panel substrate to form a substrate assembly with a perimeter of the airbag chute surrounding an opening in the substrate, the airbag chute being formed from a first material; and (b) molding a foam layer onto the substrate assembly to form the vehicle interior panel, wherein a seal is affixed to the airbag chute before step (a) and configured to circumscribe the substrate opening to prevent the foam layer from extending into the opening during step (b), the seal being formed from a second material having greater flexibility than the first material,
An impression tool (10, 200) for providing an impression of an object in a borehole, said tool comprising a block (12, 212) held by a gripper (14, 214), wherein the block (12, 212) comprises a plurality of discrete elements that deform or move so as to create the impression, characterised in that the block (12, 212) comprises a knitted wire mesh.
A joint with adjustable angular positioning around a spindle between a first member and a second member, the joint including at least one first toothed disc secured in rotation with the first member and at least one second toothed disc secured in rotation with the second member, the discs (11, 14) being positioned relative to one another so as to cooperate with one another by engagement of their toothings so as to angularly lock one member relative to the other, a first compression spring being arranged between the discs (11, 14) so as to separate them from one another, the articulation including a locking sleeve positioned above one of the discs and pivoting around the spindle, drive means (21, 22) being provided between the sleeve and the spindle such that the pivoting of the sleeve drives the axial movement thereof and the pushing of one disc toward the other disc against the action of the first spring, the joint being characterised in that the drive means comprise at least one first helical groove carried by the spindle and in which circulates a radial pin that is secured to the sleeve, the rotation of the sleeve causing the pin to move in the first groove and causing the axial movement of the sleeve.
A method of preparing a tissue or cell line sample for use as a control sample in diagnostic histological examination comprising the steps of: (i) mounting a sectioned tissue or cell line sample onto a planar support; characterized by: (ii) measuring the thickness of the sectioned sample using an interferometer; (iii) selecting the sample for use as a control if the thickness of the sectioned tissue sample falls within a predetermined value range, wherein the predetermined value range is the range providing a sample with a degree of staining intensity that can be correlated with a particular positive or negative staining result. (i) mounting a sectioned tissue or cell line sample onto a planar support; characterized by: (ii) measuring the thickness of the sectioned sample using an interferometer; (iii) selecting the sample for use as a control if the thickness of the sectioned tissue sample falls within a predetermined value range, wherein the predetermined value range is the range providing a sample with a degree of staining intensity that can be correlated with a particular positive or negative staining result.
An evacuation apparatus comprising: a booster pump to be connected to a vacuum chamber; and a main pump connected to said booster pump by a connecting pipe, said main pump having a pair of first multistage pump rotors and a rotor casing in which said pair of first multistage pump rotors are housed; wherein said booster pump has a pair of second multistage pump rotors, wherein each of said second multistage pump rotors of said booster pump has an inlet-side rotor and an outlet-side rotor, and wherein an axial width of said inlet-side rotor is larger than an axial width of said outlet-side rotor. a booster pump to be connected to a vacuum chamber; and a main pump connected to said booster pump by a connecting pipe, said main pump having a pair of first multistage pump rotors and a rotor casing in which said pair of first multistage pump rotors are housed; wherein said booster pump has a pair of second multistage pump rotors, wherein each of said second multistage pump rotors of said booster pump has an inlet-side rotor and an outlet-side rotor, and wherein an axial width of said inlet-side rotor is larger than an axial width of said outlet-side rotor.
Method for scheduling the transfer of data from a mobile terminal to a base station in a telecommunication system, characterised in that the method comprises the steps executed by the mobile terminal of: - determining if resource of the telecommunication system needs to be allocated to the mobile terminal for transferring data to the base station, - transferring a pilot symbol before the data transmission if resource of the telecommunication system needs to be allocated to the mobile terminal for transferring data to the base station. - determining if resource of the telecommunication system needs to be allocated to the mobile terminal for transferring data to the base station, - transferring a pilot symbol before the data transmission if resource of the telecommunication system needs to be allocated to the mobile terminal for transferring data to the base station.
A durable fabric RFID label comprising: an RFID inlay having a first face and a second face; a face sheet overlying the first face of the RFID inlay; and a functional adhesive overlying the second face of the RFID inlay, the functional adhesive being a moisture-resistive adhesive, wherein the durable fabric RFID label further includes a polymeric sheet reinforcement layer adhered to and covering the RFID inlay or a portion of the RFID inlay, and wherein the RFID inlay and the polymeric sheet reinforcement layer are encased within a pocket (54, 54') of polymeric material. an RFID inlay having a first face and a second face; a face sheet overlying the first face of the RFID inlay; and a functional adhesive overlying the second face of the RFID inlay, the functional adhesive being a moisture-resistive adhesive, wherein the durable fabric RFID label further includes a polymeric sheet reinforcement layer adhered to and covering the RFID inlay or a portion of the RFID inlay, and wherein the RFID inlay and the polymeric sheet reinforcement layer are encased within a pocket (54, 54') of polymeric material.
A probe for measuring a waveform of a time-based electrical signal at a measuring point in a circuit, said probe comprising a housing provided at one end with a measuring tip, wherein said housing is further provided with a power supply, an electrical signal processing circuit, a data processor, and a wireless communication device, said electrical signal processing circuit, and said wireless communication device functionally coupled to said data processor, wherein said electrical signal processing circuit comprises an analogue circuit for adapting the impedance, a subsequent analogue-to-digital converter, a subsequent digital signal measurement circuit, and a memory, characterised in that said housing is further provided with a user input device functionally coupled to said data processor, wherein said measuring tip comprises a capturing position in which capturing measurement data is provided while said measuring tip is in said capturing position, and a released position, wherein said measuring tip is biased in said released position and adapted to be manually pressed into said capturing position, and when subsequently released to its released position stops capturing measurement data, and wherein said digital signal measurement circuit being configured for comparing said measurement data against one or more predefined trigger conditions, and when said one or more trigger conditions are met transmitting said measurement data to the communication device.