mhurhangee/ep-ind-claims huggingface dataset:
An aerosol generating device comprising: a heater configured to heat an aerosol generating material; a main body comprising a controller configured to control power supplied to the heater; and an optical module arranged on a surface of the main body, the optical module comprising: a transmitter disposed inside the main body and configured to pass light from a light source; characterized in that: at least a portion of the transmitter protrudes to an outside of the main body and forms an emitter, the emitter being integrally formed with the transmitter and configured to emit light that has passed through the transmitter to an outside of the optical module; and wherein the aerosol generating device is configured to simultaneously emit light having different wavelengths, and further comprises: a converter covering a portion of the emitter, and configured to change a wavelength of light that has passed through the transmitter such that light emitted from the converter and light emitted from the emitter have different wavelengths. a heater configured to heat an aerosol generating material; a main body comprising a controller configured to control power supplied to the heater; and an optical module arranged on a surface of the main body, the optical module comprising: a transmitter disposed inside the main body and configured to pass light from a light source; characterized in that: at least a portion of the transmitter protrudes to an outside of the main body and forms an emitter, the emitter being integrally formed with the transmitter and configured to emit light that has passed through the transmitter to an outside of the optical module; and wherein the aerosol generating device is configured to simultaneously emit light having different wavelengths, and further comprises: a converter covering a portion of the emitter, and configured to change a wavelength of light that has passed through the transmitter such that light emitted from the converter and light emitted from the emitter have different wavelengths. at least a portion of the transmitter protrudes to an outside of the main body and forms an emitter, the emitter being integrally formed with the transmitter and configured to emit light that has passed through the transmitter to an outside of the optical module; and wherein the aerosol generating device is configured to simultaneously emit light having different wavelengths, and further comprises: a converter covering a portion of the emitter, and configured to change a wavelength of light that has passed through the transmitter such that light emitted from the converter and light emitted from the emitter have different wavelengths.
An apparatus for underwater activities comprising a vessel (1, 5, 14, 17, 21) filled fully or partially with water, wherein the lower portion of the vessel (1, 5, 14, 17, 21) is located within a body of water, characterized in that said vessel comprises one or more open openings for entering said vessel, an in that the surface level of the water inside the vessel is substantially higher than the surrounding body of water, inside the vessel is underpressure in order to keep the water inside the vessel, all of the one or more open opening for entering the vessel are located in that portion of the vessel which is located under the surface level of the body of water, and that walls of the vessel are transparent, or the walls comprise sections that are transparent, for allowing observation of the activities taking place inside the vessel from outside of the vessel.
A multistate electronically switchable engine mount assembly comprising: a housing; an inertia track received in the housing and having an elongated fluid damped first path that is adapted to communicate with an associated first fluid chamber on a first side and an associated second fluid chamber on a second side, and a non-damped second path that is adapted to communicate with the associated first and second fluid chambers (116, 150); a decoupler; an idle diaphragm in the housing that selectively controls communication between the first and second fluid chambers (116, 150) to selectively alter the damping; first idle and second decoupler ports in the housing that communicate with the idle diaphragm and the decoupler, respectively; a first solenoid that selectively controls fluid flow through the first idle port; and a second solenoid that selectively controls fluid flow through the second decoupler port, characterised in that the first solenoid is larger than the second solenoid. a housing; an inertia track received in the housing and having an elongated fluid damped first path that is adapted to communicate with an associated first fluid chamber on a first side and an associated second fluid chamber on a second side, and a non-damped second path that is adapted to communicate with the associated first and second fluid chambers (116, 150); a decoupler; an idle diaphragm in the housing that selectively controls communication between the first and second fluid chambers (116, 150) to selectively alter the damping; first idle and second decoupler ports in the housing that communicate with the idle diaphragm and the decoupler, respectively; a first solenoid that selectively controls fluid flow through the first idle port; and a second solenoid that selectively controls fluid flow through the second decoupler port, characterised in that the first solenoid is larger than the second solenoid.
Holding device for fastening to a radiator (2, 2'), comprising a rod-shaped or tubular gripping or holding element, a rod mounting and means for fastening the rod mounting to the radiator (2, 2'), characterized in that the rod mounting comprises an eccentric clamp (12.1) with adjusting means (12.2) which can be brought into interactive connection with the fastening means (13, 14) via a receptacle (13.1) in the fastening means (13, 14), wherein, by virtue of this connection, the holding device is vertically adjustable in a stepless manner along the height of the radiator (2, 2').
A lidded container made of plastic for laboratory use having - a tubular container which at the bottom has a container base, at the top a container opening and below the container opening a sealing region on the internal wall, - a lid which has a lid base and a plug protruding from the inside of the lid base, and which may be inserted through the container opening into a sealed position in the sealing region, and - locking means for releasably locking the lid to the container comprising - at least one latching projection (9.2) projecting radially outward at the top edge of the container, and - at least one flexible and elastic connecting link projecting from the bottom side of the lid base on which a latching edge is arranged at a distance from the lid base vertically below the connection of the connecting link to the lid base, and the latching edge can be snapped into the sealing area below the latching projection (9.2) when the plug is introduced into the sealing area and a button projecting laterally from the link, the snapping connection of latching edge and latching projection (9.2) can be released by pushing against button from below, wherein the latching edge of the bottom margin has a cutout in the connecting link. - a tubular container which at the bottom has a container base, at the top a container opening and below the container opening a sealing region on the internal wall, - a lid which has a lid base and a plug protruding from the inside of the lid base, and which may be inserted through the container opening into a sealed position in the sealing region, and - locking means for releasably locking the lid to the container comprising - at least one latching projection (9.2) projecting radially outward at the top edge of the container, and - at least one flexible and elastic connecting link projecting from the bottom side of the lid base on which a latching edge is arranged at a distance from the lid base vertically below the connection of the connecting link to the lid base, and the latching edge can be snapped into the sealing area below the latching projection (9.2) when the plug is introduced into the sealing area and a button projecting laterally from the link, the snapping connection of latching edge and latching projection (9.2) can be released by pushing against button from below,
A brake device comprising: an outer race having a cylindrical inner peripheral surface; a plurality of brake shoes disposed inside, with respect to a radial direction, of the outer race and arranged in a circumferential direction, each brake shoe having a pair of brake surfaces and an inside surface, each brake surface facing the inner peripheral surface, the brake surface being contactable with the inner peripheral surface, the inside surface facing inward with respect to the radial direction; an output-side rotary member disposed inside, with respect to the radial direction, of the brake shoes, the output-side rotary member having an opposed surface provided at an outer periphery thereof, the opposed surface facing the inside surface; and an input-side rotary member configured to contact the brake shoes or the output-side rotary member in the circumferential direction and thereby capable of imparting a rotary torque to the output-side rotary member, wherein the inside surface and the opposed surface are configured such that a rotary torque as imparted in at least one direction of rotation to the output-side rotary member causes the opposed surface to push the inside surface and thereby causes the brake surface to be pressed against the inner peripheral surface of the outer race, thus failing to cause the brake shoe to rotate, and characterized in that the brake shoe has a support surface disposed between the pair of brake surfaces, the support surface being contactable with the inner peripheral surface. an outer race having a cylindrical inner peripheral surface; a plurality of brake shoes disposed inside, with respect to a radial direction, of the outer race and arranged in a circumferential direction, each brake shoe having a pair of brake surfaces and an inside surface, each brake surface facing the inner peripheral surface, the brake surface being contactable with the inner peripheral surface, the inside surface facing inward with respect to the radial direction; an output-side rotary member disposed inside, with respect to the radial direction, of the brake shoes, the output-side rotary member having an opposed surface provided at an outer periphery thereof, the opposed surface facing the inside surface; and an input-side rotary member configured to contact the brake shoes or the output-side rotary member in the circumferential direction and thereby capable of imparting a rotary torque to the output-side rotary member, wherein the inside surface and the opposed surface are configured such that a rotary torque as imparted in at least one direction of rotation to the output-side rotary member causes the opposed surface to push the inside surface and thereby causes the brake surface to be pressed against the inner peripheral surface of the outer race, thus failing to cause the brake shoe to rotate, and characterized in that the brake shoe has a support surface disposed between the pair of brake surfaces, the support surface being contactable with the inner peripheral surface.
An isolated Pseudomonas exotoxin A ("PE"), wherein the PE has a substitution of alanine, glycine, serine or glutamine in place of the amino acid residue R538, wherein amino acid residue R538 is defined by reference to the amino acid sequence of native PE according to SEQ ID NO:1, wherein the PE optionally further comprises: (i) a substitution of alanine, valine, glycine, leucine, isoleucine or glutamine in place of the amino acid residue R490, wherein amino acid residue R490 is defined by reference to the amino acid sequence of native PE according to SEQ ID NO: 1; and/or (ii) a substitution of, independently, one or more of amino acid residues E282, E285, P290, R313, N314, P319, D324, E327, E331, Q332, D403, R412, R427, E431, R432, R458, D461, R467, R505, R513, E522, E548, R551, R576, K590, and L597, as defined by SEQ ID NO: 1, with alanine, glycine, serine, or glutamine. (i) a substitution of alanine, valine, glycine, leucine, isoleucine or glutamine in place of the amino acid residue R490, wherein amino acid residue R490 is defined by reference to the amino acid sequence of native PE according to SEQ ID NO: 1; and/or (ii) a substitution of, independently, one or more of amino acid residues E282, E285, P290, R313, N314, P319, D324, E327, E331, Q332, D403, R412, R427, E431, R432, R458, D461, R467, R505, R513, E522, E548, R551, R576, K590, and L597, as defined by SEQ ID NO: 1, with alanine, glycine, serine, or glutamine.
A process for the epoxidation of an olefin with hydrogen peroxide in the presence of a solvent, wherein the solvent is selected from methanol, ethanol, tert-butanol, ethylene glycol, 1,2-propanediol, 1,3-propanediol, tetrahydrofuran, dioxane, ethylene glycol monomethyl ether, ethylene glycol monoethyl ether, ethylene glycol monobutyl ether, propylene glycol monomethyl ethers, acetone, 2-butanone, acetonitrile and proprionitrile, hydrogen peroxide is used as an aqueous hydrogen peroxide solution, a chelating agent is added to the aqueous hydrogen peroxide solution before it is mixed with solvent, and a mixture comprising olefin, solvent, and hydrogen peroxide with added chelating agent is continuously passed through a fixed bed of an epoxidation catalyst comprising a titanium zeolite.
A method by a first function implemented on a first network node for dynamic service negotiation comprises: transmitting a service description to a second function to enable optimized delivery of a service based on the service description by the second function, and characterized in that the service description comprises information associated with one or more delivery requirements for the service, wherein the service description comprises information related to a trajectory of a receiver of the service and information associated with one or more Quality of Service, QoS, constraints, wherein the second function is implemented on a second network node, further comprising: receiving, from the second function, network information associated with a delivery of the service according to the service description previously transmitted by the first network node to the second function, wherein the network information comprises an indication of one or more network capabilities.
First access point comprising circuitry configured to - communicate with one or more first stations associated with the first access point, - transmit a trigger requesting stations to transmit data units containing channel estimation sequences enabling channel estimation and/or channel feedback information, - determine channel information based on channel estimation sequences and/or the channel feedback information transmitted from one or more of said first stations and from one or more second stations associated with a second access point, and - determine, based on the determined channel information, spatial reuse parameters for use by the first access point for reception of data during spatial reuse of resources allocated to one or more of said first stations for transmission of data to the first access point and by one or more of said second stations for transmission of data to the second access point. - communicate with one or more first stations associated with the first access point, - transmit a trigger requesting stations to transmit data units containing channel estimation sequences enabling channel estimation and/or channel feedback information, - determine channel information based on channel estimation sequences and/or the channel feedback information transmitted from one or more of said first stations and from one or more second stations associated with a second access point, and - determine, based on the determined channel information, spatial reuse parameters for use by the first access point for reception of data during spatial reuse of resources allocated to one or more of said first stations for transmission of data to the first access point and by one or more of said second stations for transmission of data to the second access point.
A recording system, comprising: a recording device including a recording unit configured to perform recording onto a medium, a transporting belt including an adhesive layer and configured to transport the medium stuck on the adhesive layer, a drive unit configured to drive the transporting belt, a peeling device configured to peel the medium from the transporting belt; and a notification device configured to provide a notification, characterised in that the recording system further comprises a control unit that includes a detection unit configured to detect a load current flowing in the drive unit and that is configured to control the drive unit; and the control unit causes the notification device to provide a notification on a time to replace the adhesive layer, based on a detection result of the detection unit. a recording device including a recording unit configured to perform recording onto a medium, a transporting belt including an adhesive layer and configured to transport the medium stuck on the adhesive layer, a drive unit configured to drive the transporting belt, a peeling device configured to peel the medium from the transporting belt; and a notification device configured to provide a notification, characterised in that the recording system further comprises a control unit that includes a detection unit configured to detect a load current flowing in the drive unit and that is configured to control the drive unit; and the control unit causes the notification device to provide a notification on a time to replace the adhesive layer, based on a detection result of the detection unit.
A silicone hydrogel contact lens, comprising: a polymeric lens body that is the reaction product of a polymerizable composition, said polymerizable composition comprising (a) a first siloxane monomer represented by formula: wherein m of formula represents one integer from 3 to 10, n of formula represents one integer from 1 to 10, R 1 of formula is an alkyl group having from 1 to 4 carbon atoms, and R 2 of formula is a hydrogen atom or a methyl group; characterised in that the polymerizable composition comprises: (b) a second siloxane monomer which is a dual-end methacrylate end-capped polydimethylsiloxane having a number average molecular weight of at least 7,000 daltons; and wherein the silicone hydrogel contact lens, when fully hydrated, has an energy loss from about 25% to about 45%. a polymeric lens body that is the reaction product of a polymerizable composition, said polymerizable composition comprising (a) a first siloxane monomer represented by formula: wherein m of formula represents one integer from 3 to 10, n of formula represents one integer from 1 to 10, R 1 of formula is an alkyl group having from 1 to 4 carbon atoms, and R 2 of formula is a hydrogen atom or a methyl group; characterised in that the polymerizable composition comprises: (b) a second siloxane monomer which is a dual-end methacrylate end-capped polydimethylsiloxane having a number average molecular weight of at least 7,000 daltons; and wherein the silicone hydrogel contact lens, when fully hydrated, has an energy loss from about 25% to about 45%. (a) a first siloxane monomer represented by formula: wherein m of formula represents one integer from 3 to 10, n of formula represents one integer from 1 to 10, R 1 of formula is an alkyl group having from 1 to 4 carbon atoms, and R 2 of formula is a hydrogen atom or a methyl group; (b) a second siloxane monomer which is a dual-end methacrylate end-capped polydimethylsiloxane having a number average molecular weight of at least 7,000 daltons; and
Sewing unit having at least one lockstitch sewing machine for producing van at least one seam on a seam material, in particular for producing van at least one seamer on the material to be seamed, the seaming unit being equipped with a seaming foot and a driven seam material transport for a certain or determinable feed direction of the seam material relative to stitch-forming tools is provided, the is provided for producing the at least one seam on the respective seam material, wherein the seam material transport has a pressure bar with which the seam material is pressed against a table plate. drOckbar and the close material for the production of a feed movement can be moved past the stitch-forming tools, characterized in that a clamping device is arranged on the pressure bar and is movable together with the pressure bar during the advance movement thereof, the clamping device being used for clamping a thread start of the pressure bar, and of the upper thread and the sewing unit has a cutting element which, at least temporarily, immediately after the start of the seam production, is moved into a Area between the clamping device and the seam foot is arranged to to cut the upper thread between the clamping device and the seam foot. van at least one seam on a seam material, in particular for producing van at least one seamer on the material to be seamed, the seaming unit being equipped with a seaming foot and a driven seam material transport for a certain or determinable feed direction of the seam material relative to stitch-forming tools is provided, the is provided for producing the at least one seam on the respective seam material, wherein the seam material transport has a pressure bar with which the seam material is pressed against a table plate. drOckbar and the close material for the production of a feed movement can be moved past the stitch-forming tools, characterized in that a clamping device is arranged on the pressure bar and is movable together with the pressure bar during the advance movement thereof, the clamping device being used for clamping a thread start of the pressure bar, and of the upper thread and the sewing unit has a cutting element which, at least temporarily, immediately after the start of the seam production, is moved into a Area between the clamping device and the seam foot is arranged to to cut the upper thread between the clamping device and the seam foot.
A device for ion trapping, comprising: an ion trapping area including two or more ion loading areas; two or more ovens wherein each oven includes a heating element and a cavity for emitting atoms of a particular atomic species from an atomic source substance, wherein each oven is positioned at a different one of the two or more ion loading areas (202-1, 202-2, 304) within the ion trapping area a substrate forming the ground plane of the device and including a number of openings, with an oven associated with each of said openings such that said atoms can pass through the openings into one of the loading areas; and a plurality of chargeable electrodes (204, 206, 306) for moving a particular ion from one of the two or more ion loading areas (202-1, 202-2, 304) to a particular ion trap location (205-1, 205-2). an ion trapping area including two or more ion loading areas; two or more ovens wherein each oven includes a heating element and a cavity for emitting atoms of a particular atomic species from an atomic source substance, wherein each oven is positioned at a different one of the two or more ion loading areas (202-1, 202-2, 304) within the ion trapping area a substrate forming the ground plane of the device and including a number of openings, with an oven associated with each of said openings such that said atoms can pass through the openings into one of the loading areas; and a plurality of chargeable electrodes (204, 206, 306) for moving a particular ion from one of the two or more ion loading areas (202-1, 202-2, 304) to a particular ion trap location (205-1, 205-2).