mhurhangee/ep-ind-claims huggingface dataset:
An aerosol-generating article comprising an aerosol-generating substrate and a mouthpiece secured to a downstream end of the aerosol-generating substrate, the mouthpiece comprising: at least one segment of filter material; and a vented segment downstream of the at least one segment of filter material and comprising at least one freshener delivery element; wherein the vented segment comprising the at least one freshener delivery element is detachable from the at least one segment of filter material to decrease the ventilation of the aerosol-generating article. at least one segment of filter material; and a vented segment downstream of the at least one segment of filter material and comprising at least one freshener delivery element; wherein the vented segment comprising the at least one freshener delivery element is detachable from the at least one segment of filter material to decrease the ventilation of the aerosol-generating article.
A display device comprising: a base layer; a plurality of wavelength conversion parts (CCF1, CCF2, CCF3) disposed on one surface (BSs) of the base layer, the plurality of wavelength conversion parts (CCF1, CCF2,CCF3) disposed to be adjacent in a second direction crossing a first direction; a partition wall disposed between adjacent wavelength conversion parts (CCF1, CCF2, CCF3) of the plurality of wavelength conversion parts (CCF1, CCF2, CCF3), extending in a third direction perpendicular to the second direction and having a first refractive index; a cover part configured to cover the plurality of wavelength conversion parts (CCF1, CCF2, CCF3) and having a second refractive index greater than the first refractive index; and an image display part disposed on a surface provided by the partition wall and the cover part; wherein a space is disposed between the partition wall and the plurality of wavelength conversion parts (CCF1, CCF2, CCF3) in the second direction and the cover part fills the space. a base layer; a plurality of wavelength conversion parts (CCF1, CCF2, CCF3) disposed on one surface (BSs) of the base layer, the plurality of wavelength conversion parts (CCF1, CCF2,CCF3) disposed to be adjacent in a second direction crossing a first direction; a partition wall disposed between adjacent wavelength conversion parts (CCF1, CCF2, CCF3) of the plurality of wavelength conversion parts (CCF1, CCF2, CCF3), extending in a third direction perpendicular to the second direction and having a first refractive index; a cover part configured to cover the plurality of wavelength conversion parts (CCF1, CCF2, CCF3) and having a second refractive index greater than the first refractive index; and an image display part disposed on a surface provided by the partition wall and the cover part; wherein a space is disposed between the partition wall and the plurality of wavelength conversion parts (CCF1, CCF2, CCF3) in the second direction and the cover part fills the space.
A process for the production of a paint composition comprising a nano-fibrillar cellulose gel, characterized by the steps of: (a) providing cellulose fibres; (b) providing at least one filler and/or pigment; (c) combining the cellulose fibres and the at least one filler and/or pigment; (d) fibrillating the cellulose fibres in an aqueous environment in the presence of the at least one filler and/or pigment until a nano-fibrillar cellulose gel is formed; and (e) using the composition of step (d) in the production of a paint composition. (a) providing cellulose fibres; (b) providing at least one filler and/or pigment; (c) combining the cellulose fibres and the at least one filler and/or pigment; (d) fibrillating the cellulose fibres in an aqueous environment in the presence of the at least one filler and/or pigment until a nano-fibrillar cellulose gel is formed; and (e) using the composition of step (d) in the production of a paint composition.
A propulsion sail having an aircraft wing profile, comprising a traditional flexible sail and at least one detachable thickness module capable of being assembled in a detachable manner on a face (11, 12) of the flexible sail, characterized in that each module comprises at least one flexible plate, comprising a leading edge and a leech edge, said plate being capable of being assembled by its leading edge along the luff of the flexible sail via first assembly means and being assembled by its leech edge via second assembly means, said propulsion sail comprising at least one pair of modules (2a, 2'a), the two modules of said pair being disposed substantially symmetrically on either face of the flexible sail.
An isolated promoter comprising 1.6 kb of the 5'-NTR of the cyclic nucleotide-gated channel beta 3 (CNGB3) gene, wherein the isolated promoter comprises SEQ ID NO: 2 as shown in Figure 5.
A fluid distribution system comprising: a. a pump connected to a pump variable speed drive, and further connected to a conduit; b. one or more nodes (200, 201) incorporated in the conduit; c. one or more node units, each incorporating a valve, and each of the one or more node units being incorporated in the conduit, each of the one or more node units being operable to receive information from at least one of other node units and from one or more external sources, and to process the received information to produce processed information for the purpose of determining if balanced flow in the conduit and line pressure loss at the one or more nodes (200, 201) is achieved and to generate adjustments to generate balanced flow and line pressure loss in the fluid distribution system; d. a return conduit wherein fluid flows directly to the pump; and said fluid distribution system being operable to maintain balance of flow in the conduit and line pressure loss at each of the one or more nodes (200, 201) after initiation of the fluid distribution system to achieve an efficient energy transfer for heating or cooling within the fluid distribution system devoid of any of the following: pinpoint settings for any pressure value; pinpoint settings for any exact pump speed; and any manual adjustment of any one or more valves of the one or more node units. a. a pump connected to a pump variable speed drive, and further connected to a conduit; b. one or more nodes (200, 201) incorporated in the conduit; c. one or more node units, each incorporating a valve, and each of the one or more node units being incorporated in the conduit, each of the one or more node units being operable to receive information from at least one of other node units and from one or more external sources, and to process the received information to produce processed information for the purpose of determining if balanced flow in the conduit and line pressure loss at the one or more nodes (200, 201) is achieved and to generate adjustments to generate balanced flow and line pressure loss in the fluid distribution system; d. a return conduit wherein fluid flows directly to the pump; and
A method performed by a communication apparatus configured to communicate with at least one of a first, bandwidth limited, type user equipment, UE, and a second type UE, the method comprising: assigning a first frequency resource for a first physical uplink control channel, PUCCH, for the bandwidth limited type UE, wherein the first PUCCH is initially carried in a first one of two consecutive slots, by a first band and wherein the first PUCCH is subsequently carried in a second one of the two consecutive slots, by a second band, following a retuning from the first band to the second band by the bandwidth limited type UE; and assigning a second frequency resource for a second physical uplink control channel, PUCCH, for the second type UE. assigning a first frequency resource for a first physical uplink control channel, PUCCH, for the bandwidth limited type UE, wherein the first PUCCH is initially carried in a first one of two consecutive slots, by a first band and wherein the first PUCCH is subsequently carried in a second one of the two consecutive slots, by a second band, following a retuning from the first band to the second band by the bandwidth limited type UE; and assigning a second frequency resource for a second physical uplink control channel, PUCCH, for the second type UE.
A process for the preparation of thermoplastic molding materials comprising: A) from 40 to 99% by weight of at least one thermoplastic polymer, B) from 1 to 60% by weight of a flameproofing component comprising B1) an expandable graphite, and C) from 0 to 60% by weight of further additives, the percentages by weight being based in each case on the total weight of the components A) to C) and together giving 100% by weight, by mixing melts of the components A), B) and, if present, C) in a screw extruder, the screw extruder comprising at least one metering zone, one plasticating zone, one homogenization zone, one second metering zone and one discharge zone in this sequence along the conveying direction, wherein the metering into the screw extruder having the length L, the length L being defined as the section beginning at the first metering means for the addition of components A, B and/or C and ending, in the conveying direction, at the exit opening, following addition of components A, B and C in the region from 0 L to 0.15 L in a first process step in the absence of component B1) a melt is produced, and in a second process step after addition of the component B1) in the region from 0.7 L to 0.85 L the mixing of component B1) into this melt is carried out. A) from 40 to 99% by weight of at least one thermoplastic polymer, B) from 1 to 60% by weight of a flameproofing component comprising B1) an expandable graphite, and B1) an expandable graphite, and C) from 0 to 60% by weight of further additives, the percentages by weight being based in each case on the total weight of the components A) to C) and together giving 100% by weight, by mixing melts of the components A), B) and, if present, C) in a screw extruder, the screw extruder comprising at least one metering zone, one plasticating zone, one homogenization zone, one second metering zone and one discharge zone in this sequence along the conveying direction, wherein the metering into the screw extruder having the length L, the length L being defined as the section beginning at the first metering means for the addition of components A, B and/or C and ending, in the conveying direction, at the exit opening, following addition of components A, B and C in the region from 0 L to 0.15 L in a first process step in the absence of component B1) a melt is produced, and in a second process step after addition of the component B1) in the region from 0.7 L to 0.85 L the mixing of component B1) into this melt is carried out.
A kit for evaluating a biological sample containing potentially degraded DNA, comprising a control amplification reagent and a target amplification reagent, wherein the control amplification reagent comprises two or more pairs of amplification oligonucleotides capable of amplifying a medium chain acyl-coenzyme A dehydrogenase (MCAD) nucleic acid molecule or a complement thereof, wherein the target amplification reagent comprises one or more pairs of amplification oligonucleotides capable of amplifying a non-MCAD target gene of interest or a complement thereof, wherein each pair of amplification oligonucleotides of the control amplification reagent is capable of amplifying a region of the MCAD nucleic acid molecule to produce an MCAD amplicon, and wherein each MCAD amplicon produced by each pair of amplification oligonucleotides is different in length from the MCAD amplicon produced by each other pair of amplification oligonucleotides.
A method comprising: receiving, by a wireless device from a base station, at least one message comprising configuration parameters of a plurality of cells grouped into a plurality of physical uplink control channel, PUCCH, groups; and transmitting a first sounding reference signal, SRS, via a first cell of a first PUCCH group in parallel with transmission of a first data packet via a second cell of a second PUCCH group; and dropping a configured transmission of a second SRS on the first cell when a second data packet is transmitted via a third cell of the first PUCCH group in parallel with the configured transmission of the second SRS; and wherein the plurality of cells are in the same timing advance group. receiving, by a wireless device from a base station, at least one message comprising configuration parameters of a plurality of cells grouped into a plurality of physical uplink control channel, PUCCH, groups; and transmitting a first sounding reference signal, SRS, via a first cell of a first PUCCH group in parallel with transmission of a first data packet via a second cell of a second PUCCH group; and dropping a configured transmission of a second SRS on the first cell when a second data packet is transmitted via a third cell of the first PUCCH group in parallel with the configured transmission of the second SRS; and wherein the plurality of cells are in the same timing advance group.
A combustion system to transfer heat at high temperature in a reaction heater comprising a radiant box where the fuel is fired and wherein reaction coils or catalyst tubes are immersed, wherein the system comprises: one or more external adiabatic burners which are configured so that combustion air is pre-combusted before it is introduced into the radiant box in order to obtain a gaseous mixture of flue gas and pre-combusted air (11,13) with all the oxygen to complete the combustion within the radiant box, at a temperature equal or higher than the auto ignition temperature of the fuel; and a plurality of fuel spray nozzles arranged on horizontal rows on the radiant box walls, apt to inject a desired amounts of the fuel to control the temperature profile of the process gas in the reaction coils or in the catalyst tubes which are immersed in said radial box. one or more external adiabatic burners which are configured so that combustion air is pre-combusted before it is introduced into the radiant box in order to obtain a gaseous mixture of flue gas and pre-combusted air (11,13) with all the oxygen to complete the combustion within the radiant box, at a temperature equal or higher than the auto ignition temperature of the fuel; and a plurality of fuel spray nozzles arranged on horizontal rows on the radiant box walls, apt to inject a desired amounts of the fuel to control the temperature profile of the process gas in the reaction coils or in the catalyst tubes which are immersed in said radial box.
Waste recovery tray (37, 410) for vacuum cleaner, comprising a primary separation for the removal of heavier and bulkier waste by a system without a cyclonic bag, or by inertia, or by a large-mesh grill, said vacuum cleaner also comprising a secondary separation for the removal of fine debris and dust particles by means of a suitable filter, said filter comprising a declogging device for extracting some of the waste held in the filter, with said waste recovery tray (37, 410) comprising two separate compartments, one main compartment (31, 414) for the recovery of waste from the primary separation, and a secondary compartment (32, 416) for the recovery of waste from the operation of the declogging device.
A lock apparatus, comprising: a rotatable lever spindle at least partially disposed about a rotatable key cam assembly, the key cam assembly including a key cam shaft coupled to a key cylinder and having a key cam ear drive, the key cam shaft structured for rotational displacement upon rotation of a key that is operably positioned in the key cylinder, the key cam ear drive engaging a latch retractor to linearly displace the latch retractor as the key cam ear drive is rotatably displaced by rotational displacement of the key cam shaft; a locking lug having a substantially hollow cylindrical body with a drive tab extending radially inward and a locking tab extending radially outward therefrom, the locking lug moveable between first and second axial positions corresponding to an uncoupled and coupled configuration, respectively, of the lever spindle and the key cam assembly; wherein the lever spindle is operable for transmitting rotational torque through the locking lug to the key cam assembly in the coupled configuration; an electric motor having a rotatable shaft extending therefrom; a coil spring connected to the rotatable shaft proximate one end and engaged with the locking lug proximate the other end; and wherein the electric motor is operable for moving the locking lug between the first and second positions with the coil spring, the rotational displacement of the key cam shaft by rotation of the key being independent of the locking lug being in either of the first and second positions. a rotatable lever spindle at least partially disposed about a rotatable key cam assembly, the key cam assembly including a key cam shaft coupled to a key cylinder and having a key cam ear drive, the key cam shaft structured for rotational displacement upon rotation of a key that is operably positioned in the key cylinder, the key cam ear drive engaging a latch retractor to linearly displace the latch retractor as the key cam ear drive is rotatably displaced by rotational displacement of the key cam shaft; a locking lug having a substantially hollow cylindrical body with a drive tab extending radially inward and a locking tab extending radially outward therefrom, the locking lug moveable between first and second axial positions corresponding to an uncoupled and coupled configuration, respectively, of the lever spindle and the key cam assembly; wherein the lever spindle is operable for transmitting rotational torque through the locking lug to the key cam assembly in the coupled configuration; an electric motor having a rotatable shaft extending therefrom; a coil spring connected to the rotatable shaft proximate one end and engaged with the locking lug proximate the other end; and wherein the electric motor is operable for moving the locking lug between the first and second positions with the coil spring, the rotational displacement of the key cam shaft by rotation of the key being independent of the locking lug being in either of the first and second positions.
An angular end rod for a roller blind's hanging cover having an end rod profile and a removable stop profile comprising a stop section for limiting the retraction of the blind, and further a carrier section which is connected with the end rod profile, with the end rod profile comprising an upper side undercut side wall recess and the carrier section an upper projection hookable into the side wall recess, so that the stop profile when being assembled merely needs to be inserted into the side wall recess with its upper projection to reach its end position and tilted into the end position which process is supported by its own weight, characterised in that below the side wall recess provision is made for a further connection of the carrier section on the outer side of the end rod profile and further that the carrier section comprises a contact section adjoining the upper projection and resting on a side wall of the end rod profile, and a bottom projection (12, 13) in turn adjoining the said contact section, thus encompassing a part of the end rod profile on several sides.
A visible light-responsive photocatalytic titanium oxide fine particle dispersion comprising two types of titanium oxide fine particles dispersed in an aqueous dispersion medium: a first type of titanium oxide fine particle which contains in solid solution a tin constituent and a transition metal constituent exclusive of iron group constituents that increases visible light responsiveness, and a second type of titanium oxide fine particle which contains in solid solution an iron group constituent.
A sensor system for analyzing a feature in a sensing volume, the sensor system comprising: a mounting structure; a first laser source being attached to the mounting structure and configured to project a laser line into the sensing volume and onto the feature forming as laser stripe on the feature; and a sensor being attached to the mounting structure and configured to image the laser stripe where the laser line intersects with the feature, a relationship between the sensor and the first laser source having been precalibrated, characterized in that a second laser source is configured to project a pattern onto the feature and wherein the pattern intersects with the laser stripe of the first laser source, and the sensor system being arranged so that the intersections of the laser stripe are used as a reference depth for the pattern projected by the second laser source; wherein the second laser source has a projection optic and the sensor has a receiving optic, the projection optic having a magnification that is greater than the receiving optic. a mounting structure; a first laser source being attached to the mounting structure and configured to project a laser line into the sensing volume and onto the feature forming as laser stripe on the feature; and a sensor being attached to the mounting structure and configured to image the laser stripe where the laser line intersects with the feature, a relationship between the sensor and the first laser source having been precalibrated, a second laser source is configured to project a pattern onto the feature and wherein the pattern intersects with the laser stripe of the first laser source, and the sensor system being arranged so that the intersections of the laser stripe are used as a reference depth for the pattern projected by the second laser source; wherein the second laser source has a projection optic and the sensor has a receiving optic, the projection optic having a magnification that is greater than the receiving optic.
Monitoring apparatus for monitoring a work region of a robot arrangement having at least one robot, which comprises: - an acquisition device (21, 22) for acquiring a parameter of an object (40; 41) when an interface arrangement with at least one interface is penetrated; and - a control means for selectively triggering one of at least two different safety reactions of the robot arrangement on the basis of the acquired parameter, characterized in that the acquisition device comprises at least two light curtains (21, 22) having different resolutions. - an acquisition device (21, 22) for acquiring a parameter of an object (40; 41) when an interface arrangement with at least one interface is penetrated; and - a control means for selectively triggering one of at least two different safety reactions of the robot arrangement on the basis of the acquired parameter,
A user equipment, UE, comprising: at least one component to send power headroom, PH, information for each of a plurality of component carriers, CCs, and CC specific configured maximum power information for the CCs, wherein the CC specific configured maximum power information for the CCs comprise a CC specific configured maximum power, PCMAX,j, for each of the CCs that are calculated by the UE, wherein, if the CC specific configured maximum power of each CC is about the same, the CC specific configured maximum power information for the CCs is sent from the UE to the eNB using a single medium access control, MAC, control element, CE. at least one component to send power headroom, PH, information for each of a plurality of component carriers, CCs, and CC specific configured maximum power information for the CCs, wherein the CC specific configured maximum power information for the CCs comprise a CC specific configured maximum power, PCMAX,j, for each of the CCs that are calculated by the UE, wherein, if the CC specific configured maximum power of each CC is about the same, the CC specific configured maximum power information for the CCs is sent from the UE to the eNB using a single medium access control, MAC, control element, CE.