mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring the insulation of an unearthed DC and/or AC voltage network, comprising the steps: - generation of a DC measurement voltage U mess= connected to earth on one side for a predeterminable measurement period t var; - generation and superposition of at least one AC measurement voltage U mess ∼ connected to earth with a periodic time t cons onto the DC measurement voltage U mess= for the purpose of forming a total measurement voltage U mess; - introduction of the total measurement voltage U mess into the voltage network to be monitored and measurement of a total measurement current I mess generated by the total measurement voltage U mess, said total measurement current I mess being divided into a DC measurement current I mess= and an AC measurement current I mess ∼; - determination of an insulation resistance R = on the basis of the DC measurement voltage U mess= and of the DC measurement current I mess= as well as determination of an insulation impedance Z ∼ on the basis of the AC measurement voltage U mess ∼ and of the AC measurement current I mess ∼. - generation of a DC measurement voltage U mess= connected to earth on one side for a predeterminable measurement period t var; - generation and superposition of at least one AC measurement voltage U mess ∼ connected to earth with a periodic time t cons onto the DC measurement voltage U mess= for the purpose of forming a total measurement voltage U mess; - introduction of the total measurement voltage U mess into the voltage network to be monitored and measurement of a total measurement current I mess generated by the total measurement voltage U mess, said total measurement current I mess being divided into a DC measurement current I mess= and an AC measurement current I mess ∼; - determination of an insulation resistance R = on the basis of the DC measurement voltage U mess= and of the DC measurement current I mess= as well as determination of an insulation impedance Z ∼ on the basis of the AC measurement voltage U mess ∼ and of the AC measurement current I mess ∼.
Lighting module comprising at least one first lighting device and one second lighting device; the first lighting device comprises a support common to at least one first light emitter generating a first light strip and to at least one second light emitter generating a second light strip, the first light emitter being arranged relative to the second light emitter so as to generate a zone that is unlit by the first lighting device between the first light strip and the second light strip, the second lighting device generating at least one third light strip which extends in the said zone, characterized in that the first lighting device comprises a single reflector which reflects a first light beam generating the first light strip and a second light beam generating the second light strip.
A method for pelletizing base material comprising: pre-pelletizing the base material by mixing an additive package with the material and by extruding the mixture to generate base material pellets; conducting quality testing simultaneously with pre-pelletizing by providing a mold having cavities of different thicknesses and injection molding a resin formed from the pellets in the mold cavities employing a cycle time and temperature profile comparable to conditions employed during generation of semi-finished lenses to simultaneously produce a product color chipper plate having a thickness of X and resin stabilization chipper plate having a thickness of Y that is smaller than X and testing for the quality of an optical property on the chipper plates; adjusting the additive package based on said testing to modify optical properties; and completing the pelletizing to generate a production lot in response to confirming that minimum requirements are met. pre-pelletizing the base material by mixing an additive package with the material and by extruding the mixture to generate base material pellets; conducting quality testing simultaneously with pre-pelletizing by providing a mold having cavities of different thicknesses and injection molding a resin formed from the pellets in the mold cavities employing a cycle time and temperature profile comparable to conditions employed during generation of semi-finished lenses to simultaneously produce a product color chipper plate having a thickness of X and resin stabilization chipper plate having a thickness of Y that is smaller than X and testing for the quality of an optical property on the chipper plates; adjusting the additive package based on said testing to modify optical properties; and completing the pelletizing to generate a production lot in response to confirming that minimum requirements are met.
A package of cigarettes comprising: a group of cigarettes; an inner package enclosing the group of cigarettes and having an extraction opening; and a pull-up tape engaging at least one cigarette in the group of cigarettes, and having a grip end projecting from a top wall of the group of cigarettes, at the extraction opening of the inner package, and which is pulled to pull up the cigarette; wherein the pull-up tape is folded into a U about the bottom end, inside the inner package, of the cigarette; wherein the pull-up tape is completely detached from the inner package and can therefore move freely with respect to the inner package; and wherein the pull-up tape comprises a first vertical wall terminating with the grip end and positioned contacting a cylindrical lateral wall of the cigarette; a horizontal wall perpendicular to the first vertical wall and positioned contacting the bottom end of the cigarette; and a second vertical wall, which terminates with an inner end, opposite the grip end, of the pull-up tape, is parallel to and faces the first vertical wall, and is positioned contacting the cylindrical lateral wall of the cigarette, on the opposite side of the cigarette to the first vertical wall; and the package being characterized in that the second vertical wall of the pull-up tape has a wider portion wider than at least the horizontal wall of the pull-up tape. a group of cigarettes; an inner package enclosing the group of cigarettes and having an extraction opening; and a pull-up tape engaging at least one cigarette in the group of cigarettes, and having a grip end projecting from a top wall of the group of cigarettes, at the extraction opening of the inner package, and which is pulled to pull up the cigarette; wherein the pull-up tape is folded into a U about the bottom end, inside the inner package, of the cigarette; wherein the pull-up tape is completely detached from the inner package and can therefore move freely with respect to the inner package; and wherein the pull-up tape comprises a first vertical wall terminating with the grip end and positioned contacting a cylindrical lateral wall of the cigarette; a horizontal wall perpendicular to the first vertical wall and positioned contacting the bottom end of the cigarette; and a second vertical wall, which terminates with an inner end, opposite the grip end, of the pull-up tape, is parallel to and faces the first vertical wall, and is positioned contacting the cylindrical lateral wall of the cigarette, on the opposite side of the cigarette to the first vertical wall; and the package being characterized in that the second vertical wall of the pull-up tape has a wider portion wider than at least the horizontal wall of the pull-up tape.
A razor cartridge dispenser for retaining, dispensing and receiving razor cartridges, the razor cartridges having a blade portion mounted to a handle connection portion, the dispenser comprising first and second cooperating members (10, 12) joined by a connection member such that the first and second cooperating members can be adapted from a closed configuration to an open configuration, each of said first and second cooperating members (10, 12) comprising one or more compartments for retaining a razor cartridge, characterized in that each compartment comprises side walls with at least one catch for retaining the razor cartridge in the compartment in such a way to ensure a nested configuration of the razor cartridges when the dispenser is in the closed configuration.
A seed with a coating layer, wherein said coating layer includes several superimposed sub-layers, characterized in that said coating layer includes at least the following sub-layers: - an inner sub-layer, containing the compound chosen among adhesive compounds, - at least three intermediate sub-layers, one containing a compound chosen among fertilizing compounds, another one containing a compound consisting of an inoculum chosen among micro-organisms, another one containing a compound chosen among biostimulating compounds, and possibly another one containing a compound chosen among water-absorbing compounds, and - an outer sub-layer, containing at least the compound chosen among fillers. - an inner sub-layer, containing the compound chosen among adhesive compounds, - at least three intermediate sub-layers, one containing a compound chosen among fertilizing compounds, another one containing a compound consisting of an inoculum chosen among micro-organisms, another one containing a compound chosen among biostimulating compounds, and possibly another one containing a compound chosen among water-absorbing compounds, and - an outer sub-layer, containing at least the compound chosen among fillers.
A biological sample processing device, comprising a support mechanism, a thermal unit, a microfluidic device, a pressurized fluid feeding system, a control system for controlling the temperature and fluid pressure parameters of the device and a sample support, wherein • the support mechanism comprises an adjustable piston mechanism pushing the sample support from below against the microfluidic device to improve clamping and fluidic sealing with the seal compressed between the microfluidic device and sample support, the microfluidic device comprises a microfluidic chamber having a volume comprised between 2.5 μL and 200 μl, at least one fluid inlet at one end of said microfluidic chamber and at least one fluid outlet at another end of said microfluidic chamber configured to conduct a fluid through the microfluidic chamber for reaction with the sample inside said microfluidic chamber and • at least one wall of the microfluidic chamber is formed by the sample support and is mounted against a seal in a fluid-tight and removable manner to a first wall of the microfluidic chamber by a clamping mechanism configured to compress the seal between the sample support and microfluidic device to an extent sufficient to contain a pressure P chamber in the microfluidic chamber greater than 1.5 bars, preferably greater than 2 bars, in particular greater than 2.5 bars, more preferably greater than 3 bars. • the support mechanism comprises an adjustable piston mechanism pushing the sample support from below against the microfluidic device to improve clamping and fluidic sealing with the seal compressed between the microfluidic device and sample support, the microfluidic device comprises a microfluidic chamber having a volume comprised between 2.5 μL and 200 μl, at least one fluid inlet at one end of said microfluidic chamber and at least one fluid outlet at another end of said microfluidic chamber configured to conduct a fluid through the microfluidic chamber for reaction with the sample inside said microfluidic chamber and • at least one wall of the microfluidic chamber is formed by the sample support and is mounted against a seal in a fluid-tight and removable manner to a first wall of the microfluidic chamber by a clamping mechanism configured to compress the seal between the sample support and microfluidic device to an extent sufficient to contain a pressure P chamber in the microfluidic chamber greater than 1.5 bars, preferably greater than 2 bars, in particular greater than 2.5 bars, more preferably greater than 3 bars.
An O/W emulsion containing the following components: a) at least one hydrophobically modified polysaccharide, b) from 0.5 to 5.0 wt.% of at least one acrylamido-alkanoic-acid-based copolymer, c) at least one fatty substance, d) water, the copolymer according to b) being an acrylamido-alkanoic-acid-based copolymer, being polymers comprising units of formula -CH 2 -C(R 1) - and units of formula -CH 2 -C(R 2)( m - n -Z)- and/or units of formula -CH 2 -C(R 5)(Het)-, wherein R 1, R 2 und R 5 independently of one another represent hydrogen or methyl, W represents CONR 3 R 4, R 3 represents (C 1 -C 6)-alkyl-CO 2 H, (C 1 -C 6)-alkyl-PO 3 H or (C 1 -C 6)-alkyl-SO 3 H, R 4 represents hydrogen or (C 1 -C 6)-alkyl, X represents C O-, C NH- or (C 1 -C 6)-alkylene, Y represents (C 1 -C 4)-alkylene-oxy, Z represents (C 5 -C 50)-alkyl, m represents 0 or 1, Het represents an N-heterocycle having 5 or 6 ring members and 1 or 2 heteroatoms, at least 1 heteroatom being N and the other heteroatom being selected from N, O or S, and preferably bonding to the C atom of the polymer backbone via the at least one N-heteroatom of the heterocycle, and preferably at least one CO group being contained in the heterocycle, which CO group is preferably arranged in the ortho position with respect to the at least one N-heteroatom, and it being possible for the heterocycle to optionally also carry additional substituents, in particular selected from C 1-6 alkyl and halogen, and it being possible for the hydrocarbon functional groups to optionally also be mono- or polysubstituted, in particular by functional groups selected from halogen functional groups, hydroxy functional groups, alkoxy functional groups, amino functional groups, alkylamino functional groups, dialkylamino functional groups, aryl functional groups, arylalkyl functional groups and cycloaliphatic functional groups, characterized in that the hydrophobically modified polysaccharide is inulin lauryl carbamate or cetyl hydroxyethylcellulose or mixtures thereof. a) at least one hydrophobically modified polysaccharide, b) from 0.5 to 5.0 wt.% of at least one acrylamido-alkanoic-acid-based copolymer, c) at least one fatty substance, d) water,
A liquid container, especially an ink cartridge, comprising: a housing accommodating liquid; a liquid supply opening formed in said housing; a liquid level detection device; characterised by: a storing device mounted on a wall of said housing, the storing device storing detection characteristic data, and wherein the detection characteristic data is determined by a plurality of factors including a shape of the ink cartridge, specification of the liquid level detection device, and a specification of the liquid. a housing accommodating liquid; a liquid supply opening formed in said housing; a liquid level detection device;
A display apparatus comprising: a substrate comprising a bending region between a first region and a second region, the bending region being configured to be bent about a bending axis; a display unit on the substrate; a first wiring unit at the bending region, the first wiring unit comprising a first bending portion (310, 310', 310", 310′′′) having a plurality of first holes (310h, 310h', 310h", 310h′′′) and comprising a data line configured to provide a data signal to the display unit; a second wiring unit at the bending region and spaced apart from the first wiring unit, the second wiring unit comprising a second bending portion (410, 410', 410") having a different shape from the first bending portion (310, 310', 310", 310′′′) and comprising a power line configured to supply driving power to the display unit; and a first pad unit and a second pad unit on one end of the substrate; wherein one side of the first wiring unit is connected to the first pad unit, and the other side of the first wiring unit is connected to the display unit, and one side of the second wiring unit is connected to the second pad unit, and the other side of the second wiring unit is connected to the display unit, wherein, when an identical current is applied to the first wiring unit and the second wiring unit, the first wiring unit has a first resistance value and the second wiring unit has a second resistance value that is less than the first resistance value. a substrate comprising a bending region between a first region and a second region, the bending region being configured to be bent about a bending axis; a display unit on the substrate; a first wiring unit at the bending region, the first wiring unit comprising a first bending portion (310, 310', 310", 310′′′) having a plurality of first holes (310h, 310h', 310h", 310h′′′) and comprising a data line configured to provide a data signal to the display unit; a second wiring unit at the bending region and spaced apart from the first wiring unit, the second wiring unit comprising a second bending portion (410, 410', 410") having a different shape from the first bending portion (310, 310', 310", 310′′′) and comprising a power line configured to supply driving power to the display unit; and a first pad unit and a second pad unit on one end of the substrate; wherein one side of the first wiring unit is connected to the first pad unit, and the other side of the first wiring unit is connected to the display unit, and one side of the second wiring unit is connected to the second pad unit, and the other side of the second wiring unit is connected to the display unit, wherein, when an identical current is applied to the first wiring unit and the second wiring unit, the first wiring unit has a first resistance value and the second wiring unit has a second resistance value that is less than the first resistance value.
Drive belt made of elastomer material, having a drive side and a rear side (7, 8), wherein the rear side has a surface which is provided with an embossed surface structure, characterized in that the surface structure is formed as a pattern of cross projections or raised ridges that is embossed in the elastomer material, in that the projections or ridges enclose a plurality of recesses whose base faces are each formed by sections of the surface of the rear side, in that the height h of the ridges is more than 0.05 mm and less than 0.5 mm, in that the surface structure is designed to be symmetrical with respect to the longitudinal axis of the drive belt in such a way that forces acting transversely to the running direction of the drive belt when the drive belt is running on a belt pulley are compensated for or minimized by virtue of the fact that the surface-structure-forming pattern on the belt is formed mirror-symmetrically to an imaginary surface which, situated orthogonally on the drive or rear side, contains the centre line of the belt.
A dry reaction mixture composition for nucleic acid amplification by polymerase chain reaction and reverse transcriptase polymerase chain reaction (RT-PCR) comprising at least one nucleic acid amplification-related enzyme, nucleotide triphosphates, manganese acetate (Mn(OAc) 2), and a saccharide, wherein the composition is prepared by drying the reaction mixture composition in aqueous form in the absence of lyophilization.
A device for fixing a blank to a modular support system, which comprises the combination of a body having cylindrical symmetry and a threaded fixing element having a stem and a head, said body being provided at one end with a centering collar and, in a central region, with a perimetric recess that defines an engagement undercut, said body having an axial through hole with an open end for resting the head of said threaded fixing element, said axial through hole being open onto a resting seat for the head of said threaded fixing element, said resting seat having a bottom and a larger diameter than the outside diameter of the stem, said head having a smaller outside diameter than the corresponding internal dimension of said resting seat and a larger outside diameter than the inner diameter of the axial through hole, said axial through hole having a larger diameter than the outside diameter of the stem, characterized in that said head of said threaded fixing element has a resting surface with a substantially spherical geometry and in that between said head and the bottom of said seat there is provided a resting ring having an adapted contact surface which is contoured to rest said resting surface of said fixing element and facilitate the rotary motion of the spherical surface of the head of the threaded element, said resting ring having an inside diameter of dimensions which are such as to not interfere with the rotation of the stem of the threaded element and an outside diameter that is smaller than the corresponding internal dimension of the seat and larger than said through hole, the arrangement being such that said threaded element is free to translate radially with respect to the axis of said body having cylindrical symmetry and being free to rotate about the center of said substantially spherical surface with said head and said resting ring accommodated into said seat.
Device for the needle tube of a syringe, comprising a housing, which is designed such that it can pivot on a carrier element for the needle tube, and which has an open side in the pivot plane of the housing, such that after it has been used for injection the needle tube can be pivoted into the housing to be received by the latter, characterised in that, the carrier element comprises a housing, in which an inner part, mounted such that it can be moved in a rotational manner, is arranged, wherein the inner part is operatively connected to the housing via a link guide, wherein the link guide in the wall of the housing comprises an obliquely extending link track, with which a pin formed on the wall of the inner part engages, such that, in the event of a rotational movement of an attached container docked in the inner part, a movement of the inner part, relative to the carrier element, ensues in the axial direction of the contained needle tube, wherein the arrangement of the rear free end of the needle tube in the carrier element enables a controlled piercing of the wall of the container as a result of the travel of the inner part caused by the rotational movement of the container. the carrier element comprises a housing, in which an inner part, mounted such that it can be moved in a rotational manner, is arranged, wherein the inner part is operatively connected to the housing via a link guide, wherein the link guide in the wall of the housing comprises an obliquely extending link track, with which a pin formed on the wall of the inner part engages, such that, in the event of a rotational movement of an attached container docked in the inner part, a movement of the inner part, relative to the carrier element, ensues in the axial direction of the contained needle tube, wherein the arrangement of the rear free end of the needle tube in the carrier element enables a controlled piercing of the wall of the container as a result of the travel of the inner part caused by the rotational movement of the container.