mhurhangee/ep-ind-claims huggingface dataset:
Stencil suitable for the application of eyeliner in order to form a wing (V, V') of eyeliner at the outer corner of an eye, said stencil comprising a substantially planar main body and having: - a first front face; - a second front face opposite the first front face; - a lateral edge portion connecting the first and second front faces (11, 12) and comprising a positioning edge; wherein the positioning edge is substantially rectilinear extending along a positioning axis and comprises a notch opening onto the first and second front faces (11, 12) and onto the positioning edge and defining a receiving space for the eyeliner, said notch comprising a first segment having a first end connected to the positioning edge and a second opposite end, wherein the positioning edge is configured to be placed parallel to the midline of the face, characterised in that the first segment forms, with the positioning edge, an angle (α) of between 95° and 145°, preferably of between 110° and 130°, and in particular close to 120°. - a first front face; - a second front face opposite the first front face; - a lateral edge portion connecting the first and second front faces (11, 12) and comprising a positioning edge; wherein the positioning edge is substantially rectilinear extending along a positioning axis and comprises a notch opening onto the first and second front faces (11, 12) and onto the positioning edge and defining a receiving space for the eyeliner, said notch comprising a first segment having a first end connected to the positioning edge and a second opposite end, wherein the positioning edge is configured to be placed parallel to the midline of the face, characterised in that the first segment forms, with the positioning edge, an angle (α) of between 95° and 145°, preferably of between 110° and 130°, and in particular close to 120°. wherein the positioning edge is substantially rectilinear extending along a positioning axis and comprises a notch opening onto the first and second front faces (11, 12) and onto the positioning edge and defining a receiving space for the eyeliner, said notch comprising a first segment having a first end connected to the positioning edge and a second opposite end, wherein the positioning edge is configured to be placed parallel to the midline of the face, characterised in that the first segment forms, with the positioning edge, an angle (α) of between 95° and 145°, preferably of between 110° and 130°, and in particular close to 120°.
A wheeled concrete hose moving or concrete placing device that is movable over a support surface and that is operable to move a concrete supply hose at the support surface or place concrete at the support surface, said wheeled device comprising: a wheeled support, said wheeled support including a frame portion and wheels rotatably mounted at said frame portion; wherein said wheels of said wheeled support comprise a first set of wheels at one end of the wheeled support and a second set of wheels at the other end of the wheeled support; wherein said wheels are pivotable about respective vertical axes to steer said wheeled support over the support surface; wherein said wheels of said first set of wheels are pivoted together about the respective vertical axes and wherein said wheels of said second set of wheels are pivoted together about the respective vertical axes; wherein said wheels are selectively pivoted about the vertical axes to provide one of (i) a two wheel steering mode, (ii) a four wheel steering mode and (iii) a crab steering mode; and characterised in that during steering of said wheeled support, said wheeled device limits pivoting of said wheels about their respective axes so that said wheels of said first set of wheels cannot pivot so as to be oriented perpendicular to said wheels of said second set of wheels. a wheeled support, said wheeled support including a frame portion and wheels rotatably mounted at said frame portion; wherein said wheels of said wheeled support comprise a first set of wheels at one end of the wheeled support and a second set of wheels at the other end of the wheeled support; wherein said wheels are pivotable about respective vertical axes to steer said wheeled support over the support surface; wherein said wheels of said first set of wheels are pivoted together about the respective vertical axes and wherein said wheels of said second set of wheels are pivoted together about the respective vertical axes; wherein said wheels are selectively pivoted about the vertical axes to provide one of (i) a two wheel steering mode, (ii) a four wheel steering mode and (iii) a crab steering mode; and characterised in that during steering of said wheeled support, said wheeled device limits
A film thickness measuring apparatus (1, 1A) comprising: a light irradiation unit configured to irradiate an object with light in a planar shape; an optical element having a transmittance and a reflectance changing according to wavelengths in a predetermined wavelength range, the optical element being configured to separate light from the object by transmitting and reflecting the light; an imaging unit (23, 24) configured to photograph transmitted and reflected light separated by the optical element; and an analysis unit configured to derive a wavelength of light based on the transmitted and reflected light signals from the imaging unit (23, 24) and estimate a film thickness of the object based on said wavelength, wherein the light irradiation unit emits light having a wavelength comprised in the predetermined wavelength range of the optical element. a light irradiation unit configured to irradiate an object with light in a planar shape; an optical element having a transmittance and a reflectance changing according to wavelengths in a predetermined wavelength range, the optical element being configured to separate light from the object by transmitting and reflecting the light; an imaging unit (23, 24) configured to photograph transmitted and reflected light separated by the optical element; and an analysis unit configured to derive a wavelength of light based on the transmitted and reflected light signals from the imaging unit (23, 24) and estimate a film thickness of the object based on said wavelength, wherein the light irradiation unit emits light having a wavelength comprised in the predetermined wavelength range of the optical element.
Elastic cam coupling having cam axes, which are arranged perpendicular to the rotation axis of the coupling, for transmitting a torque of a first machine part to a second machine part, comprising a drive disc having support cams projecting outward in a star shape, and a substantially equally-sized driven disc having support cams projecting outward in a star shape, (i) the discs being arranged opposite one another and axially offset from one another and having elements or devices for transmitting a torque from a drive shaft of the first machine part to an output shaft of the second machine part, (ii) the support cams of the drive disc being connected to the support cams of the driven disc via elastic spring elements, (iii) the support cams of the drive disc and the support cams of the driven disc having an identical angle of attack of no more than 30° in relation to the axial plane of the two opposite discs, and being inclined relative to one another, and (iv) the elastic spring elements being dimensioned such that they protrude beyond the support cams adjacent on both sides with a projection, characterized in that the support cams of the drive disc and the support cams of the driven disc are inclined relative to one another by the angle of attack in such a way that they cross without touching one another in their crossing regions during operation, the main bodies of the drive and driven discs lying closely next to one another, as a result of which only small cardanic bending moments around the cam axes occur under load. (i) the discs being arranged opposite one another and axially offset from one another and having elements or devices for transmitting a torque from a drive shaft of the first machine part to an output shaft of the second machine part, (ii) the support cams of the drive disc being connected to the support cams of the driven disc via elastic spring elements, (iii) the support cams of the drive disc and the support cams of the driven disc having an identical angle of attack of no more than 30° in relation to the axial plane of the two opposite discs, and being inclined relative to one another, and (iv) the elastic spring elements being dimensioned such that they protrude beyond the support cams adjacent on both sides with a projection, the support cams of the drive disc and the support cams of the driven disc are inclined relative to one another by the angle of attack in such a way that they cross without touching one another in their crossing regions during operation, the main bodies of the drive and driven discs lying closely next to one another, as a result of which only small cardanic bending moments around the cam axes occur under load.
Arrangement for electrically connecting, in particular electrically contacting, a multicore coaxial cable to a printed circuit board, comprising the printed circuit board with conductor tracks, wherein a respective core, to be connected, of the coaxial cable is exposed in a respective axial end region, in particular in a respectively different axial end region, characterised in that the respective exposed region is clampingly connectable by means of a respective clamping frame, in order to establish an electrical connection, in particular to a metal foil and/or the clamping frame.
A method for modifying a template double stranded polynucleotide, comprising: (a) contacting the template polynucleotide with a MuA transposase and a population of double stranded MuA substrates each comprising an overhang at one or both ends of one strand such that the transposase fragments the template polynucleotide and ligates a substrate to one or both ends of the double stranded fragments and thereby producing a plurality of fragment/substrate constructs; and (b) using a translocase to remove the MuA transposases from the constructs and thereby producing a plurality of modified double stranded polynucleotides. (a) contacting the template polynucleotide with a MuA transposase and a population of double stranded MuA substrates each comprising an overhang at one or both ends of one strand such that the transposase fragments the template polynucleotide and ligates a substrate to one or both ends of the double stranded fragments and thereby producing a plurality of fragment/substrate constructs; and (b) using a translocase to remove the MuA transposases from the constructs and thereby producing a plurality of modified double stranded polynucleotides.
A grease composition for use in constant velocity joints comprising a) at least one base oil; b) at least one thickener; c) at least one copper sulfide in an amount between 0,01 wt-% +/- 10 % and 1,5 wt-% +/- 10 %, the wt-% referring to the total amount of the grease composition; and d) molybdenum disulfide and/or at least one phosphor-free organic molybdenum complex in an amount between 0,1 wt-% +/- 10 % and 5,0 wt-% +/- 10 %, the wt-% referring to the total amount of the grease composition. a) at least one base oil; b) at least one thickener; c) at least one copper sulfide in an amount between 0,01 wt-% +/- 10 % and 1,5 wt-% +/- 10 %, the wt-% referring to the total amount of the grease composition; and d) molybdenum disulfide and/or at least one phosphor-free organic molybdenum complex in an amount between 0,1 wt-% +/- 10 % and 5,0 wt-% +/- 10 %, the wt-% referring to the total amount of the grease composition.
A dose setting mechanism for a medicament delivery device comprising, a housing having a longitudinal axis; a lead screw positioned with the housing; a locking member rotationally and slidably fixed to the housing, the locking member comprising a locking slot; a dose member assembly comprising a biasing element, an inner sleeve and an outer sleeve, where the dose member assembly is arranged coaxially around the locking member and the lead screw, the biasing element is operatively engaged with the locking member and the inner sleeve, and characterized in that the inner sleeve has a radially projecting key configured to travel in the locking slot to engage the lead screw to prevent axial movement of the lead screw when the dose setting mechanism is in a non-activated state. a housing having a longitudinal axis; a lead screw positioned with the housing; a locking member rotationally and slidably fixed to the housing, the locking member comprising a locking slot; a dose member assembly comprising a biasing element, an inner sleeve and an outer sleeve, where the dose member assembly is arranged coaxially around the locking member and the lead screw, the biasing element is operatively engaged with the locking member and the inner sleeve, and characterized in that the inner sleeve has a radially projecting key configured to travel in the locking slot to engage the lead screw to prevent axial movement of the lead screw when the dose setting mechanism is in a non-activated state.
An arrangement made of a coil spring and holding means, the coil spring having a first end portion for bearing against a first spring receptacle, a second end portion for bearing against a second spring receptacle and a plurality of windings between the two end portions (7, 8), the holding means acting on the coil spring in such a manner that the coil spring is axially shortened compared to a relaxed initial length, the holding means having a non-adjustable length in the condition connected to the coil spring, and the holding means comprising at least one strap, characterized in that the at least one strap engages and wraps around two windings, which are located between the two end portions (7, 8) and are axially spaced from one another, wherein the at least one strap is detachable from the coil spring by destruction.
A processing method for the energy regenerated by reversible electrical actuators (10a to 10d) of an aircraft, wherein, in a nominal mode, a generator driven by a thermal machine supplies power to the actuators (10a to 10d) operating in a motive mode (F M) via a voltage converting (5a to 5d) multi-way circuit (L 1, - 4 - L a to L d), characterized in that, in a braking phase of at least one actuator (10c, 10d), an electrical energy regeneration is produced by the actuator(s) (10c, 10d) then operating in an electrical energy generating mode via the corresponding link(s) (L a to L d) of the circuit, in that the regenerated energy is transmitted to the generator in a motive mode through a reverse energy transmission (F R) from at least one way (L c, L d) of actuator(s) (10 c, 10 d) through a dedicated link between at least one way of actuator(s) remained in a motive mode (L a, L b) and the electrical generator, and in that the so-transmitted energy is converted into mechanical energy by the thermal machine via the generator being in a motive mode.
A method for determining at least one torsion angle of a left ventricle comprising the steps of: collecting three-dimensional ultrasound data of the left ventricle to obtain at least one first two-dimensional short axis view and at least one second two-dimensional short axis view thereof, wherein said short axis views show a mitrial valve annulus and wherein the first two-dimensional short axis view is obtained at about the beginning of a systolic cardiac phase and the second two-dimensional short axis view is obtained at about the end of said systolic cardiac phase; placing at least two tracking points (40, 42) on the mitrial valve annulus in the at least one first two-dimensional short axis view to draw a first torsion line intersecting the tracking points; tracking the at least two tracking points (40, 42) to positions on the mitrial valve annulus shown in the at least one second two-dimensional short axis view to draw a second torsion line intersecting the tracking points; and calculating the at least one torsion angle by measuring an angle formed by the intersection of the first and second torsion lines (44, 46). collecting three-dimensional ultrasound data of the left ventricle to obtain at least one first two-dimensional short axis view and at least one second two-dimensional short axis view thereof, wherein said short axis views show a mitrial valve annulus and wherein the first two-dimensional short axis view is obtained at about the beginning of a systolic cardiac phase and the second two-dimensional short axis view is obtained at about the end of said systolic cardiac phase; placing at least two tracking points (40, 42) on the mitrial valve annulus in the at least one first two-dimensional short axis view to draw a first torsion line intersecting the tracking points; tracking the at least two tracking points (40, 42) to positions on the mitrial valve annulus shown in the at least one second two-dimensional short axis view to draw a second torsion line intersecting the tracking points; and calculating the at least one torsion angle by measuring an angle formed by the intersection of the first and second torsion lines (44, 46).
Contacting apparatus for electrically contacting a printed circuit board with a coil body for a solenoid valve for a braking apparatus for a vehicle, wherein the contacting apparatus has at least the following features: - a helical electrically conductive contact spring which is configured to be contacted or contactable with the printed circuit board at a first spring end and is configured to be contacted or contactable with the coil body at a second spring end opposite the first spring end, to enable a resilient electrical contacting of the printed circuit board with the coil body; and - a pin which can be received or is received in an interior space of the contact spring, wherein the pin is configured to support the contact spring from the interior space in a received state received in the interior space, characterized in that, the pin forms at least one step. - a helical electrically conductive contact spring which is configured to be contacted or contactable with the printed circuit board at a first spring end and is configured to be contacted or contactable with the coil body at a second spring end opposite the first spring end, to enable a resilient electrical contacting of the printed circuit board with the coil body; and - a pin which can be received or is received in an interior space of the contact spring, wherein the pin is configured to support the contact spring from the interior space in a received state received in the interior space,
An arresting device for a fall protection system, comprising a fall prevention shuttle, accommodated displaceably on a guide rail by means of guide means, having a receiving fixture for a binding for fastening of a safety harness for a user, and having a safety catch, which is pivotable between a release position, in which the safety catch is retracted, so that the fall prevention shuttle is displaceable along the guide rail, and an arresting position on the basic element, in which the safety catch protrudes from the basic element for locking to the fall protection system, wherein the guide means comprise upper rollers which are movable by a specific amount along the fall prevention shuttle, and wherein the receiving fixture is articulately connected to the safety catch and the upper rollers, wherein the safety catch is fixed to the basic element pivotably about a pivot axis by an upper front end facing the fall protection system, and has at its lower end an arresting boss, which in the arresting position protrudes in relation to the basic element in the direction of the fall protection system, characterized in that the upper rollers are held movably in a long hole of the basic element, and in that an upper, rear end of the safety catch facing away from the fall protection system is articulately connected to a first end of a first connecting link, the second end of which is engaged by the receiving fixture for fastening of the safety harness, and the second end of which articulately engages a first end of a second connecting link, on the second end of which the upper rollers are held, so that in the event of a downward pull on the binding, a movement of the upper rollers downwards and a pivoting of the safety catch into the arresting position results.
A fine fiber comprising a core phase and a coating phase; wherein the fine fiber has an average fiber diameter of no greater than 10 μm; wherein the core phase comprises a polymer and the coating phase comprises a resinous aldehyde composition; and further wherein at least a portion of the polymer is crosslinked by the resinous aldehyde composition; wherein the polymer comprises: a nylon; a polyvinyl butyral, an ethylene co-vinyl alcohol co-polymer, or a mixture thereof; a cellulose derivative selected from the group consisting of ethyl cellulose, hydroxyl ethyl cellulose, cellulose acetate, cellulose acetate butyrate, cellulose acetate propionate, cellulose acetate phthalate, and mixtures thereof; a poly(meth)acrylic acid homopolymer or copolymer; or a poly(maleic anhydride) copolymer. a nylon; a polyvinyl butyral, an ethylene co-vinyl alcohol co-polymer, or a mixture thereof; a cellulose derivative selected from the group consisting of ethyl cellulose, hydroxyl ethyl cellulose, cellulose acetate, cellulose acetate butyrate, cellulose acetate propionate, cellulose acetate phthalate, and mixtures thereof; a poly(meth)acrylic acid homopolymer or copolymer; or a poly(maleic anhydride) copolymer.
A battery pack configured to be installed in a vehicle, the battery pack comprising: a battery stack including a plurality of battery modules stacked in a first direction; an air supply member of which a position with respect to the battery stack is fixed, and that defines an internal space extending in a second direction orthogonal to the first direction along a first side face of the battery stack; and a partition member that divides the internal space of the air supply member in the first direction into a plurality of air supply passages (P1, P2) configured to each extend in the second direction and be connected to a blower device (B1, B2), wherein the partition member supports a wire harness connected to a component member of the battery stack. a battery stack including a plurality of battery modules stacked in a first direction; an air supply member of which a position with respect to the battery stack is fixed, and that defines an internal space extending in a second direction orthogonal to the first direction along a first side face of the battery stack; and a partition member that divides the internal space of the air supply member in the first direction into a plurality of air supply passages (P1, P2) configured to each extend in the second direction and be connected to a blower device (B1, B2), wherein the partition member supports a wire harness connected to a component member of the battery stack.