mhurhangee/ep-ind-claims huggingface dataset:
A winding machine comprising a plurality of winding units: - a bobbin having a yarn wound around a tube, - a reel comprising said yarn unwound from said bobbin, - means of unwinding the yarn from the bobbin and winding it onto the reel, - a yarn quality control device fitted with a quality sensor operatively connected to yarn cutting means operable in the event of detection of a defect by said quality sensor, - a yarn-joiner device configured to join together the yarn ends generated by the cutting of the yarn by said cutting means, a first end being connected to the yarn on the bobbin side and a second end being connected to the yarn on the spool side, - a yarn end extension lever configured to move from a rest position in which it does not interfere with the winding path of the yarn to a gripping position of the first end in which it grips said first end and to a release position of the first end in which it places the first end at the yarn-joiner device, - wherein said yarn end extension lever is provided with its own independent drive means for its positioning between said rest, grip and release positions, characterized in that the drive means are operatively connected to a programmable control unit so as to vary said rest, and/or grip and/or release positions. - a bobbin having a yarn wound around a tube, - a reel comprising said yarn unwound from said bobbin, - means of unwinding the yarn from the bobbin and winding it onto the reel, - a yarn quality control device fitted with a quality sensor operatively connected to yarn cutting means operable in the event of detection of a defect by said quality sensor, - a yarn-joiner device configured to join together the yarn ends generated by the cutting of the yarn by said cutting means, a first end being connected to the yarn on the bobbin side and a second end being connected to the yarn on the spool side, - a yarn end extension lever configured to move from a rest position in which it does not interfere with the winding path of the yarn to a gripping position of the first end in which it grips said first end and to a release position of the first end in which it places the first end at the yarn-joiner device, - wherein said yarn end extension lever is provided with its own independent drive means for its positioning between said rest, grip and release positions,
Limit switch comprising: - a body produced along a main axis and containing a switching device, - a head that is removable and orientable with respect to the body so that it can adopt several distinct angular positions about the main axis, said head comprising actuating means arranged to act on the switching device, - fixing means for fixing the limit switch to a support, characterized in that: - the fixing means are arranged only on the head of the limit switch, - the head has at least two separate bearing planes, said fixing means being arranged to fix the head so that it bears against the support via one or other of its two bearing planes. - a body produced along a main axis and containing a switching device, - a head that is removable and orientable with respect to the body so that it can adopt several distinct angular positions about the main axis, said head comprising actuating means arranged to act on the switching device, - fixing means for fixing the limit switch to a support, - the fixing means are arranged only on the head of the limit switch, - the head has at least two separate bearing planes, said fixing means being arranged to fix the head so that it bears against the support via one or other of its two bearing planes.
A bollard system (92, 136) mountable to a floor, the bollard system (92, 136) comprising: a post extension to extend upward from the floor; a first collar to encircle the post extension; a first connector to encircle the post extension adjacent to the first collar, the first collar having a different shape than the first connector; a first handrail to be connected to the first connector, the first handrail to be spaced apart from the first collar, the first handrail to be substantially perpendicular to the post extension; a second connector to encircle the post extension adjacent to the first connector such that the first connector is interposed between the first collar and the second connector; and a second handrail to be connected to the second connector, the second handrail to be substantially perpendicular to the post extension, characterized in that the first collar being invertible selectively to a first lock position and a first release position, the first connector having greater freedom to rotate relative to the first collar when the first collar is in the first release position than when the first collar is in the first lock position. a post extension to extend upward from the floor; a first collar to encircle the post extension; a first connector to encircle the post extension adjacent to the first collar, the first collar having a different shape than the first connector; a first handrail to be connected to the first connector, the first handrail to be spaced apart from the first collar, the first handrail to be substantially perpendicular to the post extension; a second connector to encircle the post extension adjacent to the first connector such that the first connector is interposed between the first collar and the second connector; and a second handrail to be connected to the second connector, the second handrail to be substantially perpendicular to the post extension, characterized in that the first collar being invertible selectively to a first lock position and a first release position, the first connector having greater freedom to rotate relative to the first collar when the first collar is in the first release position than when the first collar is in the first lock position.
An inflatable apparatus comprising a valve, the valve comprising: - a housing with a first opening and a second opening, and mounted such that the second opening faces the lumen of said inflatable apparatus; and - a sealing disc; wherein the sealing disc comprises a) a perforated body member with opposed first and second surface sides, and a side edge, and wherein one or more perforations extend through the body member from the first surface side to the second surface side; and b) a cover plate adapted for covering the one or more perforations in the body member on the first surface side; wherein at least a part of the cover plate can be lifted away from the body member when pressurized air is applied to the second surface side of the body member, such that air can pass through the one or more perforations; characterized in that the inflatable apparatus further comprises a handle coupled to the sealing disc, and adapted for rotating the sealing disc within the housing; wherein the sealing disc is configured such that the side edge can releasably engage with the inner surface side of the housing such that air passing from the first opening towards the second opening, or vice versa, is directed through the one or more perforations in the body member. - a housing with a first opening and a second opening, and mounted such that the second opening faces the lumen of said inflatable apparatus; and - a sealing disc;
Process for drying esters or alcohols, in the gas phase or in the liquid phase, by passing through a bed of adsorbent based on agglomerated molecular sieves based on zeolite 3A and on one or more agglomeration binders, said agglomerated molecular sieves being characterized in that their content of iron, expressed as Fe 2 O 3, with respect to the anhydrous weight of sieves is less than or equal to 0.5% and preferably less than or equal to 0.3%, by weight, and their content of titanium, expressed as TiO 2, with respect to the total anhydrous weight of sieves is less than or equal to 0.2%, preferably less than or equal to 0.1%.
A security element for a value document, consisting of a substrate with an optically variable structure of structure elements (2, 2.1, 2.2) which are combined with a coating that contrasts to the surface of the security element such that at least partial regions of the coating are visible upon viewing from a first viewing angle range, however upon viewing from a second viewing angle range are at least partially hidden by the structure elements (2, 2.1, 2.2), so that, upon tilting the security element about an axis, a tilting effect arises, characterized in that the structure elements (2, 2.1, 2.2) consist of a volume change of the surface of the substrate of the security element and consist of a grid of linear elements that are raised relative to the surface of the substrate, and wherein the coating consists of a grid of linear elements (1.1, 1.2, 1.3), wherein the linear elements of the coating (1.1, 1.2, 1.3), upon perpendicular viewing onto the substrate, are arranged at an angle (α) of at least 1° relative to the linear elements of the structure elements (2, 2.1, 2.2), so that the tilting effect arises through a moiré effect.
A multi-piece electrical receptacle terminal comprising: a frame with a receptacle section having a bottom side, a top side and two lateral side wall adapted to receive a male contact; and a spring movably located in the receptacle section, wherein the spring comprises a front end with two laterally outward projections, and a contact section for contacting the male contact when the male contact is inserted into the receptacle section, characterized in that a front end of the top side of the frame comprises front end inward cantilevered projections and wherein lateral side walls of the frame comprise inward cantilevered projections wherein the frame captures the two laterally outward projections of the front end of the spring at a front end of the frame between the inward cantilevered projections (32, 36) thereby substantially preventing the front end of the spring from moving longitudinally along the receptacle section. wherein the bottom side of the receptacle section comprises an interior facing frame contact surface for contacting the male contact when the male contact is inserted into the receptacle section, and wherein the frame contact surface comprises at least one inward projection which form a plurality of angled contact areas, wherein at least one of the contact areas is angled relative to an insertion path of the male contact into the receptacle section. a frame with a receptacle section having a bottom side, a top side and two lateral side wall adapted to receive a male contact; and a spring movably located in the receptacle section, wherein the spring comprises a front end with two laterally outward projections, and a contact section for contacting the male contact when the male contact is inserted into the receptacle section, characterized in that a front end of the top side of the frame comprises front end inward cantilevered projections and wherein lateral side walls of the frame comprise inward cantilevered projections wherein the frame captures the two laterally outward projections of the front end of the spring at a front end of the frame between the inward cantilevered projections (32, 36) thereby substantially preventing the front end of the spring from moving longitudinally along the receptacle section. wherein the bottom side of the receptacle section comprises an interior facing frame contact surface for contacting the male contact when the male contact is inserted into the receptacle section, and wherein the frame contact surface comprises at least one inward projection which form a plurality of angled contact areas, wherein at least one of the contact areas is angled relative to an insertion path of the male contact into the receptacle section.
A composite comprising a continuous resin phase and 8 to 85% by weight, based on the weight of the composite, of a discontinuous phase comprising filler particles, reinforcing fibers or both filler particles and reinforcing fibers, wherein the continuous resin phase is a cured polyurethane which is the reaction product of a polyurethane-forming reaction mixture characterized by an isocyanate index of 95 to 150, the reaction mixture comprising A) an aromatic polyisocyanate or mixture of aromatic polyisocyanates, the aromatic polyisocyanate or mixture of aromatic polyisocyanates having an isocyanate functionality of 2 to 4 and an isocyanate equivalent weight of 80 to 175; B) a mixture of polyols, the mixture of polyols having an average hydroxyl equivalent weight of 125 to 275 and an average hydroxyl functionality of 2.5 to 4 hydroxyl groups per molecule, wherein triisopropanolamine constitutes 5 to 33 weight percent of the mixture of polyols. A) an aromatic polyisocyanate or mixture of aromatic polyisocyanates, the aromatic polyisocyanate or mixture of aromatic polyisocyanates having an isocyanate functionality of 2 to 4 and an isocyanate equivalent weight of 80 to 175; B) a mixture of polyols, the mixture of polyols having an average hydroxyl equivalent weight of 125 to 275 and an average hydroxyl functionality of 2.5 to 4 hydroxyl groups per molecule, wherein triisopropanolamine constitutes 5 to 33 weight percent of the mixture of polyols.
A light emitting diode module, comprising: - a light emitting diode chip having an active light emitting area, and - a colour conversion layer for converting light of a first wavelength emitted from the light emitting diode chip into light of a second wavelength, wherein the colour conversion layer has an uniform thickness h and a colour conversion substance of concentration c, wherein the colour conversion layer laterally extends beyond the active light emitting area by a non-zero length x on each side of the active light emitting area, wherein x is smaller than h, and wherein the ratio h / x is between 1.01 and 160, characterised in that, the ratio h / c is between 2.5 and 200 μm/vol %. - a light emitting diode chip having an active light emitting area, and - a colour conversion layer for converting light of a first wavelength emitted from the light emitting diode chip into light of a second wavelength,
A method of making a zirconium-labelled, cysteine-engineered antibody comprising a cysteine engineered antibody (Ab) conjugated through a free cysteine amino acid to a linker and a zirconium complex, having Formula I: Ab-(L-Z) p I where p is 1 to 2; the method comprising a first method of making a desferrioxamine-labelled, cysteine-engineered antibody comprising a cysteine engineered antibody (Ab) conjugated through a free cysteine amino acid to a linker and a desferrioxamine moiety (Df), having Formula II: Ab-(L-Df) p II wherein L-Df is selected from: where the wavy line indicates the attachment to the antibody (Ab); and p is 1 to 2; the first method comprising reacting a composition selected from the structures: wherein R is selected from: with a cysteine-engineered antibody having one or more free cysteine amino acids, whereby the desferrioxamine-labelled, cysteine-engineered antibody is formed; the method further comprising complexing a zirconium reagent with the desferrioxamine-labelled, cysteine-engineered antibody comprising a cysteine engineered antibody (Ab) conjugated through a free cysteine amino acid to a linker and a desferrioxamine moiety (Df), having Formula II: Ab-(L-Df) p II wherein L-Df is selected from: where the wavy line indicates the attachment to the antibody (Ab); and p is 1 to 2; whereby the zirconium-labelled, cysteine-engineered antibody is formed; wherein the cysteine engineered antibody is prepared by a process comprising replacing one or more amino acid residues of a parent antibody with the one or more free cysteine amino acids, where the parent antibody selectively binds to an antigen and the cysteine engineered antibody selectively binds to the same antigen as the parent antibody, wherein the cysteine engineered antibody comprises a sequence in the heavy chain selected from SEQ ID NO: 13: LVTVSSCSTKGPS SEQ ID NO:13 where the cysteine in SEQ ID NO: 13 is the free cysteine amino acid. LVTVSSCSTKGPS SEQ ID NO:13
A process of selectively stripping a metallic coating on an external surface of a substrate without attacking an internal surface defined by an internal passage within the substrate, the process comprising the steps of: depositing within the internal passage a thermally-decomposable polyethylene wax homopolymer having a melting temperature above 75°C so as to mask the internal surface of the substrate; treating the substrate with an aqueous solution at a temperature below the melting temperature of the polyethylene wax homopolymer and containing an acid having the formula H x AF 6 where A is silicon, germanium, titanium, zirconium, aluminum, or gallium, and x has a value of one to six, the aqueous solution substantially removing the metallic coating from the external surface of the substrate, the wax being substantially unreactive with the aqueous solution and preventing the aqueous solution from contacting the internal surface of the substrate; and then heating the substrate to thermally decompose the wax without producing a hazardous byproduct. depositing within the internal passage a thermally-decomposable polyethylene wax homopolymer having a melting temperature above 75°C so as to mask the internal surface of the substrate; treating the substrate with an aqueous solution at a temperature below the melting temperature of the polyethylene wax homopolymer and containing an acid having the formula H x AF 6 where A is silicon, germanium, titanium, zirconium, aluminum, or gallium, and x has a value of one to six, the aqueous solution substantially removing the metallic coating from the external surface of the substrate, the wax being substantially unreactive with the aqueous solution and preventing the aqueous solution from contacting the internal surface of the substrate; and then heating the substrate to thermally decompose the wax without producing a hazardous byproduct.
Cleaning arrangement for a rotatable cleaning member of a vacuum cleaner nozzle wherein the cleaning arrangement being configured and adapted to at least loosen debris entangled to the rotatable cleaning member and characterized in that the cleaning arrangement comprises a cleaning element configured to repeatedly engage and disengage the rotatable cleaning member in the course of operating a cleaning process. the cleaning arrangement being configured and adapted to at least loosen debris entangled to the rotatable cleaning member and characterized in that the cleaning arrangement comprises a cleaning element configured to repeatedly engage and disengage the rotatable cleaning member in the course of operating a cleaning process.
A gate for a carabiner comprising a gate bar and a locking thimble, the gate bar and the locking thimble being interconnected by interengaging screw threads whereby their mutual rotation about an axis causes the thimble to move axially along the gate bar between an open position and a closed position, characterised in that each of the gate bar and the locking thimble carries abutments (42, 44) that extend circumferentially about the axis, which abutments (42, 44) come into contact with one another when the thimble is in the closed position.
A method for use in receiving a spread-spectrum signal, the method comprising: receiving an input signal, the input signal comprising a first plurality of multipath components; despreading the first plurality of multipath components, the step of despreading comprising computing a plurality of corresponding delays; computing a plurality of combining weights based, at least in part, on interference correlation between at least two of the first plurality of multipath components; selecting, according to at least one criterion, a subset of the plurality of combining weights; and the method being characterized by despreading and combining a second plurality of multipath components using: at least one quantity related to the selected plurality of combining weights; and a plurality of delays and multipath components corresponding to the plurality of selected combining weights. receiving an input signal, the input signal comprising a first plurality of multipath components; despreading the first plurality of multipath components, the step of despreading comprising computing a plurality of corresponding delays; computing a plurality of combining weights based, at least in part, on interference correlation between at least two of the first plurality of multipath components; selecting, according to at least one criterion, a subset of the plurality of combining weights; and the method being characterized by despreading and combining a second plurality of multipath components using: at least one quantity related to the selected plurality of combining weights; and a plurality of delays and multipath components corresponding to the plurality of selected combining weights. at least one quantity related to the selected plurality of combining weights; and a plurality of delays and multipath components corresponding to the plurality of selected combining weights.
A method of forming a chemically strengthened glass-based article, the method comprising: ion exchanging a plurality of alkali ions into a glass-based substrate to form a glass-based article with a non-zero alkali metal oxide concentration that varies along at least a substantial portion of a thickness ( t) of the glass-based substrate, wherein the ion exchanging comprises immersing the glass-based substrate in a molten salt bath at a temperature in a range from 380°C to 450°C for a time in the range of 50% to 130% of the ion exchange time that produces a peak central tension with the same molten salt bath composition and temperature, wherein the molten salt bath comprises: at least 90% by weight of a potassium salt and 10% by weight or less of a sodium salt, and wherein the glass-based substrate comprises: a lithium aluminosilicate glass, wherein a molar ratio Li 2 O/R 2 O is greater than 0.65, with R 2 O being the total amount of alkali metal oxides in the glass, a first surface and a second surface opposing the first surface defining a thickness ( t), a length dimension, a width, and a weight. ion exchanging a plurality of alkali ions into a glass-based substrate to form a glass-based article with a non-zero alkali metal oxide concentration that varies along at least a substantial portion of a thickness ( t) of the glass-based substrate, wherein the ion exchanging comprises immersing the glass-based substrate in a molten salt bath at a temperature in a range from 380°C to 450°C for a time in the range of 50% to 130% of the ion exchange time that produces a peak central tension with the same molten salt bath composition and temperature, wherein the molten salt bath comprises: at least 90% by weight of a potassium salt and 10% by weight or less of a sodium salt, and wherein the glass-based substrate comprises: a lithium aluminosilicate glass, wherein a molar ratio Li 2 O/R 2 O is greater than 0.65, with R 2 O being the total amount of alkali metal oxides in the glass, a first surface and a second surface opposing the first surface defining a thickness ( t), a length dimension, a width, and a weight. a lithium aluminosilicate glass, wherein a molar ratio Li 2 O/R 2 O is greater than 0.65, with R 2 O being the total amount of alkali metal oxides in the glass, a first surface and a second surface opposing the first surface defining a thickness ( t), a length dimension, a width, and a weight.