mhurhangee/ep-ind-claims huggingface dataset:
Suspension comprising a sodium silicate and a calcium carbonate containing material obtainable by a method comprising the following steps of: a) providing a calcium carbonate containing material in the form of an aqueous cake or suspension having solids content of at least 45 wt.-%, based on the total weight of the aqueous cake or suspension; b) providing at least one alkali metal salt of a phosphonic acid in an amount from 0.01 to 5 wt.-%, based on the total dry weight of the calcium carbonate containing material; c) providing at least one phosphonic acid in an amount from 0.001 to 0.5 wt.-%, based on the total dry weight of the calcium carbonate containing material; d) contacting the calcium carbonate containing material of step a) with the at least one alkali metal salt of a phosphonic acid of step b) such as to obtain a suspension having a pH from 10 to 14; e) contacting the suspension of step d) with the at least one phosphonic acid of step c) such as to obtain a suspension having a pH from 8 to 10; f) grinding the suspension obtained in step e); and h) adding the sodium silicate to the suspension in an amount of from 0.1 to 4 wt.-%, based on the total dry weight of the calcium carbonate containing material. a) providing a calcium carbonate containing material in the form of an aqueous cake or suspension having solids content of at least 45 wt.-%, based on the total weight of the aqueous cake or suspension; b) providing at least one alkali metal salt of a phosphonic acid in an amount from 0.01 to 5 wt.-%, based on the total dry weight of the calcium carbonate containing material; c) providing at least one phosphonic acid in an amount from 0.001 to 0.5 wt.-%, based on the total dry weight of the calcium carbonate containing material; d) contacting the calcium carbonate containing material of step a) with the at least one alkali metal salt of a phosphonic acid of step b) such as to obtain a suspension having a pH from 10 to 14; e) contacting the suspension of step d) with the at least one phosphonic acid of step c) such as to obtain a suspension having a pH from 8 to 10; f) grinding the suspension obtained in step e); and h) adding the sodium silicate to the suspension in an amount of from 0.1 to 4 wt.-%, based on the total dry weight of the calcium carbonate containing material.
A hair removal device comprising an erodable, solid moisturizing composition, the erodable, solid moisturizing composition comprising: a. From 3 to 40% by weight of the erodable composition being a water-insoluble structuring polymer comprising a block copolymer comprising a di-block copolymer, a tri-block copolymer, a multi-block copolymer, a radial block copolymer, a random block copolymer, or a mixture of these polymers; b. From 60% to 95% of the erodable composition being a moisturising hydrophobic phase by weight of the solid moisturizing composition comprising petrolatum, esters, triglycerides, waxes or mixtures thereof.. a. From 3 to 40% by weight of the erodable composition being a water-insoluble structuring polymer comprising a block copolymer comprising a di-block copolymer, a tri-block copolymer, a multi-block copolymer, a radial block copolymer, a random block copolymer, or a mixture of these polymers; b. From 60% to 95% of the erodable composition being a moisturising hydrophobic phase by weight of the solid moisturizing composition comprising petrolatum, esters, triglycerides, waxes or mixtures thereof..
Method for removing mites from upholstered objects and from bedding with filling material in which at least one body with openings on its surface is introduced, wherein at least one body is connected with a suction and/or blower unit via at least one conduit designed as tube for the induction and recovery of the carrier material, while the carrier material is first introduced and after its colonisation with mites through at least one conduit is discharged again with the aid of a suction and/or a blower unit via at least one conduit into at least one body.
A crop residue spreader for use with a combine harvester, the spreader comprising: an inlet opening at the top and/or front thereof for receiving crop residue; a pair of counter-rotating impellers (28, 30), disposed generally side by side and comprising a set of paddle members having outer paddle ends; a flow guide element comprising an apex portion including a pair of crop residue flow surfaces and, for each rotary impeller (28/30), a pair of opposed, laterally extending arm portions (46/48) including a surface extending longitudinally between ends (54, 56) of the flow guide element and defining the crop residue flow surfaces (62/64), extending generally circumferentially about and outwardly of a portion of the rotary impeller (28/30), thereby defining a clearance region between the crop residue flow surface (62/64) and the paddle ends, the arm portions (46/48) being pivotally connected to the apex portion at a pair of pivotal connections enabling adjustment of the clearance between the crop residue flow surface (62/64) and the paddle ends, characterized in that the clearance region includes at least one undulation formed in at least one crop residue flow surface of the apex portion. an inlet opening at the top and/or front thereof for receiving crop residue; a pair of counter-rotating impellers (28, 30), disposed generally side by side and comprising a set of paddle members having outer paddle ends; a flow guide element comprising an apex portion including a pair of crop residue flow surfaces and, for each rotary impeller (28/30), a pair of opposed, laterally extending arm portions (46/48) including a surface extending longitudinally between ends (54, 56) of the flow guide element and defining the crop residue flow surfaces (62/64), extending generally circumferentially about and outwardly of a portion of the rotary impeller (28/30), thereby defining a clearance region between the crop residue flow surface (62/64) and the paddle ends, the arm portions (46/48) being pivotally connected to the apex portion at a pair of pivotal connections enabling adjustment of the clearance between the crop residue flow surface (62/64) and the paddle ends, characterized in that the clearance region includes at least one undulation formed in at least one crop residue flow surface of the apex portion.
A turbojet engine nacelle including an thrust reverser device comprising doors that swing relative to a fixed structure of the nacelle to restrict the direct gas flow by guiding it through counter-thrust apertures in order to return this flow forwards when the doors are open, the inside of each door comprising at the front a cavity receiving a spoiler facing forward when this door is open, the fixed structure upstream of each door supporting a deflection edge which partially covers the cavity, the fixed structure further including, on each side, a lateral arm extending rearwardly and supporting a transverse pivot fixing a rear part of the door, the nacelle being characterized in that the fixed structure supports on each side of the counter-thrust apertures, a sidewall disposed in continuation of the deflection edge and extending behind the cavity inside a lateral arm, said sidewall being integrated in a rabbet of the door and each edge of the door fitting between the sidewall and the lateral arm when said door is closed, the deflection edge further including a curvature turned radially outwards.
Method for producing packages having a cigarette group as package contents from a single-piece blank, forming at least a front wall, bottom wall and rear wall, comprising the following steps: a) the blank consisting of cardboard is separated from a continuous web of the package material and supplied to a first folding station, b) in the folding station, the blank is at least partly folded, specifically into an L-shaped intermediate folded position aligning the bottom wall with rear wall into a transversely directed position relative to the front wall and erecting side flaps connected to the front wall, c) the rear wall is then folded into an oblique position, namely at an acute angle to the front wall, d) the cigarette group is then introduced by being pushed into the partly finished and folded package with obliquely directed rear wall, over a free or open package front face, which is opposite the bottom wall, wherein, during the insertion operation, front wall and rear wall are directed towards each other at an acute angle, namely opened in the form of a funnel relative to the insertion side of the cigarette group, e) after that, the rear wall is folded into the position according to the package with contact with the cigarette group, and side flaps arranged on the rear wall, after the same have been folded, are connected to the side flaps of the front wall. a) the blank consisting of cardboard is separated from a continuous web of the package material and supplied to a first folding station, b) in the folding station, the blank is at least partly folded, specifically into an L-shaped intermediate folded position aligning the bottom wall with rear wall into a transversely directed position relative to the front wall and erecting side flaps connected to the front wall, c) the rear wall is then folded into an oblique position, namely at an acute angle to the front wall, d) the cigarette group is then introduced by being pushed into the partly finished and folded package with obliquely directed rear wall, over a free or open package front face, which is opposite the bottom wall, wherein, during the insertion operation, front wall and rear wall are directed towards each other at an acute angle, namely opened in the form of a funnel relative to the insertion side of the cigarette group, e) after that, the rear wall is folded into the position according to the package with contact with the cigarette group, and side flaps arranged on the rear wall, after the same have been folded, are connected to the side flaps of the front wall.
A track maintenance machine, having a machine frame mobile on on-track undercarriages, for carrying out track maintenance operations, characterized in that in an upper end region - with respect to a vertical - of the track maintenance machine there are arranged a plurality of mounts spaced from one another in a longitudinal direction of the machine, and each mount has a lower end - with respect to the vertical - by which it is fastened to the track maintenance machine, while an upper end - spaced from the lower end - of each mount is connected to a safety line extending in the longitudinal direction of the machine, wherein each mount is pivotable from a passive position, situated within a clearance gauge prescribed for a track travelled upon, into an active position in which the upper end of each mount as well as the safety line come to lie outside the clearance gauge with regard to the vertical.
An adhesive composition in dry form, for bonding plies of multi-ply sheets of tissue paper, said composition comprising: - At least one acetylated starch, the acetylated starch having a percentage of acetylation within a range of 0.1 to 8% by weight with respect to the total weight of the acetylated starch; in an amount within a range of 70 to 80%, by weight with respect to the total weight of the composition; - At least one cellulose-based thickener in an amount within a range of 2 to 5 %, by weight with respect to the total weight of the composition; and - Urea in an amount within a range of 15 to 25%, by weight with respect to the total weight of the composition. - At least one acetylated starch, the acetylated starch having a percentage of acetylation within a range of 0.1 to 8% by weight with respect to the total weight of the acetylated starch; in an amount within a range of 70 to 80%, by weight with respect to the total weight of the composition; - At least one cellulose-based thickener in an amount within a range of 2 to 5 %, by weight with respect to the total weight of the composition; and - Urea in an amount within a range of 15 to 25%, by weight with respect to the total weight of the composition.
A method for communication between a user equipment, UE, and a network, comprising: detecting that a reconfiguration complete message is transmitted from the user equipment, UE, to the network; initiating a reconfiguration re-transmission timer by the UE upon the detection; characterized by determining that the UE has not received a layer two acknowledgement, L2 ACK, message from the network for the transmitted reconfiguration complete message prior to expiration of the reconfiguration re-transmission timer; and triggering a cell update message from the UE to the network in response to the determination that the UE has not received the L2 ACK message. detecting that a reconfiguration complete message is transmitted from the user equipment, UE, to the network; initiating a reconfiguration re-transmission timer by the UE upon the detection;
Method of milking a group of dairy animals (A, B) by means of an automatic milking system, wherein the group comprises at least two subgroups, wherein a first subgroup comprises dairy animals which give a first type of milk and a second subgroup comprises dairy animals which give a second type of milk, and wherein the milking system has to be flushed after a dairy animal from the second subgroup has been milked and before a dairy animal from the first subgroup is milked, wherein the method comprises: a) identifying a dairy animal which presents itself to be milked, b) making a decision on whether the dairy animal presenting itself is to be milked, c) if desired, milking the dairy animal, and d) flushing the milking system after milking a dairy animal from the second subgroup, characterized by: e) postponing the flushing step d) after a dairy animal from the second subgroup has been milked, until: - a subsequent dairy animal belonging to the first subgroup has been identified and the decision has been made that the dairy animal from the first subgroup presenting itself can be milked. a) identifying a dairy animal which presents itself to be milked, b) making a decision on whether the dairy animal presenting itself is to be milked, c) if desired, milking the dairy animal, and d) flushing the milking system after milking a dairy animal from the second subgroup, e) postponing the flushing step d) after a dairy animal from the second subgroup has been milked, until: - a subsequent dairy animal belonging to the first subgroup has been identified and the decision has been made that the dairy animal from the first subgroup presenting itself can be milked. - a subsequent dairy animal belonging to the first subgroup has been identified and the decision has been made that the dairy animal from the first subgroup presenting itself can be milked.
Process for preparing polyether ester carbonate polyols by adding at least one alkylene oxide, at least one cyclic anhydride and carbon dioxide onto one or more H-functional starter substances in the presence of a double metal cyanide catalyst, characterized in that (α) a suspension medium containing no H-functional groups is initially charged in a reactor and (γ) one or more H-functional starter substances is metered continuously into the reactor during the reaction and the metered addition of one or more alkylene oxides, the cyclic anhydride and optionally the carbon dioxide is effected simultaneously or sequentially. (α) a suspension medium containing no H-functional groups is initially charged in a reactor and (γ) one or more H-functional starter substances is metered continuously into the reactor during the reaction and the metered addition of one or more alkylene oxides, the cyclic anhydride and optionally the carbon dioxide is effected simultaneously or sequentially.
A lighting device for a vehicle headlight, wherein said lighting device comprises: - at least one LED light source, - at least one light-shaping optical element, which is assigned to the at least one LED light source, - at least one LED light source support, on which the at least one LED light source is secured, and wherein - at least two, preferably exactly two domes are arranged on the optical element, - positioning means (3a, 3b, 3c) for positioning the at least one LED light source support are also provided on the optical element, - positioning means (31; 3a) for subsequently positioning a cooling element are also provided on the optical element, - a fixing element is also provided, which can be secured on the optical element in such a manner that the fixing element in the secured state presses the cooling element against the LED light source support so that the latter is fixed in its position on the optical element, - characterized in that the fixing element has a number of elastic clip portions, preferably exactly two, corresponding to the number of domes, - and wherein each dome also has, in an area facing the object element, at least one run-on portion for each elastic clip portion of the fixing element, and wherein the elastic clip portions are pressed toward the optical element when the fixing element is pushed onto the optical element or the cooling element in a direction normal to the orientation of the domes. - at least one LED light source, - at least one light-shaping optical element, which is assigned to the at least one LED light source, - at least one LED light source support, on which the at least one LED light source is secured, - at least two, preferably exactly two domes are arranged on the optical element, - positioning means (3a, 3b, 3c) for positioning the at least one LED light source support are also provided on the optical element, - positioning means (31; 3a) for subsequently positioning a cooling element are also provided on the optical element, - a fixing element is also provided, which can be secured on the optical element in such a manner that the fixing element in the secured state presses the cooling element against the LED light source support so that the latter is fixed in its position on the optical element, - characterized in that the fixing element has a number of elastic clip portions, preferably exactly two, corresponding to the number of domes, - and wherein each dome also has, in an area facing the object element, at least one run-on portion for each elastic clip portion of the fixing element, and wherein the elastic clip portions are pressed toward the optical element when the fixing element is pushed onto the optical element or the cooling element in a direction normal to the orientation of the domes.
A passenger seat including: - a base, - at least one backrest, - the base including various frame members and at least one seat pan, the base defining a storage compartment including a top opening facing in an upwards direction, - wherein the seat pan is hingedly connected to the frame members of the base such that the seat pan can pivot between a stowed position and an open position, - the seat pan serving as a lid or cover to the top opening of the storage compartment, so that the top opening can be accessed when the corresponding seat pan is in the open position, characterized by a headrest on the at least one backrest, and in that the headrest is movable between an open position and a seated position in which lateral ends of the headrest extend forward relative to the seat back compared to the open position, and - wherein the headrest is configured to move with the seat pan. - a base, - at least one backrest, - the base including various frame members and at least one seat pan, the base defining a storage compartment including a top opening facing in an upwards direction, - wherein the seat pan is hingedly connected to the frame members of the base such that the seat pan can pivot between a stowed position and an open position, - the seat pan serving as a lid or cover to the top opening of the storage compartment, so that the top opening can be accessed when the corresponding seat pan is in the open position, characterized by a headrest on the at least one backrest, and in that the headrest is movable between an open position and a seated position in which lateral ends of the headrest extend forward relative to the seat back compared to the open position, and - wherein the headrest is configured to move with the seat pan.
A spinal implant device for placement between vertebral bodies, the device comprising: an expandable shell (14 and 16); at least one wedge or screw member comprising a tapered configuration having an external helical thread; and at least one drive shaft; the expandable shell comprising a top member and a bottom member separate from each other, at least the bottom member having step tracking (18 and 20) for receiving the wedge or screw member, the drive shaft being operably engagable with the wedge or screw member for moving the wedge or rotating the screw member along the step tracking, the wedge or screw member engaging the top member and the bottom member, whereby the top member and bottom member move relative to each other in response to movement of the wedge or rotation of the screw member along the step tracking to effect an expansion of the shell, the step tracking further permitting contraction of the shell by reversing the movement of the wedge or rotation of the screw member from that for expansion wherein the step tracking comprises a plurality of riser members, a height of individual riser members increasing along the step tracking, whereby the wedge or screw member(s) causes the top member and bottom member to move apart from each other to a greater degree as the wedge or screw member(s) moves along the increasing height of the riser members; and the thread(s) of the wedge or screw member(s) is/are received in gaps between the riser members for guiding the wedge or screw member along the step tracking; and a minor diameter of the wedge or screw member engages top edges of the riser members. an expandable shell (14 and 16); at least one wedge or screw member comprising a tapered configuration having an external helical thread; and at least one drive shaft; the expandable shell comprising a top member and a bottom member separate from each other, at least the bottom member having step tracking (18 and 20) for receiving the wedge or screw member, the drive shaft being operably engagable with the wedge or screw member for moving the wedge or rotating the screw member along the step tracking, the wedge or screw member engaging the top member and the bottom member, whereby the top member and bottom member move relative to each other in response to movement of the wedge or rotation of the screw member along the step tracking to effect an expansion of the shell, the step tracking further permitting contraction of the shell by reversing the movement of the wedge or rotation of the screw member from that for expansion wherein the step tracking comprises a plurality of riser members, a height of individual riser members increasing along the step tracking, whereby the wedge or screw member(s) causes the top member and bottom member to move apart from each other to a greater degree as the wedge or screw member(s) moves along the increasing height of the riser members; and the thread(s) of the wedge or screw member(s) is/are received in gaps between the riser members for guiding the wedge or screw member along the step tracking; and a minor diameter of the wedge or screw member engages top edges of the riser members.