mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for quasi-continuous monitoring for specification conformity along a production sequence of the production of a plurality of container base bodies filled with an aqueous system with an aggregate-based high-speed production facility, wherein the method comprises the steps of: - receiving status information at a network bridge from a plurality of status acquisition units, which are in each case arranged along the production sequence, these each being adapted and arranged for online acquisition in intervals of the status information, - normalizing the received status information on the network bridge, - comparing the status information on the network bridge with specification-compliant target range values and/or target setpoints stored on the network bridge, and - providing a warning message to a receiver unit if an item of status information or number of items of status information lie(s) outside the target range values and/or target setpoints, wherein the high-speed production facility to be monitored fills in the range of 10 to 50 container base bodies with the aqueous system, wherein in the network bridge not only the time stamp but also information relating to the aqueous system the used container base bodies the container coding and/or packaging are assigned to the status information provided by the status acquisition units. - receiving status information at a network bridge from a plurality of status acquisition units, which are in each case arranged along the production sequence, these each being adapted and arranged for online acquisition in intervals of the status information, - normalizing the received status information on the network bridge, - comparing the status information on the network bridge with specification-compliant target range values and/or target setpoints stored on the network bridge, and - providing a warning message to a receiver unit if an item of status information or number of items of status information lie(s) outside the target range values and/or target setpoints, wherein the high-speed production facility to be monitored fills in the range of 10 to 50 container base bodies with the aqueous system, wherein in the network bridge not only the time stamp but also information relating to the aqueous system the used container base bodies the container coding and/or packaging are assigned to the status information provided by the status acquisition units.
A belt sander including a main casing, a power unit mounted in said main casing, and having a rotating shaft that is adapted to be driven by electric power to rotate about a first axis, a belt unit, and a positioning unit, wherein said belt unit of said belt sander includes a belt casing that is rotatably connected to said main casing, and wherein an abrasive belt is mounted in said belt casing, and is configured to be driven by said rotating shaft, said positioning unit of said belt sander includes a positioning member that is movably mounted to said main casing, and that is adapted for manual operation, and an engaging member that is co-movably connected to said positioning member, said positioning member being movable relative to said main casing along a second axis transverse to the first axis between an engaging position and a releasing position, and characterised in that the belt casing defines a track groove being open toward said power unit and surrounding said rotating shaft, and that has a plurality of engaging portions arranged around said track groove and said rotating shaft, each of said engaging portions defining a notch that is in spatial communication with said track groove, and said positioning member being movable between the engaging position, where said engaging member extends into said notch of a selected one of said engaging portions such that said engaging member is engaged with said selected one of said engaging portions, and the releasing position, where said engaging member is disengaged from said engaging portions, the engaging position being farther away from said rotating shaft than the releasing position. said belt unit of said belt sander includes a belt casing that is rotatably connected to said main casing, and wherein an abrasive belt is mounted in said belt casing, and is configured to be driven by said rotating shaft, said positioning unit of said belt sander includes a positioning member that is movably mounted to said main casing, and that is adapted for manual operation, and an engaging member that is co-movably connected to said positioning member, said positioning member being movable relative to said main casing along a second axis transverse to the first axis between an engaging position and a releasing position, and characterised in that the belt casing defines a track groove being open toward said power unit and surrounding said rotating shaft, and that has a plurality of engaging portions arranged around said track groove and said rotating shaft, each of said engaging portions defining a notch that is in spatial communication with said track groove, and said positioning member being movable between the engaging position, where said engaging member extends into said notch of a selected one of said engaging portions such that said engaging member is engaged with said selected one of said engaging portions, and the releasing position, where said engaging member is disengaged from said engaging portions, the engaging position being farther away from said rotating shaft than the releasing position.
A method for providing a set of crease lines to a web of a packaging material for liquid food packaging, the crease lines facilitating folding of the packaging material to a package, the packaging material having a fibrous paperboard or carton bulk layer having a density higher than 300 kg/m3 and a bending stiffness index of from 6.0 to 24.0 Nm6/kg3, according to method ISO 2493-1 and SCAN-P 29:95 (equivalently 0.5 to 2.0 Nm7/kg3), the method comprising the steps of: arranging the packaging material to be creased between an elastic anvil and a pressing tool having a protrusive ridge pattern, which corresponds to the set of crease lines, facing the elastic anvil, wherein each crease line corresponds to one protrusive ridge, each ridge comprising a base portion and an imprint portion, wherein the width of the imprint portion is continuously decreasing from the base portion to an apex, feeding the packaging material through a nip formed between an elastic anvil 14 roller and a pressing tool 12 roller, at a rotational speed from 300 m/min and above, and pressing each protrusive ridge towards the elastic anvil such that the packaging material will be subject to an imprint, whereby the width of the imprint is continuously increasing as the protrusive ridge is pressed against the elastic anvil, wherein the step of pressing the protrusive ridge towards the elastic anvil is performed such that the width of the imprint is continuously increasing until the crease line is fully imprinted and such that the width of the imprint is increasing non-symmetrically along a central line of the imprint, and wherein each crease line to facilitate one folding operation has only one single fracture initiation line. arranging the packaging material to be creased between an elastic anvil and a pressing tool having a protrusive ridge pattern, which corresponds to the set of crease lines, facing the elastic anvil, wherein each crease line corresponds to one protrusive ridge, each ridge comprising a base portion and an imprint portion, wherein the width of the imprint portion is continuously decreasing from the base portion to an apex, feeding the packaging material through a nip formed between an elastic anvil 14 roller and a pressing tool 12 roller, at a rotational speed from 300 m/min and above, and pressing each protrusive ridge towards the elastic anvil such that the packaging material will be subject to an imprint, whereby the width of the imprint is continuously increasing as the protrusive ridge is pressed against the elastic anvil, wherein the step of pressing the protrusive ridge towards the elastic anvil is performed such that the width of the imprint is continuously increasing until the crease line is fully imprinted and such that the width of the imprint is increasing non-symmetrically along a central line of the imprint, and wherein each crease line to facilitate one folding operation has only one single fracture initiation line.
Drum intended for manufacturing a tyre, preferably a pneumatic tyre, comprising at least one annular bead wire, said drum having a central axis and being provided with a clamping device which comprises a shaft fitted along the central axis, said shaft bearing a plurality of clamping jaws which are distributed in several angular sectors about said central axis and which are placed under the control of a deployment system which makes it possible to modify the radial distance of said clamping jaws with respect to the central axis such that said clamping jaws define an expandable seat that the deployment system moves alternately from a retracted configuration, in which said expandable seat occupies a first diameter known as the "resting diameter" (D14_rest), which is less than the inside diameter (D3_in) of the bead wire, to a deployed configuration, in which the clamping jaws are radially further away from the central axis than in the retracted configuration, such that the expandable seat extends over a second diameter known as the "clamping diameter" (D14_clamp), which is greater than the resting diameter (D14_rest) and which allows said expandable seat to engage against the inside diameter (D3_in) of the bead wire and to exert a centrifugal clamping force (F_clamp) on said bead wire, said drum being characterized in that the deployment system comprises an articulated parallelogram, the four apexes of which respectively form a first, a second, a third and a fourth pivot, the first pivot and the second pivot being secured to the shaft and positioned respectively at a first radial distance from the central axis and at a second radial distance from the central axis, greater than the first radial distance, so as to define a first base known as the "fixed base" of the articulated parallelogram which extends transversely to the central axis, while the third pivot and the fourth pivot are secured to a clamping jaw and define a second base known as the "mobile base" of the articulated parallelogram, which is kept parallel to the fixed base by a first arm which connects the first pivot to the third pivot so as to define a first side of the articulated parallelogram, and by a second arm which connects the second pivot to the fourth pivot so as to define a second side of the articulated parallelogram, parallel to the first side, and in that the deployment system comprises a drive mechanism designed to cooperate with the articulated parallelogram so that it is possible to select and modify the radial position of the mobile base with respect to the fixed base in order to pass from the retracted configuration to the deployed configuration and vice versa.
Power terminal (5, 7) comprising a contact portion, a connection portion and an intermediate portion between the contact portion and the connection portion, the contact and intermediate portions comprising a plurality of conductive layers stacked along a direction corresponding to their respective thicknesses, the contact portion comprising a main top surface and at least one contact area protruding from the main top surface, wherein each layer of the plurality of conductive layers in the contact portion comprises at least one first embossed region, said at least one first embossed region of each layer being registered with said at least one first embossed region of an adjacent layer, and said at least one first embossed region of a top layer forming said at least one contact area, characterized in that, in the intermediate portion, each layer of the plurality of conductive layers comprises at least one second embossed region that mechanically couples the layers together. wherein each layer of the plurality of conductive layers in the contact portion comprises at least one first embossed region, said at least one first embossed region of each layer being registered with said at least one first embossed region of an adjacent layer, and said at least one first embossed region of a top layer forming said at least one contact area, characterized in that, in the intermediate portion, each layer of the plurality of conductive layers comprises at least one second embossed region that mechanically couples the layers together.
A spine stabilization system comprising: • bone fastener having a rounded head; • a coupling element, wherein a first end of said coupling element comprises a skirt, disposed over said rounded head, wherein said skirt comprises a slit extending from a proximal end of said skirt toward a distal end of said skirt, • an elongate rod disposed in a rod seating surface on a second end of said coupling element; and • a locking cap that may be selectively engaged with said coupling element to lock said elongate rod to said coupling element; characterized in that • each of said distal and proximal ends of said skirt has one or more stops; and in that • the first end of the coupling element further comprises a coupling ring which is disposed over said distal end of said skirt, wherein said coupling ring comprises one or more arms extending from said coupling ring to said proximal end of said skirt, wherein said arms may be selectively engaged with said stops to lock said coupling element to said rounded head. • bone fastener having a rounded head; • a coupling element, wherein a first end of said coupling element comprises a skirt, disposed over said rounded head, wherein said skirt comprises a slit extending from a proximal end of said skirt toward a distal end of said skirt, • an elongate rod disposed in a rod seating surface on a second end of said coupling element; and • a locking cap that may be selectively engaged with said coupling element to lock said elongate rod to said coupling element; • each of said distal and proximal ends of said skirt has one or more stops; and in that • the first end of the coupling element further comprises a coupling ring which is disposed over said distal end of said skirt, wherein said coupling ring comprises one or more arms extending from said coupling ring to said proximal end of said skirt, wherein said arms may be selectively engaged with said stops to lock said coupling element to said rounded head.
A gas turbine engine comprising: a floating rotary shaft bearing having an outer race; a stationary bearing housing; and a multi-film oil damper disposed between the floating rotary shaft bearing and the stationary bearing housing, the multi-film oil damper comprising: an annular damper cavity defined within the stationary bearing housing between a radially outward wall and radially extending side walls; an inner damper ring having axial ends that abut the radially extending side walls of the annular damper cavity, wherein the inner damper ring is disposed radially outward of the outer race of the floating rotary shaft bearing; and an outer damper ring disposed between the inner damper ring and the radially outward wall of the annular damper cavity, wherein a radial thickness of the inner damper ring exceeds a radial thickness of the outer damper ring, characterised in that the inner damper ring has a radially inward surface, for abutting the outer race of the rotary shaft bearing, and a radial oil passage for providing an oil film coating between the radially inward surface of the inner damper ring and the outer race of the rotary shaft bearing. a floating rotary shaft bearing having an outer race; a stationary bearing housing; and a multi-film oil damper disposed between the floating rotary shaft bearing and the stationary bearing housing, the multi-film oil damper comprising: an annular damper cavity defined within the stationary bearing housing between a radially outward wall and radially extending side walls; an inner damper ring having axial ends that abut the radially extending side walls of the annular damper cavity, wherein the inner damper ring is disposed radially outward of the outer race of the floating rotary shaft bearing; and an outer damper ring disposed between the inner damper ring and the radially outward wall of the annular damper cavity, wherein a radial thickness of the inner damper ring exceeds a radial thickness of the outer damper ring, characterised in that the inner damper ring has a radially inward surface, for abutting the outer race of the rotary shaft bearing, and a radial oil passage for providing an oil film coating between the radially inward surface of the inner damper ring and the outer race of the rotary shaft bearing. an annular damper cavity defined within the stationary bearing housing between a radially outward wall and radially extending side walls; an inner damper ring having axial ends that abut the radially extending side walls of the annular damper cavity, wherein the inner damper ring is disposed radially outward of the outer race of the floating rotary shaft bearing; and an outer damper ring disposed between the inner damper ring and the radially outward wall of the annular damper cavity, wherein a radial thickness of the inner damper ring exceeds a radial thickness of the outer damper ring, characterised in that the inner damper ring has a radially inward surface, for abutting the outer race of the rotary shaft bearing, and a radial oil passage for providing an oil film coating between the radially inward surface of the inner damper ring and the outer race of the rotary shaft bearing.
Process for sequencing oligosaccharides, characterized in that it comprises the steps of i. fragmentation of the oligosaccharides into disaccharides and monosaccharides while preserving the molecular structure of the constituents as present in the oligosaccharide to be sequenced ii. separation of each previously obtained disaccharide and monosaccharide by mass spectrometry, iii. analysis by infrared or "IR" vibrational spectroscopy of each previously separated disaccharide and monosaccharide, iv. identification of the structure of each disaccharide and monosaccharide by comparison of the obtained IR spectra with a set of reference disaccharide and monosaccharide IR spectra, and v. definition of the oligosaccharide sequence by combination of the structures identified for each disaccharide and monosaccharide. i. fragmentation of the oligosaccharides into disaccharides and monosaccharides while preserving the molecular structure of the constituents as present in the oligosaccharide to be sequenced ii. separation of each previously obtained disaccharide and monosaccharide by mass spectrometry, iii. analysis by infrared or "IR" vibrational spectroscopy of each previously separated disaccharide and monosaccharide, iv. identification of the structure of each disaccharide and monosaccharide by comparison of the obtained IR spectra with a set of reference disaccharide and monosaccharide IR spectra, and v. definition of the oligosaccharide sequence by combination of the structures identified for each disaccharide and monosaccharide.
An amino-substituted derivative of 2-carboxy-3a-hydroxy-1,2,3,3a,8,8a-hexahydropyrrolo[2,3-b]indole according to Formula I wherein R1 is selected from alkyl, aryl, heteroaryl, substituted alkyl, substituted aryl, and substituted heteroaryl; P 1, P 2 are independently selected from a hydrogen and a protecting group, wherein the protecting group, when present, is independently selected from Boc, PhCH 2 OCO-, CH 2 =CHCH 2 O-CO-, trityl, an acyl group and an alkyl group; R2 is selected from H, alkyl, aryl, substituted alkyl, and substituted aryl; R3 is selected from OH, OR1, and a polypeptide chain consisting of 1-7 amino acid residues. wherein R1 is selected from alkyl, aryl, heteroaryl, substituted alkyl, substituted aryl, and substituted heteroaryl; P 1, P 2 are independently selected from a hydrogen and a protecting group, wherein the protecting group, when present, is independently selected from Boc, PhCH 2 OCO-, CH 2 =CHCH 2 O-CO-, trityl, an acyl group and an alkyl group; R2 is selected from H, alkyl, aryl, substituted alkyl, and substituted aryl; R3 is selected from OH, OR1, and a polypeptide chain consisting of 1-7 amino acid residues.
A processor-implemented method for adjusting an orientation of a display associated with a computing device, comprising: identifying a request for a new profile, the new profile being created in the computing device; requesting a selection of a screen orientation for the new profile; adjusting the orientation of the display for the new profile based on the screen orientation selection; and managing mobile applications on the computing device based on the screen orientation selection, wherein managing the mobile applications on the computing device based on the screen orientation selection comprises: enabling mobile applications that require a screen orientation same as the screen orientation selection and disabling mobile applications that require a screen orientation different than the screen orientation selection; and an application engine of the computing device determining what applications to enable and disable based on the selected screen orientation so as to not allow downloading to the computing device, by way of a filtering mechanism of an application store, of mobile applications that require a screen orientation that is different than the screen orientation selection. identifying a request for a new profile, the new profile being created in the computing device; requesting a selection of a screen orientation for the new profile; adjusting the orientation of the display for the new profile based on the screen orientation selection; and managing mobile applications on the computing device based on the screen orientation selection, wherein managing the mobile applications on the computing device based on the screen orientation selection comprises: enabling mobile applications that require a screen orientation same as the screen orientation selection and disabling mobile applications that require a screen orientation different than the screen orientation selection; and an application engine of the computing device determining what applications to enable and disable based on the selected screen orientation so as to not allow downloading to the computing device, by way of a filtering mechanism of an application store, of mobile applications that require a screen orientation that is different than the screen orientation selection. enabling mobile applications that require a screen orientation same as the screen orientation selection and disabling mobile applications that require a screen orientation different than the screen orientation selection; and an application engine of the computing device determining what applications to enable and disable based on the selected screen orientation so as to not allow downloading to the computing device, by way of a filtering mechanism of an application store, of mobile applications that require a screen orientation that is different than the screen orientation selection.