mhurhangee/ep-ind-claims huggingface dataset:
A roll leveller for metal sheets, comprising: - a plurality of levelling rolls (R 1 -R 21) substantially parallel to each other and positioned so as to substantially form two layers facing and opposite each other so as to allow a metal sheet to be processed, to pass between the two layers of levelling rolls (R 1- R 21) following an undulating route; - a plurality of adapter shafts ( 11, 12); - a plurality of torque limiters ( 40,40'); and wherein: - each adapter shaft ( 11, 12) is arranged for driving at least one of the levelling rolls (R 1- R 21) and drives or is driven by one of the torque limiters ( 40, 40'); - each of the torque limiters ( 40, 40') is arranged for limiting, to a predetermined limit torque, the maximum driving torque that the relative adapter shaft ( 11, 12) can transmit to a relative levelling roll (R 1 -R 21), driving it, and is provided with a torque regulator ( 100, 100') arranged for varying the predetermined limit torque also when the leveller is levelling the metal sheet to be processed; - each of the torque limiters, or in any case each adapter shaft ( 11, 12) is arranged to actuate the relative levelling roll (R 1 -R 21) also after reaching the predetermined limit torque. - a plurality of levelling rolls (R 1 -R 21) substantially parallel to each other and positioned so as to substantially form two layers facing and opposite each other so as to allow a metal sheet to be processed, to pass between the two layers of levelling rolls (R 1- R 21) following an undulating route; - a plurality of adapter shafts ( 11, 12); - a plurality of torque limiters ( 40,40'); - each adapter shaft ( 11, 12) is arranged for driving at least one of the levelling rolls (R 1- R 21) and drives or is driven by one of the torque limiters ( 40, 40'); - each of the torque limiters ( 40, 40') is arranged for limiting, to a predetermined limit torque, the maximum driving torque that the relative adapter shaft ( 11, 12) can transmit to a relative levelling roll (R 1 -R 21), driving it, and is provided with a torque regulator ( 100, 100') arranged for varying the predetermined limit torque also when the leveller is levelling the metal sheet to be processed; - each of the torque limiters, or in any case each adapter shaft ( 11, 12) is arranged to actuate the relative levelling roll (R 1 -R 21) also after reaching the predetermined limit torque.
A mobile communication system, comprising: a base station adapted for transmitting a signal including synchronization channels to be used in a cell search; and a mobile station adapted for receiving the signal from the base station, wherein the synchronization channels include a primary synchronization channel (P-SCH) for detecting a reception timing and a secondary synchronization channel (S-SCH) including cell ID group information; the secondary synchronization channel (S-SCH) is composed of a combination of different short codes selected from multiple combinations of short codes; correspondence between the combinations of short codes and the cell ID group information is predefined; the combinations of short codes are determined such that secondary synchronization channels including a same short code are not transmitted from adjacent cells at two or more of frame synchronization timings in succession; the secondary synchronization channel (S-SCH) is composed of a first short code identified by a first index number and a second short code identified by a second index number; and the combinations of short codes are predetermined for each cell ID group information such that a condition "the second index number - the first index number ≤ Δ, Δ being an integer less than or equal to 29," is satisfied, wherein a numerical range of 0-30 is predefined as index numbers, and the first index number and the second index number are selected from the same numerical range 0-30 both for a first one of the frame synchronization timings and a second one of the frame synchronization timings. a base station adapted for transmitting a signal including synchronization channels to be used in a cell search; and a mobile station adapted for receiving the signal from the base station, wherein the synchronization channels include a primary synchronization channel (P-SCH) for detecting a reception timing and a secondary synchronization channel (S-SCH) including cell ID group information; the secondary synchronization channel (S-SCH) is composed of a combination of different short codes selected from multiple combinations of short codes; correspondence between the combinations of short codes and the cell ID group information is predefined; the combinations of short codes are determined such that secondary synchronization channels including a same short code are not transmitted from adjacent cells at two or more of frame synchronization timings in succession; the secondary synchronization channel (S-SCH) is composed of a first short code identified by a first index number and a second short code identified by a second index number; and the combinations of short codes are predetermined for each cell ID group information such that a condition "the second index number - the first index number ≤ Δ, Δ being an integer less than or equal to 29," is satisfied, wherein a numerical range of 0-30 is predefined as index numbers, and the first index number and the second index number are selected from the same numerical range 0-30 both for a first one of the frame synchronization timings and a second one of the frame synchronization timings.
Collapsible roll container comprising a bottom, wheels (6a, 6b, 4b), at least one sidepiece (8, 10), comprising an upper sidepiece (18a, 18b), a lower sidepiece (20a, 20b), and pivoting means (22a, 22b, 22c), and a lock (12a, 12b, 12c), wherein, the bottom comprises an underside and a topside, the wheels (6a, 6b, 4b) are connected to the underside of the bottom for rollably supporting the collapsible roll container, the lower sidepiece (20a, 20b) is connected to the topside of the bottom, and comprises an upper end (32a, 32b), the upper sidepiece (18a, 18b) comprises a lower end (30a, 30b), is connected with the pivoting means (22a, 22b, 22c) to the lower sidepiece (20a, 20b), extends upwards in a use position, and is pivotable about a pivot axis (X1, X2) of the pivoting means (22a, 22b, 22c) downwards from the use position to a storage position, the lock (12a, 12b, 12c) comprises a protrusion (36a, 36b), and a matching cavity (38a, 38b), wherein the protrusion (36a, 36b) is connected to one of the lower end (30a, 30b) of the upper sidepiece (18a, 18b) and the upper end (32a, 32b) of the lower sidepiece (20a, 20b), and the matching cavity (38a, 38b) is provided in the other one of the lower end (30a, 30b) of the upper sidepiece (18a, 18b) and the upper end (32a, 32b) of the lower sidepiece (20a, 20b), such that the protrusion (36a, 36b) fits in the matching cavity (38a, 38b) in the use position to lock the upper sidepiece (18a, 18b) against a pivoting movement relative to the lower sidepiece (20a, 20b) in the use position, characterised in that the pivoting means (22a, 22b, 22c) are designed to allow a translational movement of the lower end (30a, 30b) of the upper sidepiece (18a, 18b) relative to the upper end (32a, 32b) of the lower sidepiece (20a, 20b), the lock (12a, 12b, 12c) further comprises a cam (42a, 42b) and a follower (46a, 46b), wherein one of the cam (42a, 42b) and the follower (46a, 46b) is fixedly connected to the upper sidepiece (18a, 18b) and the other one of the cam (42a, 42b) and the follower (46a, 46b) is fixedly connected to the lower sidepiece (20a, 20b), and the cam (42a, 42b) comprises a cam surface (45a, 45b) which is engageable by the follower (46a, 46b), which cam surface (45a, 45b) has an increasing and then decreasing distance measured from the pivot axis (X1, X2), such that the follower (46a, 46b) engaging the cam surface (45a, 45b) increases a distance between the lower end (30a, 30b) of the upper sidepiece (18a, 18b) and the upper end (32a, 32b) of the lower sidepiece (20a, 20b) during a last but one part of an upwards pivoting movement to the use position to let the protrusion (36a, 36b) freely align with the matching cavity (38a, 38b), and decreases the distance between the lower end (30a, 30b) of the upper sidepiece (18a, 18b) and the upper end (32a, 32b) of the lower sidepiece (20a, 20b) during a last part of the upwards pivoting movement to the use position to let the protrusion (36a, 36b) enter the matching cavity (38a, 38b).
A mounting system for a differential, comprising: a cross shaft comprising: a long axis; and a passageway through the cross shaft perpendicular to the long axis, the passageway comprising a first hole and a second hole; a first stub shaft comprising a long axis parallel to a central axis of the first hole; a second stub shaft comprising a long axis parallel to a central axis of the second hole; and a yoke in the passageway, the yoke comprising a first portion extending into the first stub shaft and a second portion extending into the second stub shaft; characterized in that the yoke press fits into the first stub shaft and the yoke slip fits to the second stub shaft. a cross shaft comprising: a long axis; and a passageway through the cross shaft perpendicular to the long axis, the passageway comprising a first hole and a second hole; a long axis; and a passageway through the cross shaft perpendicular to the long axis, the passageway comprising a first hole and a second hole; a first stub shaft comprising a long axis parallel to a central axis of the first hole; a second stub shaft comprising a long axis parallel to a central axis of the second hole; and a yoke in the passageway, the yoke comprising a first portion extending into the first stub shaft and a second portion extending into the second stub shaft; characterized in that the yoke press fits into the first stub shaft and the yoke slip fits to the second stub shaft.
A process for forming voided latex particles in an emulsion, wherein the process comprises contacting multi-stage emulsion polymer particles comprising a core, at least one intermediate shell, with a swelling agent, and polymerizing an outer shell after said contacting with swelling agent wherein: the core comprises a hydrophilic component; the at least one intermediate shell comprises, as polymerized units, one or more hydrophilic monoetheylenically unsaturated monomer, one or more nonionic monoethylenically unsaturated monomer, or mixtures thereof, the outer shell comprises a polymer having a Tg of at least 60° C, the core and the at least one intermediate shell are contacted with swelling agent in the presence of less than 0.5% monomer based on the weight of the multi-stage emulsion polymer particles, the emulsion and/or at least one intermediate shell and/or at least one outer shell includes sodium dodecylbenzene sulfonate, and optionally other surfactants and; substantially all of the swelling occurs during polymerization of the outer shell. the core comprises a hydrophilic component; the at least one intermediate shell comprises, as polymerized units, one or more hydrophilic monoetheylenically unsaturated monomer, one or more nonionic monoethylenically unsaturated monomer, or mixtures thereof, the outer shell comprises a polymer having a Tg of at least 60° C, the core and the at least one intermediate shell are contacted with swelling agent in the presence of less than 0.5% monomer based on the weight of the multi-stage emulsion polymer particles, the emulsion and/or at least one intermediate shell and/or at least one outer shell includes sodium dodecylbenzene sulfonate, and optionally other surfactants and; substantially all of the swelling occurs during polymerization of the outer shell.
Tank for storing hydrogen by absorption in a hydrogen storage material, comprising: - a enclosure, - means capable of supplying hydrogen into the enclosure and collecting hydrogen in the enclosure, - an inner structure for storing hydrogen storage material, said inner structure comprising at least two cups (10, 110.1, 110.2, 201.1, 210.2), each cup comprising a base (10.1, 112.1, 112.2), a side wall (10.2, 114.1, 114.2) and a closing element (10.3) forming a volume impermeable to the powdered storage material, at least part of each cup (10, 110.1, 110.2, 201.1, 210.2) being permeable to hydrogen, and the inner structure being such that a passage is provided at least between part of an outer face of the side wall (10.2, 114.1, 114.2) of the cups and an inner face of the enclosure, said means capable of supplying hydrogen into the enclosure and collecting hydrogen in the enclosure being connected to said passage, in which the tank does not comprise any hydrogen supplying and collecting pipe passing through the cups (10.1, 110.1,110.2, 201.2, 210.2). - a enclosure, - means capable of supplying hydrogen into the enclosure and collecting hydrogen in the enclosure, - an inner structure for storing hydrogen storage material, said inner structure comprising at least two cups (10, 110.1, 110.2, 201.1, 210.2), each cup comprising a base (10.1, 112.1, 112.2), a side wall (10.2, 114.1, 114.2) and a closing element (10.3) forming a volume impermeable to the powdered storage material, at least part of each cup (10, 110.1, 110.2, 201.1, 210.2) being permeable to hydrogen, and the inner structure being such that a passage is provided at least between part of an outer face of the side wall (10.2, 114.1, 114.2) of the cups and an inner face of the enclosure, said means capable of supplying hydrogen into the enclosure and collecting hydrogen in the enclosure being connected to said passage, in which the tank does not comprise any hydrogen supplying and collecting pipe passing through the cups (10.1, 110.1,110.2, 201.2, 210.2).
A used paper recycling apparatus of furniture size to be installed at the site of origin of used paper, said apparatus comprising a pulp manufacturing unit and a paper making device for manufacturing recycled paper from used paper pulp manufactured in the pulp manufacturing unit, the paper making device comprising a running endless mesh belt and a pulp feeder, the pulp feeder comprising: a paper making frame body disposed slidably on the upper side of the running endless mesh belt, said paper making frame body having a retention unit for retaining a slurry-like pulp suspension sent from the pulp manufacturing unit, said retention unit having side walls defining the supply width of the pulp suspension on the upper side of the endless mesh belt, said paper making frame body further comprising overflow means for keeping constant the water level of the pulp suspension retained in the retention unit, the pulp suspension supplied in the paper making frame body being retained in the retention unit to the water level defined by the overflow means and being uniformly dispersed and supplied on the upper side of the endless mesh belt by cooperative action of this retention action and the running action of the endless mesh belt, characterized in that an overflow means is provided at both side walls of the retention unit at the leading end position of the paper making frame body, said overflow means including an overflow gate for overflowing the pulp suspension when the water level of the pulp suspension retained in the retention unit exceeds a specific level, and said overflow means further including a collection route passing to a collection port by way of the periphery of the paper making frame body from the outside of the overflow gate. a paper making frame body disposed slidably on the upper side of the running endless mesh belt, said paper making frame body having a retention unit for retaining a slurry-like pulp suspension sent from the pulp manufacturing unit, said retention unit having side walls defining the supply width of the pulp suspension on the upper side of the endless mesh belt, said paper making frame body further comprising overflow means for keeping constant the water level of the pulp suspension retained in the retention unit, the pulp suspension supplied in the paper making frame body being retained in the retention unit to the water level defined by the overflow means and being uniformly dispersed and supplied on the upper side of the endless mesh belt by cooperative action of this retention action and the running action of the endless mesh belt, characterized in that an overflow means is provided at both side walls of the retention unit at the leading end position of the paper making frame body, said overflow means including an overflow gate for overflowing the pulp suspension when the water level of the pulp suspension retained in the retention unit exceeds a specific level, and said overflow means further including a collection route passing to a collection port by way of the periphery of the paper making frame body from the outside of the overflow gate.
Method for producing a micro system, with the steps: - Providing a substrate made of aluminium oxide; - Producing a thin layer on the substrate by depositing lead zirconium titanate on the substrate with a thermal deposition process in such a way that the lead zirconium titanate in the thin layer is self-polarised and is present predominantly in the rhombohedral phase, in which the zirconium content of the lead zirconium titanate in the thin layer is in the range of the morphotropic phase boundary, in which the substrate has a layer of platinum on its surface, onto which the lead zirconium titanate is deposited, in which the temperature of the substrate is greater than 500° C, in which the lead zirconium titanate has a pyroelectric coefficient greater than 1.3*10 -4 C/Km 2, in which the surface of the substrate, to which the thin layer is applied, is polished; - Cooling the substrate with the thin layer. - Providing a substrate made of aluminium oxide; - Producing a thin layer on the substrate by depositing lead zirconium titanate on the substrate with a thermal deposition process in such a way that the lead zirconium titanate in the thin layer is self-polarised and is present predominantly in the rhombohedral phase, in which the zirconium content of the lead zirconium titanate in the thin layer is in the range of the morphotropic phase boundary, in which the substrate has a layer of platinum on its surface, onto which the lead zirconium titanate is deposited, in which the temperature of the substrate is greater than 500° C, in which the lead zirconium titanate has a pyroelectric coefficient greater than 1.3*10 -4 C/Km 2, in which the surface of the substrate, to which the thin layer is applied, is polished; - Cooling the substrate with the thin layer.
Battery, comprising - at least two battery cells which are arranged adjacent to one another and which are each arranged in a battery cell housing and each have at least one battery cell terminal, - one degasification element per battery cell, said degasification element being arranged in each case within the battery cell housing associated with the respective battery cell and being designed to discharge gases generated within the respective battery cell from the respective battery cell in the presence of a predetermined gas pressure, - a cover which is designed to cover at least a part of the surfaces of the battery cells and cover the degasification elements of the battery cells in air-tight fashion, characterized in that - the cover has, in each case in the region of the degasification elements, predetermined breaking points that can be assigned to the degasification elements, characterized in that the cover is composed at least partially of a chemically resistant material or the cover is composed at least partially of a heat-insulating and/or heat-reflective material, wherein the material for the cover is selected from a group comprising aerogels and ceramics. - at least two battery cells which are arranged adjacent to one another and which are each arranged in a battery cell housing and each have at least one battery cell terminal, - one degasification element per battery cell, said degasification element being arranged in each case within the battery cell housing associated with the respective battery cell and being designed to discharge gases generated within the respective battery cell from the respective battery cell in the presence of a predetermined gas pressure, - a cover which is designed to cover at least a part of the surfaces of the battery cells and cover the degasification elements of the battery cells in air-tight fashion, - the cover has, in each case in the region of the degasification elements, predetermined breaking points that can be assigned to the degasification elements, characterized in that the cover is composed at least partially of a chemically resistant material or the cover is composed at least partially of a heat-insulating and/or heat-reflective material, wherein the material for the cover is selected from a group comprising aerogels and ceramics.
Roof system for a vehicle having a roof opening in its fixed roof, comprising a stationary part (7, 9) configured to be attached to the fixed roof, a panel movably supported on the stationary part and configured to close the roof opening in its closed position and to be moved at least rearwardly to an opened position in which the roof opening is at least partly opened, the stationary part (7, 9) including guide rails extending in longitudinal direction substantially parallel to opposite sides of the roof opening, said guide rails slidably supporting an operating mechanism for the panel and includes guide grooves (17, 50) bordered by guide flanges, the operating mechanism including a driving slide, a panel front support and a panel rear support movable by means of the driving slide, the rear support being connected to a panel bracket guide of a panel bracket extending in longitudinal direction alongside a corresponding edge of the panel, said panel bracket guide being slidably in engagement with the panel rear support so as to enable the panel to slide with respect to the rear support when the front support is driven by the driving slide, characterized in that the panel front support is in engagement with a guide rail groove on the outer side of an upright flange of each guide rail while the panel bracket guide extends mainly on the other, inner side of said upright flange.
A fiber structure comprising thermoplastic resin fibers formed from a thermoplastic resin having a glass transition temperature higher than or equal to 80°C, wherein the thermoplastic resin fibers have an average fiber diameter of smaller than or equal to 10 μm, and an elongation at break in at least one of a machine direction and a cross direction of the fiber structure is greater than or equal to 10%, the fiber structure has a total elongation at break, as measured as set out in the description, in the machine direction and the cross direction of greater than or equal to 30%, and the fiber structure has entangled portions where the fibers are pushed in the thickness direction of the fiber structure, and the fiber structure is a melt-blown nonwoven fabric, a spunbonded nonwoven fabric, or an electrospun nonwoven fabric subjected to entangling treatment. the thermoplastic resin fibers have an average fiber diameter of smaller than or equal to 10 μm, and an elongation at break in at least one of a machine direction and a cross direction of the fiber structure is greater than or equal to 10%, the fiber structure has a total elongation at break, as measured as set out in the description, in the machine direction and the cross direction of greater than or equal to 30%, and the fiber structure has entangled portions where the fibers are pushed in the thickness direction of the fiber structure, and the fiber structure is a melt-blown nonwoven fabric, a spunbonded nonwoven fabric, or an electrospun nonwoven fabric subjected to entangling treatment.