mhurhangee/ep-ind-claims huggingface dataset:
A flat steel product for packaging comprising a cold rolled steel sheet having a thickness (d) of less than 0.5 mm and the following composition by weight: - C: more than 0.04 % and less than 0.1 %, - Si: less than 0.10 %, - Mn: 0.10 to 0.60 % - P: less than 0.10 %, - S: less than 0.03 %, - Al: less than 0.05 %, preferably less than 0.018 %, - N: more than 0.014 %, preferably more than 0.015 %, - optional Cr: less than 0.1 %, preferably 0.01 to 0.05 %, - optional Ni: less than 0.1 %, preferably 0.01 to 0.05 %, - optionally Cu: less than 0.1 %, preferably 0.002 to 0.05 %, - optional Ti: less than 0.01 %, - optional B: less than 0.005 %, - optional Nb: less than 0.01 %, - optional Mo: less than 0.02 %, - optional Sn: less than 0.03 %, - Residual iron and unavoidable impurities, wherein the sum of the carbon content and the nitrogen content based on the weight is at least 0.050% and the flat steel product has a tensile strength (Rm) of at least 600 MPa and an Erichsen value dependent on the thickness (d in mm), the carbon content (C in % by weight) and the nitrogen content (N in % by weight) and the tensile strength (Rm in MPa) of the steel sheet of ET ≥ 11.1 ⋅ C + N + 11.01 ⋅ d − 0,00864 ⋅ Rm + 7.524 where ET is the Erichsen value·in mm and is measured in accordance with DIN EN ISO 20482. - C: more than 0.04 % and less than 0.1 %, - Si: less than 0.10 %, - Mn: 0.10 to 0.60 % - P: less than 0.10 %, - S: less than 0.03 %, - Al: less than 0.05 %, preferably less than 0.018 %, - N: more than 0.014 %, preferably more than 0.015 %, - optional Cr: less than 0.1 %, preferably 0.01 to 0.05 %, - optional Ni: less than 0.1 %, preferably 0.01 to 0.05 %, - optionally Cu: less than 0.1 %, preferably 0.002 to 0.05 %, - optional Ti: less than 0.01 %, - optional B: less than 0.005 %, - optional Nb: less than 0.01 %, - optional Mo: less than 0.02 %, - optional Sn: less than 0.03 %, - Residual iron and unavoidable impurities, wherein the sum of the carbon content and the nitrogen content based on the weight is at least 0.050% and the flat steel product has a tensile strength (Rm) of at least 600 MPa and an Erichsen value dependent on the thickness (d in mm), the carbon content (C in % by weight) and the nitrogen content (N in % by weight) and the tensile strength (Rm in MPa) of the steel sheet of ET ≥ 11.1 ⋅ C + N + 11.01 ⋅ d − 0,00864 ⋅ Rm + 7.524 where ET is the Erichsen value·in mm and is measured in accordance with DIN EN ISO 20482.
Tool holder device having a tool holder body for holding in a rotationally fixed manner a rotating tool, having a shank and a clamping portion and a receptacle opening for the shank of the tool, having a coolant infeed installation for pressurized coolant, at least one coolant conducting installation for directing the coolant towards the clamped tool shank; wherein a coolant storage and/or collection chamber into which the at least one coolant conducting installation opens is present in the region of the free end of the tool holder body; and wherein the coolant storage and/or collection chamber by way of an annular gap is connected to the environment of the tool holder device; wherein the coolant storage and/or collection chamber and the annular gap are at least in part delimited by the tool shank; and wherein the storage and/or collection chamber is disposed within the tool holder body, characterized in that the receptacle opening, which is configured directly in the clamping portion of the tool holder body, by way of an inner bevel is configured so as to widen in a conical manner in the region of the free end of the tool holder body, in that the tool holder body is integrally configured, and the storage and/or collection chamber is configured by the inner bevel and a cover element. wherein a coolant storage and/or collection chamber into which the at least one coolant conducting installation opens is present in the region of the free end of the tool holder body; and wherein the coolant storage and/or collection chamber by way of an annular gap is connected to the environment of the tool holder device; wherein the coolant storage and/or collection chamber and the annular gap are at least in part delimited by the tool shank; and wherein the storage and/or collection chamber is disposed within the tool holder body, characterized in that the receptacle opening, which is configured directly in the clamping portion of the tool holder body, by way of an inner bevel is configured so as to widen in a conical manner in the region of the free end of the tool holder body, in that the tool holder body is integrally configured, and the storage and/or collection chamber is configured by the inner bevel and a cover element.
A method comprising: receiving (901, 1206), at a client device from a server device, a maximum byte offset, the maximum byte offset indicating a byte range for which a plurality of media segmentations of a video presentation includes at least one intra-coded frame, I-frame, wherein the video presentation is configured to be displayed at a first playback speed, wherein the maximum byte offset comprises an offset from the beginning of a media segmentation, the offset describing the byte range, and wherein a media segmentation comprises a media file that is retrievable according to a hypertext transfer protocol, HTTP, GET request; sending (902, 1209), by the client device, for the plurality of media segmentations, HTTP GET requests to the server device, each HTTP GET request including a uniform resource locator, URL, of the media segmentation and the byte range, in order to retrieve media data within the byte range for the plurality of media segmentations; and using (903, 1212) the retrieved media data that includes at least one intra-coded frame per media segmentation to present a high speed version of the video presentation that includes only I-frames at a second playback speed higher than the first playback speed. receiving (901, 1206), at a client device from a server device, a maximum byte offset, the maximum byte offset indicating a byte range for which a plurality of media segmentations of a video presentation includes at least one intra-coded frame, I-frame, wherein the video presentation is configured to be displayed at a first playback speed, wherein the maximum byte offset comprises an offset from the beginning of a media segmentation, the offset describing the byte range, and wherein a media segmentation comprises a media file that is retrievable according to a hypertext transfer protocol, HTTP, GET request; sending (902, 1209), by the client device, for the plurality of media segmentations, HTTP GET requests to the server device, each HTTP GET request including a uniform resource locator, URL, of the media segmentation and the byte range, in order to retrieve media data within the byte range for the plurality of media segmentations; and using (903, 1212) the retrieved media data that includes at least one intra-coded frame per media segmentation to present a high speed version of the video presentation that includes only I-frames at a second playback speed higher than the first playback speed.
An apparatus for transporting cuboid-shaped packs for cigarettes along an arcuate path of movement, wherein the apparatus comprises a deflection subassembly for deflecting the transported packs along a path of movement which describes a segment of a circle, in particular which is semi-circular or quarter-circular, and wherein the apparatus comprises a drive roll, wherein the packs, at least in the region of deflection, are gripped for the transport by an inner belt (18, 65), which abuts the circumference of the drive roll, at a radially inner surface of the pack and by an outer belt (25, 26; 66) at a radially outer surface of the pack, and wherein, in the region of deflection, the inner belt (18, 65), on one hand, and the outer belt (25, 26; 66), on the other hand, abut on respective support and abutment surfaces (34; 35, 36; 69, 70) that are in particular circular or partially circular in shape, and wherein the support surfaces for the inner belt (18, 65), on one hand, and the abutment surfaces (35, 36; 69, 70) for the outer belt (25, 26; 66), on the other hand, are arranged offset to one another in the radial direction, namely in accordance with the dimensions of the packs in the radial direction, and wherein the inner belt (18, 65) abuts on a radially inner surface of the pack and the outer belt (25, 26; 66) abuts at least with a conveyor strip as a free subarea on a radially outer surface of the pack, characterized in that the outer belt (25, 26; 66) comprises two outer belts (25, 26; 67, 68) arranged at an axial distance from one another, that the outer belts (25, 26) as an outer guide of the deflection subassembly can be adjusted between a deflection position, in which the packs can be deflected along an arcuate path of movement, and an infeed position, in which packs from a resupply stack can be fed into the transport process as reserve packs, namely they can be moved back and forth in the rotational direction such that, in the infeed position, the outer belts (25, 26) are moved out of the transfer region of the packs to a discharge conveyor and the packs from the resupply stack can be moved freely past the deflection subassembly, and in that a supporting frame for the outer belts (25, 26) having support discs (45, 46) and a connecting piece is rotatably mounted as a unit concentrically with respect to the drive roll, wherein the support discs (45, 46) can be rotated independent of the drive roll.
An aqueous oral care composition comprising a) an effective amount of a basic amino acid in free or orally acceptable salt form; and b) a polymer system comprising (i) a cellulosic polymer, (ii) a gum polymer, and (iii) a polyacrylate polymer or co-polymer; c) a fluoride source, wherein the the effective amount of the basic amino acid in free or orally acceptable salt form comprises 0.05 to 2% by weight of the formulation (measured as the weight of the free base equivalent when in orally acceptable salt form) and the fluoride source is present in an amount of from about 0.02% to about 0.2%, by weight, of the composition; and wherein the polyacrylate polymer or co-polymer is a carbomer, and/or wherein the polyacrylate polymer or co-polymer is selected from homo- and copolymers of acrylic acid crosslinked with a polyalkenyl polyether. a) an effective amount of a basic amino acid in free or orally acceptable salt form; and b) a polymer system comprising (i) a cellulosic polymer, (ii) a gum polymer, and (iii) a polyacrylate polymer or co-polymer; c) a fluoride source,
A method for preparing shiitake mushrooms with an increased vitamin D2 content comprising: a first step of aging shiitake mushrooms, wherein the first step is to store the shiitake mushrooms at 5°C for 1 day; a second step of aging the aged shiitake mushrooms, wherein the second step is to store the aged shiitake mushrooms at 15°C for 3 days; a third step of chopping the aged shiitake mushrooms; a fourth step of irradiating the chopped shiitake mushrooms with UV-B; a fifth step of thermally treating the shiitake mushroom pieces irradiated with UV-B; and a sixth step of crushing the thermally treated shiitake mushroom pieces, wherein the chopped shiitake mushrooms have lengths of 3 mm or less in width, length and height, respectively, and the thermally treatment is performed at 60°C for 24 hours. a first step of aging shiitake mushrooms, wherein the first step is to store the shiitake mushrooms at 5°C for 1 day; a second step of aging the aged shiitake mushrooms, wherein the second step is to store the aged shiitake mushrooms at 15°C for 3 days; a third step of chopping the aged shiitake mushrooms; a fourth step of irradiating the chopped shiitake mushrooms with UV-B; a fifth step of thermally treating the shiitake mushroom pieces irradiated with UV-B; and a sixth step of crushing the thermally treated shiitake mushroom pieces, wherein the chopped shiitake mushrooms have lengths of 3 mm or less in width, length and height, respectively, and the thermally treatment is performed at 60°C for 24 hours.
An ophthalmological analysis apparatus for measuring an intraocular pressure in an eye, the analysis apparatus comprising an illumination system (10, 38), the analysis apparatus comprising an actuation device (11, 39) with which a puff of air for deforming a cornea can be applied to the eye in a manner aligned with the optical axis (15, 45) of the eye, the illumination system comprising at least one illumination device (23, 40) with which the cornea of the eye can be illuminated by a slit light in such a way that a sectional image can be generated in an illumination plane coinciding with the optical axis, characterised in that the illumination device is formed and arranged laterally relative to the actuation device in such a way that an illuminating beam path (28, 43) of the illumination device oriented towards the eye is arranged at an angle α relative to the optical axis (15, 45).
An oriented, multilayer shrink film comprising a core layer and at least one skin layer, said core layer having a thickness greater than the thickness of said at least one skin layer, said at least one skin layer comprising at least one cyclic-olefin copolymer as the predominant component thereof, said core layer comprising a blend of a olefin polymer and a butene-1 copolymer with ethylene, the butene-1 constituting over 75% by weight of the butene-1 copolymer, said film having a shrinkage of at least 20% in at least one of the machine and transverse directions of formation when said film is heated to a temperature of between 80 and 100 °C.
A method for unwinding a bobbin of a coiled sheet including a homogenized tobacco sheet, the method comprising the steps of: o providing a bobbin of a coiled sheet including a sheet of a material comprising alkaloids, the bobbin having a first rotation axis and comprising a free portion of the sheet unwound from the bobbin, the free portion defining a contact line as a line separating the free portion and the remaining of the coiled sheet; o providing a roller (30; 230) having a second rotation axis substantially parallel to the first rotation axis; o putting the roller (30; 230) in contact with the bobbin at the contact line; o unwinding the sheet from the bobbin pulling the sheet in an unwinding direction such that an angle between the free portion of the sheet and a radius of the bobbin at the contact line is comprised between about 110 degrees and about 150 degrees or between about 200 degrees and about 300 degrees; o while unwinding the sheet from the bobbin, keeping the roller (30; 230) in contact with the outer surface of the bobbin. o providing a bobbin of a coiled sheet including a sheet of a material comprising alkaloids, the bobbin having a first rotation axis and comprising a free portion of the sheet unwound from the bobbin, the free portion defining a contact line as a line separating the free portion and the remaining of the coiled sheet; o providing a roller (30; 230) having a second rotation axis substantially parallel to the first rotation axis; o putting the roller (30; 230) in contact with the bobbin at the contact line; o unwinding the sheet from the bobbin pulling the sheet in an unwinding direction such that an angle between the free portion of the sheet and a radius of the bobbin at the contact line is comprised between about 110 degrees and about 150 degrees or between about 200 degrees and about 300 degrees; o while unwinding the sheet from the bobbin, keeping the roller (30; 230) in contact with the outer surface of the bobbin.
A vehicle door, comprising - an inner door panel, - an outer door panel with an inner surface facing the inner door panel, - a loudspeaker which is arranged on the inner door panel, is spaced apart from the outer door panel and is intended for generating acoustic sound waves, and - a sound-guiding element which is designed to deflect sound waves radiated in the direction of the outer door panel by the loudspeaker and to guide said sound waves into a wet chamber of the vehicle door, which wet chamber is formed between the inner door panel and the outer door panel, and/or into a dry chamber of the vehicle door, which dry chamber is formed on a side of the inner door panel that faces away from the outer door panel, characterized in that the sound-guiding element is integrated into a carrier element of a door module in such a manner that it forms an integral unit with the carrier element. - an inner door panel, - an outer door panel with an inner surface facing the inner door panel, - a loudspeaker which is arranged on the inner door panel, is spaced apart from the outer door panel and is intended for generating acoustic sound waves, and - a sound-guiding element which is designed to deflect sound waves radiated in the direction of the outer door panel by the loudspeaker and to guide said sound waves into a wet chamber of the vehicle door, which wet chamber is formed between the inner door panel and the outer door panel, and/or into a dry chamber of the vehicle door, which dry chamber is formed on a side of the inner door panel that faces away from the outer door panel,
An antenna device comprising: a round plug, being a single-pole or multi-pole plug, arranged to be removably fitted into a round jack arranged in an electronic apparatus so that the round plug can rotate about a first axis within when fitted into the round jack, wherein the round plug being machined from a metal pipe, to comprise a tip portion formed on an end side thereof and a sleeve portion formed on a base side thereof with a rotation mechanism section formed on one end of the sleeve portion providing a second axis orthogonal to the first axis, {...} and a rod antenna element comprising the connection portion for connection to the rotation mechanism section of the round plug, wherein said rod antenna element is connected to said rotation mechanism section of said round plug through said connection portion and rotatable about the second axis. { wherein the central part of the one end of the sleeve portion is machined to form a notch shaped housing portion for housing a lock tip portion of a connection portion;} a round plug, being a single-pole or multi-pole plug, arranged to be removably fitted into a round jack arranged in an electronic apparatus so that the round plug can rotate about a first axis within when fitted into the round jack, wherein the round plug being machined from a metal pipe, to comprise a tip portion formed on an end side thereof and a sleeve portion formed on a base side thereof with a rotation mechanism section formed on one end of the sleeve portion providing a second axis orthogonal to the first axis, {...} and a rod antenna element comprising the connection portion for connection to the rotation mechanism section of the round plug, wherein said rod antenna element is connected to said rotation mechanism section of said round plug through said connection portion and rotatable about the second axis. { wherein the central part of the one end of the sleeve portion is machined to form a notch shaped housing portion for housing a lock tip portion of a connection portion;}
Multi-wire frame for cutting blocks of stone material, comprising two columns (14, 16) each of which is provided with a slide (18, 20) designed to move along the respective column (14, 16), each slide (18, 20) being provided with at least one multi-groove drum (22, 24) designed to engage with a plurality of cutting wires between the two slides (18, 20); said multi-wire frame being provided with two multi-groove wire-guiding rollers (26, 28) which are designed to guide the wires along the cutting section; characterized in that the multi-wire frame comprises movement means for adjusting the distance between the multi-groove wire-guiding rollers (26, 28); and in that the movement means are of the motorized type and comprise a mechanism of the motor-driven type which allows the movement of at least one of said multi-groove wire-guiding rollers (26, 28) towards or away the respective multi-groove drum (22, 24), at least one of said multi-groove wire-guiding rollers (26, 28) being provided with the motor-driven mechanism; there being provided a pair of gear motors for each multi-groove wire-guiding roller (26, 28) with its own pinion acting on a respective rack, the gear motors of each multi-groove wire-guiding roller (26, 28) being operated in synchronism so that the axis of the wire-guiding roller during the displacement always remains parallel to itself. each slide (18, 20) being provided with at least one multi-groove drum (22, 24) designed to engage with a plurality of cutting wires between the two slides (18, 20); said multi-wire frame being provided with two multi-groove wire-guiding rollers (26, 28) which are designed to guide the wires along the cutting section; characterized in that the multi-wire frame comprises movement means for adjusting the distance between the multi-groove wire-guiding rollers (26, 28); and in that the movement means are of the motorized type and comprise a mechanism of the motor-driven type which allows the movement of at least one of said multi-groove wire-guiding rollers (26, 28) towards or away the respective multi-groove drum (22, 24), at least one of said multi-groove wire-guiding rollers (26, 28) being provided with the motor-driven mechanism; there being provided a pair of gear motors for each multi-groove wire-guiding roller (26, 28) with its own pinion acting on a respective rack, the gear motors of each multi-groove wire-guiding roller (26, 28) being operated in synchronism so that the axis of the wire-guiding roller during the displacement always remains parallel to itself.
A pharmaceutical kit for the treatment of respiratory allergies comprising: i) at least two compositions A) to be administered through the nasal or sublingual mucosa, each composition A) comprising an inactivated bacteria suspension; ii) at least two compositions B) to be administered through the oral or sublingual mucosa, each composition B) comprising a mixture of an allergen-specific extract and an inactivated bacteria suspension; and iii) a leaflet comprising instructions for the sequential use of compositions A) and compositions B) in the treatment of respiratory allergies; wherein said inactivated bacteria suspension comprises a combination of K. pneumoniae, H. influenzae, S. pneumoniae, and S. aureus, wherein each composition A) comprises an inactivated bacteria suspension having a titer of 10 to 350 million inactivated bacteria/ml, and each composition B) comprises a mixture of an allergen-specific extract having a titer of 300 to 15'000 RAST Units/ml and an inactivated bacteria suspension having a titer of 250 to 350 million inactivated bacteria/ml, wherein allergen is an airborne allergen, and wherein sequential use means that said at least two compositions A) are to be administered before said at least two compositions B). i) at least two compositions A) to be administered through the nasal or sublingual mucosa, each composition A) comprising an inactivated bacteria suspension; ii) at least two compositions B) to be administered through the oral or sublingual mucosa, each composition B) comprising a mixture of an allergen-specific extract and an inactivated bacteria suspension; and iii) a leaflet comprising instructions for the sequential use of compositions A) and compositions B) in the treatment of respiratory allergies;