mhurhangee/ep-ind-claims huggingface dataset:
Method for assembling a drive spring into a drug delivery device, comprising the steps: a) attaching a torsion spring with one end to a first rotationally fixed component part and with the other end to a rotatable component part, wherein the rotatable component part is in threaded engagement with a second rotationally fixed component part with a first rotational stop provided preventing rotation of the rotatable component part relative to the second rotationally fixed component part in a first spring releasing direction beyond the first rotational stop, b) rotating the rotatable component part away from the first rotational stop in a second spring charging direction until the rotatable component part disengages from the second rotationally fixed component part, c) further rotating the rotatable component part in the second spring charging direction with the rotatable component part disengaged from the second rotationally fixed component part, d) rotating the rotatable component part in the first spring releasing direction such that the rotatable component part re-engages the second rotationally fixed component part, e) attaching a second rotational stop (60b, 62) to the rotatable component part and/or the second rotationally fixed component part preventing rotation of the rotatable component part relative to the second rotationally fixed component part in the second spring charging direction beyond the second rotational stop. a) attaching a torsion spring with one end to a first rotationally fixed component part and with the other end to a rotatable component part, wherein the rotatable component part is in threaded engagement with a second rotationally fixed component part with a first rotational stop provided preventing rotation of the rotatable component part relative to the second rotationally fixed component part in a first spring releasing direction beyond the first rotational stop, b) rotating the rotatable component part away from the first rotational stop in a second spring charging direction until the rotatable component part disengages from the second rotationally fixed component part, c) further rotating the rotatable component part in the second spring charging direction with the rotatable component part disengaged from the second rotationally fixed component part, d) rotating the rotatable component part in the first spring releasing direction such that the rotatable component part re-engages the second rotationally fixed component part, e) attaching a second rotational stop (60b, 62) to the rotatable component part and/or the second rotationally fixed component part preventing rotation of the rotatable component part relative to the second rotationally fixed component part in the second spring charging direction beyond the second rotational stop.
A method of operation which is effective against the factors on textile products that cause allergenic effects, which is suitable for use in a washing machine comprising at least one control unit and which comprises the steps of initiating an allergy application; and introducing a washing liquid to the washing machine upon initiation of the application, characterized by comprising the following steps in the order given; - heating the washing liquid to a first predetermined temperature value in the range of 63°C to 70°C; - washing the textile products, at least once, with the washing liquid at the first temperature value for a first predetermined time in the range of 55-70 minutes; - discharging the washing liquid from the washing machine; - introducing a rinsing water to the washing machine; - heating the rinsing liquid to a second predetermined temperature value in the range of 30°C to 35°C; - rinsing the textile products with the rinsing water at the second temperature value; - discharging the rinsing water; - repeating the rinsing process 4 to 6 times for a second predetermined time; and - terminating the allergy application. - heating the washing liquid to a first predetermined temperature value in the range of 63°C to 70°C; - washing the textile products, at least once, with the washing liquid at the first temperature value for a first predetermined time in the range of 55-70 minutes; - discharging the washing liquid from the washing machine; - introducing a rinsing water to the washing machine; - heating the rinsing liquid to a second predetermined temperature value in the range of 30°C to 35°C; - rinsing the textile products with the rinsing water at the second temperature value; - discharging the rinsing water; - repeating the rinsing process 4 to 6 times for a second predetermined time; and - terminating the allergy application.
Method for assembling a fuel injector which comprises a holding body and a nozzle body, wherein the outside of the nozzle body is designed to be rotationally symmetrical and has a nozzle collar larger in diameter and a shaft smaller in diameter, wherein a clamping shoulder is formed at the transition of the shaft to the nozzle collar, and having a nozzle clamping nut which by way of an internal thread can be screwed into an external thread on the holding body, wherein the nozzle clamping nut is supported on the clamping shoulder in such a way that the nozzle body is braced at least indirectly in relation the holding body, characterized by - providing an assembling tool having a receptacle for the shaft of the nozzle body, - attaching the assembling tool over the shaft of the nozzle body until the assembling tool comes to bear on a clamping surface of the nozzle body, - applying a preload force (F a) to the nozzle body by means of the assembling tool in such a way that the nozzle body is pressed at least indirectly against the holding body, wherein the assembling tool is formed in such a way that it is inwardly deformed by the preload force (F a), thereby clamping the shaft of the nozzle body, - screwing on the nozzle clamping nut until a defined contact pressure force is achieved between the nozzle body and the holder body. - providing an assembling tool having a receptacle for the shaft of the nozzle body, - attaching the assembling tool over the shaft of the nozzle body until the assembling tool comes to bear on a clamping surface of the nozzle body, - applying a preload force (F a) to the nozzle body by means of the assembling tool in such a way that the nozzle body is pressed at least indirectly against the holding body, wherein the assembling tool is formed in such a way that it is inwardly deformed by the preload force (F a), thereby clamping the shaft of the nozzle body, - screwing on the nozzle clamping nut until a defined contact pressure force is achieved between the nozzle body and the holder body.
Unwinding apparatus associable with a wrapping machine for delivering films (51, 52) made of extensible plastic material, comprising: - a supporting frame arranged to rotatably support a first reel of a first film about a first rotation axis; - adjustment means fixed to said supporting frame and configured to rotatably support at least one second reel of a second film about a second rotation axis and to arrange said at least one second reel in one of a plurality of operative positions, in which said second reel is staggered with respect to said first reel with reference to a supporting plane of said supporting frame; - guiding rollers (21, 22, 23) rotatably supported by said supporting frame and arranged to guide and partially overlap said first film and said at least one second film at a longitudinal partial overlapping band; - joining means (40; 47, 23) for tightly joining said first film and said at least one second film along a longitudinal joining band made inside a width (h) of said longitudinal partial overlapping band so as to obtain a single-body composite film formed by said first film and said at least one second film; wherein said joining means (40; 47, 23) comprise welding means, in particular for joining by localized melting of the plastic material of said films (51, 52), or gluing means (47, 23), in particular for joining said films (51, 52) by adhesion by means of glue or adhesive. - a supporting frame arranged to rotatably support a first reel of a first film about a first rotation axis; - adjustment means fixed to said supporting frame and configured to rotatably support at least one second reel of a second film about a second rotation axis and to arrange said at least one second reel in one of a plurality of operative positions, in which said second reel is staggered with respect to said first reel with reference to a supporting plane of said supporting frame; - guiding rollers (21, 22, 23) rotatably supported by said supporting frame and arranged to guide and partially overlap said first film and said at least one second film at a longitudinal partial overlapping band; - joining means (40; 47, 23) for tightly joining said first film and said at least one second film along a longitudinal joining band made inside a width (h) of said longitudinal partial overlapping band so as to obtain a single-body composite film formed by said first film and said at least one second film;
An electric apparatus such as a frequency converter, comprising: an inlet and an outlet for passing a first airflow generated by a fan through the apparatus, a first cooling element for receiving heat generated by a primary electric component and for dissipating heat into the first airflow, a component space containing a secondary electric component, and a housing enclosing the first cooling element, the secondary electric component and the component space, characterized in that one or more walls separate the component space containing the secondary electric component from the first cooling element for preventing the first airflow from entering the component space, and the apparatus comprises a second cooling element having a first end in the component space, which first end is thermally connected to the secondary electric component for receiving heat generated by the secondary electric component, and a second end located outside of the component space for dissipating heat received from the secondary electric component to the first airflow. an inlet and an outlet for passing a first airflow generated by a fan through the apparatus, a first cooling element for receiving heat generated by a primary electric component and for dissipating heat into the first airflow, a component space containing a secondary electric component, and a housing enclosing the first cooling element, the secondary electric component and the component space, characterized in that one or more walls separate the component space containing the secondary electric component from the first cooling element for preventing the first airflow from entering the component space, and the apparatus comprises a second cooling element having a first end in the component space, which first end is thermally connected to the secondary electric component for receiving heat generated by the secondary electric component, and a second end located outside of the component space for dissipating heat received from the secondary electric component to the first airflow.
An optical surface roughness measurement-enabling arrangement for enabling measurement of the surface roughness of a material, the arrangement comprising: - an optical radiation source for generating a beam of collimated radiation along a first axis for illuminating the surface of the material with the radiation directed along the first axis; - a refractive optical element rotatably mounted on the arrangement and when optically aligned with the beam of radiation along the first axis, refracting the beam along a second axis which is non-parallel with the first axis, such that the refracted beam converges toward the first axis in a direction which is away from the element toward the material, for illuminating the surface of the material with the radiation directed along the second axis; - a motorised flipper for moving the refractive optical element to optically align the refractive optical element with the beam of radiation along the first axis; and - a detector which is arranged to detect the radiation reflected off the surface of the material, which was incident upon the surface along the first axis and second axis. - an optical radiation source for generating a beam of collimated radiation along a first axis for illuminating the surface of the material with the radiation directed along the first axis; - a refractive optical element rotatably mounted on the arrangement and when optically aligned with the beam of radiation along the first axis, refracting the beam along a second axis which is non-parallel with the first axis, such that the refracted beam converges toward the first axis in a direction which is away from the element toward the material, for illuminating the surface of the material with the radiation directed along the second axis; - a motorised flipper for moving the refractive optical element to optically align the refractive optical element with the beam of radiation along the first axis; and - a detector which is arranged to detect the radiation reflected off the surface of the material, which was incident upon the surface along the first axis and second axis.
An inside-type mechanical seal comprising a sleeve fixed to a rotating shaft, and a cartridge (4, 40) fixed to a housing; a rotation-side sealing ring being provided to said sleeve; and a fixed-side sealing ring, which slides against said rotation-side sealing ring, and a bellows (7, 15, 30) for axially urging the fixed-side sealing ring, being provided to said cartridge (4, 40); said bellows (7, 15, 30) is made from a metal; and said metal bellows (7, 15, 30) has one end fixed to said fixed-side sealing ring, and another end fixed to said cartridge (4, 40), the plate thickness of said metal bellows (7, 15, 30) being set so as to be smaller than the plate thickness of said cartridge (4, 40); wherein a distal end (2d, 20d) of an inner cylinder part (2a, 20a) of said sleeve is expanded in diameter by crimping and caused to engage with an inner cylinder part (4c, 40c) of said cartridge (4, 40) thereby preventing said cartridge (4, 40) and said sleeve from axial detachment, characterised in that a portion of the inner cylinder part (4c, 40c) of said cartridge (4, 40) located on the opposite axial-direction side relative to said fixed-side sealing ring side is expanded in diameter and provided with a stepped part (4d, 40d); and said bellows (7, 15, 30) is formed so that the inner diameter of a portion positioned on the fixed-side sealing ring side relative to the stepped part (4d, 40d) of the inner cylinder part (4c, 40c) of said cartridge (4, 40) is smaller than the inner diameter of a portion positioned on the opposite side from the fixed-side sealing ring relative to the stepped part (4d, 40d) of the inner cylinder part (4c, 40c) of said cartridge (4, 40).
Opening device of a casement pivotable against a frame, with a casement-side fitting part and a frame-side fitting part, with a pivot arm mounted in one of the fitting parts (6, 7) and connectable with the other fitting part (7, 6) via a locking element, wherein the locking element can be driven between a basic position, in which a positive locking with the pivot arm is separated, into an engagement position, in which the positive locking with the pivot arm is generated and the pivot arm when the locking element is in the engagement position during the opening of the casement is mounted so as to pivot out and with a fixing element for the positive connection of the pivot arm with the fitting part having a bearing for the pivot arm, wherein the pivot arm has an elongated hole for guiding the locking element, characterized in that a stop element can be fixed in designated position in the elongated hole.
Security element for documents in general, in particular banknotes, security cards and the like, comprising a support layer having, at least on one face, a continuous layer of metallic material, characterised in that said continuous layer of metallic material comprises at least one zone having a reduced thickness of metal with respect to surrounding portions so as to be visually distinctive from the surrounding portions or vice versa.
A firefighting foam preservative composition, comprising: a suspension system comprising water and at least one suspension agent; 0.1 to 1.0 wt% of a first polysaccharide that is soluble in the suspension system, wherein the first polysaccharide is xanthan gum; and 3 to 12 wt% of a second polysaccharide that is insoluble in the suspension system but soluble in water alone, wherein the second polysaccharide is one or more polysaccharides selected from the group consisting of guar gum, konjac gum, tara gum, and methylcellulose. a suspension system comprising water and at least one suspension agent; 0.1 to 1.0 wt% of a first polysaccharide that is soluble in the suspension system, wherein the first polysaccharide is xanthan gum; and 3 to 12 wt% of a second polysaccharide that is insoluble in the suspension system but soluble in water alone, wherein the second polysaccharide is one or more polysaccharides selected from the group consisting of guar gum, konjac gum, tara gum, and methylcellulose.
A method for the removal of DNA impurities from rhabdoviridae compositions, the method comprising the steps of: a) harvesting the virus from the cell culture supernatant without the use of a nuclease, and concentrating the viral content of the supernatant followed by b) washing the concentrated virus with solution that has an ionic strength of between 0.5 mol/L and 3.0 mol/L followed by c) size exclusion chromatography.
A method performed by a user equipment, UE, for transmitting uplink, LTL, control information, the method comprising: receiving, from a base station, at least one of UL control channel resource set configuration information and LTL control channel transmission information; configuring an LTL control channel including the LTL control information based on at least one of the LTL control channel resource set configuration information and the UL control channel transmission information; and transmitting the UL control channel including UL control information to the base station, wherein PUCCH format of the LTL control channel is configured based on a number of symbols that configure the UL control channel, wherein the LTL control channel transmission information includes one or more of plural PUCCH formats, the plural PUCCH formats are classified into the short PUCCH configured with one or two symbols and the long PUCCH configured with four or more symbols, characterized by based on a situation where the UL control channel resource set configuration information is configured for both of the short PUCCH format using one or two symbols and the long PUCCH format using four or more symbols to be transmitted in a slot and one of the short PUCCH format and the long PUCCH format is configured with a high priority, only one PUCCH format is used, in the slot, for transmitting the UL control channel based on the PUCCH format having the high priority for the UL control information. receiving, from a base station, at least one of UL control channel resource set configuration information and LTL control channel transmission information; configuring an LTL control channel including the LTL control information based on at least one of the LTL control channel resource set configuration information and the UL control channel transmission information; and transmitting the UL control channel including UL control information to the base station, wherein PUCCH format of the LTL control channel is configured based on a number of symbols that configure the UL control channel, wherein the LTL control channel transmission information includes one or more of plural PUCCH formats, the plural PUCCH formats are classified into the short PUCCH configured with one or two symbols and the long PUCCH configured with four or more symbols, characterized by based on a situation where the UL control channel resource set configuration information is configured for both of the short PUCCH format using one or two symbols and the long PUCCH format using four or more symbols to be transmitted in a slot and one of the short PUCCH format and the long PUCCH format is configured with a high priority, only one PUCCH format is used, in the slot, for transmitting the UL control channel based on the PUCCH format having the high priority for the UL control information.
A process for producing a cellulose ester product, characterized in that the process comprises the following steps: moistening a cellulose sheet stock to a water content in a range from about 20% to about 50%; attriting the moistened cellulose sheet to a wet pulp; flash drying said wet pulp to a floccule of cellulose having a moisture content from about 4% to about 8%, wherein flash drying is conducted in a flash dryer having a feed inlet temperature of about 105°C to about 200°C and an outlet temperature of about 60°C to about 130°C; and esterifying said floccule of cellulose to provide a cellulose ester product. moistening a cellulose sheet stock to a water content in a range from about 20% to about 50%; attriting the moistened cellulose sheet to a wet pulp; flash drying said wet pulp to a floccule of cellulose having a moisture content from about 4% to about 8%, wherein flash drying is conducted in a flash dryer having a feed inlet temperature of about 105°C to about 200°C and an outlet temperature of about 60°C to about 130°C; and esterifying said floccule of cellulose to provide a cellulose ester product.
Method for drying at least one contaminated object in a final storage container, the at least one object in the final storage container being dried by internal heating of the final storage container by means of a heater having multiple heating elements arranged in the interior of the same, characterized in that the heating is performed by selective operation of the heating elements, the at least one object being dried in multiple steps and moist air produced during the drying being extracted from the final storage container.