mhurhangee/ep-ind-claims huggingface dataset:
An elastic body roller (20, 30, 120, 120A, 120B, 130) for feeding a belt-shaped member, the elastic body roller (20, 30, 120, 120A, 120B, 130) comprising: a roller shaft (21, 121); and an elastic material member (22, 122) surrounding the roller shaft (21, 121), the elastic material member (22, 122) configured to feed the belt-shaped member by making contact with the belt-shaped member, the elastic material member (22, 122) including: an inner layer elastic material member (23, 123, 123A, 123B) disposed on an outer periphery of the roller shaft (21, 121), and a coating layer (24, 34, 124, 124A, 124B, 134) disposed on an outer periphery of the inner layer elastic material member (23, 123, 123A, 123B), the coating layer (24, 34, 124, 124A, 124B, 134) configured to make contact with the belt-shaped member, and the coating layer (24, 34, 124, 124A, 124B, 134) being formed from a silicone resin having a hardness of 20 degrees or less based on a spring type hardness tester Asker C in accordance with SRIS 0101, characterised in that the inner layer elastic material member has a rubber hardness of 30 to 80 degrees according to a Durometer Hardness Testing Method Type A defined in JIS K6253. a roller shaft (21, 121); and an elastic material member (22, 122) surrounding the roller shaft (21, 121), the elastic material member (22, 122) configured to feed the belt-shaped member by making contact with the belt-shaped member, the elastic material member (22, 122) including: an inner layer elastic material member (23, 123, 123A, 123B) disposed on an outer periphery of the roller shaft (21, 121), and a coating layer (24, 34, 124, 124A, 124B, 134) disposed on an outer periphery of the inner layer elastic material member (23, 123, 123A, 123B), the coating layer (24, 34, 124, 124A, 124B, 134) configured to make contact with the belt-shaped member, and the coating layer (24, 34, 124, 124A, 124B, 134) being formed from a silicone resin having a hardness of 20 degrees or less based on a spring type hardness tester Asker C in accordance with SRIS 0101, characterised in that the inner layer elastic material member has a rubber hardness of 30 to 80 degrees according to a Durometer Hardness Testing Method Type A defined in JIS K6253. an inner layer elastic material member (23, 123, 123A, 123B) disposed on an outer periphery of the roller shaft (21, 121), and a coating layer (24, 34, 124, 124A, 124B, 134) disposed on an outer periphery of the inner layer elastic material member (23, 123, 123A, 123B), the coating layer (24, 34, 124, 124A, 124B, 134) configured to make contact with the belt-shaped member, and the coating layer (24, 34, 124, 124A, 124B, 134) being formed from a silicone resin having a hardness of 20 degrees or less based on a spring type hardness tester Asker C in accordance with SRIS 0101, characterised in that the inner layer elastic material member has a rubber hardness of 30 to 80 degrees according to a Durometer Hardness Testing Method Type A defined in JIS K6253.
Device for the production of mixed drinks made of drinking water and a drink concentrate, consisting of a refill unit with a bag made of a flexible flat material, a spout protruding from the bag with a radially protruding disc or several radial protrusions at various peripheral positions at a distance from the bag, a cover which closes the top end in a way which is liquid-tight and can be perforated and a drink concentrate in the bag, all comprising • a bracket with a storage space on which to place the bag, • a stop plate which protrudes upwards from the bracket in relation to the storage space with an insertion aperture starting from the upper edge of the stop plate and extending downwards for the insertion of the spout, meaning that the stop plate comes into action at the edge of the insertion aperture in a slot between the bag and the disc or the protrusions if the bag is resting on the bracket, • a pin directed towards the insertion aperture and featuring a channel on the side of the stop plate facing away from the storage space, • a shifting device holding the pin with an operating device designed to shift the pin from a release position, at a distance from the stop plate which allows the spout to be inserted into the insertion aperture, into an engaged position in which the pin perforates the cover at the end of the spout and engages with the spout, • a first connecting line connected to the pin's channel, • a pump arranged in the first connecting line, • a mixing chamber connected to the other end of the first connecting line with an outlet for a mixed drink • and a second connecting line to a drinking water supply which is connected to the mixing chamber. • a bracket with a storage space on which to place the bag, • a stop plate which protrudes upwards from the bracket in relation to the storage space with an insertion aperture starting from the upper edge of the stop plate and extending downwards for the insertion of the spout, meaning that the stop plate comes into action at the edge of the insertion aperture in a slot between the bag and the disc or the protrusions if the bag is resting on the bracket, • a pin directed towards the insertion aperture and featuring a channel on the side of the stop plate facing away from the storage space, • a shifting device holding the pin with an operating device designed to shift the pin from a release position, at a distance from the stop plate which allows the spout to be inserted into the insertion aperture, into an engaged position in which the pin perforates the cover at the end of the spout and engages with the spout, • a first connecting line connected to the pin's channel, • a pump arranged in the first connecting line, • a mixing chamber connected to the other end of the first connecting line with an outlet for a mixed drink • and a second connecting line to a drinking water supply which is connected to the mixing chamber.
A refrigerator comprising a body; a compartment which is disposed in the body and wherein the foodstuffs are placed; a shelf which is disposed in the body; a carrier plate placed between the compartment and the shelf and having a planar surface and at least one surface on the long or short sides of the carrier plate which is angled with respect to the planar surface and which is not parallel with the base of the compartment, at least one housing which is placed on the planar surface as parallel with the base of the compartment, wherein at least one UV light source is placed into the housing on the planar surface, so as to emit light into the compartment at a right angle characterized in that the refrigerator further comprises - at least another housing which is placed on the at least one angled surface, wherein at least another UV light source is placed into the housing on the angled surface, so as to emit light into the compartment at a non-perpendicular angle, - a reflector placed in the compartment, wherein the reflector has a plurality of elevations for refracting the UV light so as to be transmitted to all the surfaces of the foodstuffs in the compartment, and a wire shelf which enables the foodstuffs to be placed so as not to cover the elevations and which is placed onto the reflector. - at least another housing which is placed on the at least one angled surface, wherein at least another UV light source is placed into the housing on the angled surface, so as to emit light into the compartment at a non-perpendicular angle, - a reflector placed in the compartment, wherein the reflector has a plurality of elevations for refracting the UV light so as to be transmitted to all the surfaces of the foodstuffs in the compartment, and a wire shelf which enables the foodstuffs to be placed so as not to cover the elevations and which is placed onto the reflector.
A method for arranging a plurality of spacecraft under the fairing of a launcher, comprising the following steps: - arranging a first layer of spacecraft (SAT1-SAT4) around a dispenser having a longitudinal axis (z); - fixing the spacecraft of said first layer to said dispenser by means of mechanical interfaces extending in a radial direction; - arranging a second layer of spacecraft (SAT5-SAT12) around said first layer and said dispenser, the spacecraft of said second layer being arranged so as to extend beyond, in a longitudinal direction of said fairing, the spacecraft of said first layer that are interposed between them and the dispenser; - fixing the spacecraft of said second layer to said dispenser by means of mechanical interfaces extending in a radial direction over a distance that is greater than that of the mechanical interfaces of the first layer; and - arranging the resulting assembly, which comprises the dispenser and the spacecraft, under the fairing of a launcher with the longitudinal axis of the dispenser aligned with that of the fairing. - arranging a first layer of spacecraft (SAT1-SAT4) around a dispenser having a longitudinal axis (z); - fixing the spacecraft of said first layer to said dispenser by means of mechanical interfaces extending in a radial direction; - arranging a second layer of spacecraft (SAT5-SAT12) around said first layer and said dispenser, the spacecraft of said second layer being arranged so as to extend beyond, in a longitudinal direction of said fairing, the spacecraft of said first layer that are interposed between them and the dispenser; - fixing the spacecraft of said second layer to said dispenser by means of mechanical interfaces extending in a radial direction over a distance that is greater than that of the mechanical interfaces of the first layer; and - arranging the resulting assembly, which comprises the dispenser and the spacecraft, under the fairing of a launcher with the longitudinal axis of the dispenser aligned with that of the fairing.
A method operable by a wireless device configured for operation in a licensed communication band and an unlicensed communication band, the method comprising: initiating, at the wireless device, a signal measurement of an unlicensed communication band used by an unlicensed communication band device for non-cellular communications; sending, to an access point configured for operation in the unlicensed communication band, a measurement report including the signal measurement of the unlicensed communication band, wherein the measurement report indicates interference from the unlicensed communication band device on a same channel used by the wireless device caused by a non-cellular communication of the non-cellular communications of the unlicensed communication band device and reporting which channels are usable; and receiving a new channel assignment from the access point in the unlicensed communication band, the new channel being different from the same channel used by the unlicensed communication band device for non-cellular communications. initiating, at the wireless device, a signal measurement of an unlicensed communication band used by an unlicensed communication band device for non-cellular communications; sending, to an access point configured for operation in the unlicensed communication band, a measurement report including the signal measurement of the unlicensed communication band, wherein the measurement report indicates interference from the unlicensed communication band device on a same channel used by the wireless device caused by a non-cellular communication of the non-cellular communications of the unlicensed communication band device and reporting which channels are usable; and receiving a new channel assignment from the access point in the unlicensed communication band, the new channel being different from the same channel used by the unlicensed communication band device for non-cellular communications.
A method for converting imaging data to three-dimensional printer input data, the method comprising: receiving imaging data describing a three-dimensional volume of a subject and printer definition data, wherein the printer definition data describes a particular three-dimensional printer and printer settings for a particular print job; segmenting the imaging data to produce one or more masks, each mask representing an object to be printed; evaluating the printability and quality of the one or more masks; curing any problems detected during the evaluation according to the printer definition data by adjusting the one or more masks; and converting the one or more masks into, three-dimensional printer input data describing at least part of the three-dimensional volume. receiving imaging data describing a three-dimensional volume of a subject and printer definition data, wherein the printer definition data describes a particular three-dimensional printer and printer settings for a particular print job; segmenting the imaging data to produce one or more masks, each mask representing an object to be printed; evaluating the printability and quality of the one or more masks; curing any problems detected during the evaluation according to the printer definition data by adjusting the one or more masks; and converting the one or more masks into, three-dimensional printer input data describing at least part of the three-dimensional volume.
A method for determining the presence or absence of an enterovirus and optionally_a parechovirus in a sample, the method comprising: (a) amplifying enteroviral nucleic acids, if present in the sample, with at least one first pair of primers, wherein the first pair of primers comprises: (i) a first primer comprising 5'-AATTGTCACCATAAGCAGCCA-3' (SEQ ID NO:1), and (ii) a second primer comprising a 5' quencher dye, a nuleic acid comprising 5'-ACACGGACACCCAAAGTAGTCGGT-3' (SEQ ID NO:3) flanked by two self-complementary nucleotide sequences at least 4 nucleotides in length, a fluorophore and a nucleic acid comprising 5'-CCCCTGAATGCGGCTAATC-3' (SEQ ID NO:2); and optionally, further comprising: (b) amplifying parechoviral nucleic acids, if present in the sample, with at least one second pair of primers, wherein the second pair of primers comprises: (i) a first primer comprising 5'-GTTGTAAGGCCCACGAA-3' (SEQ ID NO:4), and (ii) a second primer comprising a 5' fluorophore, a nucleic acid comprising 5'-ATGCCCAGAAGGTACCCG-3' (SEQ ID NO:6) flanked by two self-complementary nucleotide sequences at least 4 nucleotides in length, a quencher dye and a nucleic acid comprising 5'-TCAGATCCATAGTGTCICTTGTTA-3' (SEQ ID NO:5). (a) amplifying enteroviral nucleic acids, if present in the sample, with at least one first pair of primers, wherein the first pair of primers comprises: (i) a first primer comprising 5'-AATTGTCACCATAAGCAGCCA-3' (SEQ ID NO:1), and (ii) a second primer comprising a 5' quencher dye, a nuleic acid comprising 5'-ACACGGACACCCAAAGTAGTCGGT-3' (SEQ ID NO:3) flanked by two self-complementary nucleotide sequences at least 4 nucleotides in length, a fluorophore and a nucleic acid comprising 5'-CCCCTGAATGCGGCTAATC-3' (SEQ ID NO:2); and optionally, further comprising: (i) a first primer comprising 5'-AATTGTCACCATAAGCAGCCA-3' (SEQ ID NO:1), and (ii) a second primer comprising a 5' quencher dye, a nuleic acid comprising 5'-ACACGGACACCCAAAGTAGTCGGT-3' (SEQ ID NO:3) flanked by two self-complementary nucleotide sequences at least 4 nucleotides in length, a fluorophore and a nucleic acid comprising 5'-CCCCTGAATGCGGCTAATC-3' (SEQ ID NO:2); and optionally, further comprising: (b) amplifying parechoviral nucleic acids, if present in the sample, with at least one second pair of primers, wherein the second pair of primers comprises: (i) a first primer comprising 5'-GTTGTAAGGCCCACGAA-3' (SEQ ID NO:4), and (ii) a second primer comprising a 5' fluorophore, a nucleic acid comprising 5'-ATGCCCAGAAGGTACCCG-3' (SEQ ID NO:6) flanked by two self-complementary nucleotide sequences at least 4 nucleotides in length, a quencher dye and a nucleic acid comprising 5'-TCAGATCCATAGTGTCICTTGTTA-3' (SEQ ID NO:5). (i) a first primer comprising 5'-GTTGTAAGGCCCACGAA-3' (SEQ ID NO:4), and (ii) a second primer comprising a 5' fluorophore, a nucleic acid comprising 5'-ATGCCCAGAAGGTACCCG-3' (SEQ ID NO:6) flanked by two self-complementary nucleotide sequences at least 4 nucleotides in length, a quencher dye and a nucleic acid comprising 5'-TCAGATCCATAGTGTCICTTGTTA-3' (SEQ ID NO:5).
A vacuum valve for cargo tanks in, for instance, oil tankers, the vacuum valve comprising a valve housing with a valve body and a thereto associated valve seat, the valve body being axially movable relative to the valve seat between an open position and a closed position, where the position of the valve body relative to the valve seat is dependent on the difference between the pressure in the cargo tank and the ambient pressure exterior to the vacuum valve, the vacuum valve comprising a stem and a weight arranged outside of the valve housing in such a way that in the open position of the valve body the force of gravity on the weight seeks to move the valve body towards the closed position, characterised in that the vacuum valve further comprises a first magnet provided on the valve body and a second magnet or a material attracted to magnets provided in the valve housing, or a first magnet is provided in the valve housing and a second magnet or a material attracted to magnets provided on the valve body, in such a way that the magnetic force seeks to hold the valve body against the valve seat, wherein the first magnet (8 or 7) and the second magnet (7 or 8) or the material attracted to magnets as well as the mass of the weight is chosen to define an opening point of the vacuum valve at a predetermined first pressure difference between the ambient and the cargo tank as well as a closing point of the vacuum valve at a predetermined second pressure difference between the ambient and the cargo tank being lower than the first predetermined pressure difference, and wherein the weight is arranged on the valve stem in such a way that the weight influences on the closing motion of the vacuum valve and in such a way that the force of gravity on the weight defines the closing point of the vacuum valve.
A flexible tank for transporting fluids in a transportation container, said flexible tank defining a tank volume for containing a fluid, said flexible tank comprising at least one mixing member enclosing a fluid pathway extending across an interior surface of said flexible tank, said flexible tank further comprising at least one inlet valve configured to allow the passage of fluid from outside said flexible tank into said fluid pathway, wherein said at least one mixing member further comprises at least one aperture (162, 164, 166) such that said inlet valve is in fluid communication with said tank volume via said fluid pathway, wherein said at least one mixing member reduces in cross sectional area along its longitudinal axis, characterised in that said at least one mixing member is conically or frustoconically shaped. said flexible tank comprising at least one mixing member enclosing a fluid pathway extending across an interior surface of said flexible tank, said flexible tank further comprising at least one inlet valve configured to allow the passage of fluid from outside said flexible tank into said fluid pathway, wherein said at least one mixing member further comprises at least one aperture (162, 164, 166) such that said inlet valve is in fluid communication with said tank volume via said fluid pathway, wherein said at least one mixing member reduces in cross sectional area along its longitudinal axis, characterised in that said at least one mixing member is conically or frustoconically shaped.
A blowing mold for a thermoplastic material container, comprising two half molds (1,2) with a cyclic opening and closing device which moves the two half molds close to and away from each other with an opening angle which ranges from 0° in a closed position of the half molds (1, 2) to an αmax value in a position of maximum opening of the half molds, a drum cam comprising a first cam track, a first cam follower and levers for transmitting the opening and closing motion of the two half molds (1, 2) imparted by the movement of the first cam follower, wherein the first cam follower following the first cam track is adapted to produce a first cyclic opening and closing movement of the two half molds with a first maximum opening angle α1 so as to allow the extraction of a container of a first diameter determined by the mold, characterized in that the drum cam comprises a second cam track which can be followed by the first cam follower alternatively to the first cam track to produce a second cyclic opening and closing movement of the two half molds (1, 2) which reaches a second maximum opening angle α2 greater than the first maximum opening angle α1, so as to allow the extraction from the mold of a container of diameter greater than the first diameter.
Rear transverse panel of a motor vehicle: - which has an upper part that extends longitudinally towards the rear; - which bears a rear window of transverse orientation; - of which the upper part has an outer spoiler that extends towards the rear beyond an upper edge of the rear window; and - which bears a rear image capturing camera, - the transverse panel has a reflective surface oriented towards the rear; - the spoiler has a housing that is open in the direction of the reflective surface; and - the camera is arranged in the housing of the spoiler and its image capturing field is oriented in the direction of the reflective surface, characterized in that the reflective surface is borne by the rear window. - which has an upper part that extends longitudinally towards the rear; - which bears a rear window of transverse orientation; - of which the upper part has an outer spoiler that extends towards the rear beyond an upper edge of the rear window; and - which bears a rear image capturing camera, - the transverse panel has a reflective surface oriented towards the rear; - the spoiler has a housing that is open in the direction of the reflective surface; and - the camera is arranged in the housing of the spoiler and its image capturing field is oriented in the direction of the reflective surface,
Tool for cleaning surfaces, in particular ship hulls, having a tool body and at least one nozzle body which is arranged in an ablation space of the tool body and the nozzles of which are positioned essentially radially starting from the surface center of the nozzle body, wherein the at least one nozzle body is drivable in rotation via a drive system, and he axis of rotation of the nozzle body running through the surface center of the nozzle body and being arranged essentially parallel to and at a distance to the axis of symmetry of the tool body, characterised in that the at least one nozzle body is movable within the tool body along a plane which is substantially normal to its axis of rotation.
An Fe-Al alloy sputtering target, wherein the Al content is 1 to 23 at%, the oxygen content is 100 wt ppm or less, and the balance is Fe and inevitable impurities.
Process for producing a fluid having a boiling point in the range of from 100 to 400°C and comprising more than 95% by weight of isoparaffins and containing less than 100ppm by weight of aromatics, said process comprising the step of catalytically hydrogenating a feed comprising more than 95% by weight of a hydrodeoxygenated isomerized hydrocarbon biomass feedstock, at a temperature from 80 to 180°C, at a pressure from 50 to 160 bars, a liquid hourly space velocity of 0.2 to 5 hr-1 and an hydrogen treat rate up to 200 Nm3/ton of feed.