mhurhangee/ep-ind-claims huggingface dataset:
A process to produce a dispersion comprising: feeding ethylcellulose polymer into a melt and mix zone of an extruder; feeding a dispersant selected from the group consisting of saturated and unsaturated fatty acids into the melt and mix zone of the extruder; melting and mixing the ethylcellulose polymer and the dispersant together in the melt and mix zone of the extruder to form a melt; conveying the melt to an emulsification zone of the extruder in which the temperature and pressure are controlled; feeding a base and water into the emulsification zone wherein the melt is dispersed to form a high internal phase emulsion; conveying the emulsion to a dilution and cooling zone of the extruder; and feeding water into the dilution and cooling zone to dilute the high internal phase emulsion thereby forming an aqueous dispersion. feeding ethylcellulose polymer into a melt and mix zone of an extruder; feeding a dispersant selected from the group consisting of saturated and unsaturated fatty acids into the melt and mix zone of the extruder; melting and mixing the ethylcellulose polymer and the dispersant together in the melt and mix zone of the extruder to form a melt; conveying the melt to an emulsification zone of the extruder in which the temperature and pressure are controlled; feeding a base and water into the emulsification zone wherein the melt is dispersed to form a high internal phase emulsion; conveying the emulsion to a dilution and cooling zone of the extruder; and feeding water into the dilution and cooling zone to dilute the high internal phase emulsion thereby forming an aqueous dispersion.
A method for moulding plastic preforms, wherein the plastic preforms are introduced into a blow mould and are expanded by applying a flowable medium thereto, which is introduced into the internal space of the plastic preforms, wherein said blow mould includes at least two lateral parts (2, 4) which form a cavity during the expansion of the plastic preforms, within which the plastic containers are expanded, wherein said lateral parts (2, 4) are respectively provided on lateral part carriers (12, 14) that are moved relative to each other for opening and closing the blow mould, and wherein at least one arrangement of a lateral part carrier (12, 14) and the lateral part (2, 4) provided thereon has an expansion element that can have a gaseous medium applied thereto, which expansion element ensures, when the gaseous medium is applied thereto, that one lateral part (2, 4) is moved towards the other lateral part (4, 2), wherein during the expansion of the plastic preforms, at least two different pressure levels are applied to the latter, and wherein this application of pressure onto the plastic preform is started at a predetermined point in time (Tb), characterised in that a first pressure is applied to said expansion element during a first time section of said expansion process and a second pressure that is greater than said first pressure is applied during a second time section that follows in time after the first section, wherein the first pressure deviates, preferably at least at times, from the instantaneous pressure that is applied onto the plastic preform.
Sensor apparatus for determining at least one rotational property of a rotating element, comprising at least one increment carrier that can be connected to the rotating element, the sensor apparatus comprising at least one magnetic field generator for generating a magnetic field at the location of the rotating element, the sensor apparatus having at least a first magnetic sensor and at least a second magnetic sensor, the first magnetic sensor generating a first sensor signal and the second magnetic sensor generating a second sensor signal, the first magnetic sensor being an inductive sensor, the first magnetic sensor having at least one coil and being set up to detect a magnetic field generated or changed by eddy currents of the rotating element, the second magnetic sensor being an active sensor, the second magnetic sensor having at least one Hall element and/or at least one magneto-resistive element, characterized in that the first magnetic sensor and the second magnetic sensor are set up to sense a common increment carrier magnetically.
A transport and storage container for small parts, wherein the container has a base, two side parts, and two end faces made of plastic, wherein one of the end faces has a removal opening, wherein the container side opposite the base is open and has a container edge, wherein the container has a metering panel, characterised in that the metering panel is hinged in the region of the container edge so as to be pivotable between a first and second end position, wherein in the first end position a through-opening for the small parts exists between the container base and the side of the metering panel facing toward the container base, and wherein in the second end position the metering panel is arranged parallel to the base of the container, wherein the metering panel is detachably fixed in the first and/or second end position, wherein the metering panel remains permanently in the container.
Microemulsion comprising water in an amount of 1-30 w%; sodium or potassium oleate, Na/K salts of tall oil fatty acid, and/or Na/K salts of C 16 -C 18 saturated or unsaturated fatty acids in an amount of 10-40 w%; oleic acid, tall oil fatty acid, or C 16 -C 18 saturated or unsaturated fatty acids in an amount of 2-40 w%; ethanol in an amount of 5-40 w%; glycerol in an amount of 5-40 w%; and liquid hydrocarbon(s) in an amount of 5-40 w%, up to a maximum or total of components parts of 100 w%. water in an amount of 1-30 w%; sodium or potassium oleate, Na/K salts of tall oil fatty acid, and/or Na/K salts of C 16 -C 18 saturated or unsaturated fatty acids in an amount of 10-40 w%; oleic acid, tall oil fatty acid, or C 16 -C 18 saturated or unsaturated fatty acids in an amount of 2-40 w%; ethanol in an amount of 5-40 w%; glycerol in an amount of 5-40 w%; and liquid hydrocarbon(s) in an amount of 5-40 w%, up to a maximum or total of components parts of 100 w%.
A polycarbonate resin composition comprising at least a polycarbonate resin (a) and a polycarbonate resin (b) having structural units different from the polycarbonate resin (a), which satisfies the following requirements: (i) the pencil hardness of the polycarbonate resin (a) as specified by ISO 15184 is higher than the pencil hardness of the polycarbonate resin (b) as specified by ISO 15184; (ii) the glass transition point Tg(a) of the polycarbonate resin (a) and the glass transition point Tg(b) of the polycarbonate resin (b) satisfy the relation of the following (Formula 1): Tg b − 45 °C < Tg a < Tg b − 10 °C and (iii) the pencil hardness of the polycarbonate resin composition as specified by ISO 15184 is higher by at least two ranks than the pencil hardness of the polycarbonate resin (b) as specified by ISO 15184, wherein the glass transition point is measured using a differential scanning calorimeter at a heating rate of 20°C/min, and is calculated according to JIS K7121. (i) the pencil hardness of the polycarbonate resin (a) as specified by ISO 15184 is higher than the pencil hardness of the polycarbonate resin (b) as specified by ISO 15184; (ii) the glass transition point Tg(a) of the polycarbonate resin (a) and the glass transition point Tg(b) of the polycarbonate resin (b) satisfy the relation of the following (Formula 1): Tg b − 45 °C < Tg a < Tg b − 10 °C and (iii) the pencil hardness of the polycarbonate resin composition as specified by ISO 15184 is higher by at least two ranks than the pencil hardness of the polycarbonate resin (b) as specified by ISO 15184,
Probe device (20; 29; 31; 32) for insertion into a body of a patient - with a suction conduit between -- a distal suction/feed port and -- a proximal suction attachment port for the attachment of a vacuum source, - with a feed conduit between -- a proximal feed attachment port for the attachment of a feed source and -- the distal suction/feed port, wherein the feed conduit has a feed tube section extending between the feed attachment port and the suction/feed port, wherein the feed tube section has a material composition containing silicone and BaSO 4, characterized in that the feed attachment port is connected to the feed tube section in a fluid-tight manner via an overmould section which covers a transition between the feed attachment port and the feed tube section and is connected on the one hand in a fluid-tight manner to the feed attachment port and is connected on the other hand in a fluid-tight manner to the feed tube section, wherein the overmould section has a material composition containing silicone and BaSO4. - with a suction conduit between -- a distal suction/feed port and -- a proximal suction attachment port for the attachment of a vacuum source, -- a distal suction/feed port and -- a proximal suction attachment port for the attachment of a vacuum source, - with a feed conduit between -- a proximal feed attachment port for the attachment of a feed source and -- the distal suction/feed port, -- a proximal feed attachment port for the attachment of a feed source and -- the distal suction/feed port, wherein the feed conduit has a feed tube section extending between the feed attachment port and the suction/feed port, wherein the feed tube section has a material composition containing silicone and BaSO 4, characterized in that the feed attachment port is connected to the feed tube section in a fluid-tight manner via an overmould section which covers a transition between the feed attachment port and the feed tube section and is connected on the one hand in a fluid-tight manner to the feed attachment port and is connected on the other hand in a fluid-tight manner to the feed tube section, wherein the overmould section has a material composition containing silicone and BaSO4.
Assembly having a first planetary stage, a second planetary stage and at least one retaining plate; wherein the first planetary stage has a planet carrier with webs and with planet bolts which are fixed in the planet carrier, and the second planetary stage has a ring gear; wherein the planet carrier and the ring gear are connected to one another for conjoint rotation and can be rotated about a common axis of rotation; wherein the retaining plate is mounted on the ring gear and engages in a groove of the planet carrier; characterized in that the groove and the axis of rotation extend at least partially skew to one another; and in that the retaining plate is arranged at least partially on a first side of a first plane and on a first side of a second plane; wherein the first plane and the second plane intersect along the axis of rotation; wherein all the planet bolts fixed in the planet carrier each lie on a second side of the first plane and/or on a second side of the second plane; and wherein all the webs of the plant carrier each lie on the second side of the first plane and/or on the second side of the second plane.
An X-ray image processor for generating X-ray imaging information on an imaging region of a subject to which X-ray CT imaging is executed, the X-ray image processor comprising: an image information generator generating stitch imaging information by joining first X-ray imaging information on a first imaging region to which the X-ray CT imaging is executed first and second X-ray imaging information on a second imaging region to which the X-ray CT imaging is executed after the first imaging region, the first imaging region and the second imaging region being partially overlapping each other along an axial direction of an imaging central axis of the imaging region, at least one of the first X-ray imaging information and the second X-ray imaging information, based on which the stitch imaging information is generated, being offset CT imaging information on the imaging region to which an offset CT imaging is executed. an image information generator generating stitch imaging information by joining first X-ray imaging information on a first imaging region to which the X-ray CT imaging is executed first and second X-ray imaging information on a second imaging region to which the X-ray CT imaging is executed after the first imaging region, the first imaging region and the second imaging region being partially overlapping each other along an axial direction of an imaging central axis of the imaging region, at least one of the first X-ray imaging information and the second X-ray imaging information, based on which the stitch imaging information is generated, being offset CT imaging information on the imaging region to which an offset CT imaging is executed.
Mattress, comprising a mattress base body having a support surface (2a, 2b) for supporting a user and a mattress rim surface surrounding the mattress base body, wherein the support surface has a plurality of elevations (3i, 3a), wherein the support surface has inner elevations and outer elevations which adjoin the circumferential mattress rim surface, wherein the outer elevations having a shape which differs from the inner elevations, wherein the inner elevations are each formed as cones, and wherein the outer elevations are each formed as cones with the provision that the outer elevations are laterally cut off by the circumferential mattress rim surface, characterized in that the mattress rim surface of the matress base body, by which the outer elevations are cut off, comprise a plurality of rim elevations. a mattress base body having a support surface (2a, 2b) for supporting a user and a mattress rim surface surrounding the mattress base body, wherein the support surface has a plurality of elevations (3i, 3a), wherein the support surface has inner elevations and outer elevations which adjoin the circumferential mattress rim surface, wherein the outer elevations having a shape which differs from the inner elevations, wherein the inner elevations are each formed as cones, and wherein the outer elevations are each formed as cones with the provision that the outer elevations are laterally cut off by the circumferential mattress rim surface, characterized in that the mattress rim surface of the matress base body, by which the outer elevations are cut off, comprise a plurality of rim elevations.
A method implemented by an access point for allocating an uplink reference signal to a user equipment, UE (10, 12, 14), located in a cell area comprising one or a plurality of cells served by one or a plurality of access nodes, comprising: • determining one or a plurality of active applications of the UE (10, 12, 14), • determining a traffic characteristic associated to the one or the plurality of active applications, wherein the traffic characteristic associated to the one or the plurality of active applications of the UE (10, 12, 14) includes an indication of a continuity of the data transmission, burstiness of the data transmission, and/or a peak data rate with respect to a physical layer of the data transmission associated with the UE (10, 12, 14), • associating a priority level to the UE (10, 12, 14), wherein the priority level is based on the traffic characteristic, • determining if the priority level of the UE (10, 12, 14) is above a certain priority level, and • if the priority level is above the certain priority level, allocating an uplink reference signal to the UE that is orthogonal to all the other reference signals currently assigned to other UEs in the cell area, otherwise, allocating an uplink reference signal to the UE that is not orthogonal to all the other reference signals currently assigned to other UEs in the cell area. • determining one or a plurality of active applications of the UE (10, 12, 14), • determining a traffic characteristic associated to the one or the plurality of active applications, wherein the traffic characteristic associated to the one or the plurality of active applications of the UE (10, 12, 14) includes an indication of a continuity of the data transmission, burstiness of the data transmission, and/or a peak data rate with respect to a physical layer of the data transmission associated with the UE (10, 12, 14), • associating a priority level to the UE (10, 12, 14), wherein the priority level is based on the traffic characteristic, • determining if the priority level of the UE (10, 12, 14) is above a certain priority level, and • if the priority level is above the certain priority level, allocating an uplink reference signal to the UE that is orthogonal to all the other reference signals currently assigned to other UEs in the cell area, otherwise, allocating an uplink reference signal to the UE that is not orthogonal to all the other reference signals currently assigned to other UEs in the cell area.
A gas turbine engine comprising: a first compressor rotor driven by a first turbine rotor, and a second compressor rotor driven by a second turbine rotor, with said second compressor rotor being upstream of the first compressor rotor and said first turbine rotor being upstream of said second turbine rotor; and an air mixing system for tapping air from a location upstream of said first compressor rotor and for delivery to an environmental control system, the air mixing system receiving air from a first air source and a second air source, the first air source including air at a first pressure upstream of said first compressor rotor, and the second air source including air at a lower second pressure, and at least one valve (296, 312, 420), whereby the at least one valve (296,312,420) is for controlling a mixture of air from said first and second sources to achieve a predetermined pressure for the environmental control system; characterised in that said second air source communicates from a single conduit through a port leading into a mixing box and, alternatively, flowing to an outlet downstream of said first compressor rotor, wherein said second air source communicates into a branch of two lines, with the first line including a valve control to control the amount of air reaching said mixing box, and a second valve on a second line leading to said outlet. a first compressor rotor driven by a first turbine rotor, and a second compressor rotor driven by a second turbine rotor, with said second compressor rotor being upstream of the first compressor rotor and said first turbine rotor being upstream of said second turbine rotor; and an air mixing system for tapping air from a location upstream of said first compressor rotor and for delivery to an environmental control system, the air mixing system receiving air from a first air source and a second air source, the first air source including air at a first pressure upstream of said first compressor rotor, and the second air source including air at a lower second pressure, and at least one valve (296, 312, 420), whereby the at least one valve (296,312,420) is for controlling a mixture of air from said first and second sources to achieve a predetermined pressure for the environmental control system; characterised in that said second air source communicates from a single conduit through a port leading into a mixing box and, alternatively, flowing to an outlet downstream of said first compressor rotor, wherein said second air source communicates into a branch of two lines, with the first line including a valve control to control the amount of air reaching said mixing box, and a second valve on a second line leading to said outlet.
A coated plastic component with a plastic substrate and a coating on the plastic substrate to provide for a chrome-look, characterized in that the coating comprises a metallic layer and an adhesion layer between the metallic layer and the plastic substrate where the adhesion layer comprises silicon monoxide to promote adhesion between the metallic layer and an organic base coat layer, wherein the organic base layer is a lacquer cured by means of UV light.
A desulfurization processing method of molten steel, comprising: adding a desulfurization agent containing quicklime into a ladle holding the molten steel tapped from a converter; and stirring the molten steel in the ladle to reduce a sulfur concentration in the molten steel, wherein the desulfurization agent contains quicklime, where a sum of volumes of pores having a pore diameter ranging from 0.5 μm to 10 μm, inclusive of 0.5 μm and 10 μm, in the quicklime is equal to or larger than 0.1 mL/g; the quicklime contains particles, where 90% or more of the particles contained in the quicklime has a particle diameter ranging from 1 mm to 30 mm, inclusive of 1 mm and 30 mm; and the sum of volumes of pores is obtained as described in the description. adding a desulfurization agent containing quicklime into a ladle holding the molten steel tapped from a converter; and stirring the molten steel in the ladle to reduce a sulfur concentration in the molten steel, wherein the desulfurization agent contains quicklime, where a sum of volumes of pores having a pore diameter ranging from 0.5 μm to 10 μm, inclusive of 0.5 μm and 10 μm, in the quicklime is equal to or larger than 0.1 mL/g; the quicklime contains particles, where 90% or more of the particles contained in the quicklime has a particle diameter ranging from 1 mm to 30 mm, inclusive of 1 mm and 30 mm; and the sum of volumes of pores is obtained as described in the description.
Power plug of a charging cable for charging an electric device, in particular an electric vehicle, the power plug at least comprising: multiple contacts for conducting electrical energy and/or signals, wherein each contact is linked with an individual wire, a housing for at least partially covering the contacts and/or the wires, wherein the housing comprises a coupling means for locking the contacts in a predefined position in a power socket, wherein the coupling means comprises a sensor element for detecting the predefined position, characterized in that: the housing comprises an inner surface which at least partially surrounds the contacts and/or wires and an outer surface which forms the coupling means, wherein the coupling means is shaped as a latching hole and wherein the sensor element is arranged inside the latching hole; and the sensor element is a touch sensor for detecting contact between the power plug and the power socket in case the power plug is positioned into the power socket in the predefined position. multiple contacts for conducting electrical energy and/or signals, wherein each contact is linked with an individual wire, a housing for at least partially covering the contacts and/or the wires, wherein the housing comprises a coupling means for locking the contacts in a predefined position in a power socket, wherein the coupling means comprises a sensor element for detecting the predefined position, characterized in that: the housing comprises an inner surface which at least partially surrounds the contacts and/or wires and an outer surface which forms the coupling means, wherein the coupling means is shaped as a latching hole and wherein the sensor element is arranged inside the latching hole; and the sensor element is a touch sensor for detecting contact between the power plug and the power socket in case the power plug is positioned into the power socket in the predefined position. the housing comprises an inner surface which at least partially surrounds the contacts and/or wires and an outer surface which forms the coupling means, wherein the coupling means is shaped as a latching hole and wherein the sensor element is arranged inside the latching hole; and the sensor element is a touch sensor for detecting contact between the power plug and the power socket in case the power plug is positioned into the power socket in the predefined position.