mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a sandwich component having a core layer between a first cover layer and a second cover layer, wherein hollow spheres having a diameter between 0.5 and 50 mm are disposed in the core layer, wherein the hollow spheres are incorporated in the core layer in the production of the core layer, characterized in that the hollow spheres are blown into the core layer by way of at least one hose.
A moisture separator reheater comprising: a horizontal cylindrical type body drum having a steam inlet for introducing thereinside steam to be heated at its lower portion and a steam outlet for exhausting therefrom the heated steam at its upper portion; end plates (1a, 1b) that seal both end portions of the body drum in a longitudinal direction thereof; a moisture removal section for removing moisture in the steam distributed inside the body drum; a heat transfer tube group (5, 6) disposed above the moisture removal section and arranged such that heating fluid for heating the steam can be distributed in the heat transfer tube group (5, 6); a heater header (7, 8) arranged to supply the heated fluid to the heat transfer tube group (5, 6) and exhaust outside the heating fluid that has been heat exchanged with the steam; and a partition plate (9a, 9b) disposed inside the body drum so as to guide the steam from the moisture removal section to the heat transfer tube group (5, 6); the heat transfer tube group (5, 6) including a plurality of heat transfer tubes each having a forward passage part, a backward passage part, and a bent tube part, the forward and the backward passage parts (12, 13) extending in the longitudinal direction of the body drum and the bent tube part connecting the forward and the backward passage parts (12, 13), and the heater header (7, 8) exposed outside the end plates (1a, 1b), characterized in that the bent tube part is provided outside at least one of the end plates (1a, 1b). a horizontal cylindrical type body drum having a steam inlet for introducing thereinside steam to be heated at its lower portion and a steam outlet for exhausting therefrom the heated steam at its upper portion; end plates (1a, 1b) that seal both end portions of the body drum in a longitudinal direction thereof; a moisture removal section for removing moisture in the steam distributed inside the body drum; a heat transfer tube group (5, 6) disposed above the moisture removal section and arranged such that heating fluid for heating the steam can be distributed in the heat transfer tube group (5, 6); a heater header (7, 8) arranged to supply the heated fluid to the heat transfer tube group (5, 6) and exhaust outside the heating fluid that has been heat exchanged with the steam; and a partition plate (9a, 9b) disposed inside the body drum so as to guide the steam from the moisture removal section to the heat transfer tube group (5, 6); the heat transfer tube group (5, 6) including a plurality of heat transfer tubes each having a forward passage part, a backward passage part, and a bent tube part, the forward and the backward passage parts (12, 13) extending in the longitudinal direction of the body drum and the bent tube part connecting the forward and the backward passage parts (12, 13), and the heater header (7, 8) exposed outside the end plates (1a, 1b), characterized in that the bent tube part is provided outside at least one of the end plates (1a, 1b).
A feed which is mixed with 1.0 to 30 weight % of rapeseed meal containing 42.5 to 55 weight % as it is of protein and 1 to 6 weight % as it is of crude fiber, wherein the rapeseed meal is obtained by sifting rapeseed meal by a sift with an opening of 500 micrometers (32 mesh) or less.
A method of producing a coiled tubing from a thermoplastic plastics material, in which in a first shaping step a tubular extrudate is extruded by way of an annular nozzle gap of an extruder and the extrudate, which is drawn down from the nozzle gap and capable of being shaped plastically, is calibrated and formed into the coiled tubing in a second shaping step directly subsequent to the first shaping step in a shaping device to achieve a geometrically defined profile cross-section, before the coiled tubing with the geometrically defined profile cross-section solidifies, wherein the calibrating of the extrudate capable of being shaped plastically is carried out in the shaping device with the feed of supporting air via a cavity of the extrudate. in a first shaping step a tubular extrudate is extruded by way of an annular nozzle gap of an extruder and the extrudate, which is drawn down from the nozzle gap and capable of being shaped plastically, is calibrated and formed into the coiled tubing in a second shaping step directly subsequent to the first shaping step in a shaping device to achieve a geometrically defined profile cross-section, before the coiled tubing with the geometrically defined profile cross-section solidifies, wherein the calibrating of the extrudate capable of being shaped plastically is carried out in the shaping device with the feed of supporting air via a cavity of the extrudate.
Tire comprising a rubber composition based on at least an elastomer matrix comprising from 50 to 100 phr of at least one copolymer of butadiene and of vinylaromatic monomer, having a content of vinylaromatic units of between 0 and 5% by weight and a Tg within a range extending from -110°C to -70°C; and a hydrocarbon resin, wherein said hydrocarbon resin is based on a cyclic monomer selected from the group consisting of a distillation cut from a petroleum refinery stream, C 4, C 5 and C 6 cyclic olefins and mixtures thereof, and wherein the hydrocarbon resin has a content of aromatic protons (H Ar, expressed in mol%), a glass transition temperature (Tg, is expressed in °C), and a number average molecular weight (Mn, expressed in g/mol) that are represented by 12 mol% ≤ H Ar ≤ 19 mol%, Tg ≥ 95 − 2.2 * H Ar, Tg ≥ − 53 + 0.265*Mn and 300 g/mol ≤ Mn ≤ 450 g/mol; the H Ar, Tg and Mn values of the hydrocarbon resin being measured as described in the description.
Dispenser for taking up and dispensing volumes of fluid, on which a piston-cylinder unit, having a piston and a cylinder, can be releasably mounted by means of a movement at least substantially in the axial direction of the dispenser, wherein the dispenser has a piston actuator for moving the piston relative to the cylinder, and wherein the piston actuator is arranged in a movable manner in the dispenser and driven by means of a first motor, characterized in that the dispenser has a locking element, which is arranged in a movable manner in the dispenser and driven by means of a second motor.
An apparatus for packing articles and comprising a device for counteracting winding up of film and at least one pulling roller, the packing being formed by at least one web material conveyed over said at least one pulling roller, characterised in that the device includes at least one spring element (12, 16), that the device is disposed relative to the pulling roller and extending at least partially around the pulling roller.
Device for producing a tilt of a foot tread surface when the foot tread surface is subjected to load, comprising a bent web, which comprises at least a rear portion and a front portion, characterized in that the rear portion extends from a starting position in the lateral part of the heel region obliquely to the foot longitudinal direction to an end position in the longitudinal arch region and in that the front portion extends from a starting position in the longitudinal arch region obliquely to the foot longitudinal direction to an end position in the lateral part of the foot tread surface. the rear portion extends from a starting position in the lateral part of the heel region obliquely to the foot longitudinal direction to an end position in the longitudinal arch region and in that the front portion extends from a starting position in the longitudinal arch region obliquely to the foot longitudinal direction to an end position in the lateral part of the foot tread surface.
A method of assembling a cabinet frame, the method comprising the steps of: a) establishing a first folding area in a profile, the first folding area comprise a cutout part oriented in a first direction, b) establishing a second folding area in the profile, the second folding area comprise a cutout part oriented in a second direction different from the first direction, wherein the orientation of the second folding area is established in the profile perpendicular to the orientation of the first folding area, c) folding the profile at the first folding area in the first direction defined by the cutout part, d) folding the profile at the second folding area in the second direction defined by the cutout part, e) repeating steps a) - d) to establish four folded profiles (1a-1d), and f) connecting the four profiles (1a-1d) to assemble a cabinet frame. a) establishing a first folding area in a profile, the first folding area comprise a cutout part oriented in a first direction, b) establishing a second folding area in the profile, the second folding area comprise a cutout part oriented in a second direction different from the first direction, wherein the orientation of the second folding area is established in the profile perpendicular to the orientation of the first folding area, c) folding the profile at the first folding area in the first direction defined by the cutout part, d) folding the profile at the second folding area in the second direction defined by the cutout part, e) repeating steps a) - d) to establish four folded profiles (1a-1d), and f) connecting the four profiles (1a-1d) to assemble a cabinet frame.
Compressed air supply installation (11, 21, 22, 23, 24, 25, 30, 41) for operating a pneumatic installation (90, 901, 902), in particular an air spring installation on a vehicle, having: - a compressed air feed, - a main pneumatic line between the compressed air feed and the pneumatic installation (90, 901, 902), which has an air drier, a restricting means and at least one controllable isolating valve (63, 63', 63", 63"', 63 IV, 163), - a vent line, which is connected pneumatically to the main pneumatic line and to a vent port leading to the environment and has at least one controllable vent valve (73, 73', 73", 73"', 73 IV, 173), wherein, in an isolating mode, the at least one controllable isolating valve (63, 63', 63", 63"', 63 IV, 163) can be switched into a closed state and forms a series arrangement in the main pneumatic line with the restricting means, such that the main pneumatic line is bidirectionally and completely closed in the isolating mode, characterized in that the at least one controllable isolating valve (63, 63', 63", 63"', 63 IV, 163) and the at least one controllable vent valve (73, 73', 73", 73"', 73 IV, 173) are set up to be controlled by means of a control signal common to both, and the, in a through-flow mode, the at least one controllable isolating valve (63, 63', 63", 63"', 63 IV, 163) and/or the at least one vent valve (73, 73', 73", 73"', 73 IV, 173) can be switched over backward and forward by means of the control signal between a first and a second control state (i, ii) at a clock rate of a control state change. - a compressed air feed, - a main pneumatic line between the compressed air feed and the pneumatic installation (90, 901, 902), which has an air drier, a restricting means and at least one controllable isolating valve (63, 63', 63", 63"', 63 IV, 163), - a vent line, which is connected pneumatically to the main pneumatic line and to a vent port leading to the environment and has at least one controllable vent valve (73, 73', 73", 73"', 73 IV, 173),
A household appliance filter, which, over at least a partial surface, has at least one full-body filter layer made from a blocking-reduced filter material with a material-related surface energy of 35 mN/m or less, characterised in that the full body filter layer has a layer manufactured in extruded form which has filter openings introduced retrospectively.
Brake pad for a partially lined disc brake of a rail vehicle, comprising - a backing plate, - a plurality of group elements (4, 4') which are arranged on the backing plate, - wherein each of the group elements consists of a support plate and a plurality of pad elements (41, 42) which are arranged on the support plate, - wherein pad elements (41, 42) have at least two friction faces (A 1, A 2) of different size being arranged on the respective support plates, - wherein the pad elements (41, 42) are arranged in their total area at least approximately in a circular ring sector, characterised in that - at least two first and second group elements (4, 4') which are different from one another are arranged on the backing plate, - wherein in the case of the first group elements, the number of pad elements with a larger friction face (A 1) is greater than the number of pad elements with a smaller friction face (A 2), - wherein in the case of the second group elements, the number of pad elements with a larger friction face (A 1) is lower than the number of pad elements with a smaller friction face (A 2), and - wherein the first group elements are arranged on the backing plate, radially with respect to the centre point of an imaginary circle which contains the circular ring sector, closer to the outside than the second group elements. - a backing plate, - a plurality of group elements (4, 4') which are arranged on the backing plate, - wherein each of the group elements consists of a support plate and a plurality of pad elements (41, 42) which are arranged on the support plate, - wherein pad elements (41, 42) have at least two friction faces (A 1, A 2) of different size being arranged on the respective support plates, - wherein the pad elements (41, 42) are arranged in their total area at least approximately in a circular ring sector, - at least two first and second group elements (4, 4') which are different from one another are arranged on the backing plate, - wherein in the case of the first group elements, the number of pad elements with a larger friction face (A 1) is greater than the number of pad elements with a smaller friction face (A 2), - wherein in the case of the second group elements, the number of pad elements with a larger friction face (A 1) is lower than the number of pad elements with a smaller friction face (A 2), and - wherein the first group elements are arranged on the backing plate, radially with respect to the centre point of an imaginary circle which contains the circular ring sector, closer to the outside than the second group elements.
Door drive comprising a support on which a pivot arm connected to a door leaf as well as adjusting means are each rotatably articulated, wherein the adjusting means acts on the pivot arm in such a manner that this is pivotable about a pivot axis by actuating the adjusting means, characterized in that the adjusting means comprise a pivot lever which is pivotable about a drive axis by means of drive means assigned to the support, wherein a free end of the pivot lever has engagement means which engage slidingly in a linear guide of the pivot arm.
Fan casing for a vehicle system, having a housing frame which runs in a circumferential direction and which is penetrated by a connection opening for suctioning external air and/or external particles, wherein the suction air flow and/or particle flow is able to flow through the housing frame as a suction flow along a direction of flow and wherein, starting from the connection opening, - a connection port extends in the direction outside the housing frame, and - a partition extends in the direction within the housing frame, characterized in that the connection port and the partition are an integral component part of the fan casing. - a connection port extends in the direction outside the housing frame, and - a partition extends in the direction within the housing frame,
Tool, in particular for the chip-removing machining of workpieces, with a basic holder and an interchangeable head which carries a cutting edge and a peg, which can be inserted in an insertion direction B into a corresponding recess on one end of the basic holder and means for clamping the peg in the recess with the means comprising a clamping claw mounted laterally on the basic holder and a screw which can be screwed into basic holder for tensioning clamping claw against peg, with peg having at least one receiving surface on its side for receiving a pressure surface or pressure edge provided on clamping claw, with receiving surface running essentially crosswise to the insertion direction of peg and being inclined relative to the latter, and with the screw axis of screw extending crosswise to the main axis of basic holder, crosswise to insertion direction B of peg and crosswise to the main axis of peg, characterised in that the screw axis of screw is disposed in an imaginary extension of recess relative to insertion direction B.
Actuation mechanism for a longitudinal adjuster of a vehicle seat, comprising at least one actuation arm (4.1), one release lever and one positioning element (5.2) which is arranged on the release lever and is mounted pivotably on a free lever end of the release lever, wherein the positioning element (5.2) is in the form of a two-component part and has an inner elastic material (5.2.1) which is surrounded by a high-strength plastic material (5.2.2), wherein, in the region of the inner elastic material (5.2.1), the positioning element (5.2) has an attachment region (5.6) by means of which the positioning element (5.2) is able to be fastened in a form- or force-fitting manner to the release lever.
A repair diagram generation device comprising: an image acquisition unit configured to acquire a captured image of a structure; a damage detection unit configured to detect damage from the captured image by image processing and configured to specify a degree of the damage; a method specifying unit configured to specify a repair method of the damage based on the damage and the degree of the damage; and a repair diagram generation unit configured to generate a repair diagram (A1, A2) showing a repair region and the repair method for repairing the damage based on the damage and the repair method, characterized in that in a case in which the damage is a plurality of fissures in the captured image and the plurality of fissures are close to each other by equal to or less than a threshold value, the repair diagram generation unit is configured to generate the repair diagram by connecting the fissures close to each other. an image acquisition unit configured to acquire a captured image of a structure; a damage detection unit configured to detect damage from the captured image by image processing and configured to specify a degree of the damage; a method specifying unit configured to specify a repair method of the damage based on the damage and the degree of the damage; and a repair diagram generation unit configured to generate a repair diagram (A1, A2) showing a repair region and the repair method for repairing the damage based on the damage and the repair method, characterized in that in a case in which the damage is a plurality of fissures in the captured image and the plurality of fissures are close to each other by equal to or less than a threshold value, the repair diagram generation unit is configured to generate the repair diagram by connecting the fissures close to each other.
Noise damping assembly for an inhalation device, which comprises a housing with an inflow opening and an outflow opening and in which a flow channel is formed in the housing, which connects the inflow opening to the outflow opening and is bounded at least in some regions by a foamed material, wherein at least two damping spaces (8, 10) are formed one behind the other along the flow channel, said damping spaces being merged into one another by a connecting channel such that the damping spaces (8, 10) each have at least in some regions a larger flow cross-section than the connecting channel and such that the damping spaces (8, 10) are merged into the connecting channel with a substantially continuous contour, characterized in that an aspiration damper is formed for the inhalation device, and wherein an upper boundary, in the vertical direction, of the first damping space, of the connecting channel and of the second damping space run substantially in a straight line and one behind the other so that a straight common upper boundary is provided, and wherein an opposite common lower boundary is contoured in a rounded manner and forms a contour corresponding to a wall section of an ellipsoidal body.
A method for determining a control channel resource, comprising: detecting (S110, S210), by a user equipment, UE, a downlink control channel that carries scheduling information of a downlink data channel and is sent by a base station, wherein the downlink control channel is formed by at least one control channel logical element, and the at least one control channel logical element corresponding to the UE is mapped to one antenna port, wherein the antenna port is a demodulation reference signal, DMRS, antenna port; acquiring (S120, S220), by the UE, antenna port information of a first antenna port corresponding to a first control channel logical element of a successfully detected downlink control channel, an offset, and sequence number information of the first control channel logical element, wherein the offset is user equipment specific and the offset is dynamically notified by the base station or be semi-statically configured by a high layer; and determining (S130, S230), by the UE, a first control channel resource according to the sequence number information, the antenna port information and the offset, wherein the first control channel resource is used to feed back acknowledgment, ACK/non-acknowledgment, NACK, information with respect to a downlink data channel corresponding to the successfully detected downlink control channel. detecting (S110, S210), by a user equipment, UE, a downlink control channel that carries scheduling information of a downlink data channel and is sent by a base station, wherein the downlink control channel is formed by at least one control channel logical element, and the at least one control channel logical element corresponding to the UE is mapped to one antenna port, wherein the antenna port is a demodulation reference signal, DMRS, antenna port; acquiring (S120, S220), by the UE, antenna port information of a first antenna port corresponding to a first control channel logical element of a successfully detected downlink control channel, an offset, and sequence number information of the first control channel logical element, wherein the offset is user equipment specific and the offset is dynamically notified by the base station or be semi-statically configured by a high layer; and determining (S130, S230), by the UE, a first control channel resource according to the sequence number information, the antenna port information and the offset, wherein the first control channel resource is used to feed back acknowledgment, ACK/non-acknowledgment, NACK, information with respect to a downlink data channel corresponding to the successfully detected downlink control channel.