mhurhangee/ep-ind-claims huggingface dataset:
A contact-type vehicle roof box, which is configured to be mounted on a roof of a vehicle, the roof box comprising: an elastic pad configured as a plate-shaped elastic member having a shape corresponding to a bottom of the roof box, the elastic pad configured to be seated on an upper surface of a roof panel of the vehicle; a roof box body seated on the elastic pad and having two or more coupling grooves formed through two opposite surfaces of the roof box body and extending in a vertical direction; and L-shaped connection brackets each having an L-shaped frame including a vertical-side body and a horizontal-side body, wherein a plurality of second coupling grooves each having a width corresponding to a width of the first coupling groove is formed in the vertical-side body and provided horizontally with respect to the horizontal-side body, a plurality of third coupling grooves is formed in the horizontal-side body and provided vertically with respect to the vertical-side body, the vertical-side body is connected to a position of the coupling groove of the roof box body, and the horizontal-side body is coupled to the roof of the vehicle. an elastic pad configured as a plate-shaped elastic member having a shape corresponding to a bottom of the roof box, the elastic pad configured to be seated on an upper surface of a roof panel of the vehicle; a roof box body seated on the elastic pad and having two or more coupling grooves formed through two opposite surfaces of the roof box body and extending in a vertical direction; and L-shaped connection brackets each having an L-shaped frame including a vertical-side body and a horizontal-side body, wherein a plurality of second coupling grooves each having a width corresponding to a width of the first coupling groove is formed in the vertical-side body and provided horizontally with respect to the horizontal-side body, a plurality of third coupling grooves is formed in the horizontal-side body and provided vertically with respect to the vertical-side body, the vertical-side body is connected to a position of the coupling groove of the roof box body, and the horizontal-side body is coupled to the roof of the vehicle.
Computer-implemented method for producing a concrete component with at least one outer surface in a defined exposed concrete quality (SB1 - SB4) by means of a formwork arrangement installed at a construction site or in a precast plant, into which formwork arrangement a fresh concrete is filled as starting material, comprising the following steps: - providing data on the concrete formulation and/or concrete quality of the fresh concrete delivered or to be delivered to the construction site, - providing data on the formwork skin class of the formwork arrangement installed at the construction site, - measuring actual physical environmental data by sensors (10, 11, 12) arranged on the construction site, - comparing the provided and measured dissimilar data with corresponding stored historical data of similar concrete components of known exposed concrete quality (SB1 - SB4) in order to predict via - data pattern recognition to predict with which exposed concrete quality (SB1 - SB4) the concrete component to be produced can be realized under the given circumstances. - providing data on the concrete formulation and/or concrete quality of the fresh concrete delivered or to be delivered to the construction site, - providing data on the formwork skin class of the formwork arrangement installed at the construction site, - measuring actual physical environmental data by sensors (10, 11, 12) arranged on the construction site, - comparing the provided and measured dissimilar data with corresponding stored historical data of similar concrete components of known exposed concrete quality (SB1 - SB4) in order to predict via - data pattern recognition to predict with which exposed concrete quality (SB1 - SB4) the concrete component to be produced can be realized under the given circumstances.
An oligonucleotide having a length between 8 and 25 bases, comprising LNA (locked nucleic acid) units and being fully complementary to SEQ ID NO:3 including positions 22-28, - wherein the oligonucleotide does not comprise a stretch of unmodified DNA that exceeds a length of 3 bases and is not capable of activating RNase H and - is not capable of inducing or recruiting the RNAi machinery and, - wherein the oligonucleotide is capable of blocking the regulatory activity of a microRNA at the target RNA - wherein the oligonucleotide does not comprise a stretch of unmodified DNA that exceeds a length of 3 bases and is not capable of activating RNase H and - is not capable of inducing or recruiting the RNAi machinery and, - wherein the oligonucleotide is capable of blocking the regulatory activity of a microRNA at the target RNA
A power transmission device outputting torque from a first power source and a second power source (5, 7) to axles, comprising: a first shaft coupled with the first power source; a differential configured to differentially distribute the torque to the axles; a first gear set configured to drivingly couple the first shaft with the differential; a second shaft coupled with the second power source (5, 7); a second gear set drivingly coupled with the second shaft; a clutch configured to receive fluid pressure to drivingly and releasably couple the second gear set with the first gear set; a pump driven by a third power source at least independent of the first power source and the clutch to generate the fluid pressure, the pump being disposed separate from the clutch and in fluid connection with the clutch to supply the fluid pressure; and a casing defining a single space so dimensioned as to house the first and second shafts (31, 37), the differential, the first and second gear sets (25, 29), the pump and the clutch; characterized in that the power transmission device further comprises: a flow path passing through the casing and establishing fluid communication between the pump and the clutch; and an electric motor as the third power source coupled with a rotary shaft of the pump, wherein the electric motor is independent of the second power source (5, 7) and disposed outside the casing. a first shaft coupled with the first power source; a differential configured to differentially distribute the torque to the axles; a first gear set configured to drivingly couple the first shaft with the differential; a second shaft coupled with the second power source (5, 7); a second gear set drivingly coupled with the second shaft; a clutch configured to receive fluid pressure to drivingly and releasably couple the second gear set with the first gear set; a pump driven by a third power source at least independent of the first power source and the clutch to generate the fluid pressure, the pump being disposed separate from the clutch and in fluid connection with the clutch to supply the fluid pressure; and a casing defining a single space so dimensioned as to house the first and second shafts (31, 37), the differential, the first and second gear sets (25, 29), the pump and the clutch; a flow path passing through the casing and establishing fluid communication between the pump and the clutch; and an electric motor as the third power source coupled with a rotary shaft of the pump, wherein the electric motor is independent of the second power source (5, 7) and disposed outside the casing.
Wind turbine comprising - a direct drive generator comprising an inner stator arrangement and an outer rotor arrangement and - a stationary shaft having a centre axis, wherein - the stator arrangement is arranged on the outside of the stationary shaft, - the rotor arrangement is substantially arranged around the stator arrangement, on the front side at least indirectly supported or arranged on the stationary shaft by a main bearing and on the rear side at least indirectly supported or arranged on the stationary shaft by a support bearing, wherein the main bearing and/or the support bearing is a four-point bearing (20, 26), characterised in that the rotor arrangement comprises a front endplate which is at least indirectly supported or arranged on the stationary shaft by the main bearing, wherein the front endplate is at least partially in a certain extent flexible in the directions of the centre axis of the stationary shaft, whereby the front endplate acts like a membrane supporting the rotor arrangement substantially firmly in the radial direction so as to maintain the width of an air gap between permanent magnets and the lamination stack. - a direct drive generator comprising an inner stator arrangement and an outer rotor arrangement and - a stationary shaft having a centre axis, wherein - the stator arrangement is arranged on the outside of the stationary shaft, - the rotor arrangement is substantially arranged around the stator arrangement, on the front side at least indirectly supported or arranged on the stationary shaft by a main bearing and on the rear side at least indirectly supported or arranged on the stationary shaft by a support bearing, wherein the main bearing and/or the support bearing is a four-point bearing (20, 26),
On-track measuring carriage for measuring track position geometries, comprising a measuring carriage frame which is arranged on a chassis and to which an inertial navigation unit is allocated and which can be adjustably displaced with respect to a console which can be fastened to the machine frame of a track superstructure machine, wherein actuators effect lifting and pressing movements of the measuring carriage, wherein the chassis is allocated, on each measuring carriage side, two wheels and wherein the measuring carriage frame has five degrees of freedom and in particular a rotation about the vertical axis (z, GW) of the measuring carriage frame, a rotation about the longitudinal axis (x, RW) of the measuring carriage frame, a rotation about the transverse axis (y, NW) of the measuring carriage frame, a linear movement along the z-axis and a linear movement of the measuring carriage frame along the y-axis, in particular in relation to the chassis, characterised in that the wheels of each measuring carriage side which are combined to form wheel pairs are each arranged on a two-armed lever (5, 9) and the levers (5, 9) are mounted so as to be pivotably adjustable about an axis of the chassis passing through across the width of the measuring carriage, in that the navigation unit is fixedly connected to a wheel pair in order to measure the course of this wheel pair in terms of height along the rail and in that the axis is allocated a rotary encoder for detecting a torsion angle between the two levers (5, 9).
An electric motor furniture drive for a piece of furniture containing one or more adjustable furniture parts, in particular a healthcare or hospital bed, comprising a control unit, at least one adjustment drive, and at least one operating unit, wherein the at least one operating unit is implemented as a multifunction operating part for generating control signals for controlling the at least one adjustment drive, characterized in that the operating unit is connected via an adapter device, which is implemented external of the control unit, to the control unit via an action link and a feedback link in form of a plug-in wired connection, wherein the adapter device comprises an interface for connecting the at least one operating unit, the interface being implemented for adapting the at least one control unit, a least one converter unit, adapted to convert control signals of the operating unit into control signals of the control unit, and a level adapter adapted to perform an adaptation of the level of the control signals for the control unit, and wherein the adapter device is implemented to carry out appropriate adaptations and processing and/or execution of the control signals for relaying to the control unit.
A soft composite actuator (209, 233, 309, 501, 507, 601, 611, 713, 825), comprising: a strain limiting layer (205, 221, 305, 705, 805); a first radially constraining layer (201, 217, 301, 519, 523, 701, 801); and a first elastomeric layer (203, 223, 303, 703, 803) disposed between the first radially constraining layer (201, 217, 301, 519, 523, 701, 801) and the strain limiting layer (205, 221, 305, 705, 805); wherein the first elastomeric layer (203, 223, 303, 703, 803), the strain limiting layer (205, 221, 305, 705, 805), and the first radially constraining layer (201, 217, 301, 519, 523, 701, 801) are bonded together to form at least one bladder (213, 239) for holding pressurized fluid, and wherein the first radially constraining layer (201, 217, 301, 519, 523, 701, 801) comprises one or more openings (215, 219, 505) through which one or more portions of the adjacent first elastomeric layer (203, 223, 303, 703, 803) expand upon actuation, and wherein the first radially constraining layer (201, 217, 301, 519, 523, 701, 801) comprises one or more strain limiting sections free from any openings. a strain limiting layer (205, 221, 305, 705, 805); a first radially constraining layer (201, 217, 301, 519, 523, 701, 801); and a first elastomeric layer (203, 223, 303, 703, 803) disposed between the first radially constraining layer (201, 217, 301, 519, 523, 701, 801) and the strain limiting layer (205, 221, 305, 705, 805); wherein the first elastomeric layer (203, 223, 303, 703, 803), the strain limiting layer (205, 221, 305, 705, 805), and the first radially constraining layer (201, 217, 301, 519, 523, 701, 801) are bonded together to form at least one bladder (213, 239) for holding pressurized fluid, and wherein the first radially constraining layer (201, 217, 301, 519, 523, 701, 801) comprises one or more openings (215, 219, 505) through which one or more portions of the adjacent first elastomeric layer (203, 223, 303, 703, 803) expand upon actuation, and wherein the first radially constraining layer (201, 217, 301, 519, 523, 701, 801) comprises one or more strain limiting sections free from any openings.
An assembly (1; 1') for a metal-making process, comprising: a tundish, a submerged entry nozzle (5; 5'), SEN, configured to provide tapping of molten metal from the tundish, and an electromagnetic stirrer arranged around the SEN (5; 5'), the electromagnetic stirrer having a closed and integral SEN-enclosing portion provided with coils for generating a rotating electromagnetic field in the SEN (5; 5'), the SEN-enclosing portion providing a circumferentially closed and integral annular passage through which the SEN extends, wherein the electromagnetic stirrer is immovably mounted relative to the tundish and relative to the SEN (5; 5'). a tundish, a submerged entry nozzle (5; 5'), SEN, configured to provide tapping of molten metal from the tundish, and an electromagnetic stirrer arranged around the SEN (5; 5'), the electromagnetic stirrer having a closed and integral SEN-enclosing portion provided with coils for generating a rotating electromagnetic field in the SEN (5; 5'), the SEN-enclosing portion providing a circumferentially closed and integral annular passage through which the SEN extends, wherein the electromagnetic stirrer is immovably mounted relative to the tundish and relative to the SEN (5; 5').
A metal foil B (1,3,7) with a carrier A (2,4,8), wherein the metal foil B (1,3,7) with a carrier A (2,4,8) comprises a structure where the carrier A (2,4,8) has an area which covers the entire surface of the metal foil B (1,3,7), the edge of the carrier A (2,4,8) protrudes partially or entirely from the metal foil B (1,3,7), characterized in that the carrier A (2,4,8) is made of a metal foil and the metal foil B is subject to ultrasonic bonding so as to come in contact with the metal foil carrier A.
Profile for frames of wall elements, doors or windows, having a top part and a bottom part and side walls (3, 4) which connect the same and having openings, characterized in that on the side walls (3, 4), in the region of the openings, there are provided inwardly deformable cams for the fixing of insulation material.
An X-ray analyzer, comprising: means (11, 12) configured to scan a sample with a beam; and means configured to detect X-rays generated on the sample by the scanning, characterized by comprising: element distribution obtaining means configured to, from the detection result of the X-rays generated in an area on the sample scanned with the beam, obtain intensity distribution of the X-rays whose energy or wavelength is included in a range of energy or wavelength set up in correspondence to an element contained in the sample and thereby to obtain distribution of the element; intensity distribution acquiring means configured to acquire intensity distribution of X-rays whose energy or wavelength is not included in the range; specifying means configured to specify an area on the sample corresponding to the portion where the intensity of X-rays is not less than a predetermined intensity in the intensity distribution acquired by the intensity distribution acquiring means; spectrum generating means configured to generate a spectrum of X-rays generated in the specified area on the sample; element identification means configured to identify an element contained in the sample on the basis of a peak included in the generated spectrum; and setting means configured to set a range of energy or wavelength of X-rays corresponding to the identified element, wherein the element distribution obtaining means is configured to obtain distribution of the element identified by the element identification means, in accordance with the range set by the setting means. element distribution obtaining means configured to, from the detection result of the X-rays generated in an area on the sample scanned with the beam, obtain intensity distribution of the X-rays whose energy or wavelength is included in a range of energy or wavelength set up in correspondence to an element contained in the sample and thereby to obtain distribution of the element; intensity distribution acquiring means configured to acquire intensity distribution of X-rays whose energy or wavelength is not included in the range; specifying means configured to specify an area on the sample corresponding to the portion where the intensity of X-rays is not less than a predetermined intensity in the intensity distribution acquired by the intensity distribution acquiring means; spectrum generating means configured to generate a spectrum of X-rays generated in the specified area on the sample; element identification means configured to identify an element contained in the sample on the basis of a peak included in the generated spectrum; and setting means configured to set a range of energy or wavelength of X-rays corresponding to the identified element, wherein the element distribution obtaining means is configured to obtain distribution of the element identified by the element identification means, in accordance with the range set by the setting means.
A light emitting device module comprising: a light emitting device package; a printed circuit board on which the light emitting device package is arranged; and a sealing member that surrounds the light emitting device package and the printed circuit board, wherein a predetermined space is formed between the light emitting device package and the printed circuit board and the sealing member, characterized in that, the sealing member has a length longer than the printed circuit board, and seals the entirety of the printed circuit board and wherein the sealing member is a tube that shrinks by heat. a light emitting device package; a printed circuit board on which the light emitting device package is arranged; and a sealing member that surrounds the light emitting device package and the printed circuit board, wherein a predetermined space is formed between the light emitting device package and the printed circuit board and the sealing member, characterized in that, the sealing member has a length longer than the printed circuit board, and seals the entirety of the printed circuit board and wherein the sealing member is a tube that shrinks by heat.
Method for the dry production of a membrane electrode unit for an electrolysis process, wherein a layered arrangement is assembled comprising the following components: - a centrally positioned membrane which is produced by means of extrusion and which is pre-dried at a temperature between 80°C and 100°C for a period of time from 15 min to 30 min, - a substrate electrode unit (10a, 10b) on each side of the membrane, comprising an electrode layer (14a, 14b) applied to a substrate, - two separating films on the outer sides, wherein the arrangement is pressed together between two laminating rollers (6a, 6b) such that a pressure connection is produced at least between the membrane and the electrode layers (14a, 14b). - a centrally positioned membrane which is produced by means of extrusion and which is pre-dried at a temperature between 80°C and 100°C for a period of time from 15 min to 30 min, - a substrate electrode unit (10a, 10b) on each side of the membrane, comprising an electrode layer (14a, 14b) applied to a substrate, - two separating films on the outer sides,
Hand-operated machine tool, in particular hand-operated electrical machine tool, having a housing on which is provided a grip part, which protrudes from a stop surface on one end of the housing, wherein the stop surface with respect to the grip part projects laterally on all sides and transitions via a preferably concave bend into the grip part, wherein the stop surface has two lateral portions (40, 41) located opposite one another, having a front portion located therebetween and a rear portion located therebetween, characterised in that at least the lateral portions (40, 41) transition into the grip part with a bend radius of 5 to 10 mm, that the lateral portions (40, 41) are formed identically and can serve as a stop for a cylindrical test body of 10 to 15 mm, preferably 14 mm diameter, wherein when laying the cylindrical test body against the lateral portions (40, 41), a stop plane is defined which is tilted at an angle (φ 1) of 60° to 80° with respect to a housing longitudinal axis.
Security glazing system, comprising a first and a second security glass pane that can be joined to one another over corner and at least one corner reinforcing profile, wherein the security glass panes (10a, 10b) have in each case an outer pane (11a, 11b) and an inner pane (12a, 12b) as well as a corner recess (15a, 15b) extending along an edge, characterized in that the corner reinforcing profile can be accommodated in a space for corner reinforcement defined by the corner recesses (15a, 15b) and is formed in one piece, and wherein one inner pane ends before or at a level of an inner side of the other inner pane and vice versa.