mhurhangee/ep-ind-claims huggingface dataset:
Commercial vehicle seat comprising a seat substructure support part and a seat substructure base part, each attached underneath a seat part, the seat substructure support part being movable and/or height-adjustable with respect to the seat substructure base part, the seat substructure support part comprising a support top part, connected to the underside of the seat part, and a support bottom part, connected to the base part, at least one rolling bearing, having a rolling-bearing ring that extends in a circular manner about an imaginary rotational axis extending in a vehicle seat height direction, being arranged between the support top part and the support bottom part, in order to mount the support top part so as to be rotatable with respect to the support bottom part, the rolling bearing being a ball bearing (20, 20a, 20b, 20c) which comprises a substantially strip-like ball race cage and balls, the balls being held by first portions of the ball race cage, characterised in that a width direction of the ball race cage extends at an angle from a range of from 10° to 80° with respect to the direction of the rotational axis, each ball being supported on the left-hand side and right-hand side by the first portions, of which the dimension increases towards the front and rear edge portions of each ball, the first portions transitioning between the balls into continuous second portions, and the balls also being spaced apart from one another by means of the second portions of the ball race cage, i.e. are spaced apart from one another in the forward and backward direction, in a circular direction of the ball race cage, by means of the second portions, and each ball being increasingly enclosed by these first portions and the second portions, at least in parts of the ball lateral surface thereof, in order to ensure reliable locking of the individual balls within the ball race cage, and each ball also being adjacent to the second portions at the front and back, based on the direction of the circular path, these second portions enclosing the ball at the top and bottom, using a larger area, by means of extensions of the second portions in order to reliably keep the balls inside the ball race cage, at least in the upward and downward direction.
A packaged urinary catheter, comprising: a conduit having a proximal end and a distal end, wherein the distal end comprises at least one aperture for receiving urine from the bladder; a sleeve having a length, a width, and a size configured to receive the conduit, wherein the sleeve surrounds substantially the entire length of the conduit; and wherein the conduit and the sleeve are arranged in a helical coil, wherein the shape of the helical coil is maintained by portions of the sleeve being releasably fixed together along at least a portion of the length of the sleeve. a conduit having a proximal end and a distal end, wherein the distal end comprises at least one aperture for receiving urine from the bladder; a sleeve having a length, a width, and a size configured to receive the conduit, wherein the sleeve surrounds substantially the entire length of the conduit; and wherein the conduit and the sleeve are arranged in a helical coil,
A method in a network node for preparing powering down of a first module of a controlling part comprised in the network node, wherein the network node also comprises a radio transceiving part, and wherein the controlling part is configured to run processes for controlling radio transmission over the radio transceiving part, which controlling part further comprises a second module, the method characterised by: determining to power down the first module of the controlling part, identifying a process in the first module that is utilized for controlling radio transmission over a common channel in the radio transceiving part, mirroring the identified process in the first module over to the second module of the controlling part, switching to control the radio transmission over the common channel in the radio transceiving part from the mirrored process running on the second module. determining to power down the first module of the controlling part, identifying a process in the first module that is utilized for controlling radio transmission over a common channel in the radio transceiving part, mirroring the identified process in the first module over to the second module of the controlling part, switching to control the radio transmission over the common channel in the radio transceiving part from the mirrored process running on the second module.
An organic-inorganic hybrid film of a cerium oxide and an organic fluorine compound, wherein the cerium oxide contains a cerium dioxide, wherein a ratio of a cerium compound having an oxidation number of +4 in the organic-inorganic hybrid film is 10 to 100 atomic %, in atomic ratio, when a sum of all cerium compounds is 100 atomic %, wherein the ratio of the cerium compound having an oxidation number of +4 is determined by X-ray photoelectron spectroscopy as described in the description, and wherein the organic-inorganic hybrid film has a thickness of 1 nm or more and 1 μm or less, the organic-inorganic hybrid film satisfying the following (a), (b), and (c): (a) a visible-light transmittance is 70% or higher; (b) a UV transmittance at a wavelength of 380 nm is 60% or lower; and (c) a water contact angle of a surface of the organic-inorganic hybrid film is 80° or higher. wherein the cerium oxide contains a cerium dioxide, wherein a ratio of a cerium compound having an oxidation number of +4 in the organic-inorganic hybrid film is 10 to 100 atomic %, in atomic ratio, when a sum of all cerium compounds is 100 atomic %, wherein the ratio of the cerium compound having an oxidation number of +4 is determined by X-ray photoelectron spectroscopy as described in the description, and wherein the organic-inorganic hybrid film has a thickness of 1 nm or more and 1 μm or less, the organic-inorganic hybrid film satisfying the following (a), (b), and (c): (a) a visible-light transmittance is 70% or higher; (b) a UV transmittance at a wavelength of 380 nm is 60% or lower; and (c) a water contact angle of a surface of the organic-inorganic hybrid film is 80° or higher. (a) a visible-light transmittance is 70% or higher; (b) a UV transmittance at a wavelength of 380 nm is 60% or lower; and (c) a water contact angle of a surface of the organic-inorganic hybrid film is 80° or higher.
A transformable wick device comprising: a plurality of bodies connected together, wherein the plurality of bodies has flexible connections, and therefore positionable along a line of various types, and a connector interconnecting the plurality of bodies, wherein the connector is flexible such that its shape is adapted to be transformed, and wherein when the connector transforms shapes, the plurality of bodies is arranged in a shape conforming to a shape of the connector, the plurality of bodies has first portions and the connector interconnects the first portions, and the first portions define holes, and wherein the connector is inserted in the holes, wherein each of the first portions has two ends spaced from each other, wherein the plurality of bodies has second portions adapted to be immersed in fuel, and wherein each of the second portions has a first section which extends axially from one of two ends of the first portion and a second section which extends axially from the other of two ends of the first, and wherein for each second portion, the first section has a first length which extends axially from the one of two ends of the first portion, a bend which extends from the first length, a second length which extends from the first length, a third length which extends from the second length and extends along the first length, a fourth length which extends from the third length and forms an annulus extending along the first portions, and a fifth length which extends from the fourth length and extends along the second section of the second portion. a plurality of bodies connected together, wherein the plurality of bodies has flexible connections, and therefore positionable along a line of various types, and a connector interconnecting the plurality of bodies, wherein the connector is flexible such that its shape is adapted to be transformed, and wherein when the connector transforms shapes, the plurality of bodies is arranged in a shape conforming to a shape of the connector, the plurality of bodies has first portions and the connector interconnects the first portions, and the first portions define holes, and wherein the connector is inserted in the holes, wherein each of the first portions has two ends spaced from each other, wherein the plurality of bodies has second portions adapted to be immersed in fuel, and wherein each of the second portions has a first section which extends axially from one of two ends of the first portion and a second section which extends axially from the other of two ends of the first, and wherein for each second portion, the first section has a first length which extends axially from the one of two ends of the first portion, a bend which extends from the first length, a second length which extends from the first length, a third length which extends from the second length and extends along the first length, a fourth length which extends from the third length and forms an annulus extending along the first portions, and a fifth length which extends from the fourth length and extends along the second section of the second portion.
A method for connecting sheet metal parts to form lamination stacks in which sheet metal parts are separated, more particularly detached, from an electrical steel strip with the aid of a stamping stage equipped with a punch, wherein the electrical steel strip has a preferably thermally activatable hot-melt adhesive varnish layer, more particularly a backlack layer, on at least one of its flat sides (6, 7), the separated sheet metal parts are stacked and integrally bonded to one another to form multiple lamination stacks through activation of the hot-melt adhesive varnish layer, wherein a parting compound is applied to the electrical steel strip and/or separated sheet metal part in order to thus make it easier to divide the stacked sheet metal parts into lamination stacks, characterized in that the punch of the stamping stage applies an, more particularly liquid, fluid (17.1) as a parting compound onto the electrical steel strip and/or separated sheet metal part.
A lamination apparatus for laminating sheet members (20, 30) including an electrode and a packed electrode formed by sandwiching another electrode with different polarity from polarity of the electrode between two separators, the apparatus comprising: a table on which the sheet members (20, 30) are laminated; a hand (114, 115) that is moved downward from a position above the table to laminate the sheet members (20, 30) on the table; a holding means that presses an assembled laminate of the sheet members (20, 30) laminated on the table; a drive means for the holding means that horizontally rotates and vertically moves the holding means; and a level adjusting means that moves the table downward relative to the holding means according to a lamination progress of the sheet members (20, 30), wherein, when a new sheet member (20, 30) is laminated on the assembled laminate that is pressed downward by the holding means, the drive means for the holding means vertically lifts up the holding means above the new sheet member (20, 30) by a substantially constant vertical displacement smaller than final thickness of the assembled laminate while rotating the holding means and then moves the holding means downward to press the new sheet member (20, 30) from above, and the level adjusting means moves the table downward by a stroke length corresponding to thickness of the new sheet member (20, 30) so that an uppermost surface of the assembled laminate is kept at a constant height level. a table on which the sheet members (20, 30) are laminated; a hand (114, 115) that is moved downward from a position above the table to laminate the sheet members (20, 30) on the table; a holding means that presses an assembled laminate of the sheet members (20, 30) laminated on the table; a drive means for the holding means that horizontally rotates and vertically moves the holding means; and a level adjusting means that moves the table downward relative to the holding means according to a lamination progress of the sheet members (20, 30), wherein, when a new sheet member (20, 30) is laminated on the assembled laminate that is pressed downward by the holding means, the drive means for the holding means vertically lifts up the holding means above the new sheet member (20, 30) by a substantially constant vertical displacement smaller than final thickness of the assembled laminate while rotating the holding means and then moves the holding means downward to press the new sheet member (20, 30) from above, and the level adjusting means moves the table downward by a stroke length corresponding to thickness of the new sheet member (20, 30) so that an uppermost surface of the assembled laminate is kept at a constant height level.
A package for smoking articles comprising a container portion and a lid hingedly connected to the container portion to enclose a space defined by the container portion when the lid is closed, the lid including an end portion and a wall extending from the end portion that overlaps a wall of the container portion when closed, the package further comprising a flap (26,93,107,120) extending from a face of one of said walls having a free end (29,96,109,125), and a cut-out (51,80,102) formed in the other of said walls, wherein one of the cut-out (51,80) or the free end (109,125) of the flap (107,120) has a first edge (54,65,73,87,115,127), characterised in that said one of the cut-out (51,80) or the free end (109, 125) of the flap (107, 120) has a second edge (55,56,66,74,88,90,116,128), the first edge being offset from the second edge such that, when the lid is moved to a closed position, said first edge locates over the free end (29,96) of the flap (26,93) or the cut-out before the second edge locates over the free end of the flap or the cut-out.
A rolling bearing including an outer ring, an inner ring, and a rolling element rollably arranged between the outer ring and the inner ring, wherein an outer diameter surface of the outer ring is fitted to a housing, and an inner diameter surface of the inner ring is fitted to a shaft member, wherein at least one of the outer diameter surface of the outer ring and the inner diameter surface of the inner ring has a bonded film containing an organic binder comprising a base material and a curing agent, a solid lubricant powder, and a friction/wear modifier, and wherein in a section of the bonded film, the friction/wear modifier having a cross-sectional area of 1μm 2 or larger occupies an area ratio of 2.5% or greater.
An illumination device for a motor vehicle, comprising one or more processing modules and also an internal data bus and a plurality of LED units; characterised in that the internal data bus is an SPI bus or a differential data bus which encodes digital data by means of a voltage difference between two lines; wherein several LED units from among the plurality of LED units are associated with a respective processing module and the respective processing module is coupled with the associated LED units via the internal data bus; wherein the associated LED units in each case comprise one or more LEDs (301, 302, 303) and an integrated circuit, and are connected to a power supply for the LED or LEDs (301, 302, 303); wherein the respective processing module is set up for coupling to a motor vehicle data bus, in order to receive first digital control commands for operating the illumination device from the motor vehicle data bus, convert them and pass them as second digital control commands to the internal data bus; wherein the associated LED units are set up to supply their LEDs with current from the power supply based on the second digital control commands on the internal data bus by means of the integrated circuits.
An industrial automation system (100, 200, 400, 500, 600, 900), comprising: a network traffic analyzer (334, 606) adapted to provide a first data stream (104, 204) associated with traffic data on one or more networks; an event logger adapted to provide a second data stream (102, 202) associated with history data collected from one or more industrial units of the industrial automation system; a coordination component adapted to synchronize the first and second data streams via a common timestamp/sequence count generator shared by the network trafic analyzer and the event logger, wherein the common timestamp/sequence count generator tags the traffic data and the history data with a common set of identifiers; a subscription and notification component (110, 210, 965) adapted to supply subscribers access to the first and second data streams; characterised by a matching component adapted to subscribe designated industrial zones (411, 413, 415) with predetermined triggering events (421, 423, 425) or phases of an industrial process, each designated industrial zone being associated with at least one machine or process within the industrial system, wherein a subscription is an expressed interest in information and a specification of a delivery mode, wherein the coordination component is adapted to interact with the subscription and notification component, which dynamically modifies delivery modes given a type of the information requested and that is to be delivered. a network traffic analyzer (334, 606) adapted to provide a first data stream (104, 204) associated with traffic data on one or more networks; an event logger adapted to provide a second data stream (102, 202) associated with history data collected from one or more industrial units of the industrial automation system; a coordination component adapted to synchronize the first and second data streams via a common timestamp/sequence count generator shared by the network trafic analyzer and the event logger, wherein the common timestamp/sequence count generator tags the traffic data and the history data with a common set of identifiers; a subscription and notification component (110, 210, 965) adapted to supply subscribers access to the first and second data streams; characterised by a matching component adapted to subscribe designated industrial zones (411, 413, 415) with predetermined triggering events (421, 423, 425) or phases of an industrial process, each designated industrial zone being associated with at least one machine or process within the industrial system, wherein a subscription is an expressed interest in information and a specification of a delivery mode, wherein the coordination component is adapted to interact with the subscription and notification component, which dynamically modifies delivery modes given a type of the information requested and that is to be delivered.
A method for performing a digital assay, comprising: (a) partitioning into a plurality of partitions (i) three or more nucleic acid targets and (ii) a set of nucleic acid probes comprising a first nucleic acid probe, a second nucleic acid probe, and a third nucleic acid probe; (b) amplifying the three or more nucleic acid targets in the partitions; (c) generating N signals from the set of nucleic acid probes, each of which N signals corresponds to the presence of a unique combination of nucleic acid targets of the three or more nucleic acid targets in a partition of the plurality of partitions; and (d) detecting the N signals in a single optical channel; wherein, in (a), the first nucleic acid probe, second nucleic acid probe and third nucleic acid probe are configured such that (i) the concentration of the first nucleic acid probe is about X, the concentration of the second nucleic acid probe is at least about 2X, and the concentration of the third nucleic acid probe is at least about 4X, or (ii) the first nucleic acid probe has an intensity level of about Y, the second nucleic acid probe has an intensity level of at least about 2Y and the third nucleic acid probe has an intensity level of at least about 4Y. (a) partitioning into a plurality of partitions (i) three or more nucleic acid targets and (ii) a set of nucleic acid probes comprising a first nucleic acid probe, a second nucleic acid probe, and a third nucleic acid probe; (b) amplifying the three or more nucleic acid targets in the partitions; (c) generating N signals from the set of nucleic acid probes, each of which N signals corresponds to the presence of a unique combination of nucleic acid targets of the three or more nucleic acid targets in a partition of the plurality of partitions; and (d) detecting the N signals in a single optical channel; wherein, in (a), the first nucleic acid probe, second nucleic acid probe and third nucleic acid probe are configured such that (i) the concentration of the first nucleic acid probe is about X, the concentration of the second nucleic acid probe is at least about 2X, and the concentration of the third nucleic acid probe is at least about 4X, or (ii) the first nucleic acid probe has an intensity level of about Y, the second nucleic acid probe has an intensity level of at least about 2Y and the third nucleic acid probe has an intensity level of at least about 4Y.
Use of an isolated cell population from adipose tissue characterised in the cells of said population a) do not express at least one marker specific for antigen-presenting cells, wherein the marker specific for APC is CD 11b, CD 11c, CD 14, CD45 or HLAII, b) do not express indolamine 2,3-dioxygenase constitutively, c) express IDO upon stimulation with interferon-gamma (IFN-γ) and, d) present capacity to be differentiated into at least two cell lineages for the in vitro preparation or generation of regulatory T-cells. a) do not express at least one marker specific for antigen-presenting cells, wherein the marker specific for APC is CD 11b, CD 11c, CD 14, CD45 or HLAII, b) do not express indolamine 2,3-dioxygenase constitutively, c) express IDO upon stimulation with interferon-gamma (IFN-γ) and, d) present capacity to be differentiated into at least two cell lineages