mhurhangee/ep-ind-claims huggingface dataset:
A multilayer annular seal assembly comprising: at least one outer sealing ring comprising at least one inner annular space; and at least one inner sealing ring (22, 42) formed with one or more inner annular chambers (24, 48); characterised in that said inner annular chamber is formed by an outer portion of said at least one inner sealing ring folded over an inner portion, or in that said inner annular chamber is divided into two or more inner annular chambers by at least one supporting wall. at least one outer sealing ring comprising at least one inner annular space; and at least one inner sealing ring (22, 42) formed with one or more inner annular chambers (24, 48); characterised in that said inner annular chamber is formed by an outer portion of said at least one inner sealing ring folded over an inner portion, or in that said inner annular chamber is divided into two or more inner annular chambers by at least one supporting wall.
A mobile terminal, comprising: a wireless communication unit configured to wirelessly communicate with at least one other terminal; a display unit configured to display at least a first three-dimensional, 3D, object and a second 3D object; and a controller configured to control the display unit to display the first object and the second object in an overlapping manner, and to change a display characteristic of at least one of the overlapping first 3D object and the second 3D object, wherein the display unit includes a touch screen, the controller is further configured to detect a touch on the second 3D object on the touch screen and a drag movement of the touch to an area of the touch screen where the first 3D object is displayed, and recognize an event in which at least a portion of the first 3D object and the second 3D object overlap each other, characterized in that the display unit is configured to display the first and second 3D objects (10, 11) using stereo disparity, the controller is further configured to change the display characteristic of at least the overlapping portion of at least one of the first 3D object and the second 3D object into a two-dimensional, 2D, object (10a, 11a). a wireless communication unit configured to wirelessly communicate with at least one other terminal; a display unit configured to display at least a first three-dimensional, 3D, object and a second 3D object; and a controller configured to control the display unit to display the first object and the second object in an overlapping manner, and to change a display characteristic of at least one of the overlapping first 3D object and the second 3D object, wherein the display unit includes a touch screen, the controller is further configured to detect a touch on the second 3D object on the touch screen and a drag movement of the touch to an area of the touch screen where the first 3D object is displayed, and recognize an event in which at least a portion of the first 3D object and the second 3D object overlap each other, characterized in that the display unit is configured to display the first and second 3D objects (10, 11) using stereo disparity, the controller is further configured to change the display characteristic of at least the overlapping portion of at least one of the first 3D object and the second 3D object into a two-dimensional, 2D, object (10a, 11a).
A polyurethane composition comprising: an aliphatic polyester urethane matrix; and a fluorinated ionic antistatic additive; wherein the aliphatic polyester urethane matrix comprises: an aliphatic diisocyanate; a polyester polyol comprising: a polyester diol, and a polyester triol; and a sulfonated polyester urethane polyol; and wherein the fluorinated ionic antistatic additive comprises a quaternary ammonium salt of a fluorinated sulfonimide. an aliphatic polyester urethane matrix; and a fluorinated ionic antistatic additive; wherein the aliphatic polyester urethane matrix comprises: an aliphatic diisocyanate; a polyester polyol comprising: a polyester diol, and a polyester triol; and a sulfonated polyester urethane polyol; and an aliphatic diisocyanate; a polyester polyol comprising: a polyester diol, and a polyester triol; and a polyester diol, and a polyester triol; and a sulfonated polyester urethane polyol; and wherein the fluorinated ionic antistatic additive comprises a quaternary ammonium salt of a fluorinated sulfonimide.
A method performed in a source gateway which is logically positioned in a first wireless access network between a radio device and a first mobility anchor, said source gateway comprising a Multipath Transmission Control Protocol, MPTCP, proxy for a TCP flow between the radio device and a peer, said TCP flow comprising at least two subflows between the radio device and the source gateway, the subflows comprising a first subflow over the first wireless access network and a second subflow over a second wireless access network, the method comprising: receiving uplink data of the second subflow from a second gateway logically positioned in the second wireless access network between the radio device and a second mobility anchor, and sending downlink data of the second subflow to said second gateway; moving the MPTCP proxy from the source gateway to a target gateway logically positioned in the first wireless access network between the radio device and the first mobility anchor, as part of a handover of the radio device within the first wireless access network; and after having moved the MPTCP proxy to the target gateway, forwarding downlink data of both the first and second subflows to the target gateway, and forwarding the received uplink data of the second subflow to the target gateway. receiving uplink data of the second subflow from a second gateway logically positioned in the second wireless access network between the radio device and a second mobility anchor, and sending downlink data of the second subflow to said second gateway; moving the MPTCP proxy from the source gateway to a target gateway logically positioned in the first wireless access network between the radio device and the first mobility anchor, as part of a handover of the radio device within the first wireless access network; and after having moved the MPTCP proxy to the target gateway, forwarding downlink data of both the first and second subflows to the target gateway, and forwarding the received uplink data of the second subflow to the target gateway.
Bipartite converter cell of a modular multilevel converter as parts comprising - a semiconductor assembly and - a capacitor assembly, wherein in a housing of the semiconductor assembly at least two detachable semiconductors (T 11, T 12, T 21, T 22) and at least two freewheeling diodes (D 11, D 12, D 21, D 22) are linked in a thermally conducting manner to a cooling element, wherein these detachable semiconductors (T 11, T 12, T 21, T 22) and these freewheeling diodes (D 11, D 12, D 21, D 22) are connected in an electrically conducting manner by means of a busbar system, the terminals (22, 24, 26) of which project laterally out of the housing along a plane which is formed by the rear end face, wherein in a further housing of the capacitor assembly, a plurality of capacitors are connected electrically in parallel and/or in series by means of a further busbar system, wherein the further housing of the capacitor assembly consists of a U-shaped sheet and the further busbar system, wherein the further busbar system forms a wall of the further housing, wherein terminals (22', 24', 26') of the further busbar system of the capacitor assembly project into the front end face of the further housing and the terminals (22, 24, 26) of the busbar system of the semiconductor assembly project rearward laterally out of the housing in such a way that they can be connected in an electrically conducting manner with one another in each case and that the semiconductor assembly and the capacitor assembly can be plugged into a supporting frame for converter cells of a modular multilevel converter and that they can be linked electrically and mechanically to one another in the supporting frame for converter cells, wherein the terminals (22, 24, 26) of the semiconductor assembly are each embodied as a lug. - a semiconductor assembly and - a capacitor assembly,
A drum assembly for a juicer, comprising: a drum body having a juice discharge port and at least one pulp discharge port; and a pulp discharge adjusting apparatus mounted on the pulp discharge port to adjust an amount of pulp discharge wherein the pulp discharge adjusting apparatus comprises: a discharge resistance exerting member installed in the pulp discharge port to exert a discharge resistance on a pulp being discharged through the pulp discharge port, and having an elastically deformable portion which is elastically deformable by pressing of the pulp being discharged; and a discharge resistance adjusting member operated by a user to adjust the discharge resistance, and a connecting member coupled with the discharge resistance exerting member and the discharge resistance adjusting member, respectively, and guiding a movement of the discharge resistance adjusting member during adjustment of the discharge resistance; characterized in that the connecting member is attachable to or detachable from the pulp discharge port in a state of being coupled with the discharge resistance exerting member and the discharge resistance adjusting member. a drum body having a juice discharge port and at least one pulp discharge port; and a pulp discharge adjusting apparatus mounted on the pulp discharge port to adjust an amount of pulp discharge wherein the pulp discharge adjusting apparatus comprises: a discharge resistance exerting member installed in the pulp discharge port to exert a discharge resistance on a pulp being discharged through the pulp discharge port, and having an elastically deformable portion which is elastically deformable by pressing of the pulp being discharged; and a discharge resistance adjusting member operated by a user to adjust the discharge resistance, and a connecting member coupled with the discharge resistance exerting member and the discharge resistance adjusting member, respectively, and guiding a movement of the discharge resistance adjusting member during adjustment of the discharge resistance; characterized in that the connecting member is attachable to or detachable from the pulp discharge port in a state of being coupled with the discharge resistance exerting member and the discharge resistance adjusting member. a discharge resistance exerting member installed in the pulp discharge port to exert a discharge resistance on a pulp being discharged through the pulp discharge port, and having an elastically deformable portion which is elastically deformable by pressing of the pulp being discharged; and a discharge resistance adjusting member operated by a user to adjust the discharge resistance, and a connecting member coupled with the discharge resistance exerting member and the discharge resistance adjusting member, respectively, and guiding a movement of the discharge resistance adjusting member during adjustment of the discharge resistance; characterized in that the connecting member is attachable to or detachable from the pulp discharge port in a state of being coupled with the discharge resistance exerting member and the discharge resistance adjusting member.
A method for the computer-based checking of a prescribed optical security feature in or on a prescribed portion of a value document on the basis of pixel data of pixels of an image of the prescribed portion which are respectively associated with places in or on the portion and render optical properties of the value document at the places, wherein the pixel data for respectively one pixel or one place have components that render the remission or transmission properties in at least two, preferably at least three, different wavelength ranges, preferably within the visible spectral range, or colors, wherein the security feature is an OVD security feature which is preferably an optically variable printing ink or a surface structure having an optically variable effect, and wherein in the method it is checked whether a first number of those pixels, or a first share of those pixels in the pixels of the image, whose pixel data, according to a first prescribed criterion, lie within a first reference region prescribed for the security feature exceeds a first minimum hit value prescribed for the security feature, and whether a first scatter of the pixel data of those pixels lying within the first reference region for the pixel data according to the first criterion exceeds a first minimum scatter value prescribed for the security feature, and in dependence on the result of the check there is formed an authenticity signal which represents an indication of authenticity only when the first number or first share exceeds the first minimum hit value, and the scatter the first minimum scatter value.
Method for displaying images on a display device (3, 3') in a motor vehicle, in which at least one camera (5a to 5d) acquires image data relating to an environment (10 to 13) of the motor vehicle and the display device (3, 3') is operated in at least two operating modes which differ from one another in terms of a view of the environment (10 to 13) on the display device (3, 3'), an operating mode of the display device (3, 3') being activated on the basis of an input by an operator, characterized in that when the operating mode is activated by the operator, a data value (operating mode 1 to operating mode 5) indicating this operating mode is stored in a storage device (7, 7') in a manner assigned to a current value (position 1 to position 5) of at least one measurement parameter of the motor vehicle, and in that, after this value (position 1 to position 5) for the measurement parameter is present again, the assigned operating mode of the display device (3, 3') is automatically activated.
A fastener stringer comprising: a fastener tape in which a tape side-edge portion is provided with a core thread; a fastener element secured to the tape side-edge portion of the fastener tape; and a metal stop (30, 30s) secured to the core thread of the tape side-edge portion of the fastener tape at an adjacent position to the fastener element, wherein the stop (30, 30s) is provided with a first outer surface and a second outer surface facing in opposite directions and sandwiching the core thread of the tape side-edge portion, a first end portion of the stop (30, 30s) in a direction along the core thread is provided with a first slant surface extending along the core thread to reach to a rim of the first outer surface while being gradually closer to the core thread and a second slant surface extending along the core thread to reach to a rim of the second outer surface while being gradually closer to the core thread, and a thickness of the first end portion of the stop (30, 30s) being provided with the first slant surface and the second slant surface is less than a thickness of a portion of the stop (30, 30s) other than said first end portion characterized in that: the first end portion is provided with a first slant inner surface that slants corresponding to the first slant surface and a second slant inner surface that slants corresponding to the second slant surface so that the first end portion comprises edge portions (35m, 35n) that bite into the core thread. a fastener tape in which a tape side-edge portion is provided with a core thread; a fastener element secured to the tape side-edge portion of the fastener tape; and a metal stop (30, 30s) secured to the core thread of the tape side-edge portion of the fastener tape at an adjacent position to the fastener element, wherein the stop (30, 30s) is provided with a first outer surface and a second outer surface facing in opposite directions and sandwiching the core thread of the tape side-edge portion, a first end portion of the stop (30, 30s) in a direction along the core thread is provided with a first slant surface extending along the core thread to reach to a rim of the first outer surface while being gradually closer to the core thread and a second slant surface extending along the core thread to reach to a rim of the second outer surface while being gradually closer to the core thread, and a thickness of the first end portion of the stop (30, 30s) being provided with the first slant surface and the second slant surface is less than a thickness of a portion of the stop (30, 30s) other than said first end portion characterized in that: the first end portion is provided with a first slant inner surface that slants corresponding to the first slant surface and a second slant inner surface that slants corresponding to the second slant surface so that the first end portion comprises edge portions (35m, 35n) that bite into the core thread.
A switching system for an on-load tap changer, comprising: - a Geneva mechanism (120, 150), wherein the Geneva mechanism (120, 150) comprises: - a holder (121, 151), the holder (121, 151) being fixed relative to a housing, - a rotatable ring (122, 152) with a recess (123, 153), the rotatable ring (122, 152) being supported by the holder (121, 151) and being rotatable relative to the holder (121, 151), - a connector (124, 154), the connector (124, 154) being rotatable together with the rotatable ring (122, 152) to electrically connect with a tap (102, 103, 104, 105) of the tap changer, - a rotatable driving wheel (125, 155) with a protrusion (126, 156), the protrusion (126, 156) being coupleable with the recess (123, 153) to rotate the rotatable ring (122, 152), the driving wheel (125, 155) being arranged inside the rotatable ring (122, 152). - a Geneva mechanism (120, 150), wherein the Geneva mechanism (120, 150) comprises: - a holder (121, 151), the holder (121, 151) being fixed relative to a housing, - a rotatable ring (122, 152) with a recess (123, 153), the rotatable ring (122, 152) being supported by the holder (121, 151) and being rotatable relative to the holder (121, 151), - a connector (124, 154), the connector (124, 154) being rotatable together with the rotatable ring (122, 152) to electrically connect with a tap (102, 103, 104, 105) of the tap changer, - a rotatable driving wheel (125, 155) with a protrusion (126, 156), the protrusion (126, 156) being coupleable with the recess (123, 153) to rotate the rotatable ring (122, 152), the driving wheel (125, 155) being arranged inside the rotatable ring (122, 152).
A method for manufacturing an article of apparel, the method comprising: forming a first region comprised of a first tubular flat knit element; forming a second region comprised of a first set of multiple tubular flat knit elements, wherein the second region is adjacent to the first region and extends outward from the first region and the first and second regions (310, 312) are produced in a continuous line and thus of a singular knit construction, such that there are no breaks in the knitting process, and no seams required to maintain their adjacency, and wherein the first region and the second region together form a first knit component; cutting off at least a portion of the first set of multiple tubular flat knit elements to create a pair of arm holes; cutting off a top portion of the first region to create a pair of shoulder regions (108, 308); and cutting a center portion of the first region to create a neck hole. forming a first region comprised of a first tubular flat knit element; forming a second region comprised of a first set of multiple tubular flat knit elements, wherein the second region is adjacent to the first region and extends outward from the first region and the first and second regions (310, 312) are produced in a continuous line and thus of a singular knit construction, such that there are no breaks in the knitting process, and no seams required to maintain their adjacency, and wherein the first region and the second region together form a first knit component; cutting off at least a portion of the first set of multiple tubular flat knit elements to create a pair of arm holes; cutting off a top portion of the first region to create a pair of shoulder regions (108, 308); and cutting a center portion of the first region to create a neck hole.
Method for reducing errors in the running of an application module (42a, 42b), the method comprising the steps of: running an application module in a first processor core of a first computer platform, wherein the application module changes first predefined data; running the application module in a second processor core of a second computer platform, wherein the application module changes second predefined data; monitoring the application module by a monitoring unit independent of the first processor core; copying the first predefined data into the second computer platform by the monitoring unit; comparing the first predefined data and the second predefined data in a tuning module in the second computer platform, which produces tuned data therefrom, so that errors in the first predefined data or second predefined data, which were produced by running the application module (42a, 42b) in the first processor core or second processor core, are reduced; transmitting the tuned data to a downstream controller, characterised in that the monitoring unit monitors whether the application module has changed the first predefined data, wherein the first computer platform includes a central processor unit which includes the processor core and the monitoring unit on a chip, and wherein the monitoring unit is a debug unit of the central processor unit. running an application module in a first processor core of a first computer platform, wherein the application module changes first predefined data; running the application module in a second processor core of a second computer platform, wherein the application module changes second predefined data; monitoring the application module by a monitoring unit independent of the first processor core; copying the first predefined data into the second computer platform by the monitoring unit; comparing the first predefined data and the second predefined data in a tuning module in the second computer platform, which produces tuned data therefrom, so that errors in the first predefined data or second predefined data, which were produced by running the application module (42a, 42b) in the first processor core or second processor core, are reduced; transmitting the tuned data to a downstream controller, characterised in that the monitoring unit monitors whether the application module has changed the first predefined data, wherein the first computer platform includes a central processor unit which includes the processor core and the monitoring unit on a chip, and wherein the monitoring unit is a debug unit of the central processor unit.
Holding part for connecting a first and a second terrace profile (2, 3) to a substructure of a terrace system, having a plate-shaped base body which has an upper side, a bottom side, two longitudinal sides and two end sides, having at least one first elastic and L-shaped holding web which projects from the upper side of the base body and is designed to be engageable in a groove-shaped recess on the first terrace profile, and having at least one second elastic and L-shaped holding web which projects from the upper side of the base body and is designed to be engageable in a groove-shaped recess on the second terrace profile, wherein the first and the second holding web (7, 8) on the holding part define receptacles (9, 10) which are aligned in opposite directions and each have an insertion opening (9a, 10a) for the respective terrace profile (2, 3), wherein the holding part has on the base body at least one, more particularly continuous, mounting opening for connecting the holding part to the substructure by means of a fastening element, and wherein the first and second holding webs (7, 8) on the upper side of the base body are aligned substantially along a common straight line with regard to their width (B7, B8), characterized in that the straight line extends over the mounting opening, wherein the mounting opening is arranged between the holding webs (7, 8 or 107, 108).