mhurhangee/ep-ind-claims huggingface dataset:
An ink composition comprising an anthrapyridone dye and a copper phthalocyanine dye, wherein the hue angle in the L*a*b* color system calculated from spectral characteristics of a 1,000-fold diluted solution of the ink composition in water is 270° to 360° and wherein the mass content of the anthrapyridone dye is higher than the mass content of the copper phthalocyanine dye, t he anthrapyridone dye is a compound represented by formula: Wherein: M 2 is hydrogen, NH 4, or sodium; R 6 is hydrogen, an optionally substituted alkyl group, an optionally substituted aryl group, or an optionally substituted benzoyl group; R 7 is hydrogen or an optionally substituted alkyl group; R 8 is hydrogen, a halogen, or an optionally substituted alkyl group; R 9 is hydrogen, an optionally substituted NH 4, or an optionally substituted sulfonic acid group; A is an alkylene group, an alkylene group having a phenylene group, or a group represented by formula: (wherein R 10 is hydrogen or an alkyl group); and Z is chlorine or a hydroxy, amino, monoethanolamino, diethanolamino, morpholino, anilino, or phenol group optionally substituted with one or more substituents, and the copper phthalocyanine dye being represented by formula: Wherein: R a is hydrogen, an alkali metal, or NH 4; R b is an alkali metal or NH 4; R c is hydrogen, an optionally substituted alkyl group, or an optionally substituted aryl group; k, 1, and n are each 0 to 3; m is a natural number of 1 to 4; and k + l + m + n = 4. M 2 is hydrogen, NH 4, or sodium; R 6 is hydrogen, an optionally substituted alkyl group, an optionally substituted aryl group, or an optionally substituted benzoyl group; R 7 is hydrogen or an optionally substituted alkyl group; R 8 is hydrogen, a halogen, or an optionally substituted alkyl group; R 9 is hydrogen, an optionally substituted NH 4, or an optionally substituted sulfonic acid group; A is an alkylene group, an alkylene group having a phenylene group, or a group represented by formula: (wherein R 10 is hydrogen or an alkyl group); and Z is chlorine or a hydroxy, amino, monoethanolamino, diethanolamino, morpholino, anilino, or phenol group optionally substituted with one or more substituents, and R a is hydrogen, an alkali metal, or NH 4; R b is an alkali metal or NH 4; R c is hydrogen, an optionally substituted alkyl group, or an optionally substituted aryl group; k, 1, and n are each 0 to 3; m is a natural number of 1 to 4; and k + l + m + n = 4.
An electronic device (101, 201, 300, 400, 500, 600) comprising: a housing (310, 410, 510, 604) having a first surface and an opposite second surface; a display (301, 602) disposed between the first surface and the second surface; an ElectroMagnetic Resonance EMR sensor pad (550,603) for sensing an electronic pen (320, 420, 520, 620) disposed between the first surface and the second surface; a pen placing space (311, 411, 511, 6042) disposed between the first surface and the second surface to accommodate an electronic pen (320, 420, 520, 620); a detecting member (540, 610) disposed in vicinity of a coil of the electronic pen when the electronic pen is fully inserted into the pen placing space, for detecting the insertion of the electronic pen; wherein the electronic device stops the operation of the EMR sensor pad (550,603) and the detecting member (540, 610) scans for the electronic pen periodically, when the insertion of the electronic pen is detected; characterized in that the electronic device further comprises: a first shielding member disposed above the coil of the electronic pen fully inserted into the pen placing space and below one conductive shielding member, wherein the one conductive shielding member is stacked below the EMR sensor pad (550, 603); and a second shielding member disposed below the detecting member (540, 610). a housing (310, 410, 510, 604) having a first surface and an opposite second surface; a display (301, 602) disposed between the first surface and the second surface; an ElectroMagnetic Resonance EMR sensor pad (550,603) for sensing an electronic pen (320, 420, 520, 620) disposed between the first surface and the second surface; a pen placing space (311, 411, 511, 6042) disposed between the first surface and the second surface to accommodate an electronic pen (320, 420, 520, 620); a detecting member (540, 610) disposed in vicinity of a coil of the electronic pen when the electronic pen is fully inserted into the pen placing space, for detecting the insertion of the electronic pen; wherein the electronic device stops the operation of the EMR sensor pad (550,603) and the detecting member (540, 610) scans for the electronic pen periodically, when the insertion of the electronic pen is detected; characterized in that the electronic device further comprises: a first shielding member disposed above the coil of the electronic pen fully inserted into the pen placing space and below one conductive shielding member, wherein the one conductive shielding member is stacked below the EMR sensor pad (550, 603); and a second shielding member disposed below the detecting member (540, 610). a first shielding member disposed above the coil of the electronic pen fully inserted into the pen placing space and below one conductive shielding member, wherein the one conductive shielding member is stacked below the EMR sensor pad (550, 603); and a second shielding member disposed below the detecting member (540, 610).
Assembly comprising a tube and a clamp for securing said tube on a structure, the tube being covered by a soft material, the clamp having an U-shape the outer ends of which being adapted to fasten said structure enclosing the outer circumference of the soft material having a defined thickness, wherein the inner surface of said U-shaped clamp is provided with at least one blade (2a, 2b) along the U-shape wherein the said at least one blade (2a, 2b) is positioned at each leg of said U-shape, to cut into said soft material from both sides securing the position of the tube inside, the said cut into said soft material having a distance being equal to or less than the soft material thickness, the blades (2a, 2b) are supporting the tube inside the soft material while the clamp supports the soft material, wherein said legs of the clamp are parallel and the edges of said blades (2a, 2b) are parallel, the edges having being separated by a distance corresponding to the diameter of said tube.
An inductor comprising: a ferromagnetic core; a plurality of conductor turns encircling the ferromagnetic core; a bobbin enclosing the ferromagnetic core and supporting the plurality of conductor turns; and a first wave spring situated between the bobbin and the ferromagnetic core. a ferromagnetic core; a plurality of conductor turns encircling the ferromagnetic core; a bobbin enclosing the ferromagnetic core and supporting the plurality of conductor turns; and a first wave spring situated between the bobbin and the ferromagnetic core.
A sifter mill comprising a mill material feed, a whirlwind mill and an air classifier (3, 4) comprising at least one classifier wheel located above an ascending area, with the mill material feed being located above the whirlwind mill in order that mill material fed falls into a grinding zone of the mill, and with the ascending area of the whirlwind mill being located downstream with respect to flows so that an air flow directed upwards in the ascending area carries along particles from the whirlwind mill towards the classifier wheel, and with the ascending area with vertical distance to the classifier wheel comprising a flow entrance, and with the flow entrance via a flow deflecting means being connected with a flow outlet of the whirlwind mill below the grinding zone of the whirlwind mill, which flow deflecting means deflects the flow leaving the flow outlet of the whirlwind mill into the flow entrance of the ascending area, characterised in that the ascending area is located above the whirlwind mill and from below a falling zone connects to the ascending area opening out into a mill inlet provided on the upper side of the whirlwind mill, via which mill inlet mill material particles falling down from the ascending area can be returned into the grinding zone of the whirlwind mill.
A method in a terminal device for a wireless communications network, the terminal device configurable with a plurality of logical channel groups, the method comprising: generating buffer status information; and transmitting a message to a network node operative in the wireless communications network, the message comprising a buffer status report comprising the buffer status information, the buffer status report comprising: respective indications, for each of the plurality of logical channel groups, whether data is available to transmit in the terminal for the each logical channel group; and respective buffer size fields, for only a subset of the logical channel groups for which data is available to transmit, indicating an amount of data which is available to transmit. generating buffer status information; and transmitting a message to a network node operative in the wireless communications network, the message comprising a buffer status report comprising the buffer status information, the buffer status report comprising: respective indications, for each of the plurality of logical channel groups, whether data is available to transmit in the terminal for the each logical channel group; and respective buffer size fields, for only a subset of the logical channel groups for which data is available to transmit, indicating an amount of data which is available to transmit. respective indications, for each of the plurality of logical channel groups, whether data is available to transmit in the terminal for the each logical channel group; and respective buffer size fields, for only a subset of the logical channel groups for which data is available to transmit, indicating an amount of data which is available to transmit.
A turbine section of a turbomachine comprising: a rotating group with a turbine wheel; a housing that houses and supports the rotating group for rotation about an axis, the housing defining a circumferential inlet passage that extends about the axis, the housing defining a turbine wheel upstream area that is disposed downstream of the circumferential inlet passage and upstream of the turbine wheel, the housing defining an outlet that is downstream of the turbine wheel; a first flow path that extends from the circumferential inlet passage, through the turbine wheel upstream area, across the turbine wheel, to the outlet; and a recirculation flow path that extends from the circumferential inlet passage, through the turbine wheel upstream area, and back to the circumferential inlet passage. a rotating group with a turbine wheel; a housing that houses and supports the rotating group for rotation about an axis, the housing defining a circumferential inlet passage that extends about the axis, the housing defining a turbine wheel upstream area that is disposed downstream of the circumferential inlet passage and upstream of the turbine wheel, the housing defining an outlet that is downstream of the turbine wheel; a first flow path that extends from the circumferential inlet passage, through the turbine wheel upstream area, across the turbine wheel, to the outlet; and a recirculation flow path that extends from the circumferential inlet passage, through the turbine wheel upstream area, and back to the circumferential inlet passage.
A profile for terraces and balconies, which comprises: - a substantially flat wing for anchoring said profile to the floor of said terraces, - a front portion for protection of the external edge of the flooring of said terraces, said front portion protruding outward with respect to the external edge of the flooring in the configuration of use of said profile, - a first drip lip constituted by a contoured element which extends downward and comprises, at the lower end, at least one first protrusion protruding downward and outward with respect to said front portion, - a second drip lip, characterized in that the first drip lip comprises at the lower end at least one second protrusion, lower than the first, also protruding downward and outward with respect to said front portion, whereby said second drip lip is arranged substantially parallel to said first drip lip in the region to be positioned at the edge of the terrace internally with respect to said first drip lip and therefore between the edge of the terrace and said first drip lip, and said second drip lip extends downward from said wing and comprises a third protrusion which protrudes downward and toward said first drip lip. - a substantially flat wing for anchoring said profile to the floor of said terraces, - a front portion for protection of the external edge of the flooring of said terraces, said front portion protruding outward with respect to the external edge of the flooring in the configuration of use of said profile, - a first drip lip constituted by a contoured element which extends downward and comprises, at the lower end, at least one first protrusion protruding downward and outward with respect to said front portion, - a second drip lip, characterized in that the first drip lip comprises at the lower end at least one second protrusion, lower than the first, also protruding downward and outward with respect to said front portion, whereby said second drip lip is arranged substantially parallel to said first drip lip in the region to be positioned at the edge of the terrace internally with respect to said first drip lip and therefore between the edge of the terrace and said first drip lip, and said second drip lip extends downward from said wing and comprises a third protrusion which protrudes downward and toward said first drip lip.
Nerve stimulation electrode structure for external ear, said electrode structure comprising a first electrode, a second electrode, a base for supporting the electrodes, said electrode structure further comprising connecting points (113, 113A, 113B, 114, 114A, 114B) for the electrodes for creating connection to a stimulation device, wherein at least in the area between the electrodes (111, 112) the base, said base being planar, comprises a flexible bending area for enabling the electrode structure to be bent to an inclined position forming a first wing for the first electrode and a second wing for the second electrode for enabling electrode-contact to the ear on both outer sides of the bended electrode structure.
A sealing apparatus for rotational equipment, comprising: an annular seal plate rotatable around an axis; the annular seal plate including an annular seal land surface, an internal plenum, a plurality of inlet passages, a plurality of cooling passages and a plurality of outlet passages; the inlet passages arranged about the axis, at least one of the inlet passages extending into the annular seal plate to the internal plenum; the cooling passages arranged about the axis, at least one of the cooling passages extending into the annular seal plate from the annular seal land surface to the internal plenum; and the outlet passages arranged about the axis, at least one of the outlet passages extending into the annular seal plate to the internal plenum; characterised in that: the outlet passages are arranged radially between the inlet passages and the cooling passages. an annular seal plate rotatable around an axis; the annular seal plate including an annular seal land surface, an internal plenum, a plurality of inlet passages, a plurality of cooling passages and a plurality of outlet passages; the inlet passages arranged about the axis, at least one of the inlet passages extending into the annular seal plate to the internal plenum; the cooling passages arranged about the axis, at least one of the cooling passages extending into the annular seal plate from the annular seal land surface to the internal plenum; and the outlet passages arranged about the axis, at least one of the outlet passages extending into the annular seal plate to the internal plenum; characterised in that: the outlet passages are arranged radially between the inlet passages and the cooling passages.
Method of providing a frame for data communication in a communication system, comprising: generating a frame comprising one or more subframes, each subframe comprising one or more unit subframes, each unit subframe comprising a fixed length duration T u-sub, generating a frame synchronization signal and a frame control signal for controlling the subframes in the frame, generating directionality information for each subframe in the frame, wherein the directionality information indicates whether the subframe is used for downlink transmission, uplink transmission, or is reserved, wherein the frame synchronization signal and the frame control signal are located in a downlink subframe located at the beginning of the frame and characterized in that the frame control signal comprises the directionality information, a starting time location, and a time duration T sub for each subframe in the frame, and wherein the starting time location of the subframe in the frame is specified by a time offset from the start of the frame, the time offset expressed as an integer number of T u-sub. generating a frame comprising one or more subframes, each subframe comprising one or more unit subframes, each unit subframe comprising a fixed length duration T u-sub, generating a frame synchronization signal and a frame control signal for controlling the subframes in the frame, generating directionality information for each subframe in the frame, wherein the directionality information indicates whether the subframe is used for downlink transmission, uplink transmission, or is reserved, wherein the frame synchronization signal and the frame control signal are located in a downlink subframe located at the beginning of the frame and characterized in that the frame control signal comprises the directionality information, a starting time location, and a time duration T sub for each subframe in the frame, and wherein the starting time location of the subframe in the frame is specified by a time offset from the start of the frame, the time offset expressed as an integer number of T u-sub.
A computer-implemented method for generating human machine interface, HMI, graphics associated with an industrial automation system implementing machine learning, the method being performed by a graphic object detection model, the method comprising: receiving a migrated HMI graphics, wherein said migrated HMI graphics being obtained from a legacy HMI graphics and wherein said migrated HMI graphics comprises at least one industrial object; identifying at least one missing industrial object in said migrated HMI graphics using a historical HMI labelled dataset of the at least one industrial object, wherein the at least one industrial object comprises a graphical object and a data object; correcting the migrated HMI graphics to include said at least one missing industrial object; generating a corrected HMI graphics comprising said at least one missing industrial object; and transmitting a notification indicating the corrected HMI graphics to a computing device; wherein the identifying and correcting further comprise: identifying presence of placeholder in the migrated HMI graphics; using the placeholder to identify a location of the at least one missing industrial object in the migrated HMI graphics; utilizing 1-to-1 mapping of the at least one industrial object and its location and the historical HMI labelled dataset to identify a correct industrial object to be placed in the migrated HMI graphics; and replacing the placeholder with a correct industrial object. receiving a migrated HMI graphics, wherein said migrated HMI graphics being obtained from a legacy HMI graphics and wherein said migrated HMI graphics comprises at least one industrial object; identifying at least one missing industrial object in said migrated HMI graphics using a historical HMI labelled dataset of the at least one industrial object, wherein the at least one industrial object comprises a graphical object and a data object; correcting the migrated HMI graphics to include said at least one missing industrial object; generating a corrected HMI graphics comprising said at least one missing industrial object; and transmitting a notification indicating the corrected HMI graphics to a computing device; wherein the identifying and correcting further comprise: identifying presence of placeholder in the migrated HMI graphics; using the placeholder to identify a location of the at least one missing industrial object in the migrated HMI graphics; utilizing 1-to-1 mapping of the at least one industrial object and its location and the historical HMI labelled dataset to identify a correct industrial object to be placed in the migrated HMI graphics; and replacing the placeholder with a correct industrial object. identifying presence of placeholder in the migrated HMI graphics; using the placeholder to identify a location of the at least one missing industrial object in the migrated HMI graphics; utilizing 1-to-1 mapping of the at least one industrial object and its location and the historical HMI labelled dataset to identify a correct industrial object to be placed in the migrated HMI graphics; and replacing the placeholder with a correct industrial object.
Curbstone deflector for protection of the lateral end region of a snow-clearing strip attached to a snowplow clearing blade, which deflector has a round or polygonally rounded-off wear edge and is provided with a recess that surrounds the end region of the snow-clearing strip, which recess has a front support surface supported on the front side of the snow-clearing strip from the front, and a lateral support surface supported on the side edge of the snow-clearing strip from the side, wherein the front support surface can be braced against the front side of the snow-clearing strip by means of a screw connection (4, 5), characterized in that the expanse of the front support surface in the longitudinal direction of the snow-clearing strip is greater by at least 1.2 times than the distance between the lateral support surface and the wear edge of the curbstone deflector.