mhurhangee/ep-ind-claims huggingface dataset:
A cone valve nozzle assembly for use in a rotary stream sprinkler comprising: an upper valve member including a conical top portion with a conical outer surface, with a stepped and spiraled underside valve surface and a lower valve member with a conical inner surface including a central opening and a lower stepped and spiraled top valve surface surrounding the central opening, the upper valve member mounted in the lower valve member such that the lower valve member is movable relative to the upper valve member, such that interaction between the stepped and spiraled underside valve surface of the upper valve member and the stepped and spiraled top valve surface of the lower valve member defines an adjustable arcuate slot of a desired length, to provide a conically shaped nozzle water discharge stream over a desired arc of coverage when water flows through the valve assembly characterized in that the water discharge stream flows along the conical outer and inner surfaces of the top portion of the arcuate upper valve member and lower valve member, to discharge water in a cone shape onto a rotating distributor at a desired angle, relative to a central axis of the cone valve nozzle assembly. an upper valve member including a conical top portion with a conical outer surface, with a stepped and spiraled underside valve surface and a lower valve member with a conical inner surface including a central opening and a lower stepped and spiraled top valve surface surrounding the central opening, the upper valve member mounted in the lower valve member such that the lower valve member is movable relative to the upper valve member, such that interaction between the stepped and spiraled underside valve surface of the upper valve member and the stepped and spiraled top valve surface of the lower valve member defines an adjustable arcuate slot of a desired length, to provide a conically shaped nozzle water discharge stream over a desired arc of coverage when water flows through the valve assembly characterized in that the water discharge stream flows along the conical outer and inner surfaces of the top portion of the arcuate upper valve member and lower valve member, to discharge water in a cone shape onto a rotating distributor at a desired angle, relative to a central axis of the cone valve nozzle assembly.
A bispecific antibody comprising: (i) an IgG heavy chain variable region of anti-human PD-1 antibody, (ii) an IgG light chain variable region of anti-human PD-1 antibody, (iii) an IgG heavy chain variable region of anti-human CD3 antibody, and (iv) an IgG light chain variable region of anti-human CD3 antibody, wherein said variable regions are linked by peptide linkers in the order (i), (iv), (iii) and (ii), and wherein the bispecific antibody binds to human PD-1 and human CD3 simultaneously. (i) an IgG heavy chain variable region of anti-human PD-1 antibody, (ii) an IgG light chain variable region of anti-human PD-1 antibody, (iii) an IgG heavy chain variable region of anti-human CD3 antibody, and (iv) an IgG light chain variable region of anti-human CD3 antibody, wherein said variable regions are linked by peptide linkers in the order (i), (iv), (iii) and (ii), and wherein the bispecific antibody binds to human PD-1 and human CD3 simultaneously.
An apparatus, whereby the apparatus is a wireless mobile communication device or a relay node of a wireless communication network, comprising means for performing: detecting an imbalance in a line-of-sight, LOS, training dataset for training a LOS detector; determining a minority class of the LOS training dataset associated with the detected imbalance; characterised by means for transmitting, to a network element of the wireless communication system, a request message indicating the determined minority class and requesting measurement activation to perform one or more network measurements, by the apparatus, to obtain one or more additional signal samples for the minority class; and receiving, from the network element, an activation message causing the apparatus to perform the one or more network measurements during a configured observation window. detecting an imbalance in a line-of-sight, LOS, training dataset for training a LOS detector; determining a minority class of the LOS training dataset associated with the detected imbalance; characterised by means for transmitting, to a network element of the wireless communication system, a request message indicating the determined minority class and requesting measurement activation to perform one or more network measurements, by the apparatus, to obtain one or more additional signal samples for the minority class; and receiving, from the network element, an activation message causing the apparatus to perform the one or more network measurements during a configured observation window.
Aqueous acidic bath for electrolytic deposition of copper, comprising - at least one source of copper ions, - at least one acid, - at least one brightener compound, - at least one source of halide ions, and - at least one substance that serves as a leveler for copper-deposition, wherein said at least one substance is dissolved ruthenium, and - at least one source of iron ions as leveler and/or inhibitor for copper-deposition, characterized in that iron is present in such amount that the molar ratio of iron/ruthenium is at least 1.5 Mol (Fe)/1 Mol (Ru). - at least one source of copper ions, - at least one acid, - at least one brightener compound, - at least one source of halide ions, and - at least one substance that serves as a leveler for copper-deposition, wherein said at least one substance is dissolved ruthenium, and - at least one source of iron ions as leveler and/or inhibitor for copper-deposition, characterized in that
A spray head (300; 400; 500; 600; 700; 800) for spraying at least one fluid substance with the use of compressed gas, comprising: at least one fluid connector (211; 813, 814) in order to connect the spray head to at least one fluid reservoir for the substance to be sprayed; at least one fluid channel (216; 821; 822) that connects the fluid connector (211; 813, 814) to at least one fluid outlet (214; 823, 824); a compressed gas connector (221; 816) in order to connect the spray head to a source of compressed gas; and at least one compressed gas channel (222, 223; 817, 818) that connects the compressed gas connector (221; 816) to at least one compressed gas outlet (224; 815), wherein the fluid outlet (214; 823, 824) and the compressed gas outlet (224; 815) are arranged relative to each other in such a manner that during operation compressed gas exiting the compressed gas outlet (224; 815) mixes with a substance exiting the fluid outlet (214; 823, 824) in order to spray the substance, characterised in that the spray head comprises a pressure relief valve (310; 410; 510; 610; 710; 830) that is configured to discharge compressed gas from the compressed gas channel (222, 223; 817, 818) when the compressed gas has a gas pressure that exceeds a threshold pressure, wherein the pressure relief valve (310; 410; 510; 610; 710; 830) is directly provided on the spray head itself. at least one fluid connector (211; 813, 814) in order to connect the spray head to at least one fluid reservoir for the substance to be sprayed; at least one fluid channel (216; 821; 822) that connects the fluid connector (211; 813, 814) to at least one fluid outlet (214; 823, 824); a compressed gas connector (221; 816) in order to connect the spray head to a source of compressed gas; and at least one compressed gas channel (222, 223; 817, 818) that connects the compressed gas connector (221; 816) to at least one compressed gas outlet (224; 815), wherein the fluid outlet (214; 823, 824) and the compressed gas outlet (224; 815) are arranged relative to each other in such a manner that during operation compressed gas exiting the compressed gas outlet (224; 815) mixes with a substance exiting the fluid outlet (214; 823, 824) in order to spray the substance, characterised in that the spray head comprises a pressure relief valve (310; 410; 510; 610; 710; 830) that is configured to discharge compressed gas from the compressed gas channel (222, 223; 817, 818) when the compressed gas has a gas pressure that exceeds a threshold pressure, wherein the pressure relief valve (310; 410; 510; 610; 710; 830) is directly provided on the spray head itself.
An electronic component supply device comprising: multiple feeders (6, 601, 602, 603, 604, 605, 606), each having a tape feeding mechanism configured to feed out a carrier tape, holding multiple electronic components, and an individual control section configured to operate by use of operation software to control the tape feeding mechanism to thereby supply sequentially an electronic component to its own feeding position; a host control section capable of holding update software (SW1, SW2, SW3) to be replaced with at least part of the operation software; and multiple information transmission sections (521, 522, 523), being connected between the host control section and the individual control sections of the multiple feeders, so as to transmit information and configured to transmit the update software (SW1, SW2, SW3) from the host control section to the individual control sections independently of one another, characterized in that each one of the multiple information transmission sections (521, 522, 523) has a memory (531, 532, 533), in which the host control section is configured to write the update software (SW1, SW2, SW3) via a bus, and a communication function circuit (541, 542, 543) configured to transmit the update software (SW1, SW2, SW3) written in the memory (531, 532, 533) to the individual control section of the connected feeder. a host control section capable of holding update software (SW1, SW2, SW3) to be replaced with at least part of the operation software; and multiple information transmission sections (521, 522, 523), being connected between the host control section and the individual control sections of the multiple feeders, so as to transmit information and configured to transmit the update software (SW1, SW2, SW3) from the host control section to the individual control sections independently of one another, characterized in that each one of the multiple information transmission sections (521, 522, 523) has a memory (531, 532, 533), in which the host control section is configured to write the update software (SW1, SW2, SW3) via a bus, and a communication function circuit (541, 542, 543) configured to transmit the update software (SW1, SW2, SW3) written in the memory (531, 532, 533) to the individual control section of the connected feeder.
A method of operating a proxy service to support web services provided by a client application to at least an online service, the method comprising: while the client application is temporarily unavailable to the proxy service, monitoring for web services activity to occur in association with the web services provided by the client application to at least the online service; and in response to the client application becoming available to the proxy service after having been temporarily unavailable to the proxy service, communicating activity information to the client application indicative at least of whether or not to query the online service with respect to the web services activity. while the client application is temporarily unavailable to the proxy service, monitoring for web services activity to occur in association with the web services provided by the client application to at least the online service; and in response to the client application becoming available to the proxy service after having been temporarily unavailable to the proxy service, communicating activity information to the client application indicative at least of whether or not to query the online service with respect to the web services activity.
A cage for farming aquatic organisms, the cage comprising a surrounding holding structure comprising a floating element which is connected to a closed enclosure, and a railing comprising an upright and a handrail connected to the floating element, the cage is provided with a suspended track connected to the surrounding holding structure and along the holding structure on a side facing a centre of the cage, the track being arranged to guide a tool carrier movably attached to the track, characterized in that: - the circumference of the track around the cage is smaller than the circumference of the railing around the cage; - the track is provided with a plurality of elongated, inclined coupling members projecting at an angle upwards from the track to the holding structure for attaching the track to the holding structure; - the track is endless; - the track is formed as a closed, elongated structure with a continuous surface; - each coupling member has been passed circumferentially around the track, transversely to the longitudinal direction of the track; and - the track is adapted for carrying the tool carrier on a top side of the track. - the circumference of the track around the cage is smaller than the circumference of the railing around the cage; - the track is provided with a plurality of elongated, inclined coupling members projecting at an angle upwards from the track to the holding structure for attaching the track to the holding structure; - the track is endless; - the track is formed as a closed, elongated structure with a continuous surface; - each coupling member has been passed circumferentially around the track, transversely to the longitudinal direction of the track; and - the track is adapted for carrying the tool carrier on a top side of the track.
Measuring unit (18, 20) which is intended for a roller-bearing unit and is provided to measure a force transmitted to it, wherein the measuring unit (18, 20) is designed so that it can be dismounted in a nondestructive manner from a carrier unit and a bearing of the roller-bearing unit, wherein the measuring unit (18, 20) is also designed so that, in the dismounted state, it can be calibrated, wherein the measuring unit (18, 20) has an annular carrier element, which consists of metal and has a groove, and wherein sensor elements are arranged in the groove, characterized in that the groove is filled with a filling element which consists of plastic material and is connected integrally to the carrier element.
Method for the galvanoplastic deposition of a gold alloy on an electrode dipped into a bath including gold metal in alkaline aurocyanide form, organometallic compounds, a wetting agent, a sequestering agent and free cyanide, the alloy metals being copper, in double copper and potassium cyanide form, and silver, in cyanide form, characterized in that the bath respects a proportion of 9.08 wt% gold, 90.85 wt% copper and 0.07 wt% silver allowing a mirror-bright yellow gold alloy to be deposited on the electrode, said bath not containing cadmium.
Catheter structure equipped with an adjustable self-locating device, comprising a flexible tube (16,116,216) which has one end (18,118,218) intended to be introduced into the cavity to be evacuated and provided with a hole (20,120,220) which connects the interior of the cavity to be drained with the central drainage channel of the catheter, allowing evacuation thereof, a diametral chamber (22,122,222) which is formed by a membrane (24,124,224) expandable substantially towards the outside of the flexible tube (16,116,216) and which surrounds over a predetermined height the outer surface of said flexible tube (16,116,216), and a duct (28,43,128,228) which is associated with the flexible tube (16,116,216) and connects said diametral chamber (22,122,222) to means for supplying and controlled discharge of a pressurised fluid, said diametral chamber (22,122,222) extends over a circular rim portion around the flexible tube (16,116,216) which is interrupted in a single surface zone (30,130,230) of said flexible tube which is thus devoid of diametral chamber (22,122,222) and in which said hole (20,120,220) is formed, characterized in that the hole (20,120, 220) has its bottom edge situated partially underneath the bottom edge of said diametral chamber (22,122,222), and the membrane consists of a single continuous element in the transverse plane in the form of a circumferential sleeve which is arranged on the tube for enclosing the chamber, the sleeve being welded to the flexible tube, along two circumferences in two suitably spaced transverse planes, and in the zone without diametral chamber, and having an opening opposite the said surface zone in the welded zone which comprises the hole so as to allow communication between the hole and the exterior.
Collecting device (10; 30) for collecting objects of reduced dimensions, in particular coins, suitable for being used in a machine from which coins to be recovered are dispensable, wherein the coin collecting device (10; 30) comprises: an inner tray (14; 40) arranged for receiving the coins dispensed by the machine and an external panel (15; 31) bounding the inner tray (14; 40) externally to a user; in which the inner tray (14; 40) has a bottom wall (14a; 40a), opposite side walls (14d; 40d) and a front wall (14c; 40c) the walls (14a, 14c, 14d; 40a, 40c, 40d) of which are shaped for directing the received coins to a collecting zone (26; 36) for collecting the coins comprised in the inner tray, wherein the coin collecting device (10; 30) further comprises a recovery conduit for recovering the coins having an inlet opening from which the coins can fall to be recovered if they are moved by a user from the collecting zone (26; 36), wherein the inlet opening of the recovery conduit is positioned higher than the collecting zone (26; 36) and wherein moreover the inner tray (14; 40) comprises a curved connecting wall (18; 32) that continuously connects the collecting zone (26; 36) to the inlet opening to enable the user to guide the coins from the bottom to the top from the collecting zone (26; 36) to the inlet opening of the recovery conduit resting on the connecting wall (18; 32), in which the connecting wall (18; 32) has a top edge (20; 33) that at least partially bounds the inlet opening.
Connector for connecting at least one output device to a rendering device, whereby the connector comprises at least one interruption unit for managing the connection of the output device to the rendering device, characterised by at least one detection unit for detecting at least one external signal and at least one adjustment unit for adjusting the detection unit, wherein the adjustment unit is adapted to adjust the sensitivity of the detection unit and/or the frequency band within which the detection unit detects external signals.
A façade cleaning apparatus which comprises an elongated frame with two sub-frames (9,11) and means for displacing the sub-frames connected to the frame and two groups (A,B) of brushes (5,7), each group (A, B) of brushes (5, 7) being connected to a separate sub-frame (9, 11) and means for rotating the brushes (5, 7) about their axles, characterized in that the façade cleaning apparatus comprises displacement means for displacing the sub-frames (9,11) to and fro and passing each other in directions (C,D) opposite to each other at right angles to the axles of the brushes and parallel to the façade during operation, wherein each group (A,B) of brushes comprises at least two brushes (5,7) and the direction of rotation of the brushes in one group is configured to be opposite to that of the brushes in the other group or where neighboring brushes in each group are configured to have opposite directions of rotation wherein the means for displacing the sub-frames are means for displacing the sub-frames in longitudinal direction of the frame.
A clutch comprising: a driving rotor (83; 202) coupled to a driving source; a driven rotor (85; 204) directly engaged with the driving rotor in the rotational direction of the driven rotor such that the driven rotor is driven by the driving rotor; a housing (82; 201) for accommodating the driving rotor and the driven rotor; and a lock member (86; 119; 205) located between the driven rotor and the housing, the lock member being circulated about an axial center of the driving rotor associated with rotation of the driving rotor, wherein the lock member is held between the driven rotor and the housing to block rotation of the driven rotor relative to the housing when the driven rotor itself is rotated, and the lock member is released from the held state to allow the driving rotor to rotate the driven rotor relative to the housing when the driving source rotates the driving rotor, characterized in that the clutch comprises a spherical member (84; 203) located between the driven rotor and the driving rotor to prevent the driven rotor from being pressed against the driving rotor in the axial direction of the driven rotor and in that the driving rotor has a shaft hole which extends through the driving rotor, the shaft hole includes a fitting hole into which a fitting portion of a rotating shaft of the driving source is fitted, and the spherical member (84; 203) is accommodated in the shaft hole between the driven rotor and the fitting portion. a driving rotor (83; 202) coupled to a driving source; a driven rotor (85; 204) directly engaged with the driving rotor in the rotational direction of the driven rotor such that the driven rotor is driven by the driving rotor; a housing (82; 201) for accommodating the driving rotor and the driven rotor; and a lock member (86; 119; 205) located between the driven rotor and the housing, the lock member being circulated about an axial center of the driving rotor associated with rotation of the driving rotor, wherein the lock member is held between the driven rotor and the housing to block rotation of the driven rotor relative to the housing when the driven rotor itself is rotated, and the lock member is released from the held state to allow the driving rotor to rotate the driven rotor relative to the housing when the driving source rotates the driving rotor, characterized in that the clutch comprises a spherical member (84; 203) located between the driven rotor and the driving rotor to prevent the driven rotor from being pressed against the driving rotor in the axial direction of the driven rotor and in that the driving rotor has a shaft hole which extends through the driving rotor, the shaft hole includes a fitting hole into which a fitting portion of a rotating shaft of the driving source is fitted, and the spherical member (84; 203) is accommodated in the shaft hole between the driven rotor and the fitting portion.