mhurhangee/ep-ind-claims huggingface dataset:
A hydraulic system for a work machine, the system comprising: a main hydraulic machine connected to an output shaft of an engine of the work machine for providing power to working hydraulics of the work machine; a main pressure line connecting the main hydraulic machine to the working hydraulics; a support hydraulic machine connected to the output shaft; a hydraulic accumulator; a discharge valve connected between the accumulator and an input side of the support hydraulic machine; a charge valve connected between an output side of the support hydraulic machine and the hydraulic accumulator to selectively allow a flow from the support hydraulic machine to the hydraulic accumulator; a flow support valve connected between the output side of the support hydraulic machine and the main pressure line to selectively allow a flow from the support hydraulic machine to the main pressure line; and a hydraulic tank connected to the input side of the support hydraulic machine. a main hydraulic machine connected to an output shaft of an engine of the work machine for providing power to working hydraulics of the work machine; a main pressure line connecting the main hydraulic machine to the working hydraulics; a support hydraulic machine connected to the output shaft; a hydraulic accumulator; a discharge valve connected between the accumulator and an input side of the support hydraulic machine; a charge valve connected between an output side of the support hydraulic machine and the hydraulic accumulator to selectively allow a flow from the support hydraulic machine to the hydraulic accumulator; a flow support valve connected between the output side of the support hydraulic machine and the main pressure line to selectively allow a flow from the support hydraulic machine to the main pressure line; and a hydraulic tank connected to the input side of the support hydraulic machine.
An apparatus for facilitating control of MIDI-sequence generation, the apparatus comprising: a midi-sequence module; at least one foot-operated switch configured to operate the midi-sequence module, wherein the at least one foot-operated switch is configured to non-sequentially trigger at least one main midi-sequence from a plurality of main midi-sequences; and a docking station configured to connect the apparatus to a mobile device. wherein the at least one foot-operated switch comprises a primary foot-operated switch configured to non-sequentially trigger the at least one main midi-sequence, wherein each main midi-sequence is triggered by a corresponding predetermined number of consecutive activations of the primary foot-operated switch, wherein consecutive activations are separated by at most a predetermined time duration. a midi-sequence module; at least one foot-operated switch configured to operate the midi-sequence module, wherein the at least one foot-operated switch is configured to non-sequentially trigger at least one main midi-sequence from a plurality of main midi-sequences; and a docking station configured to connect the apparatus to a mobile device. wherein the at least one foot-operated switch comprises a primary foot-operated switch configured to non-sequentially trigger the at least one main midi-sequence, wherein each main midi-sequence is triggered by a corresponding predetermined number of consecutive activations of the primary foot-operated switch, wherein consecutive activations are separated by at most a predetermined time duration.
A computer-implemented method for detecting and reducing the amount of urea crystals in an exhaust aftertreatment system connected to an engine, the exhaust aftertreatment system comprising at least one NOx sensor upstream of a urea injector and a catalytic conversion unit of the exhaust aftertreatment system, the method comprises: acquiring NOx level measurement values from the NOx-sensor; receiving, from the NOx-sensor, lambda values along with the NOx level measurement values, wherein a lambda value being indicative of a ratio between an amount of air and an amount of fuel in a combustion chamber of the engine connected to the exhaust aftertreatment system; determining at least one ratio between the NOx level measurement values and an inverse of the received lambda values, and, when the ratio between the NOx level measurement values and the inverse of the received lambda values is equal to or exceeds a threshold, using a NOx engine emissions model for urea dosing control in the exhaust aftertreatment system, if one of the determined ratios is below the threshold, using a measurement value from the NOx sensor for urea dosing control in the exhaust aftertreatment system. acquiring NOx level measurement values from the NOx-sensor; receiving, from the NOx-sensor, lambda values along with the NOx level measurement values, wherein a lambda value being indicative of a ratio between an amount of air and an amount of fuel in a combustion chamber of the engine connected to the exhaust aftertreatment system; determining at least one ratio between the NOx level measurement values and an inverse of the received lambda values, and, when the ratio between the NOx level measurement values and the inverse of the received lambda values is equal to or exceeds a threshold, using a NOx engine emissions model for urea dosing control in the exhaust aftertreatment system, if one of the determined ratios is below the threshold, using a measurement value from the NOx sensor for urea dosing control in the exhaust aftertreatment system.
A ring for a rotor blade droop limiting system of a rotorcraft, said ring, comprising: a body having an inner surface, an outer surface, a first end surface disposed between the inner surface and the outer surface, and a second end surface disposed between the inner surface and the outer surface opposite the first end surface, wherein the first end surface has first cavities and the second surface has second cavities; characterized in that the ring further comprises a plurality of wear elements comprising first wear elements removably disposed in the first cavities and second wear elements removably disposed in the second cavities, wherein each of the first wear elements extends from within a respective one of the first cavities past the first end surface and has a first wear surface disposed above the first end surface, and wherein each of the second wear elements extends from within a respective one of the second cavities past the second end surface and has a second wear surface disposed above the second end surface; and a protective layer disposed on the outer surface of the body and comprising a first metal, wherein the body is formed form a second metal different from the first metal. a body having an inner surface, an outer surface, a first end surface disposed between the inner surface and the outer surface, and a second end surface disposed between the inner surface and the outer surface opposite the first end surface, wherein the first end surface has first cavities and the second surface has second cavities; characterized in that the ring further comprises a plurality of wear elements comprising first wear elements removably disposed in the first cavities and second wear elements removably disposed in the second cavities, wherein each of the first wear elements extends from within a respective one of the first cavities past the first end surface and has a first wear surface disposed above the first end surface, and wherein each of the second wear elements extends from within a respective one of the second cavities past the second end surface and has a second wear surface disposed above the second end surface; and a protective layer disposed on the outer surface of the body and comprising a first metal, wherein the body is formed form a second metal different from the first metal.
A method for transmitting an ACK/NACK in a wireless communication system, the method performed by a wireless device and comprising the steps of: configuring a plurality of first candidate resources (PUCCHy) for a first physical uplink control channel, PUCCH, format and a plurality of second candidate resources (PUCCHz) for a second PUCCH format; receiving a plurality of downlink grants for scheduling a plurality of physical downlink shared channels, PDSCHs, on a plurality of serving cells, each downlink grant including an ACK/NACK resource indicator, ARI; receiving the plurality of PDSCHs associated with the plurality of downlink grants; selecting one of the plurality of first candidate resources and the plurality of second candidate resources; determining a PUCCH resource within the plurality of selected candidate resources based on the ARI that is included in the most recently received downlink grant among the plurality of downlink grants; and transmitting ACK/NACK bits for the plurality of PDSCHs by using a PUCCH format associated with the determined PUCCH resource. configuring a plurality of first candidate resources (PUCCHy) for a first physical uplink control channel, PUCCH, format and a plurality of second candidate resources (PUCCHz) for a second PUCCH format; receiving a plurality of downlink grants for scheduling a plurality of physical downlink shared channels, PDSCHs, on a plurality of serving cells, each downlink grant including an ACK/NACK resource indicator, ARI; receiving the plurality of PDSCHs associated with the plurality of downlink grants; selecting one of the plurality of first candidate resources and the plurality of second candidate resources; determining a PUCCH resource within the plurality of selected candidate resources based on the ARI that is included in the most recently received downlink grant among the plurality of downlink grants; and transmitting ACK/NACK bits for the plurality of PDSCHs by using a PUCCH format associated with the determined PUCCH resource.
A pharmaceutical tablet composition comprising: a) a multilayer tablet core comprising: i) a non-steroidal anti-inflammatory drug (NSAID) layer comprising NSAID and at least one pharmaceutically acceptable excipient; ii) an optional middle layer; iii) a proton pump inhibitor layer comprising multiple units of PPI coated with a protective coating; b) barrier coating surrounding the multilayer tablet core; and c) gastro-resistant coating surrounding the barrier coating. a) a multilayer tablet core comprising: i) a non-steroidal anti-inflammatory drug (NSAID) layer comprising NSAID and at least one pharmaceutically acceptable excipient; ii) an optional middle layer; iii) a proton pump inhibitor layer comprising multiple units of PPI coated with a protective coating; i) a non-steroidal anti-inflammatory drug (NSAID) layer comprising NSAID and at least one pharmaceutically acceptable excipient; ii) an optional middle layer; iii) a proton pump inhibitor layer comprising multiple units of PPI coated with a protective coating; b) barrier coating surrounding the multilayer tablet core; and c) gastro-resistant coating surrounding the barrier coating.
A battery storing device comprising: a case member (10, 20) having a positive terminal and a negative terminal and configured to store a battery (B1, B2) therein; a positive pole coil spring (11a, 21a) in contact with a positive electrode of the battery (B1, B2); a negative pole coil spring (11b, 21b) in contact with a negative electrode of the battery (B1, B2); and a first support comprising a sidewall support section having an elastic force that is able to fix the battery (B1, B2) while absorbing a size difference of the battery (B1, B2) allowed according to a standard, and configured to support a sidewall of the battery (B1, B2), wherein the first support further comprises a first battery fixing section (31, 32) configured to support one end surface of the battery (B1, B2), and wherein the sidewall support section comprises: a sidewall support member connected to one end of the first battery fixing section (31, 32) and in contact with the sidewall of the battery (B1, B2); and an elastic member configured to apply the elastic force with respect to the sidewall support member. a case member (10, 20) having a positive terminal and a negative terminal and configured to store a battery (B1, B2) therein; a positive pole coil spring (11a, 21a) in contact with a positive electrode of the battery (B1, B2); a negative pole coil spring (11b, 21b) in contact with a negative electrode of the battery (B1, B2); and a first support comprising a sidewall support section having an elastic force that is able to fix the battery (B1, B2) while absorbing a size difference of the battery (B1, B2) allowed according to a standard, and configured to support a sidewall of the battery (B1, B2), wherein the first support further comprises a first battery fixing section (31, 32) configured to support one end surface of the battery (B1, B2), and wherein the sidewall support section comprises: a sidewall support member connected to one end of the first battery fixing section (31, 32) and in contact with the sidewall of the battery (B1, B2); and an elastic member configured to apply the elastic force with respect to the sidewall support member. a sidewall support member connected to one end of the first battery fixing section (31, 32) and in contact with the sidewall of the battery (B1, B2); and an elastic member configured to apply the elastic force with respect to the sidewall support member.
A method of decoding video data, the method comprising: receiving a texture slice for a texture view component associated with one or more encoded blocks of video data representative of texture information, the texture slice comprising the one or more encoded blocks and a texture slice header comprising syntax elements representative of characteristics of the texture slice; receiving a depth slice for a depth view component associated with one or more encoded blocks of depth information corresponding to the texture view component, wherein the depth slice comprises the one or more encoded blocks of depth information and a depth slice header comprising syntax elements representative of characteristics of the depth slice, and wherein the depth view component and the texture view component both belong to a view and an access unit; decoding a first slice, wherein the first slice comprises the texture slice, wherein the first slice has a slice header comprising syntax elements representative of characteristics of the first slice; determining common syntax elements for a second slice from the slice header of the first slice; and decoding the second slice after decoding the first slice at least partially based on the determined common syntax elements, wherein the second slice comprises the depth slice, wherein the second slice has a slice header comprising syntax elements representative of characteristics of the second slice, excluding values for syntax elements that are common to the first slice. receiving a texture slice for a texture view component associated with one or more encoded blocks of video data representative of texture information, the texture slice comprising the one or more encoded blocks and a texture slice header comprising syntax elements representative of characteristics of the texture slice; receiving a depth slice for a depth view component associated with one or more encoded blocks of depth information corresponding to the texture view component, wherein the depth slice comprises the one or more encoded blocks of depth information and a depth slice header comprising syntax elements representative of characteristics of the depth slice, and wherein the depth view component and the texture view component both belong to a view and an access unit; decoding a first slice, wherein the first slice comprises the texture slice, wherein the first slice has a slice header comprising syntax elements representative of characteristics of the first slice; determining common syntax elements for a second slice from the slice header of the first slice; and decoding the second slice after decoding the first slice at least partially based on the determined common syntax elements, wherein the second slice comprises the depth slice, wherein the second slice has a slice header comprising syntax elements representative of characteristics of the second slice, excluding values for syntax elements that are common to the first slice.
Acceleration protective suit for pilots of high-performance aircraft with a covering made of stretch-resistant textile material, where at least parts of covering are designed with two walls and thus form compartments on the inner and outer side of the covering, where air tubes are inserted in the compartment, consisting of flexible and stretchable plastic, and these air tubes can be supplied with acceleration-dependent air pressures and thus can be stretched as bladders, characterised in that the suit is equipped with at least two different types of compartments with air tubes for forming air bladders, namely the first type with compartments acting as " spacers ", which have loose air tubes inside their compartments, so that their contour can be formed during compressed air supply with the air tube, which in turn differs from the compartment containing it, whereby the volume of the air tubes inside the compartments is smaller than the inner volume of the compartments and the second type with compartments acting as " muscles", where the compartments are clung inside with tube material in their inner side, so that the compartments and air tubes always have the same contour, and in addition there is a pressure bladder in the protective suit, which is located in the abdominal area of the wearer of the acceleration protective suit and to which all air tubes (9, 10) are connected, communicating freely with all air tubes in all compartments, whereby the pressure bladder has at least one main valve to which the compressed air supply of the acceleration protective suit can be connected and which is set up in such a way that it closes, if the supply air pressure and/or pressure in cockpit drops.
A quick locking device for connecting at least a photovoltaic solar panel to a support structure, the device being configured so that said at least a photovoltaic solar panel can be installed on the support structure by approaching it to said support structure with a lowering motion from the top only according to a rectilinear trajectory orthogonal to a support plane of said photovoltaic solar panel defined by said locking device until reaching a final position wherein said locking device blocks automatically the photovoltaic solar panel on the support structure, the quick locking device comprising at least a blocking element configured to be able to shift automatically during installation from a released inoperative position to a blocking operative position after engagement thereon by said photovoltaic solar panel, when the photovoltaic solar panel reaches its final position, wherein the quick locking device comprises a stirrup having a base flange having fastening means for the fastening to the support structure, said base flange having two folded opposite ends, ending with respective reinforcing flanges to form two substantially "C"-shaped faced seats, the device being characterized in that it comprises two blocking elements, one at each end, each blocking element comprising a respective sheet-like elastic element (70, 71) shaped so as to be placed within said "C"-like seats and having a terminal portion at least partially projecting from said reinforcing flange. wherein the quick locking device comprises a stirrup having a base flange having fastening means for the fastening to the support structure, said base flange having two folded opposite ends, ending with respective reinforcing flanges to form two substantially "C"-shaped faced seats, the device being characterized in that it comprises two blocking elements, one at each end, each blocking element comprising a respective sheet-like elastic element (70, 71) shaped so as to be placed within said "C"-like seats and having a terminal portion at least partially projecting from said reinforcing flange.
A mobility management entity, MME, information deleting method, comprising: acquiring, by a target MME, version information about a source MME according to a GPRS Tunneling Protocol, GTP, version adopted in the interaction with the source MME; determining (305, 706, 807), by the target MME, whether it is necessary to delete information about the source MME according to the version information about the source MME, and sending an indication of deleting the information about the source MME to a home subscriber server, HSS; receiving (305, 706, 807), by the HSS, a message sent by the target MME, wherein the message carries the indication of deleting information about the source MME; and deleting (306, 707, 808), by the HSS, the information about the source MME according to the message sent by the target MME. acquiring, by a target MME, version information about a source MME according to a GPRS Tunneling Protocol, GTP, version adopted in the interaction with the source MME; determining (305, 706, 807), by the target MME, whether it is necessary to delete information about the source MME according to the version information about the source MME, and sending an indication of deleting the information about the source MME to a home subscriber server, HSS; receiving (305, 706, 807), by the HSS, a message sent by the target MME, wherein the message carries the indication of deleting information about the source MME; and deleting (306, 707, 808), by the HSS, the information about the source MME according to the message sent by the target MME.
A combination comprising an anti-CD19 antibody and a BCL-2 inhibitor, for use in the treatment of a patient suffering from non-Hodgkin's lymphoma, chronic lymphocytic leukemia and/or small lymphocytic lymphoma, wherein said anti-CD19 antibody is administered at least 7 days prior to the first administration of said BCL-2 inhibitor, wherein said BCL-2 inhibitor is venetoclax and wherein the anti-CD19 antibody comprises an HCDR1 region comprising sequence SYVMH (SEQ ID NO: 1), an HCDR2 region comprising sequence NPYNDG (SEQ ID NO: 2), an HCDR3 region comprising sequence GTYYYGTRVFDY (SEQ ID NO: 3), an LCDR1 region comprising sequence RSSKSLQNVNGNTYLY (SEQ ID NO: 4), an LCDR2 region comprising sequence RMSNLNS (SEQ ID NO: 5), and an LCDR3 region comprising sequence MQHLEYPIT (SEQ ID NO: 6).
Device for buttoning articles of clothing, the device being a functional unit consisting of a plug-in rotary button and two fabric strips (7, 8) with buttonholes (7.1, 8. 1) for fastening the plug-in rotary button, wherein the plug-in rotary button consists of a button body and of a plurality of button feet located on the underside of the button body, wherein an upper fabric strip with a single buttonhole (7. 1) lies on a lower fabric strip, and the plug-in rotary button stably connects the superimposed fabric strips (7, 8) by the button feet passing through the buttonhole (7. 1) of the upper fabric strip, characterised in that the lower fabric strip has a number, arrangement and size of buttonholes (8.1) which correspond to the number, arrangement and size of the button feet of the plug-in rotary button, and the buttonhole (7. 1) of the upper fabric strip lies centrally on the buttonholes (8.1) of the lower fabric strip, and the free ends of the button feet are inserted into the buttonholes (8.1) of the lower fabric strip.