mhurhangee/ep-ind-claims huggingface dataset:
A two-stroke engine (1, 1a) comprising: a cylinder; a piston provided in said cylinder; a supercharger for pressurizing a suction gas to generate a scavenging gas; a scavenging port provided in said cylinder and for supplying said scavenging gas from said supercharger into a combustion chamber that is a space enclosed by said cylinder and an upper surface of said piston; an exhaust port provided in said cylinder and for exhausting gas within said combustion chamber out of said combustion chamber; and an exhaust gas recirculation part (83, 83a) for extracting part of the exhaust gas exhausted from said combustion chamber as EGR gas and circulating said EGR gas into said suction gas or said scavenging gas; characterized in that the two-stroke engine further comprises an ejection part for ejecting liquid ammonia into said EGR gas within said exhaust gas recirculation part. a cylinder; a piston provided in said cylinder; a supercharger for pressurizing a suction gas to generate a scavenging gas; a scavenging port provided in said cylinder and for supplying said scavenging gas from said supercharger into a combustion chamber that is a space enclosed by said cylinder and an upper surface of said piston; an exhaust port provided in said cylinder and for exhausting gas within said combustion chamber out of said combustion chamber; and an exhaust gas recirculation part (83, 83a) for extracting part of the exhaust gas exhausted from said combustion chamber as EGR gas and circulating said EGR gas into said suction gas or said scavenging gas; characterized in that the two-stroke engine further comprises an ejection part for ejecting liquid ammonia into said EGR gas within said exhaust gas recirculation part.
A Salmonella mutant strain, having a deletion of the scs locus, said scs locus comprising the scsA gene of SEQ ID NO:2, the scsB gene of SEQ ID NO:3, the scsC gene of SEQ ID NO:4, and the scsD gene of SEQ ID NO:5, or having a deletion of the scs A gene of SEQ ID NO:2.
Optical fiber apparatus having a wavelength of operation, comprising: an optical fiber, said optical fiber including a core comprising an active material for providing light having the operating wavelength responsive to said optical apparatus receiving pump optical energy having a pump wavelength; a cladding disposed about said core; at least one region spaced from said core wherein said at least one region comprises a ring-shaped region; and wherein said optical fiber is configured and arranged such that at said wavelength of operation said optical fiber can propagate a plurality of modes and wherein said optical fiber comprises a fundamental mode that is primarily a mode of said core and at least one higher order mode that is a mixed mode of a selected mode of said core and of a selected mode of said at least one region. an optical fiber, said optical fiber including a core comprising an active material for providing light having the operating wavelength responsive to said optical apparatus receiving pump optical energy having a pump wavelength; a cladding disposed about said core; at least one region spaced from said core wherein said at least one region comprises a ring-shaped region; and wherein said optical fiber is configured and arranged such that at said wavelength of operation said optical fiber can propagate a plurality of modes and wherein said optical fiber comprises a fundamental mode that is primarily a mode of said core and at least one higher order mode that is a mixed mode of a selected mode of said core and of a selected mode of said at least one region.
A terminal supporting downlink carrier aggregation and not supporting concurrent transmission of uplink signals including Sounding Reference Signal, SRS, transmission in a plurality of component carriers, the terminal comprising: a transmission section configured to transmit an SRS; and a control section configured to control switching between a first carrier on a first band and a second carrier on a second band which is different from the first band to transmit the SRS, wherein Time Division Duplex is applied by the terminal to the first carrier and the second carrier, wherein the transmission section is configured to transmit, as capability information of the terminal, at least one of: information indicating supporting an SRS carrier based switching operation comprising performing uplink transmission in a first subframe of the first carrier, switching from the first carrier to the second carrier, transmitting the SRS in a last symbol of the first subframe and switching to the first carrier again to perform uplink transmission in a next subframe; and information indicating supporting an SRS carrier based switching operation comprising transmission of the SRS in the second carrier, during downlink reception in the first carrier, and wherein the first carrier is a PCell and the second carrier is a SCell. a transmission section configured to transmit an SRS; and a control section configured to control switching between a first carrier on a first band and a second carrier on a second band which is different from the first band to transmit the SRS, wherein Time Division Duplex is applied by the terminal to the first carrier and the second carrier, wherein the transmission section is configured to transmit, as capability information of the terminal, at least one of: information indicating supporting an SRS carrier based switching operation comprising performing uplink transmission in a first subframe of the first carrier, switching from the first carrier to the second carrier, transmitting the SRS in a last symbol of the first subframe and switching to the first carrier again to perform uplink transmission in a next subframe; and information indicating supporting an SRS carrier based switching operation comprising transmission of the SRS in the second carrier, during downlink reception in the first carrier, and wherein the first carrier is a PCell and the second carrier is a SCell. information indicating supporting an SRS carrier based switching operation comprising performing uplink transmission in a first subframe of the first carrier, switching from the first carrier to the second carrier, transmitting the SRS in a last symbol of the first subframe and switching to the first carrier again to perform uplink transmission in a next subframe; and information indicating supporting an SRS carrier based switching operation comprising transmission of the SRS in the second carrier, during downlink reception in the first carrier, and wherein the first carrier is a PCell and the second carrier is a SCell.
An apparatus comprising: a cable management bracket; and a cable guide connector configured to engage a slot of a networking chassis having a length extending along a first axis, the cable guide connector comprising: a center section configured to slide within the slot along the first axis and having an aperture configured to receive a retainer to secure the cable guide connector by compression at a selected position along the length of the slot; a first flange extending from a first end of the center section, the first flange configured to be inserted through the slot; and a second flange extending from a second end of the center section opposite that of the first end of the center section, the second flange defining a plurality of apertures configured to engage a protrusion of the cable management bracket and define a plurality of selectable angles at which the cable management bracket can be positioned relative to a second axis through which the slot extends, where the second axis is perpendicular to the first axis. a cable management bracket; and a cable guide connector configured to engage a slot of a networking chassis having a length extending along a first axis, the cable guide connector comprising: a center section configured to slide within the slot along the first axis and having an aperture configured to receive a retainer to secure the cable guide connector by compression at a selected position along the length of the slot; a first flange extending from a first end of the center section, the first flange configured to be inserted through the slot; and a second flange extending from a second end of the center section opposite that of the first end of the center section, the second flange defining a plurality of apertures configured to engage a protrusion of the cable management bracket and define a plurality of selectable angles at which the cable management bracket can be positioned relative to a second axis through which the slot extends, where the second axis is perpendicular to the first axis. a center section configured to slide within the slot along the first axis and having an aperture configured to receive a retainer to secure the cable guide connector by compression at a selected position along the length of the slot; a first flange extending from a first end of the center section, the first flange configured to be inserted through the slot; and a second flange extending from a second end of the center section opposite that of the first end of the center section, the second flange defining a plurality of apertures configured to engage a protrusion of the cable management bracket and define a plurality of selectable angles at which the cable management bracket can be positioned relative to a second axis through which the slot extends, where the second axis is perpendicular to the first axis.
A method, performed by a node, for message transmission, comprising: receiving Bit Indexed Explicit Replication, BIER, information which is sent by other nodes except a first node in a distance-vector routing protocol, Babel, network in a Babel protocol extension manner, wherein the BIER information is used for acquiring a BIER forwarding entry; acquiring the BIER forwarding entry according to the BIER information; and sending a message encapsulated in a BIER manner to said other nodes according to the BIER forwarding entry. receiving Bit Indexed Explicit Replication, BIER, information which is sent by other nodes except a first node in a distance-vector routing protocol, Babel, network in a Babel protocol extension manner, wherein the BIER information is used for acquiring a BIER forwarding entry; acquiring the BIER forwarding entry according to the BIER information; and sending a message encapsulated in a BIER manner to said other nodes according to the BIER forwarding entry.
A loop filter for a continuous-time sigma-delta analog-to-digital converter for filtering an analog input V IN, the loop filter comprising: a first integrator stage including a first opamp and a first feedback capacitor connecting the output of the first opamp to the input of the first opamp; and one or more further integrator stages, each further integrator stage including a further opamp, the one or more further integrator stages being cascade connected to an output of the first integrator stage, wherein the input to the cascade of the first and one or more further integrator stages is v IN and one or more outputs of the one or more further integrator stages are provided towards an analog-to-digital converter to produce a digital output d OUT; and a first feedback voltage output digital-to-analog converter having d OUT as an input and a voltage output connected, through a first capacitor, to the input node of the first opamp in the first integrator stage. a first integrator stage including a first opamp and a first feedback capacitor connecting the output of the first opamp to the input of the first opamp; and one or more further integrator stages, each further integrator stage including a further opamp, the one or more further integrator stages being cascade connected to an output of the first integrator stage, wherein the input to the cascade of the first and one or more further integrator stages is v IN and one or more outputs of the one or more further integrator stages are provided towards an analog-to-digital converter to produce a digital output d OUT; and a first feedback voltage output digital-to-analog converter having d OUT as an input and a voltage output connected, through a first capacitor, to the input node of the first opamp in the first integrator stage.
A mounting assembly (10, 20), comprising: • at least one first plate (110, 110') provided with at least one first rod (114, 114') that protrudes perpendicularly from said first plate (110, 110'); • at least one second plate (210, 210') having a longitudinal direction; characterized in that the first rod (114, 114') is perpendicular to one of the two larger faces of said first plate (110, 110') and in that said second plate (210, 210') includes at least one housing receiving the first rod so as to fasten the second plate perpendicularly to the first plate, the housing being made up of a slot extending along the longitudinal direction of the second plate (210, 210'), the second plate including at least one hole emerging in the slot, the hole receiving a means (230, 232) for receiving and locking an end of the first rod so as to block the second plate relative to the first plate in the longitudinal direction. • at least one first plate (110, 110') provided with at least one first rod (114, 114') that protrudes perpendicularly from said first plate (110, 110'); • at least one second plate (210, 210') having a longitudinal direction;
A direct drive wind turbine comprising a generator equipped with an external rotor that has an external annular body and internal stator; a horizontal shaft connected to the external rotor so that the external rotor turns around the internal stator; a nacelle mounted on an upper part of a tower and housing a shaft carrier mechanism to support the horizontal shaft; and numerous blade carrier structures evenly arranged on the different outer peripheral parts of the external rotor body, and each blade carrier structure connected to a blade root of a turbine blade; characterized because each blade root is connected to the blade carrier structure on the external annular body through a hollow root extender; the blade root extender comprises a proximal end part connected to the blade carrier structure through proximal bolts, and a distal end part connected to the blade root, an inner chamber encompassed by a peripheral wall, a lateral manhole on the peripheral wall for gaining access to the inner chamber and a door to close the manhole. characterized because each blade root is connected to the blade carrier structure on the external annular body through a hollow root extender; the blade root extender comprises a proximal end part connected to the blade carrier structure through proximal bolts, and a distal end part connected to the blade root, an inner chamber encompassed by a peripheral wall, a lateral manhole on the peripheral wall for gaining access to the inner chamber and a door to close the manhole.
A method for performing in vitro mutagenesis of a targeted sequence, the method comprising: incubating a mixture comprising an isolated ribonucleotide particle, a first plasmid, an oligonucleotide, and a cell extract having enzymatic activity for editing genes, wherein the RNP comprises a crRNA and a Cas endonuclease, wherein the first plasmid comprises a nucleotide sequence of the targeted sequence, and wherein the oligonucleotide comprises a nucleotide sequence that is complementary to the targeted sequence but contains at least one mismatched nucleotide, thus generating a second, mutated plasmid; administering the second plasmid to a plurality of non-germ line cells; and selecting from the plurality of cells at least one cell wherein in vitro mutagenesis has occurred in the targeted sequence. incubating a mixture comprising an isolated ribonucleotide particle, a first plasmid, an oligonucleotide, and a cell extract having enzymatic activity for editing genes, wherein the RNP comprises a crRNA and a Cas endonuclease, wherein the first plasmid comprises a nucleotide sequence of the targeted sequence, and wherein the oligonucleotide comprises a nucleotide sequence that is complementary to the targeted sequence but contains at least one mismatched nucleotide, thus generating a second, mutated plasmid; administering the second plasmid to a plurality of non-germ line cells; and selecting from the plurality of cells at least one cell wherein in vitro mutagenesis has occurred in the targeted sequence.
System (200, 300, 400, 600, 800) for evaluating telemetry data, comprising: - at least one peer-to-peer module (228.1, 328.1, 326.3, 428.1) assigned to at least one first entity (202, 302.1, 302.2, 402, 602.2, 640.1, 643.2, 648.2, 802.1, 802.2), - at least one peer-to-peer network (222, 322, 422, 622, 822) with at least one peer-to-peer application (224, 324, 424, 524), - wherein the peer-to-peer module (228.1, 328.1, 326.3, 428.1) is configured to transmit at least one telemetry data set relating to the first entity (202, 302.1, 302.2, 402, 602.2, 640.1, 643.2, 648.2, 802.1, 802.2) to the peer-to-peer application (224, 324, 424, 524), - wherein the peer-to-peer application (224, 324, 424, 524) is at least configured to control evaluating means (230, 330, 430.1, 430.2) configured to evaluate the at least one telemetry data set according to at least one preset evaluation rule, - wherein the peer-to-peer application (224, 324, 424, 524) is configured to control the evaluating means (230, 330, 430.1, 430.2) such that at least one evaluation result is provided to at least one second entity (204, 304, 404, 604.2, 804) without providing the received telemetry data set, - wherein the peer-to-peer application (224, 324, 424, 524) and at least a part of computer nodes (226.1, 226.2, 226.3, 326.1, 326.2, 426.1, 426.2) of the peer to peer network (222, 322, 422, 622, 822) monitor whether unauthorized units try to access the telemetry data, and - wherein, based on the monitoring result, the peer-to-peer application (224, 324, 424, 524) may perform at least one predefined action. - at least one peer-to-peer module (228.1, 328.1, 326.3, 428.1) assigned to at least one first entity (202, 302.1, 302.2, 402, 602.2, 640.1, 643.2, 648.2, 802.1, 802.2), - at least one peer-to-peer network (222, 322, 422, 622, 822) with at least one peer-to-peer application (224, 324, 424, 524), - wherein the peer-to-peer module (228.1, 328.1, 326.3, 428.1) is configured to transmit at least one telemetry data set relating to the first entity (202, 302.1, 302.2, 402, 602.2, 640.1, 643.2, 648.2, 802.1, 802.2) to the peer-to-peer application (224, 324, 424, 524), - wherein the peer-to-peer application (224, 324, 424, 524) is at least configured to control evaluating means (230, 330, 430.1, 430.2) configured to evaluate the at least one telemetry data set according to at least one preset evaluation rule, - wherein the peer-to-peer application (224, 324, 424, 524) is configured to control the evaluating means (230, 330, 430.1, 430.2) such that at least one evaluation result is provided to at least one second entity (204, 304, 404, 604.2, 804) without providing the received telemetry data set, - wherein the peer-to-peer application (224, 324, 424, 524) and at least a part of computer nodes (226.1, 226.2, 226.3, 326.1, 326.2, 426.1, 426.2) of the peer to peer network (222, 322, 422, 622, 822) monitor whether unauthorized units try to access the telemetry data, and - wherein, based on the monitoring result, the peer-to-peer application (224, 324, 424, 524) may perform at least one predefined action.
Slide rail for a door drive, in particular for a door closer, wherein the slide rail comprises: a slide-rail profile for a sliding piece of the door drive; two fastening elements, wherein the two fastening elements are able to be fastened to the two axial end faces of the slide-rail profile, wherein the fastening elements are formed in such a way that, via these, the slide rail, in the assembled state, is able to be fastened at a mounting location, in particular at a wall, a ceiling, a door frame or a door leaf; and at least one cover profile, which is able to be pushed onto the slide-rail profile and the fastening elements and is formed in such a way that, in the assembled state of the slide rail, it at least partially surrounds the slide-rail profile and the fastening elements transversely to the axial direction of the slide rail; characterized in that the slide rail further comprises two end caps, wherein the end caps, in the axial direction of the slide rail, are in each case able to be pushed at least partially into a corresponding one of the two fastening elements and able to be fixed. a slide-rail profile for a sliding piece of the door drive; two fastening elements, wherein the two fastening elements are able to be fastened to the two axial end faces of the slide-rail profile, wherein the fastening elements are formed in such a way that, via these, the slide rail, in the assembled state, is able to be fastened at a mounting location, in particular at a wall, a ceiling, a door frame or a door leaf; and at least one cover profile, which is able to be pushed onto the slide-rail profile and the fastening elements and is formed in such a way that, in the assembled state of the slide rail, it at least partially surrounds the slide-rail profile and the fastening elements transversely to the axial direction of the slide rail; characterized in that the slide rail further comprises two end caps, wherein the end caps, in the axial direction of the slide rail, are in each case able to be pushed at least partially into a corresponding one of the two fastening elements and able to be fixed.