mhurhangee/ep-ind-claims huggingface dataset:
An agricultural soil-working machine used for soil tillage and/or for spreading of distribution goods, such as fertilisers and/or seeds, - with a central part, consisting at least of a centre frame and a towing device connected thereto at the front end for the purpose of being coupled to an agricultural towing machine or the like towing vehicle, - with a left side wing and a right side wing, each consisting of a side frame (37, 39), which side frame (37, 39) is connected to the centre frame so as to be swivelable about horizontal or spatially diagonally running axes of rotation, wherein soil-working implements are mounted to each particular side frame (37, 39), - with front support wheels disposed at the particular front ends of the left side wing and of the right side wing so as to be swivelably movable in each case via a joint with swivel axes positioned approximately transverse to the driving direction, - with rear rotating support devices disposed at the particular rear ends of the left side wing and of the right side wing so as to be swivelably movable in each case via a joint with swivel axes positioned approximately transverse to the driving direction, characterised in that a frame section of the rear rotating support devices assigned to the central part and mounted there is configured such that it is coupleable by means of controllable coupling elements with a frame section of the particular rear rotating support devices assigned to the left side wing and/or assigned to the right side wing, wherein at least one actuator for the height adjustment and/or for the swivelling in relation to the particular side frame (37, 39) of each of the two side wings (36, 38) is in each case assigned to the support wheel and/or to the rear rotating support device of at least one side wing (36, 38). - with a central part, consisting at least of a centre frame and a towing device connected thereto at the front end for the purpose of being coupled to an agricultural towing machine or the like towing vehicle, - with a left side wing and a right side wing, each consisting of a side frame (37, 39), which side frame (37, 39) is connected to the centre frame so as to be swivelable about horizontal or spatially diagonally running axes of rotation, wherein soil-working implements are mounted to each particular side frame (37, 39), - with front support wheels disposed at the particular front ends of the left side wing and of the right side wing so as to be swivelably movable in each case via a joint with swivel axes positioned approximately transverse to the driving direction, - with rear rotating support devices disposed at the particular rear ends of the left side wing and of the right side wing so as to be swivelably movable in each case via a joint with swivel axes positioned approximately transverse to the driving direction,
A medical system, comprising: a delivery catheter having: a first lumen and a second lumen extending from a distal end towards a proximal end of the delivery catheter; a first piercing member and a second piercing member, the first piercing member releasably positioned at least partially within the first lumen, and the second piercing member releasably positioned at least partially within the second lumen; and a cord associated with the first piercing member and the second piercing member, where the first piercing member, the second piercing member and the associated cord are extendable from the delivery catheter; and a receiving catheter having: a lumen (494, 496) extending from a distal end towards a proximal end of the receiving catheter; and a capture device (427, 429) positioned at least partially within the lumen (494, 496), where the capture device (427, 429) is extendable from the receiving catheter to capture a portion of the first piercing member and the second piercing member. a delivery catheter having: a first lumen and a second lumen extending from a distal end towards a proximal end of the delivery catheter; a first piercing member and a second piercing member, the first piercing member releasably positioned at least partially within the first lumen, and the second piercing member releasably positioned at least partially within the second lumen; and a cord associated with the first piercing member and the second piercing member, where the first piercing member, the second piercing member and the associated cord are extendable from the delivery catheter; and a first lumen and a second lumen extending from a distal end towards a proximal end of the delivery catheter; a first piercing member and a second piercing member, the first piercing member releasably positioned at least partially within the first lumen, and the second piercing member releasably positioned at least partially within the second lumen; and a cord associated with the first piercing member and the second piercing member, where the first piercing member, the second piercing member and the associated cord are extendable from the delivery catheter; and a receiving catheter having: a lumen (494, 496) extending from a distal end towards a proximal end of the receiving catheter; and a capture device (427, 429) positioned at least partially within the lumen (494, 496), where the capture device (427, 429) is extendable from the receiving catheter to capture a portion of the first piercing member and the second piercing member. a lumen (494, 496) extending from a distal end towards a proximal end of the receiving catheter; and a capture device (427, 429) positioned at least partially within the lumen (494, 496), where the capture device (427, 429) is extendable from the receiving catheter to capture a portion of the first piercing member and the second piercing member.
Method for desulphating an exhaust-gas purification device arranged in an exhaust line of an internal combustion engine, wherein the exhaust-gas purification device has at least one oxidation catalytic converter which is susceptible to sulphur poisoning and which must therefore be desulphurized at predefined times, to which oxidation catalytic converter a defined quantity of carbon monoxide is supplied by means of the exhaust-gas flow during a desulphation phase, characterized in that the at least one oxidation catalytic converter which is susceptible to sulphur poisoning and which must therefore be desulphurized at predefined times is formed by an NO oxidation catalytic converter which exhibits CO oxidation activity and to which, during the desulphation phase, by means of homogeneous compression ignition of the internal combustion engine or by means of partially homogeneous compression ignition of the internal combustion engine, such a quantity of carbon monoxide is supplied that the temperature at the NO oxidation catalytic converter to be desulphurized rises to a defined desulphation temperature which permits desulphation of the NO oxidation catalytic converter.
A system for applying a coating to a workpiece, the system comprising: an applicator head configured to apply a coating of a water-based liquid carrier having solids content to the workpiece and remove excess of the water-based liquid carrier having solids content through a vacuum; first and second steam exhausts (21, 41, 91) operably coupled to a steam source, the first and second steam exhausts (21, 41, 91) configured to direct steam toward the applicator head to help to maintain a moist environment and to prevent build-up of the water-based liquid carrier having solids content on the applicator head; wherein the first steam exhaust is located at a first angular position relative to an axis of the applicator head, and the second steam exhaust is located at a second angular position relative to the axis of the applicator head, the first angular position being different than the second angular position; and wherein the steam source is configured to dispense steam through the first and second steam exhaust (21, 41, 91) upon activation of the applicator head. an applicator head configured to apply a coating of a water-based liquid carrier having solids content to the workpiece and remove excess of the water-based liquid carrier having solids content through a vacuum; first and second steam exhausts (21, 41, 91) operably coupled to a steam source, the first and second steam exhausts (21, 41, 91) configured to direct steam toward the applicator head to help to maintain a moist environment and to prevent build-up of the water-based liquid carrier having solids content on the applicator head; wherein the first steam exhaust is located at a first angular position relative to an axis of the applicator head, and the second steam exhaust is located at a second angular position relative to the axis of the applicator head, the first angular position being different than the second angular position; and wherein the steam source is configured to dispense steam through the first and second steam exhaust (21, 41, 91) upon activation of the applicator head.
An automatic analyzer, comprising: a flow cell detector; a nozzle that is connected to the flow cell detector by a flow path and aspirates or discharges liquid; a reservoir that is provided with a table and a table driving mechanism that rotates the table or moves the table up and down; and a cleaning water discharge port that is configured to discharge a cleaning water to a cleaning tank, the automatic analyzer further comprising the cleaning tank that is disposed on the table, wherein a position of the nozzle is fixed, and the cleaning water discharge port that discharges cleaning water used for cleaning the nozzle is fixed such that the cleaning water can be discharged at an angle φ with respect to a plane perpendicular to a central axis of the nozzle, and wherein a positional relationship between the nozzle and the cleaning water discharge port does not change, and the cleaning tank is provided with an upper discharge unit that discharges the overflowed cleaning water, wherein an upper part of a side wall of the cleaning tank is continuous with the upper discharge unit at a side facing a discharge outlet provided in the reservoir and a spatula-shaped part that projects outward the cleaning tank at a side facing the upper discharge unit. a flow cell detector; a nozzle that is connected to the flow cell detector by a flow path and aspirates or discharges liquid; a reservoir that is provided with a table and a table driving mechanism that rotates the table or moves the table up and down; and a cleaning water discharge port that is configured to discharge a cleaning water to a cleaning tank, the automatic analyzer further comprising the cleaning tank that is disposed on the table, wherein a position of the nozzle is fixed, and the cleaning water discharge port that discharges cleaning water used for cleaning the nozzle is fixed such that the cleaning water can be discharged at an angle φ with respect to a plane perpendicular to a central axis of the nozzle, and wherein a positional relationship between the nozzle and the cleaning water discharge port does not change, and the cleaning tank is provided with an upper discharge unit that discharges the overflowed cleaning water, wherein an upper part of a side wall of the cleaning tank is continuous with the upper discharge unit at a side facing a discharge outlet provided in the reservoir and a spatula-shaped part that projects outward the cleaning tank at a side facing the upper discharge unit.
Method for decoding coded data, comprising source data and redundancy data, said redundancy data being obtained by applying, in the coding, an error correcting code to said source data, capable of being represented by a generating matrix comprising, in its systematic form, an identity matrix and an invertible source data to redundancy data transition matrix, characterized in that said method comprises a decoding step simultaneously implementing said error correcting code, called primal error correcting code, and a dual code of said primal error correcting code, called dual error correcting code, a dual code being defined as the code having an inverse transition matrix (P -1) of that of the primal error correcting code and which makes it possible to express the source data of the primal error correcting code from its redundancy data, this definition of the dual code not imposing any constraint of orthogonality between the vectors of the primal code and of the dual code, the decoding being performed by using a modified Tanner graph, called primal-dual graph, obtained by superimposing a Tanner graph corresponding to said primal error correcting code, called primal graph, and a Tanner graph corresponding to said dual error correcting code, called dual graph, said superimposition consisting in connecting, two-by-two, the input variables ( x 0,..., x 5) of said primal graph to the input variables ( x 0,..., x 5) of said dual graph corresponding to the same source data, and in connecting, two-by-two, the output variables ( r 0,..., r 5) of said primal graph to the output variables ( r 0,..., r 5) of said dual graph corresponding to the same redundancy data.
A detection circuit (1, 2) for detecting a presence of an operating dimmer arranged to dim a lamp, the detection circuit (1, 2) comprising: - a first circuit for measuring an impedance at a coupling arranged to carry a possibly dimmed feeding signal for the lamp and for providing a first output signal, the first output signal defining the measured impedance, the coupling being adapted to be connected to a mains or a combination of the mains and the operating dimmer, said detection circuit (1,2) being characterised in that said first circuit is adapted to measure said impedance for a frequency component which is larger than the mains frequency, and said detection circuit (1, 2) being further characterised in that it comprises: - a second circuit adapted to analyse the first output signal and to provide a second output signal, the second output signal defining the operating dimmer being present or not wherein the measured impedance comprises the impedance of the operating dimmer when operating dimmer being present, and the second circuit is adapted for providing the second output signal defining the operating dimmer being present if the first output signal indicative of the measured impedance shows changes. - a first circuit for measuring an impedance at a coupling arranged to carry a possibly dimmed feeding signal for the lamp and for providing a first output signal, the first output signal defining the measured impedance, the coupling being adapted to be connected to a mains or a combination of the mains and the operating dimmer, said detection circuit (1,2) being characterised in that said first circuit is adapted to measure said impedance for a frequency component which is larger than the mains frequency, and said detection circuit (1, 2) being further characterised in that it comprises: - a second circuit adapted to analyse the first output signal and to provide a second output signal, the second output signal defining the operating dimmer being present or not wherein the measured impedance comprises the impedance of the operating dimmer when operating dimmer being present, and the second circuit is adapted for providing the second output signal defining the operating dimmer being present if the first output signal indicative of the measured impedance shows changes. - a second circuit adapted to analyse the first output signal and to provide a second output signal, the second output signal defining the operating dimmer being present or not wherein the measured impedance comprises the impedance of the operating dimmer when operating dimmer being present, and the second circuit is adapted for providing the second output signal defining the operating dimmer being present if the first output signal indicative of the measured impedance shows changes.
A method for preparing an alpha-olefin comprising: supplying a feed stream including a gaseous ethylene monomer to a monomer dissolution device to dissolve the feed stream in a solvent supplied to the monomer dissolution device and supplying a discharge stream to a reactor; oligomerizing the discharge stream from the monomer dissolution device which has been supplied to the reactor; supplying a part of a first discharge stream from the reactor to a first separation device and supplying a second discharge stream from the reactor to a second separation device; and recovering the ethylene monomer from each of the first separation device and the second separation device as an upper discharge stream, wherein in the monomer dissolution device, a dissolution rate of the gaseous ethylene monomer included in the feed stream in the solvent is 50% or more; and wherein the first discharge stream from the reactor is supplied to a condenser, a part of a discharge stream from the condenser is supplied to the reactor, and a remaining stream is supplied to the first separation device via a heat exchanger. supplying a feed stream including a gaseous ethylene monomer to a monomer dissolution device to dissolve the feed stream in a solvent supplied to the monomer dissolution device and supplying a discharge stream to a reactor; oligomerizing the discharge stream from the monomer dissolution device which has been supplied to the reactor; supplying a part of a first discharge stream from the reactor to a first separation device and supplying a second discharge stream from the reactor to a second separation device; and recovering the ethylene monomer from each of the first separation device and the second separation device as an upper discharge stream, wherein in the monomer dissolution device, a dissolution rate of the gaseous ethylene monomer included in the feed stream in the solvent is 50% or more; and wherein the first discharge stream from the reactor is supplied to a condenser, a part of a discharge stream from the condenser is supplied to the reactor, and a remaining stream is supplied to the first separation device via a heat exchanger.
An airbag module for a vehicle steering wheel, comprising a module base for fixed mounting on the vehicle steering wheel, which module base has a base opening, and a vibration absorber ring for fastening a gas generator to the module base such that said gas generator can vibrate, wherein the vibration absorber ring has a ring axis and a mounting flange for the gas generator, wherein the vibration absorber ring has a resilient absorber wall, starting from the mounting flange, which absorber wall extends in an axial direction toward the module base and extends around the ring axis in the circumferential direction, and wherein the vibration absorber ring has a plurality of resilient absorber feet for fastening to the module base starting from the mounting flange, which absorber feet extend in the axial direction to the module base, characterized in that the vibration absorber ring is fastened to the module base by means of the absorber feet such that the absorber wall bears against the module base already before activation of the airbag module and acts in an axial direction against the module base and is resiliently deformed.
An electronic device comprising: a tray configured to slide in and out of the electronic device; an opening, formed at one side of the tray, for communicating outside of the electronic device; a socket disposed in the electronic device, the tray further configured to slide into or from the socket; and a seal member, disposed between the opening and the socket, for performing a waterproof and dustproof function, wherein the seal member comprises a first end that is open and a second end that is closed, wherein the seal member is configured to be extended or contracted based on whether the seal member is pressed by a tray ejector pin passing through the opening; wherein the socket comprises an actuator, wherein the actuator comprises a cylindrical receiving unit with one side that is open and another side that is closed, and wherein the second end of the seal member is configured to be inserted into and fixed to the cylindrical receiving unit of the actuator. a tray configured to slide in and out of the electronic device; an opening, formed at one side of the tray, for communicating outside of the electronic device; a socket disposed in the electronic device, the tray further configured to slide into or from the socket; and a seal member, disposed between the opening and the socket, for performing a waterproof and dustproof function, wherein the seal member comprises a first end that is open and a second end that is closed, wherein the seal member is configured to be extended or contracted based on whether the seal member is pressed by a tray ejector pin passing through the opening; wherein the socket comprises an actuator, wherein the actuator comprises a cylindrical receiving unit with one side that is open and another side that is closed, and wherein the second end of the seal member is configured to be inserted into and fixed to the cylindrical receiving unit of the actuator.
A compound of formula AA-AA-AA-R 1 -R 2 wherein, in any order, 2 of said AA (amino acid) moieties are cationic amino acids and 1 of said AA is an amino acid with a lipophilic R group containing 2 or more cyclic groups which may be fused or connected, the R group having 14-27 non-hydrogen atoms; R 1 is a N atom, which may be substituted by a branched or unbranched C 1 -C 10 alkyl or aryl group, which group may incorporate up to 2 heteroatoms selected from N, O and S; and R 2 is an aliphatic moiety having 2-20 non-hydrogen atoms, said moiety being linear, branched or cyclic. wherein, in any order, 2 of said AA (amino acid) moieties are cationic amino acids and 1 of said AA is an amino acid with a lipophilic R group containing 2 or more cyclic groups which may be fused or connected, the R group having 14-27 non-hydrogen atoms; R 1 is a N atom, which may be substituted by a branched or unbranched C 1 -C 10 alkyl or aryl group, which group may incorporate up to 2 heteroatoms selected from N, O and S; and R 2 is an aliphatic moiety having 2-20 non-hydrogen atoms, said moiety being linear, branched or cyclic.
Radio-frequency transmission device comprising a transmission antenna and a receiving antenna and one or more passive resonant circuits positioned between the transmission and receiving antennas (2, 4), characterized in that in that at least one of said passive resonant circuits is physically divided into a first and a second parts (15, 16) connected to one another by electrical conductors traversing a wall, the wall comprising two faces (9, 11), a first and a second, the first part of the passive resonant circuit being located on the side of the first face and the second part of passive resonant circuit being located on the side of the second face.
An independent and spliceable cabinet lamp, comprising a front cover plate, a lampshade, an LED lamp assembly, a light guide plate, a heat dissipation plate and a back plate, wherein three sides of an edge of the lampshade are convex to form a groove shape; the LED lamp assembly, the light guide plate, the heat dissipation plate and the back plate are mounted in the lampshade with the three sides of the edge convex to form the groove shape; a characterized in that the front cover plate is detachably mounted at an upper end of an outer side of the lampshade, and in that the LED lamp assembly emits light to the outside all around by the lampshade under the action of the light guide plate.