mhurhangee/ep-ind-claims huggingface dataset:
A motor vehicle including an exhaust line including a selective catalytic reduction module of nitrogen oxide and a nitrogen oxide absorption module by lean operation in passive mode, the vehicle including a control module able to selectively place the selective catalytic reduction module in active mode and/or the absorption module in active mode producing an elimination of the nitrogen oxides from the absorption module, the control module being configured - to monitor at least one parameter (R, P) from a parameter indicative of the engine speed and a parameter indicative of the instantaneous power produced by the engine, - to compare said at least one parameter (R, P) to at least one reduction threshold value (R1, P1), - and to place the selective catalytic reduction module in active mode when said at least one parameter (R, P) becomes greater than said at least of reduction threshold value (R1, PI), the vehicle being characterized in that the control module is configured to compare said at least one parameter (R, P) to at least one absorption threshold value (R1, PI), and to place the nitrogen oxide absorption module in active mode producing an elimination of the nitrogen oxides from the absorption module when said at least one parameter (R, P) becomes less than said at least one absorption threshold value (R1, P1) and said control module is configured to compare said at least one parameter (R, P) from a parameter indicative of the engine speed and a parameter indicative of the instantaneous power produced by the engine to at least one second absorption threshold value (R2, P2), and to place the nitrogen oxide absorption module in active mode when said at least one parameter (R, P) becomes greater than said at least one second absorption threshold value (R2, P2).
A dual connectivity management method, wherein the method is applied to a terminal device, the terminal device communicates with a first network device and a second network device in a dual connectivity mode, and the method comprises: sending (S110; S230) a first message to the first network device, wherein the first message is used to indicate or request to deactivate or suspend dual connectivity; and deactivating or suspending (S120; S240) the dual connectivity, wherein the deactivating or suspending (S120; S240) the dual connectivity comprises suspending or stopping communication over a first radio bearer, wherein the first radio bearer is a split bearer between the terminal device and the second network device and wherein the suspending or stopping communication over a first radio bearer comprises suspending or stopping communication between the terminal device and the second network device that is implemented over a bearer on a secondary cell group, SCG, side in the split bearer, and further comprises setting a primary path corresponding to the first radio bearer to a master cell group, MCG, and/or modifying an uplink data split threshold corresponding to the first radio bearer from a first threshold to a second threshold, wherein the second threshold is greater than the first threshold. sending (S110; S230) a first message to the first network device, wherein the first message is used to indicate or request to deactivate or suspend dual connectivity; and deactivating or suspending (S120; S240) the dual connectivity, wherein the deactivating or suspending (S120; S240) the dual connectivity comprises suspending or stopping communication over a first radio bearer, wherein the first radio bearer is a split bearer between the terminal device and the second network device and wherein the suspending or stopping communication over a first radio bearer comprises suspending or stopping communication between the terminal device and the second network device that is implemented over a bearer on a secondary cell group, SCG, side in the split bearer, and further comprises setting a primary path corresponding to the first radio bearer to a master cell group, MCG, and/or modifying an uplink data split threshold corresponding to the first radio bearer from a first threshold to a second threshold, wherein the second threshold is greater than the first threshold.
Heat exchange apparatus, comprising: - at least one heat exchanger comprising tube means in which a process fluid to be cooled circulates; - ventilation means for generating a flow of cooling gas passing through said tube means; - evaporative means arranged to be traversed by said flow before said tube means, said evaporative means comprising two or more evaporative portions (8; 9) that are distinct from each other, a first evaporative portion of which comprises at least one first evaporative body and a second evaporative portion comprises at least one second evaporative body, each of said two or more evaporative portions (8; 9) being arranged for being traversed by a respective fraction of said flow; - supply means (12; 13) for supplying an evaporative liquid to said evaporative means to humidify said flow, said supply means being configured to supply the evaporative liquid to said at least one first evaporative body and to said at least one second evaporative body independently of one another; - at least one temperature sensor for measuring the temperature of the process fluid exiting said tube means; - control means configured to control said supply means (12; 13) so as to supply the evaporative liquid to said at least one first evaporative body and at least one second evaporative body according to the temperature measured by said temperature sensor; characterized in that said at least one second evaporative body is arranged alongside to said at least one first evaporative body. - at least one heat exchanger comprising tube means in which a process fluid to be cooled circulates; - ventilation means for generating a flow of cooling gas passing through said tube means; - evaporative means arranged to be traversed by said flow before said tube means, said evaporative means comprising two or more evaporative portions (8; 9) that are distinct from each other, a first evaporative portion of which comprises at least one first evaporative body and a second evaporative portion comprises at least one second evaporative body, each of said two or more evaporative portions (8; 9) being arranged for being traversed by a respective fraction of said flow; - supply means (12; 13) for supplying an evaporative liquid to said evaporative means to humidify said flow, said supply means being configured to supply the evaporative liquid to said at least one first evaporative body and to said at least one second evaporative body independently of one another; - at least one temperature sensor for measuring the temperature of the process fluid exiting said tube means; - control means configured to control said supply means (12; 13) so as to supply the evaporative liquid to said at least one first evaporative body and at least one second evaporative body according to the temperature measured by said temperature sensor;
Protection system for protecting an object from a radar-guided missile, comprising an active decoy target (1, 10), which is formed by at least one retro-reflector or a retro-directive antenna (2, 11, 13), which can send a radar beam (R F) back as a reflection beam (R S) precisely in the direction of incidence, and consequently to the missile, characterized in that • the decoy target consists of an antenna with a number of receiving antennas (11.1-11.3, 11 n) and a transmitting antenna with a number of transmitting antennas (12.1-12.3, 12. n), wherein, according to the number of antennas (11, 12), amplifier stages (V 1 -V 3, V n) are incorporated between the two, • for an estimate of the direction, the signals running in the receiving antennas (11.1 11.3, 11 n) are picked off at the amplifiers (V 1 -V 3, V n) and fed into an electromagnetic lens, the outputs of which are passed to a comparator, wherein • the comparator is interconnected with a position control, which for its part acts on servomotors of the decoy target (1, 10) and/or of the protection system in order at least to align the decoy target (1, 10) optimally with the missile. • the decoy target consists of an antenna with a number of receiving antennas (11.1-11.3, 11 n) and a transmitting antenna with a number of transmitting antennas (12.1-12.3, 12. n), wherein, according to the number of antennas (11, 12), amplifier stages (V 1 -V 3, V n) are incorporated between the two, • for an estimate of the direction, the signals running in the receiving antennas (11.1 11.3, 11 n) are picked off at the amplifiers (V 1 -V 3, V n) and fed into an electromagnetic lens, the outputs of which are passed to a comparator, wherein • the comparator is interconnected with a position control, which for its part acts on servomotors of the decoy target (1, 10) and/or of the protection system in order at least to align the decoy target (1, 10) optimally with the missile.
Multi-chamber film pouch comprising an inorganic multi-component foam system, having at least two liquid-tight, separate chambers (16, 18), wherein one of the chambers (16, 18) is filled with a powdered inorganic component, optionally based on gypsum or cement mortar, and another chamber is filled with a powdered foaming component which is optionally reactive for the component, and having a separating element which separates the chambers (16, 18) from one another in a liquid-tight manner in a first state and can provide a flow connection between the chambers (16, 18) in a second state, wherein at least one of the chambers (16, 18) has an opening portion which can be opened to discharge the foam system, and wherein the chamber having the opening portion has a pre-set remaining volume for receiving a liquid, such that the inorganic powdered component, the foaming component and the liquid produce a ready-to-use foam after mixing.
A transportation system comprising: a self-powered vehicle configured to: generate an air cushion on a trackless lane having a substantially flat surface; and a guidance system configured to guide the vehicle between peripheries of the trackless lane; characterised by a dispensing system arranged to dispense a surface-improving material from the vehicle onto the substantially flat surface while travelling over the surface on the air cushion. a self-powered vehicle configured to: generate an air cushion on a trackless lane having a substantially flat surface; and a guidance system configured to guide the vehicle between peripheries of the trackless lane; generate an air cushion on a trackless lane having a substantially flat surface; and a guidance system configured to guide the vehicle between peripheries of the trackless lane;
A light-emitting device comprising a plurality of light-emitting diodes (LED1,... LED45); and an insulating substrate having an array of recesses, said insulating substrate incorporating a pattern of electrical conductors configured for connecting the light-emitting diodes (LED1,... LED45) in a selected electrical configuration and providing at least two electrical connections on the floor of each recess, wherein each light-emitting diode (LED1,... LED45) is connected to the at least two electrical connections of a respective recess; a substantially transparent material completely filled in the array of recesses to encapsulate the plurality of light-emitting diodes (LED1,... LED45); characterized in that a rectifier arrangement comprises four rectifier diodes (12, 14, 16, 18) connected in a bridge configuration; the array of recesses comprising a first group of recesses and a second group of recesses, wherein each recess of the first group houses one of the plurality of light-emitting diodes (LED1,... LED45) and wherein each recess of the second group houses one of the four rectifier diodes (12, 14, 16, 18) of the rectifier arrangement; and a separate layer of phosphor containing material continuously overlies the array of recesses without contacting the plurality of light-emitting diodes (LED1,... LED45). a plurality of light-emitting diodes (LED1,... LED45); and an insulating substrate having an array of recesses, said insulating substrate incorporating a pattern of electrical conductors configured for connecting the light-emitting diodes (LED1,... LED45) in a selected electrical configuration and providing at least two electrical connections on the floor of each recess, wherein each light-emitting diode (LED1,... LED45) is connected to the at least two electrical connections of a respective recess; a substantially transparent material completely filled in the array of recesses to encapsulate the plurality of light-emitting diodes (LED1,... LED45); characterized in that a rectifier arrangement comprises four rectifier diodes (12, 14, 16, 18) connected in a bridge configuration; the array of recesses comprising a first group of recesses and a second group of recesses, wherein each recess of the first group houses one of the plurality of light-emitting diodes (LED1,... LED45) and wherein each recess of the second group houses one of the four rectifier diodes (12, 14, 16, 18) of the rectifier arrangement; and a separate layer of phosphor containing material continuously overlies the array of recesses without contacting the plurality of light-emitting diodes (LED1,... LED45).
A sample holder for MALDI mass spectrometry having a CuO secondary particle as a laser-beam-absorbing matrix, wherein the secondary particle comprises an aggregate of CuO primary particles having an average particle diameter of 100 nm or smaller and has an uneven surface arising from the shape formed by the primary particles constituting the outermost surface of the secondary particle.
An incoming call processing method for a dual SIM-card and dual operating system terminal, characterized in that, the method comprises: detecting whether one operating system that the terminal is using has an incoming call or the other operating system has an incoming call; wherein the detecting whether the other operating system has an incoming call comprises: determining that the other operating system has an incoming call when an incoming call notification message sent by the other operating system is received; and when both of the two operating systems have an incoming call, partitioning, by the operating system that the terminal is using, a display screen into a first display region and a second display region according to a predetermined display manner, and displaying, in the first display region, the incoming call of the operating system that the terminal uses, and sending a display notification message to the other operating system, such that the other operating system displays an incoming call of the other operating system in the second display region. detecting whether one operating system that the terminal is using has an incoming call or the other operating system has an incoming call; wherein the detecting whether the other operating system has an incoming call comprises: determining that the other operating system has an incoming call when an incoming call notification message sent by the other operating system is received; and when both of the two operating systems have an incoming call, partitioning, by the operating system that the terminal is using, a display screen into a first display region and a second display region according to a predetermined display manner, and displaying, in the first display region, the incoming call of the operating system that the terminal uses, and sending a display notification message to the other operating system, such that the other operating system displays an incoming call of the other operating system in the second display region.
Multicomponent gearwheel, with an axis of rotation, and with a first end face and a second end face, comprising: - an inner part, and - an outer part, - wherein the outer part is arranged on the inner part on an outer lateral surface of the inner part in a form and/or material-locking manner, - wherein the outer part comprises, on the first and/or second end face, at least one detached lug characterized in that the outer part is made of plastic and has at least one injection molding section, and in that the detached lug protrudes, beginning from an inner lateral surface of the outer part, in the direction of the axis of rotation and extends, at least in sections, onto the respective end face (11, 12) of the inner part. - an inner part, and - an outer part, - wherein the outer part is arranged on the inner part on an outer lateral surface of the inner part in a form and/or material-locking manner, - wherein the outer part comprises, on the first and/or second end face, at least one detached lug
A device for detachably and axially fixing a bearing section of a handle, in particular of a door handle, of a window handle, of a furniture handle or the like, to a bearing unit of a door or a window, said bearing section of the handle comprising a circumferential groove and the bearing unit comprising at least one locking slider (22A, 22B) which can be radially displaced between a locking position and a releasing position and engages into the circumferential groove in order to axially fix the bearing section of the handle, said bearing unit comprising an actuating element by means of which the locking slider (22A, 22B) can be radially displaced, characterized in that the locking slider (22A, 22B) comprises a control slot (62A, 62B) into which a control pin (28A, 28B) of the actuating element engages.
A draining arrangement comprising: a pipe segment having an aperture defined by a circumferential wall portion; a draining tube having an insertion end configured to be introduced into said aperture and to engage said circumferential wall portion such that said circumferential wall portion is slightly bent inwardly, thereby sealingly engaging said insertion end, said insertion end includes a bore providing fluid communication between said pipe segment and said draining tube, and a cutaway configured to allow fluid from the pipe segment to enter said bore; and characterised by a snap clip member mounted on the draining tube and having two circular arms configured with a radius similar to a radius of an outer wall of the pipe segment for securely engaging the pipe segment facilitating maintaining the insertion end secured in the aperture. a pipe segment having an aperture defined by a circumferential wall portion; a draining tube having an insertion end configured to be introduced into said aperture and to engage said circumferential wall portion such that said circumferential wall portion is slightly bent inwardly, thereby sealingly engaging said insertion end, said insertion end includes a bore providing fluid communication between said pipe segment and said draining tube, and a cutaway
A film dispenser comprising a folding box and a cutting device having a head part, a first neck portion, a blade and a first guide member, which is connected to and held at a spacing from the head part by the first neck portion, wherein the head part and the first guide member delimit a first guide space, and wherein a second guide member is connected to and held at a spacing from the first guide member by a second neck portion, wherein the first guide member and the second guide member delimit a second guide space, characterized in that the folding box comprises an outer guide wall having two mutually opposing wall portions, which delimit a first guide gap, in that the wall portions of this outer guide wall project into the first guide space of the cutting device, in that the folding box comprises, at a spacing from the outer guide wall, an inner guide wall having two mutually opposing wall portions, which delimit a second guide gap, and in that the wall portions of this inner guide wall project into the second guide space of the cutting device so that the cutting device is displaceable in a cutting direction in a guided manner.
Sterilized aqueous composition, at a pH close to physiological pH, comprising an homogeneous blend of x hyaluronic acids, which may be identical or different, crosslinked prior to the interpenetration thereof by mixing, in the form of a single-phase hydrogel, wherein said crosslinked hyaluronic acids are insoluble in water and miscible with one another and x is from 2 to 5 and at least mepivacaine, characterized in that the mass ratio between the concentration of hyaluronic acid and the concentration of mepivacaine [MEPI]: /[MEPI] is greater than or equal to 0.1; /[MEPI] ≥ 0.1.
An apparatus for separating feed for livestock along a cutting face, the apparatus being provided with a cutting unit (9, 72) comprising at least one knife (32, 33, 74) with cutting teeth (58, 77) having at least two cutting edges (59, 78, 79), and a drive (28, 29) configured to drive the knife in a continuous cutting motion parallel to the cutting plane, the apparatus being characterised in that the cutting edges of each cutting tooth are arranged to enable cutting in two opposite horizontal cutting directions, the drive being configured for driving the knife in a zigzag pattern along the cutting face or selectively in one of the two opposite cutting directions.
Process for the purification of a melamine condensation product obtained by a process comprising the step of heating a starting material comprising melamine or a melamine salt in the presence of: (i) at least one organic or inorganic acid, or (ii) at least one ammonia or melamine salt of the acid, or (iii) a combination of (i) and (ii), under reaction conditions effective for the formation of a melamine condensation product, resulting in a reaction product mixture comprising melamine condensation product and the organic or inorganic acid and/or salts or other residues thereof wherein the purification process comprises the steps of a) making a diluted slurry of the reaction product mixture in a solution of a base in water with a pH of at least 9, b) keeping the diluted slurry for a period of at least 1 hour, c) concentrating the diluted slurry, thereby obtaining a concentrated slurry and an eluent, and d) washing the concentrated slurry by diluting the concentrated slurry with aquous liquid and repeating step c, wherein the washing is performed by counterflow washing wherein eluents of downstream concentration steps are used to wash the slurry in upstream concentration steps. (i) at least one organic or inorganic acid, or (ii) at least one ammonia or melamine salt of the acid, or (iii) a combination of (i) and (ii), a) making a diluted slurry of the reaction product mixture in a solution of a base in water with a pH of at least 9, b) keeping the diluted slurry for a period of at least 1 hour, c) concentrating the diluted slurry, thereby obtaining a concentrated slurry and an eluent, and d) washing the concentrated slurry by diluting the concentrated slurry with aquous liquid and repeating step c,
A louvered separator for separating water from an air flow, which louvered separator comprises a number of vertical slat structures having a constant profile, horizontally spaced from each other so as to form horizontally tortuous separating channels in the spaces between the slats, and provided with water-collecting troughs (2,3), the slat structure comprising two separate slats having differing constant profiles, in the air flow direction a foremost front slat and a following back slat, whereby the front slat comprises, in the flow direction, a leading edge, a middle area and a trailing edge and the back slat comprises, in the flow direction, a leading edge, a middle area and a trailing edge, characterized in that the water-collecting trough (2,3) is limited to the area of the trailing edge of the back slat, so that the front slat entirely, and the back slat for more than a half of its length from the leading edge towards the trailing edge, form only even surfaces to guide the flow.