Abstract: An after treatment system (ATS) for a vehicle having an ATS module includes, fluidly connected in series, an inlet, a Diesel Oxidation Catalysts (DOC), a urea mixer and a Selective Catalytic Reduction (SCR), and an outlet. The inlet is fluidly connected to an output of an engine of the vehicle and the outlet is fluidly connected to an outlet tube of the vehicle. The inlet, DOC, mixer, SCR and outlet are arranged to define a substantial rectangular path of a flow (F) of exhaust gases flowing in the ATS, with the inlet and the outlet being positioned at a same vertex of the substantial rectangular path of the flow (F).

Abstract: An after treatment system (ATS) for a vehicle includes, fluidly connected in series, an inlet, a urea mixer and an outlet. The inlet is fluidly connected to an output of an engine of the vehicle and the outlet is fluidly connected to an outlet tube of the vehicle. The urea mixer is provided with a dosing module, an inner element and an outer element. The inner element is configured such that a first flow of exhaust gas flow flowing from the inlet into the urea mixer flows into an first volume defined by the inner element. The outer element is configured such that a second flow flows in a volume defined between inner element and outer element, wherein the first and second flows rejoin together in a mixing chamber fluidly connected to the volume and to the first volume downstream with respect inner and outer elements.

Abstract: An after treatment system (ATS) for a vehicle having an ATS module includes, fluidly connected in series, an inlet, a Diesel Oxidation Catalysts (DOC), a urea mixer and a Selective Catalytic Reduction (SCR), and an outlet. The inlet is fluidly connected to an output of an engine of the vehicle and the outlet is fluidly connected to an outlet tube of the vehicle. The inlet, DOC, mixer, SCR and outlet are arranged to define a substantial rectangular path of a flow (F) of exhaust gases flowing in the ATS, with the inlet and the outlet being positioned at a same vertex of the substantial rectangular path of the flow (F).

Abstract: An after treatment system (ATS) for a vehicle includes, fluidly connected in series, an inlet, a urea mixer and an outlet. The inlet is fluidly connected to an output of an engine of the vehicle and the outlet is fluidly connected to an outlet tube of the vehicle. The urea mixer is provided with a dosing module, an inner element and an outer element. The inner element is configured such that a first flow of exhaust gas flow flowing from the inlet into the urea mixer flows into an first volume defined by the inner element. The outer element is configured such that a second flow flows in a volume defined between inner element and outer element, wherein the first and second flows rejoin together in a mixing chamber fluidly connected to the volume and to the first volume downstream with respect inner and outer elements.

Abstract: Apparatus for the delivery of fluid products comprising a base, a base support associated thereof, a plurality of dispensing units to dispense the fluid products contained in containing receptacles. The dispensing units are disposed on a platform rotatable with respect to the base support so as to assume at least a first position in which the fluid products can be delivered from the receptacles toward a container. The apparatus also comprises sliding means which allow the rotation of the platform. Rapid connection means are provided so as to achieve the connection of the base support with the base and/or with the sliding means in order to achieve a selective stable coupling and to prevent a reciprocal vertical movement.

Abstract: Apparatus for the delivery of fluid products comprising at least a base support, a plurality of dispensing units of said fluid products contained in containing receptacles by means of respective dispensing nozzles, wherein said dispensing units are disposed on a platform selectively rotatable with respect to said base support, in order to dispose at least one of said dispensing units in at least a first position in which said fluid products are suitable to be delivered from said containing receptacles to a container associated with said base support, by means of a corresponding pumping device, and wherein at least a drive member is disposed on said base support and is suitable to be kinematically connected to one or more pumping devices, first rapid connection means are provided to achieve at least one of either the connection of at least one of said dispensing nozzles with at least one of said dispensing units, or the connection between first kinematic connection means suitable to be selectively connected to

Abstract: Device to deliver fluid products, using a plurality of canisters, each containing a predetermined fluid, and connected to an associated delivery unit. The device has a rotating support, on which the plurality of canisters and the delivery units are mounted, able to position at different moments of time and according to one or more predetermined sequences, one or more desired and selected delivery units in a corresponding delivery position, in order to deliver predetermined quantities of fluid in an exit container so as to obtain a final product with a desired final composition and/or formula. The device further has a way for mixing the fluids contained in the canisters and a movement member, for moving the mixing mechanism. The movement member includes a mixing cam element, substantially circular, concentric to said rotating support and rotatable with respect to it, in at least a reciprocal condition of release between the rotating support and said mixing cam element.

Abstract: Apparatus for the delivery of fluid products comprising a base, a base support associated thereof, a plurality of dispensing units to dispense the fluid products contained in containing receptacles. The dispensing units are disposed on a platform rotatable with respect to the base support so as to assume at least a first position in which the fluid products can be delivered from the receptacles toward a container. The apparatus also comprises sliding means which allow the rotation of the platform. Rapid connection means are provided so as to achieve the connection of the base support with the base and/or with the sliding means in order to achieve a selective stable coupling and to prevent a reciprocal vertical movement.

Abstract: Apparatus for the delivery of fluid products comprising at least a base support, a plurality of dispensing units of said fluid products contained in containing receptacles by means of respective dispensing nozzles, wherein said dispensing units are disposed on a platform selectively rotatable with respect to said base support, in order to dispose at least one of said dispensing units in at least a first position in which said fluid products are suitable to be delivered from said containing receptacles to a container associated with said base support, by means of a corresponding pumping device, and wherein at least a drive member is disposed on said base support and is suitable to be kinematically connected to one or more pumping devices, first rapid connection means are provided to achieve at least one of either the connection of at least one of said dispensing nozzles with at least one of said dispensing units, or the connection between first kinematic connection means suitable to be selectively connected to

Abstract: Device to deliver fluid products or suchlike, comprising a plurality of canisters, each one suitable to contain a predetermined fluid, and connected to an associated delivery unit. Each delivery unit comprises a bellows pump, alternatively drivable between a condition in which it sucks in the fluid from the corresponding canister and a condition in which it delivers the fluid. The delivery device also comprises actuator means able to cooperate directly or indirectly with each bellows pump in order to drive it between the suction condition and the delivery condition. The actuator means comprise a acutation cam element, rotatable alternatively in two opposite directions of rotation, and having a profile able to cooperate during its rotation with the bellows pump, so as to define in a first direction of rotation the suction condition and in the opposite direction of rotation the delivery condition.

Abstract: Device to deliver fluid products, comprising a plurality of canisters, each containing a predetermined fluid, and connected to an associated delivery unit. The device comprises a rotating support, on which the plurality of canisters and the delivery units are mounted, able to position at different moments of time and according to one or more predetermined sequences, one or more desired and selected delivery units in a corresponding delivery position, in order to deliver predetermined quantities of fluid in an exit container so as to obtain a final product with a desired final composition and/or formula. The device further comprises mixing means for mixing the fluids contained in the canisters and a movement member, for moving the mixing means. The movement member comprises a mixing cam element, substantially circular, concentric to said rotating support and rotatable with respect to it, in at least a reciprocal condition of release between the rotating support and said mixing cam element.

Abstract: Device to deliver fluid products or suchlike, comprising a plurality of canisters, each one suitable to contain a predetermined fluid, and connected to an associated delivery unit. Each delivery unit comprises a bellows pump, alternatively drivable between a condition in which it sucks in the fluid from the corresponding canister and a condition in which it delivers the fluid. The delivery device also comprises actuator means able to cooperate directly or indirectly with each bellows pump in order to drive it between the suction condition and the delivery condition. The actuator means comprise a acutation cam element, rotatable alternatively in two opposite directions of rotation, and having a profile able to cooperate during its rotation with the bellows pump, so as to define in a first direction of rotation the suction condition and in the opposite direction of rotation the delivery condition.