Systems and methods for distributing a filling fluid are discussed. More particularly an exemplary filling system may include a reservoir holding a filling fluid for distribution. The filling system may also include a pump and filling nozzle fluidly coupled to the reservoir. A processor executes a filling module that when executed receives at least one input fluid property of the filling fluid and generates at least one set of operating parameters for controlling operation of the pump during a filling operation based at least in part on the fluid property. The generated set of operating parameters enable control of the pump to distribute the filling fluid through the filling nozzle, such that a fluid interface with a stable resting profile forms in the filling fluid in the filling nozzle adjacent to the nozzle opening after the filling fluid is distributed from the filling nozzle.

Systems and methods for distributing a filling fluid are discussed. More particularly an exemplary filling system may include a reservoir holding a filling fluid for distribution. The filling system may also include a pump and filling nozzle fluidly coupled to the reservoir. A processor executes a filling module that when executed receives at least one input fluid property of the filling fluid and generates at least one set of operating parameters for controlling operation of the pump during a filling operation based at least in part on the fluid property. The generated set of operating parameters enable control of the pump to distribute the filling fluid through the filling nozzle, such that a fluid interface with a stable resting profile forms in the filling fluid in the filling nozzle adjacent to the nozzle opening after the filling fluid is distributed from the filling nozzle.

Systems and methods for distributing a filling fluid are discussed. More particularly an exemplary filling system may include a reservoir holding a filling fluid for distribution. The filling system may also include a pump and filling nozzle fluidly coupled to the reservoir. A processor executes a filling module that when executed receives at least one input fluid property of the filling fluid and generates at least one set of operating parameters for controlling operation of the pump during a filling operation based at least in part on the fluid property. The generated set of operating parameters enable control of the pump to distribute the filling fluid through the filling nozzle, such that a fluid interface with a stable resting profile forms in the filling fluid in the filling nozzle adjacent to the nozzle opening after the filling fluid is distributed from the filling nozzle.

Systems and methods for distributing a filling fluid are discussed. More particularly an exemplary filling system may include a reservoir holding a filling fluid for distribution. The filling system may also include a pump and filling nozzle fluidly coupled to the reservoir. A processor executes a filling module that when executed receives at least one input fluid property of the filling fluid and generates at least one set of operating parameters for controlling operation of the pump during a filling operation based at least in part on the fluid property. The generated set of operating parameters enable control of the pump to distribute the filling fluid through the filling nozzle, such that a fluid interface with a stable resting profile forms in the filling fluid in the filling nozzle adjacent to the nozzle opening after the filling fluid is distributed from the filling nozzle.

Flow regulation device having a rigid external envelope surrounding an internal tube and defining, with same, an annular chamber. The device has ends which allow for sealed connection thereof to a fluid line to be regulated, such that the internal tube is connected in series to said line. The chamber has a device for introducing a pressurized regulation fluid therein, the internal tube being configured to dilate under the pressure of the fluid to be regulated when the pressure of the fluid to be regulated exceeds the pressure of the regulating fluid. The device has a detector of the dilation of the internal tube, and a connection device from the detector to a control unit of a source connected to the line. Fluid distribution line and apparatus having such a device.

Flow regulation device having a rigid external envelope surrounding an internal tube and defining, with same, an annular chamber. The device has ends which allow for sealed connection thereof to a fluid line to be regulated, such that the internal tube is connected in series to said line. The chamber has a device for introducing a pressurized regulation fluid therein, the internal tube being configured to dilate under the pressure of the fluid to be regulated when the pressure of the fluid to be regulated exceeds the pressure of the regulating fluid. The device has a detector of the dilation of the internal tube, and a connection device from the detector to a control unit of a source connected to the line. Fluid distribution line and apparatus having such a device.

A device (10) for preparing a cosmetic combination (12), comprising: a structure (28) extending along a longitudinal axis (X-X′), receiving at least one capsule (16) containing at least one component of a cosmetic composition (12), an outlet nozzle (32) opening at one end (34), fluidically connected to a receptacle (14) or to a preform, and a piston (36) free to move in translation along the longitudinal axis (X-X′) suitable for perforating the or each capsule (16) and conveying contents of each capsule (16) to the outlet nozzle (32). The device (10) comprises at least one planar support (17) carrying in an integral manner a cosmetic product, with each planar support (17) being arranged in the housing (30), with at least one portion of each support (17) being arranged to be driven by the piston (36) to the receptacle (14) containing the cosmetic composition (12).

A device (10) for preparing a cosmetic combination (12), comprising: a structure (28) extending along a longitudinal axis (X-X′), receiving at least one capsule (16) containing at least one component of a cosmetic composition (12), an outlet nozzle (32) opening at one end (34), fluidically connected to a receptacle (14) or to a preform, and a piston (36) free to move in translation along the longitudinal axis (X-X′) suitable for perforating the or each capsule (16) and conveying contents of each capsule (16) to the outlet nozzle (32). The device (10) comprises at least one planar support (17) carrying in an integral manner a cosmetic product, with each planar support (17) being arranged in the housing (30), with at least one portion of each support (17) being arranged to be driven by the piston (36) to the receptacle (14) containing the cosmetic composition (12).

A technique for simultaneously forming a plurality of paste filled tunnels. The plurality of paste filled tunnels are connected to a surgical tube directly or indirectly and emptied one after another, until a desired amount of the paste is injected into a bone cavity, organ or a tissue via the surgical tube. The paste may be a bone cement paste, a drug powder paste, viscous fluid or gel. The injected bone cement paste will set in the bone cavity to act as a medical implant.

A technique for simultaneously forming a plurality of paste filled tunnels. The plurality of paste filled tunnels are connected to a surgical tube directly or indirectly and emptied one after another, until a desired amount of the paste is injected into a bone cavity, organ or a tissue via the surgical tube. The paste may be a bone cement paste, a drug powder paste, viscous fluid or gel. The injected bone cement paste will set in the bone cavity to act as a medical implant.