Dispensing device, storage device and method for dispensing powder

Dispensing device for dispensing a powder as a spray including fine powder particles, the dispensing device comprising at least one duct, at least one powder-containing storage chamber connected to said at least one duct, and at least two powder jets connected to the at least one duct downstream thereof, wherein the powder is dispensable via the at least two powder jets into a mouthpiece from the at least one powder-containing storage chamber and at least one duct by gas pressure for de-agglomerating the powder, wherein the at least two powder jets are arranged at a powder impinging angle so as to form a powder jet impinging means for impinging powder from the at least two powder jets against each other to at least one of deagglomerate the powder, slow down the propagation velocity of the spray and mix separate powders by said at least two powder jets, wherein said powder impinging angle between the at least two powder jets is about 90° to 150° in a plane containing the powder jets;

• wherein said powder jets are positioned relative to a frontmost end of the device from which the spray dispensed is received by a user so as to produce impingement of powder from said jets externally, forward of the frontmost end of the device, wherein the storage device comprises a pressure sensitive element closing the at least one storage chamber such that the pressurized gas opens the pressure sensitive element for discharging powder from the associated storage chamber to dispense the powder and wherein the pressure sensitive element is a bursting element that is burst by the pressurized gas.

Dispensing device for dispensing a powder as a spray including fine powder particles, the dispensing device comprising at least one duct, at least one powder-containing storage chamber connected to said at least one duct, and at least two powder jets connected to the at least one duct downstream thereof, wherein the powder is dispensable via the at least two powder jets into a mouthpiece from the at least one powder-containing storage chamber and at least one duct by gas pressure for de-agglomerating the powder, wherein the at least two powder jets are arranged at a powder impinging angle so as to form a powder jet impinging means for impinging powder from the at least two powder jets against each other to at least one of deagglomerate the powder, slow down the propagation velocity of the spray and mix separate powders by said at least two powder jets, wherein said powder impinging angle between the at least two powder jets is about 90° to 150° in a plane containing the powder jets;

• and wherein said powder jets are positioned relative to a frontmost end of the device from which the spray dispensed is received by a user so as to produce impingement of powder from said jets externally, forward of the frontmost end of the device, wherein said at least one storage chamber contains a dose of the powder, wherein said at least one duct comprises a first duct portion that tangentially intersects said at least one storage chamber and wherein a flow divider subdivides a second duct portion into a pair of duct passages, outlet ends of which form the powder jets that are angled toward each other.