System for dispensing fluids or mixtures and device used in said system
AssigneeTaplast S.P.A.
InventorEvans Santagiuliana
Life of this patent
Estimating the term…
Abstract
The present invention concerns a system (1; 501; 601; 701; 801) for dispensing a fluid (L), comprising a container (C; C′) for the fluid (L) and a device (10; 210; 210′; 310; 410; 410′) for dispensing the fluid (L). The device (10; 210; 210′; 310; 410; 410′) comprises a collapsible chamber (20) which defines a volume (V) suited to receive a quantity of said fluid (L) to be dispensed. The chamber (20) is defined by a first portion (30) and a second portion (130) mutually coupled with each other, wherein the first portion (30) comprises an area connected to the container (C; C′) and wherein the second portion (130) comprises an area connected to the container (C; C′).
Claims16
System (1;
- 501;
- 601;
- 701;
- 801) for dispensing a fluid (L), comprising a container (C;
- C′) suited to contain said fluid (L) and a device (10;
- 210;
- 210′;
- 310;
- 410;
- 410′) suited to dispense said fluid (L), said device (10;
- 210;
- 210′;
- 310;
- 410;
- 410′) comprising:
- a collapsible chamber (20) which defines a volume (V) suited to receive a quantity of said fluid (L) to be dispensed;
- an inlet duct (62;
- 262;
- 262′) suited to allow the passage of said fluid (L) from the inside of said container (C;
- C′) towards said volume (V);
- first valve means (66;
- 266;
- 266′) suited to control the passage of said fluid (L) into said inlet duct (62;
- 262;
- 262′);
- an outlet duct (64;
- 264;
- 264′;
- 764) for said fluid (L) suited to allow the passage of said fluid (L) from said volume (V) towards the outside;
- second valve means (68;
- 268;
- 268′) suited to control the passage of said fluid (L) into said outlet duct (64;
- 264;
- 264′;
- 764),
- characterized in that said chamber (20) is at least partially defined by a first portion (30) and a second portion (130) mutually coupled with each other in such a way that together they define said volume (V) and define said inlet duct (62;
- 262;
- 262′) and said outlet duct (64;
- 264;
- 264′;
- 274), wherein said first portion (30) comprises an area connected to said container (C;
- C′) and wherein said second portion (130) comprises an area connected to said container (C;
- C′).
System (1;
- 501;
- 601;
- 701;
- 801) according to any of the preceding claims, characterized in that said first portion (30) and said second portion (130) are equal to each other and mutually coupled with each other.
System (1;
- 501;
- 601;
- 701;
- 801) according to any of the preceding claims, characterized in that said first portion (30) or said second portion (130) comprises an elastically yielding centre area (32, 132) and an annular peripheral area (34, 134) from which said centre area (32, 132) extends.
System (1;
- 501;
- 601;
- 701;
- 801) according to any of the preceding claims, characterized in that said first portion (30), said second portion (130) and said container (C;
- C′) are coupled at the same time by means of a single heat sealing step.
System (1;
- 501;
- 601;
- 701;
- 801) according to any of the preceding claims, characterized in that said container (C;
- C′) comprises a first portion (C1;
- C1′) connected to said first portion (30) of said device (10;
- 210;
- 210′;
- 310;
- 410;
- 410′) and a second portion (C2, C2′) connected to said second portion (130) of said device (10;
- 210;
- 210′;
- 310;
- 410;
- 410′).
System (1;
- 501;
- 601) according to any of the preceding claims, characterized in that said inlet duct (62;
- 262;
- 262′) and said outlet duct (64;
- 264;
- 264′) are aligned along the same direction.
System (601) according to any of the preceding claims, characterized in that it comprises a sealing element (S) for closing said outlet duct (64), said sealing element (S) being suited to be removed before the use of said dispensing system (601).
Device (10;
- 210;
- 210′;
- 310;
- 410;
- 410′) for dispensing a fluid (L), suited to be applied to a container (C;
- C′) containing said fluid (L), said device (10;
- 210;
- 210′;
- 310;
- 410;
- 410′) comprising:
- a collapsible chamber (20) which defines a volume (V) suited to receive a quantity of said fluid (L) to be dispensed;
- an inlet duct (62;
- 262;
- 262′) suited to allow the passage of said fluid (L) from the inside of said container (C) towards said volume (V);
- first valve means (66;
- 266;
- 266′) suited to control the passage of said fluid (L) into said inlet duct (62;
- 262;
- 262′);
- an outlet duct (64;
- 264;
- 264′;
- 764) for said fluid (L) suited to allow the passage of said fluid (L) from said volume (V) towards the outside;
- second valve means suited to control the passage of said fluid (L) into said outlet duct (64;
- 264;
- 264′;
- 764),
- characterized in that said chamber is at least partially defined by a first portion (30) and a second portion (130) mutually coupled with each other in such a way that together they define said volume (V) and define said inlet duct (62;
- 262;
- 262′) and said outlet duct (64;
- 264;
- 264′;
- 764), wherein said first portion (30) comprises an area suited to be connected to said container (C;
- C′), and wherein said second portion (130) comprises an area suited to be connected to said container (C;
- C′).
Device (10;
- 210;
- 210′;
- 310;
- 410;
- 410′) according to any of the claims from 12 to 14, characterized in that said first portion (30) or said second portion (130) comprises an elastically yielding centre area (32, 132) and an annular peripheral area (34, 134) from which said centre area (32, 132) extends.
Device (10;
- 210;
- 210′;
- 310;
- 410;
- 410′) according to any of the claims from 12 to 15, characterized in that said area of said first portion (30) or of said second portion (130) suited to be connected to said container (C;
- C′) corresponds to said annular peripheral area (34, 134).
Dependencies are inferred from the claim text.