Dosage element and a method of manufacturing a dosage element
View Patent ↗This invention concerns dosage elements for a ware washing machine and a method of manufacturing such dosage elements. In embodiments of the invention a dosage element comprises first ( 10 ) and second ( 20 ) joined parts, wherein the first part ( 10 ) is a part which, prior to joining with the second part ( 20 ), comprised an open receptacle and wherein the second part ( 20 ) comprises a substrate carrying a plurality of mutually separated substances A, B, C arranged in side by side relation. The second part ( 20 ) is joined to said first part ( 10 ) so as to close said receptacle and enclose said substances within it. Dosage elements produced in the inventive method are pleasant to handle, while being surprisingly resistant to damage in handling or transit.
1. A ware washing dosage element that is consumable in a ware washing process, said element comprising: first and second joined parts, wherein the second part comprises a substrate carrying a plurality of substances arranged in side by side relation, and wherein the first part comprises a receptacle that tightly encloses said substances within the said receptacle.
2. The dosage element according to claim 1 which is a dishwashing dosage element.
3. The dosage element of claim 1 , wherein the first part is empty and substantially the entire active washing content of the dosage element is conveyed via the substances in the second part.
4. A ware washing dosage element that is consumable in a ware washing process, said element comprising first and second joined parts, wherein said second part comprises a substrate carrying a plurality of compartments arranged in a side by side relation each of which compartments independently contains a substance wherein said first part comprises a receptacle that tightly encloses said plurality of compartments.
5. A method of manufacturing a ware washing dosage element that is consumable in a ware washing process, said method comprising the steps of:
(a) forming a first part into an open receptacle;
(b) forming a second part into a substrate carrying a plurality of substances arranged in side by side relation; and
(c) closing said open receptacle of said first part by joining the first and second parts to one another to enclose said substances within said first and second parts;
wherein, in the dosage element formed, the first part comprises a chamber that tightly embraces the substances of the second part.
6. The method of claim 5 , wherein said step (b) further comprises the sub-steps of: (b1) forming a multi-chambered pocket; (b2) introducing said substances to chambers of said pocket; and (b3) closing said chambers with a top film.
7. The method according to claim 5 , wherein in said step (c) the first part is sealed to the second part.
8. A dosage element manufactured by the method of claim 5 .
9. A method of ware washing, comprising the steps of:
providing a dosage element according to claim 8 to an automatic dishwasher,
providing wares to the automatic dishwasher,
operating the automatic dishwasher.
10. The method of claim 5 , wherein said first part and said second part are relatively flexible in isolation, but their joining to one another in step (c) results in the dosage element formed being relatively shape-stable.
11. The method of claim 5 , wherein in step (b), the second part is formed into a substrate carrying a plurality of substances arranged in spaced apart relation.
12. The method of claim 5 , wherein the first part is thermoformed.
13. The method of claim 5 , wherein the second part is thermoformed.
14. A method of manufacturing a ware washing dosage element that is consumable in a ware washing process, said method comprising the steps of:
(a) forming a first part into an open receptacle
(b) forming a second part into a substrate carrying a plurality of mutually separated substances arranged in side by side relation; and
(c) closing said open receptacle of said first part by joining the first and second parts to one another to enclose said substances within said first and second parts, wherein the method is adapted such that, in said joining step, spaces between said substances become substantially taken up by substances coming together under compressive forces.