Nasal rinsing cap for bottles
A nasal rinsing cap suitable for standard water bottle is disclosed. The body portion of the device can be attached to the top of the bottle. It has a cylindrical void matching the threaded portion of the bottle and a one-way fluid valve attached to another void extending from the cylindrical void and through the body portion. The body portion also includes a one-way air valve allowing the entry of air into the bottle. A top portion is removably or openably attached to the body portion. It has a tubular opening starting near the body portion and extending through the top portion. The top portion is configured so that it has a tip to be contacted with the user's nasal cavities. The top portion also has a pressure zone for closing the fluid valve by applying a pressure on it.
1. A nasal rinsing cap for bottles comprising a body part, which is mountable to a mouth of a bottle and has a cylinder-shaped vacuity in it for a threaded part of the mouth of the bottle, and a tubular vacuity extending from the cylinder-shaped vacuity through the body part to an end of the body part for discharging liquids from bottles connected to the nasal rinsing cap when it is used,
wherein the tubular vacuity is equipped with a liquid valve to facilitate a flow of liquids through the cap out of the bottle as well as to prevent any backflow of liquids back into the bottle; and the body part is equipped with an air valve to allow an entry of air into the bottle upon occurrence of negative pressure in it as well as to prevent any outflow of liquids when the bottle is turned upside down or squeezed; and a top part, which can be removed or opened, is positioned on the body part, the top part comprising a tubular vacuity which runs through it, the tubular vacuity of the top part beginning from a point adjacent the tubular vacuity of the body part, extending through the top part and opening at a tip of the top part,
wherein the top part is configured so that its tip can be inserted in a nasal cavity of the user, and a pressure region has been formed on the top part to close the liquid valve by putting pressure on the pressure region of the top part by means of a finger,
wherein the body part and the top part are made of an elastic material, and
wherein the liquid valve and the air valve of the nasal rinsing cap are made of silicon.
2. A nasal rinsing cap according to claim 1 , wherein the body part is made of a soft, elastic material to facilitate attachment to plastic bottles of different thread types.
3. A nasal rinsing cap according to claim 1 , wherein there is a hollow groove in the body part for a collar of the bottle.
4. A nasal rinsing cap according to claim 1 , wherein there is a vacuity in the body part for a ring of a screw cap.
5. A nasal rinsing cap according to claim 1 , wherein the elastic material of the top part facilitates the creation of an appropriate pressure region that allows the user to close the liquid valve by applying pressure on it.
6. A nasal rinsing cap according to claim 1 , wherein the liquid valve is in its open position when liquids move outwards and in its closed position when liquids move backwards, and the liquid valve is in a deformed position when pressure is applied on the pressure region of the top part, preventing any backflow of liquids.
7. A nasal rinsing cap according to claim 6 , wherein the liquid valve is formed of a short tube with a convergent tip, which has a slot in it, which is tightly sealed in its normal position but opens enough to allow liquids to flow through when liquids move in a direction toward the tip of the top part, at the same time preventing any counterdirectional movement of liquids towards an inside of the bottle.
8. A nasal rinsing cap according to claim 1 , wherein the liquid valve is designed as a separate part independent of the body part and attached to an opening in the body part during design.
9. A nasal rinsing cap according to claim 1 , wherein the air valve is designed as a separate part independent of the body part and attached to an opening in the body part during design.
10. A nasal rinsing cap according to claim 1 , wherein the nasal rinsing cap functions as a positive displacement pump when installed on the bottle.
11. A nasal rinsing cap according to claim 1 , wherein the top part comprises a cylinder-shaped element, which connects the pressure region with the liquid valve so that when pressure is applied on the pressure region, the liquid valve closes.
12. A nasal rinsing cap according to claim 1 , wherein the liquid valve is designed as a single element together with the body part.
13. A nasal rinsing cap according to claim 1 , wherein the air valve is designed as a single element together with the body part.
14. A nasal rinsing cap according to claim 1 , wherein the nasal rinsing cap comprises two pieces or four pieces.
15. A nasal rinsing cap according to claim 1 , wherein the body part and the top part are made of silicone.
16. A nasal rinsing cap according to claim 1 , wherein the elastic material has a compressive strength of 10 MPa to 30 MPa.
17. A nasal rinsing cap according to claim 1 , wherein the elastic material has an elastic limit of 2.4 MPa to 5.5 MPa.
18. A nasal rinsing cap according to claim 1 , wherein the nasal rinsing cap comprises one piece.
19. A nasal rinsing cap according to claim 1 , wherein the nasal rinsing cap comprises not more than four pieces.
20. A nasal rinsing cap for bottles comprising a body part, which is mountable to a mouth of a bottle and has a cylinder-shaped vacuity in it for a threaded part of the mouth of the bottle, and a tubular vacuity extending from the cylinder-shaped vacuity through the body part to an end of the body part for discharging liquids from bottles connected to the nasal rinsing cap when it is used,
wherein the tubular vacuity is equipped with a liquid valve to facilitate a flow of liquids through the cap out of the bottle as well as to prevent any backflow of liquids back into the bottle; and the body part is equipped with an air valve to allow an entry of air into the bottle upon occurrence of negative pressure in it as well as to prevent any outflow of liquids when the bottle is turned upside down or squeezed; and a top part, which can be removed or opened, is positioned on the body part, the top part comprising a tubular vacuity which runs through it, the tubular vacuity of the top part beginning from a point adjacent the tubular vacuity of the body part, extending through the top part and opening at a tip of the top part, wherein the top part is configured so that its tip can be inserted in a nasal cavity of the user, and a pressure region has been formed on the top part to close the liquid valve by putting pressure on the pressure region of the top part by means of a finger, and
wherein the top part comprises a cylinder-shaped element, which connects the pressure region with the liquid valve so that when pressure is applied on the pressure region, the liquid valve closes.