VENT TUBE APPARATUS, SYSTEM AND METHODS WITH TRACEABLE CAP FOR VENT TUBE INTRUSION DETECTION
The present disclosure is directed to a non-traceable vent tube and a traceable vent tube cap apparatus, system and methods incorporating a traceable material such as a Radio Frequency Identification (RFID) tag or a magnet for use in conjunction with a filling machine during container filling operations for a quicker and more accurate detection of the location of the non-traceable vent tube or the traceable vent tube cap after becoming detached from a filling machine during filling operations, and to increase the safety of the filling operation and reduce costs and time when a malfunction occurs.
1 . A traceable vent tube cap apparatus for use in filling a container in a filling machine in which a non-traceable vent tube is attached to the filling machine, and is configured to vent a gas from the container during the filling process, comprising:
a traceable vent tube cap, said traceable vent tube cap being hollow and configured to vent a gas from the container during the filling process, said traceable vent tube cap being configured to be attached to an existing non-traceable vent tube; and
an indicator, said indicator being housed in said traceable vent tube cap, such that if said non-traceable vent tube or said traceable vent tube cap detaches from said filling machine, said non-traceable vent tube or said traceable vent tube cap can be detected using an indicator detection system.
2 . The traceable vent tube cap apparatus in claim 1 , wherein said indicator is a magnet and said indicator detection system can detect magnets.
3 . The traceable vent tube cap apparatus in claim 1 , wherein said container is a glass bottle or an aluminum can.
4 . The traceable vent tube cap apparatus in claim 1 , wherein said indicator is a Radio Frequency Identification tag and said indicator detection system is a Radio Frequency Identification reader.
5 . The traceable vent tube cap apparatus in claim 1 , wherein said container is a glass bottle or an aluminum can.
6 . The traceable vent tube cap apparatus in claim 1 , wherein said during the filling process means as a product enters the container.
7 . The traceable vent tube cap apparatus in claim 1 , wherein said housed in said vent tube head means enclosed during an injection molded process.
8 . The traceable vent tube cap apparatus in claim 1 , wherein said housed in said vent tube head means attached during a machining process.
9 . A container filling system for use in filling a container in which a non-traceable vent tube is attached to a filling machine, a traceable vent tube cap is attached to said non-traceable vent tube, and said non-traceable vent tube and traceable vent tube cap are configured to vent a gas from the container during the filling process, and the system is configured to determine when said non-traceable vent tube or traceable vent tube cap malfunctions, comprising:
a non-traceable vent tube, said non-traceable vent tube being hollow and configured to vent a gas from the container during the filling process, a traceable vent tube cap, said traceable vent tube cap attached to one end of said non-traceable vent tube, said traceable vent tube cap having an indicator, said indicator being housed in said traceable vent tube cap; and
an indicator detection system, said indicator detection system comprising a detector, such that if said non-traceable vent tube or said traceable vent tube cap detaches from said filling machine, said non-traceable vent tube or said traceable vent tube cap can be detected using said indicator detection system.
10 . The container filling system in claim 9 , wherein said indicator is a magnet and said indicator detection system can detect magnets.
11 . The container filling system in claim 9 , wherein said container is a glass bottle or an aluminum can.
12 . The container filling system in claim 9 , wherein said indicator is a Radio Frequency Identification tag and said indicator detection system is a Radio Frequency Identification reader.
13 . The container filling system in claim 9 , wherein said container is a glass bottle or an aluminum can.
14 . The container filling system in claim 9 , wherein said during the filling process means as a product enters the container.
15 . The container filling system in claim 9 , wherein said housed in said vent tube head means enclosed during an injection molded process.
16 . The container filling system in claim 9 , wherein said housed in said vent tube head means attached during a machining process.