Molded plastic container and preform having insert-molded RFID tag
An RFID assembly includes an RFID inlay, with an RFID tag, encapsulated within a plastic housing. The housing has a peripheral array of flexible resilient fingers for mounting the housing within a pocket on a support structure, such as a pocket on a mold core. The pocket preferably is on an end of the mold core so that the RFID assembly preferably is disposed substantially beneath the end surface of the mold core. Plastic material, which preferably is the same plastic material as forms the plastic housing in which the inlay is contained, can be injected into a mold cavity surrounding the mold core and the assembly housing without eroding the material of the housing.
1. A method of molding an RFID tag into a container, which includes the steps of:
(a) providing a mold that includes a mold core having an outer surface with a pocket therein, and a mold cavity,
(b) providing an RFID assembly that includes an RFID inlay, with an RFID tag, encapsulated within a plastic housing of a predetermined plastic material, said plastic housing having a peripheral array of flexible resilient fingers extending radially outwardly from said plastic housing for mounting said housing within said pocket in said mold core,
(c) mounting said RFID assembly within said pocket of said mold core by releasably engaging said fingers with a periphery of said pocket, wherein said pocket is sufficiently deep to receive substantially the entire height of said RFID assembly,
(d) inserting said mold core into said mold cavity, and
(e) molding a container preform of said predetermined plastic material in said mold cavity around said mold core and said RFID assembly.
2. The method set forth in claim 1 wherein said step (e) is carried out by injection molding.
3. The method set forth in claim 2 wherein said pocket is of an end of said mold core.
4. The method set forth in claim 1 including:
(f) blow molding said preform into a hollow plastic container.
5. A method of making a container for a consumable product, which includes the steps of:
(a) providing an RFID tag encapsulated within a housing of a predetermined plastic material and having fingers extending radially outwardly from said housing, and
(b) molding a plastic container of said predetermined plastic material around said housing including the steps of:
(b1) mounting said housing in a pocket in an outer surface of a mold core, wherein said pocket is sufficiently deep to receive substantially the entire height of said RFID tag,
(b2) placing said mold core within a mold cavity, and
(b3) injecting said predetermined plastic material into said mold cavity around said core and said housing.
6. The method set forth in claim 5 wherein said housing is mounted in an end of said mold core and said method also including:
(b4) removing a preform formed in said step (b3) from said mold core, and
(b5) blow molding said preform into a container with said housing and said RFID tag embedded in a bottom wall of said container.
7. The method set forth in claim 1 , wherein said step (e) includes injecting resin between said fingers to embed said RFID assembly into said container preform.
8. The method set forth in claim 5 , wherein said step (b3) includes injecting resin between said fingers to embed said RFID assembly into said container preform.
9. A method of molding an RFID tag into a container, which includes the steps of:
(a) providing a mold that includes a mold core having an outer surface with a circular pocket therein, and a mold cavity,
(b) providing an RFID assembly that includes an RFID inlay, with an RFID tag, encapsulated within a circular housing, said housing having a peripheral array of flexible resilient fingers extending radially outwardly from a periphery of said circular housing for mounting said housing within said pocket in said mold core,
(c) mounting said RFID assembly within said pocket of said mold core by releasably engaging said fingers with a periphery of said pocket, wherein said pocket is sufficiently deep to receive substantially the entire height of said RFID assembly,
(d) inserting said mold core into said mold cavity, and
(e) molding a container preform in said mold cavity around said mold core and said RFID assembly.
10. A method of making a container for a consumable product, which includes the steps of:
(a) providing an RFID tag encapsulated within a circular housing having a peripheral array of flexible resilient fingers extending radially outwardly from said circular housing, and
(b) molding a plastic container around said housing including the steps of:
(b1) mounting said housing in a circular pocket in an outer surface of a mold core, wherein said pocket is sufficiently deep to receive substantially the entire height of said RFID assembly,
(b2) placing said mold core within a mold cavity, and
(b3) injecting plastic material into said mold cavity around said core and said housing.