METHOD AND APPARATUS FOR MANUFACTURING SPLIT ANTENNA RFID TAG

摘要

A method and apparatus for manufacturing a split antenna RFID tag, comprises: S1, driving, by a drive shaft and a drive shaft in a first conveying mechanism, the conveying of a carrier tape adhered with aluminum foil at a speed V1; and, letting an adhesive tape combine with the carrier tape, and cutting by a circular antenna die cutter to form aluminum foil antennas; S2, letting a base tape with RFID units convey at a variable speed, separating the RFID units from the base tape, and pasting the RFTD units onto the corresponding aluminum foil antennas on the carrier tape to form tag modules; S3, cutting, by a circular PET film die cutter, a PET film with back glue under the drive of the drive shaft to form PET films, and covering the PET films on the corresponding tag modules on the carrier tape to form semi-finished products.

主权项

1. A method for manufacturing a split antenna RFID tag, comprising the following steps of:
S1: driving, by a first conveying mechanism, the conveying of a carrier tape (500′) adhered with aluminum foil (500) at a speed V1, wherein the first conveying mechanism comprises a shaft roller set (1), a drive shaft (21), a circular antenna die cutter (22) disposed on an upper side of the drive shaft (21), a drive shaft (51) and a circular PET film die cutter (52) disposed on an upper side of the drive shaft (51); letting an adhesive tape (510) from a second conveying mechanism enter the shaft roller set (1) to combine with the carrier tape (500′) adhered with the aluminum foil, and die cutting by the circular antenna die cutter (22) to form aluminum foil antennas (501) on the carrier tape (500′); S2: driving, by a shaft roller set (3) and a shaft roller set (4) in a third conveying mechanism, the conveying of a base tape (502′) with several RFID units (502) at a variable speed within a certain period, separating the RFID units from the base tape (502′) when passing through a first flat scraper in front of the shaft roller set (4), and pasting the RFID units onto the corresponding aluminum foil antennas (501) on the carrier tape (500′) to form tag modules (503); and S3: die cutting, by the circular PET film die cutter (52), a PET film (511) with back glue from a fourth conveying mechanism under the drive of the drive shaft (51) to form PET films (504), and covering the PET films on the corresponding tag modules (503) on the carrier tape (500′) to form semi-finished products (505).