Bag magnetic snap structure

Abstract

This invention relates to a magnetic snap structure for bags. The main feature is that a metal snap unit is installed within at least one first-side snap receiving hole recessed on each side of the polygonal unlocking hole of the snap fastener. The snap unit protrudes outward from an opening at the outer end of the first-side snap receiving hole using an elastic element. The unlocking unit of the unlocking component has a corresponding unlocking magnetic element. The snap fastener forms a snap hole in the corresponding snap fastener seat, allowing for engagement. Locking holes are provided around the snap hole for locking the snap unit. This not only facilitates locking the bag opening to prevent theft of items inside, but also allows for easy unlocking using a magnetic attraction method, enabling users to easily open the bag and retrieve or place items. This enhances the overall practicality of the product.

Claims

1. A magnetic snap fastener structure for bags, mainly comprising a snap fastener, an unlocking component, and a locking element; wherein: The locking component includes a locking seat with a polygonal unlocking hole through it. A first side locking receiving hole is recessed on each side of the polygonal unlocking hole on the inner end face of the locking seat. An opening is formed through each of the first side locking receiving holes extending to the outer edge of the locking seat. A metal locking unit is provided in at least one of the first side locking receiving holes. The locking unit protrudes outward from the opening. A stop portion is formed at the bottom of the locking unit, which stops against the inner end face of the opening. An elastic element is provided between the bottom of the stop portion and the inner end face of the first side locking receiving hole, using the elastic element to push the locking unit outward from the opening. A connecting seat is fixedly attached to the inner end face of the locking seat, and the connecting seat has a through hole corresponding to the unlocking hole of the locking seat. The unlocking component has a polygonal unlocking unit that fits into the unlocking hole of the latching seat of the locking component. The unlocking unit can be fitted into the unlocking hole. Each side of the polygonal unlocking unit has a first-side magnetic receiving hole. The first-side magnetic receiving hole corresponding to the side where the latching unit is located is provided with an unlocking magnetic element. A gripping section is provided on the outer end face of the unlocking unit. The locking component has a fixing seat. The fixing seat has a latching hole that can be latched and engaged with the latching seat of the locking component. Locking holes are provided around the latching hole and on each of the openings on the outer edge of the latching seat.

2. The magnetic snap structure for the bag as described in claim 1, wherein, The bottom of the stop part has a sleeve rod for fitting and engaging with the elastic element.

3. The magnetic snap structure for the bag as described in claim 1, wherein, The inner end face of the coupling seat is provided with a second side locking hole arranged around the periphery of the through hole, which mates with the first side locking hole.

4. The magnetic snap structure for the bag as described in claim 1, wherein, The outer end face of the coupling is provided with a direction indicator on the outer edge of the perforation, and the outer end face of the grip section is provided with a panel, which is provided with a corresponding direction indicator on the direction indicator.

5. The magnetic snap structure for the bag as described in claim 1, wherein, The unlocking unit has a first positioning magnetic component in the middle, and a second positioning magnetic component that can be magnetically attracted to each other is provided in the locking hole corresponding to the first positioning magnetic component.

6. The magnetic snap structure for the bag as described in claim 1, wherein, The grip section has a corresponding second magnetic component receiving hole recessed in front of the first magnetic component receiving hole.

Images