Magnetism-maintaining storage for screwdriver bits

Abstract

This invention provides a screwdriver tip magnet-preserving storage device, comprising: a housing, a storage base, a cover plate, a lifting base plate, and a lifting mechanism. The storage base is disposed within the housing and has a plurality of storage holes and a plurality of magnets. The cover plate is disposed above the storage base. The lifting base plate is disposed below the storage base within the housing. The lifting mechanism connects the cover plate and the lifting base plate and includes: a lifting rod, a transverse slide, a straight guide post, and a guide sleeve. A plurality of magnets are disposed around each storage hole, allowing the user to insert the screwdriver tip into the storage hole to maintain its magnetism. The storage base is fixed to the housing and maintains a distance from the lifting base plate to form a lifting space, with the bottom of the screwdriver tip passing through the storage hole and abutting against the lifting base plate. When the cover plate is rotated open about a pivot axis, the cover plate, via the lifting rod, lifts the lifting base plate towards the upper storage base, thereby ejecting the screwdriver tip.

Claims

1. A screwdriver tip magnetic storage device, comprising: One box; A storage base is provided inside the box and has: multiple storage holes; A plurality of magnets are disposed in the storage base; a cover plate is disposed above the storage base and is pivotally connected to the storage base by a pivot shaft; wherein each of the magnets is located beside the storage hole; and wherein a screwdriver tip is stored in the storage hole and is maintained magnetically by the magnets.

2. The screwdriver tip magnetic retention storage device as described in claim 1, wherein, The magnets are disposed on the front and rear sides of each of the storage holes; wherein the magnets on the front and rear sides of the storage holes are adjacent to each other with opposite magnetic poles.

3. The screwdriver tip magnetic retention storage device as described in claim 1, wherein, The magnets are disposed on the left and right sides of each of the storage holes; wherein the magnets on the left and right sides of the storage holes are adjacent to each other with opposite magnetic poles.

4. The screwdriver tip magnetic retention storage device as described in claim 1, wherein, The magnets are disposed in front, back, left and right of each of the storage holes; wherein the magnets in the front and back directions of the storage holes are adjacent to each other with opposite magnetic poles; and wherein the magnetic pole directions of the magnets in the left and right directions of the storage holes correspond to the magnetic force directions formed by the front and back magnets.

5. The screwdriver tip magnetic retention storage device as described in claim 1, wherein, The magnets are disposed on one of the front or rear sides of each of the storage holes; wherein the magnets are staggered between adjacent storage holes.

6. The screwdriver tip magnetic retention storage device as described in claim 5, wherein, These magnets are adjacent to these receiving holes.

7. The screwdriver tip magnetic retention storage device as described in any one of claims 1 to 6 further includes: A lifting base plate is disposed below the storage seat in the housing; a lifting mechanism connects the cover plate and the lifting base plate, and includes: a lifting rod, one end of which is pivotally connected to the cover plate, and the other end which is formed as a rotary key connecting to the lifting base plate; a transverse slide groove disposed on the side of the lifting base plate; a vertical guide post disposed on the lifting base plate; and a guide sleeve disposed on the storage seat corresponding to the vertical guide post so that the vertical guide post can pass through; wherein, the rotary key is disposed in the transverse slide groove.

8. The screwdriver tip magnetic retention storage device as described in claim 7, wherein, A lifting space is formed between the storage base and the lifting base plate, and the bottom of the screwdriver bit passes through the storage hole and abuts against the lifting base plate; and wherein, when the cover plate is rotated open about the pivot axis, the base plate is also lifted in the lifting space by the lifting mechanism to push out the screwdriver bit.

9. The screwdriver tip magnetic retention storage device as described in claim 8, wherein, The lifting rod also has a latch protruding from the side of the lifting rod near the pivot shaft; and wherein, when the cover is opened, the latch engages with the pivot shaft to prevent the cover from closing.

10. The screwdriver tip magnetic retention storage device as described in claim 9, wherein, The storage base also includes: a storage slot; a top-out hole located at the bottom of the storage slot and being a through hole penetrating the storage base; and a top-out member located in the top-out hole, with its bottom abutting against the lifting base plate.

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