Tamper-resistant container

1. A tamper-resistant container comprising:

a canister having a canister rim defining an opening extending into a canister chamber;

a lid sized and configured to engage the canister rim for closure of the opening by rotation of the lid in a first rotational direction relative to the canister rim;

a locking pin, the locking pin having a locked position with the locking pin being engaged with the canister for mitigating disengagement of the lid from the canister rim, the locking pin having an unlocked position with the locking pin being unengaged with the canister; and

a locking disc attached to a top side of the lid opposite the canister so as to be manually accessible from outside while the lid is engaged with the canister rim, the locking disc being sized and configured to move the locking pin from the unlocked position to the locked position upon rotation of the locking disc in the first rotational direction in relation to the lid, wherein the lid is configured to prevent rotation of the locking disc in a second rotational direction opposite the first rotational direction.

2. The tamper-resistant container of claim 1 wherein the locking pin is slidably attached to the lid.

3. The tamper-resistant container of claim 2 wherein the locking disc includes first magnetic element and the locking pin includes a second magnetic element, the first and second magnetic elements are sized and configured to magnetically interact with each other.

4. The tamper-resistant container of claim 3 wherein the locking disc is sized and configured to slide the locking pin from the locked position to the unlocked position upon the locking disc being rotated to a position with the first magnetic element aligned with the second magnetic element.

5. A method of using a tamper-resistant container, the method comprising:

(a) providing the tamper-resistant container of claim 1 ;

(b) engaging the lid with the canister rim for closure of the opening; and

(c) rotating the locking disc to move the locking pin from the unlocked position to the locked position with the locking pin being engaged with the canister for mitigating disengagement of the lid from the canister rim.

6. The method of using a tamper-resistant container of claim 5 wherein step (b) includes rotating the lid relative to the canister rim to threadedly engage the lid with the canister rim.

7. The method of using a tamper-resistant container of claim 5 wherein the locking disc includes a first magnetic element and the locking pin includes a second magnetic element, the first and second magnetic elements being sized and configured to magnetically interact with each other, the method further including:

(d) rotating the locking disc to align the first magnetic element with the second magnetic element to slide the locking pin from the locked position to the unlocked position.

8. A tamper-resistant container comprising:

a canister having a canister rim defining an opening extending into a canister chamber;

a lid sized and configured to engage the canister rim for closure of the opening by rotation of the lid in a first rotational direction relative to the canister rim;

a locking pin, the locking pin having a locked position with the locking pin being engaged with the canister for mitigating disengagement of the lid from the canister rim, the locking pin having an unlocked position with the locking pin being unengaged with the canister;

an actuator attached to a top side of the lid opposite the canister so as to be manually accessible from outside while the lid is engaged with the canister rim, the actuator being sized and configured to move the locking pin from the unlocked position to the locked position upon rotation of the actuator in the first rotational direction in relation to the lid, wherein the lid is configured to prevent rotation of the actuator in a second rotational direction opposite the first rotational direction; and

the canister being formed of a polymer material having a plurality of structural ribs to increase the structural strength of the canister.

9. The tamper-resistant container of claim 8 wherein the structural ribs are formed on an interior surface of the canister chamber.

10. The tamper-resistant container of claim 9 wherein the structural ribs are formed in a honeycomb geometric configuration.

11. The tamper-resistant container of claim 10 wherein the actuator comprises a locking disc including a first magnetic element and the locking pin includes a second magnetic element, the first and second magnetic elements being sized and configured to magnetically interact with each other.

12. The tamper-resistant container of claim 11 wherein the locking disc is sized and configured to slide the locking pin from the locked position to the unlocked position upon the locking disc being rotated to a position with the first magnetic element aligned with the second magnetic element.

13. The tamper-resistant container of claim 12 wherein the canister is formed from an injection molded polymer material.