SMART ANTI-THEFT DEVICE WITH MULTIPLE ALARM FUNCTION

Abstract

Embodiments described herein relate to an anti-theft device. The anti-theft device may comprise an arm hook which has a long arm movably inserted into a guide slot, a cable which penetrates through a vacuum cup and is electrically connected to a circuit board, and a monitoring assembly for protecting the anti-theft device against damage is mounted on the anti-theft device and comprises a switch arranged on the circuit board and magnetic steel arranged on a short arm of the arm hook.

Description

TECHNICAL FIELD

The invention relates to an anti-theft device, in particular to a self-alarm anti-theft tag for vacuum cups.

BACKGROUND

YETI® vacuum cups are widely used at present and have the following structural features: the upper portion is thick, the lower portion is a bit thin, a cup lid covers an opening in the upper end of a cup body through a seal ring, and a water outlet is formed in the edge of the cup lid. Users can drink water directly via the water outlet without opening the cup lid, so the YETI® vacuum cups are particularly suitable for drivers in the driving process. While these vacuum cups are popular, they may also be subject to theft which should be abated.

BRIEF SUMMARY OF EMBODIMENTS

The technical issue to be settled by the invention is to overcome the defects mentioned in the background to provide a novel smart anti-theft tag with a quadruple alarm function. The tag has a comprehensive anti-theft function.

In some embodiments, a novel smart anti-theft tag with a quadruple alarm function comprises a cover seat which is provided with an acoustomagnetic coil and a circuit board and formed with a guide slot, an arm hook which is a curved hook and has a long arm movably inserted into the guide slot, a plug which is mounted on the cover seat and used to lock the arm hook in a moving state, and a cable which is mounted at one end of the cover seat, penetrates through a YETI® vacuum cup and is electrically connected to the circuit board, wherein a monitoring assembly for protecting the tag against damage is mounted on the tag and comprises a Hall® switch arranged on the circuit board and magnetic steel arranged on a short arm of the arm hook.

The magnetic steel is fixed in a groove of the short arm by means of a magnetic steel cover.

The tag further comprises a rack buckle, two branch arms are arranged at a front end of the long arm, and the rack buckle is mounted on the branch arms to prevent the long arm from being inserted into the guide slot.

Barbs are designed at ends of the branch arms to prevent the arm hook from retreating from the guide slot.

The cover seat is formed by a top cover and a bottom cover which are buckled and fixed together, a guide slot allowing the arm hook to horizontally move therein is formed between the top cover and the bottom cover, and one end of the guide slot extends leftwards and penetrates through an outer wall of the seat cover to be communicated with the outside to form an inlet via which the arm hook is inserted into the guide slot.

The plug comprises a toothed pillar arranged in a lock hole of the top cover in a vertically sliding manner and having a bottom end engaged and matched with the long arm through a unidirectional engaging structure, a spring pressing the toothed pillar downwards from an upper end of the toothed pillar, and a plug cover pressing the spring downwards and fixed at a top opening of the lock hole.

The unidirectional engaging structure comprises a plurality of unidirectional teeth formed at a bottom end of the toothed pillar and a unidirectional rack arranged on the long arm and engaged and matched with the unidirectional teeth.

The cable is approximately in a circle shape and has two ends fixed to the cover seat and connected to the circuit board.

A power switch is further mounted in the guide slot, and a contact of the power switch protrudes out of a bottom surface of the top cover to be triggered by the arm hook.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a front structural view of the invention.

FIG. 2 is a top structural view of the invention.

FIG. 3 is a right structural view of the invention.

FIG. 4 is a bottom structural view of the invention.

FIG. 5 is a sectional structural view of the invention.

FIG. 6 is an exploded view of the invention.

FIG. 7 is an installation diagram of the invention.

FIG. 8 is a front structural view of a YETI® vacuum cup.

DETAILED DESCRIPTION

The operating principle may comprise, as shown in FIG. 7, the cable on the anti-theft tag is tied from the bottom of a YETI® vacuum cup, then the anti-theft tag is attached to the wall of the cup, and next, the arm hook is pressed downwards to enable a hook on the arm hook to be inserted into a cup lid via a water outlet in the cup lid, so the arm hook triggers the power switch in the cover seat to turn on the power switch to enable the tag to work. Although a YETI® vacuum cup is described, other cups may be used in embodiments of the disclosure.

If someone intends to steal the YETI® vacuum cup from the market without permission, the acoustomagnetic coil in the anti-theft tag will trigger an antenna at the door of the market when the shoplifter passes through the antenna, and then, the antenna gives a sound-light alarm. If the shoplifter intends to cut off the cable, a circuit in the circuit board will be triggered, and a sounder element (e.g., a buzzer) in the circuit board will give an alarm automatically. The anti-theft tag provided by the invention can be protected against damage: when someone with a malicious intension attempts to destroy the anti-theft tag or remove the tag from the vacuum cup, the distance between the anti-theft tag and the vacuum cup under protection will goes beyond the protection scope, and a signal alarm will be triggered. This alarm function can deter those with malicious intensions, and can protect the commodity and the anti-theft tag against damage.

The invention has the following beneficial effects: the anti-theft tag can be protected against damage, thus having a quadruple alarm function: the alarm function of the anti-theft tag, the alarm function realized when an antenna of an anti-theft system is triggered, the alarm function in case of destruction (e.g., when the cable is cut off), and the damage-proof alarm function; and by configuring the smart anti-theft tag on the YETI® vacuum cup, the YETI® vacuum cup can be effectively prevented from being stolen when sold in a market, and the anti-theft tag is simple in structure, low in cost and popular in the industry.

The illustrated embodiment will be further explained below in conjunction with the accompanying drawings.

A YETI® vacuum cup, as shown in FIG. 8, has a thick upper portion and a thin lower portion in structure; and a cup lid covers an opening in the upper end of a cup body through a seal ring, and a water outlet is formed in the edge of the cup lid. This is the common structure of YETI® vacuum cups.

According to a novel smart anti-theft tag with a quadruple alarm function provided by the invention, an acoustomagnetic coil 5 and a circuit board 10 are arranged on a cover seat; the cover seat is formed by a top cover 4 and a bottom cover 9 which are bucked and fixed together (e.g., with a binding agent); a guide slot allowing an arm hook 8 to horizontally move therein is formed between the top cover and the bottom cover, a left end of the guide slot extends leftwards and penetrates through an outer wall of the cover seat to be communicated with the outside to form an inlet, and the arm hook is inserted into the slot via the inlet. A power switch 17 is mounted in the guide slot, and a contact of the power switch protrude out of a bottom surface of the top cover to be triggered by the arm hook to start a circuit, so as to enable the tag to work. The circuit board is provided with a battery 7 (e.g., model: CR2450).

The arm hook is a curved hook and has a long arm 8-1 movably inserted into the guide slot and a short arm 8-2 capable of hooking the opening of the cup lid during use to firmly fix the tag on the vacuum cup. In some embodiments, an anti-theft tag for vacuum cups can protect the cup body or the cup lid. In some embodiments, the tag provided by the disclosure can protect the cup body, and also can protect the cup lid. When the tag provided by the disclosure is used, the cup lid of the YETI® vacuum cup may be locked and not separated from the cup body, so an observer can open the cup lid by a certain angle to observe the internal structure of the cup.

A plug is mounted on the cover seat (e.g., on the top cover) and is used to lock the arm hook. In the plug, a toothed pillar 3 is located in a lock hole 4-1 of the top cover in a vertically sliding manner (e.g., the sliding direction of the toothed pillar is perpendicular to the moving direction of the arm hook, etc.), a bottom end of the toothed pillar is engaged and matched with the long arm through a unidirectional engaging structure, and a steel bar is embedded in the toothed pillar to improve the attractive force when a magnet works; a spring 2 presses the toothed pillar downwards from an upper end of the toothed pillar; and a plug cover 1 is fixed to a top opening of the lock hole and presses the spring downwards, so that a downward elastic pressing force is applied to the toothed pillar by the spring.

The unidirectional engaging structure comprises a plurality of unidirectional teeth formed at a bottom end of the toothed pillar and a unidirectional rack 8.1 arranged on the long arm; and the unidirectional rack is engaged and matched with the unidirectional teeth, such that the arm hook can move in one direction (e.g., the arm hook can move in the guide slot from left to right in FIG. 1, FIG. 2, and FIG. 4).

A cable 11 is mounted at one end of the cover seat (e.g., at the right end, as shown in FIG. 1), penetrates through the YETI® vacuum cup and is used as a wire electrically connected to the circuit board. The cable is approximately in a circle shape, and both ends of the cable are fixed to the cover seat and are connected to the circuit board.

The improvement of the invention lies in that a monitoring assembly for protecting the tag against damage is mounted on the tag. In the monitoring assembly, a Hall® switch 16 is arranged on the circuit board, and magnetic steel 13 is arranged on the short arm. A groove 8.2 is formed in a side, facing the long arm, of the end of the short arm, and the magnetic steel is disposed in the groove and is fixed by means of a magnetic steel cover 14. When the arm hook is inserted into the guide slot, the magnetic steel is close to the Hall® switch and is located within the sensing range of the Hall® switch.

Two branch arms 8-3 are arranged at a front end of the long arm (e.g., a right end of the long arm in FIG. 2) in parallel and are spaced apart from each other by a certain distance, and barbs 8.3 are designed at ends of the branch arms to prevent the branch arms from retreating from the guide slot. As shown in FIG. 6, barbs protruding outwards are formed on left and right sides of the end of each branch arm and are hooked in holes in left and right walls of the guide slot, so that the branch arms are prevented from retreating from the guide slot.

The tag further comprises a rack buckle 15, two clamping grooves 15.1 matched with the branch arms are formed in the rack buckle 15, and the rack buckle can be inserted in the branch arms (e.g., as shown in FIG. 1), so that the arm hook can be prevented from being inserted into the guide slot, which may otherwise cause accidental locking.

When the smart anti-theft tag is locked, the power switch will be turned on, the magnetic steel is within the sensing range of the Hall® switch, and the tag will not give an alarm. When a shoplifter intends to steal the vacuum cup with the tag, he/she has to break off the cup lid, which will in turn drive the magnetic steel to move with respect to the Hall® switch; when the magnetic steel moves out of the sensing range of the Hall® switch, a pre-alarm will be given to frighten the shoplifter from stealing the vacuum cup, the pre-alarm will last for three seconds, and if the cup lid is returned, that is the rack is returned, within the three seconds, the pre-alarm will stop. If the theft still commits shoplifting regardless of the pre-alarm sounds, a formal alarm will be given once the pre-alarm lasts for over three seconds, and the formal alarm is irreversible and will not be eliminated unless the tag is reassembled on the vacuum cup.

This alarm function can deter the shoplifter, and may also protect the commodity and the smart anti-theft tag against damage.

Claims

1. An anti-theft device for a cup, the anti-theft device comprising: an arm hook comprising a long arm inserted into a guide slot;a plug configured to lock the arm hook within the guide slot;a cable configured to encircle the cup, the cable being operably connected to a circuit board; anda monitoring assembly comprising: a switch operably connected to the circuit board and configured to sense a magnetic field, anda magnetic material arranged on the arm hook;wherein, when the magnetic material is moved out of a sensing range of the switch while the anti-theft device is activated, an alarm will sound.

2. The anti-theft device of claim 1, further comprising: a power switch mounted in the guide slot; anda contact of the power switch, wherein the contact protrudes into the guide slot;wherein the contact of the power switch is configured to be triggered when the arm hook is locked within the guide slot.

3. The anti-theft device of claim 1, further comprising a cover seat forming the guide slot; wherein the cover seat is provided with an acoustomagnetic coil.

4. The anti-theft device of claim 3, wherein: the cable extends approximately in a circular arc; andthe cable has two ends fixed to the cover seat.

5. The anti-theft device of claim 3, wherein: the cover seat comprises: a top cover, anda bottom cover, wherein the top cover and the bottom cover are fixed together;the guide slot allows the arm hook to move horizontally when the arm hook is not locked by the plug;the guide slot is formed between the top cover and the bottom cover of the cover seat; andthe guide slot has an end that penetrates through an outer wall of the cover seat to form an inlet through which the arm hook extends into the guide slot.

6. The anti-theft device of claim 5, wherein: the top cover has a lock hole having a top opening; andthe plug comprises: a toothed pillar located in the lock hole of the top cover in a vertically sliding manner and configured to be engaged with the long arm of the arm hook through a plurality of unidirectional teeth;a spring configured to press the toothed pillar toward the long arm of the arm hook; anda plug cover configured to press the spring toward the long arm of the arm hook;wherein the plug cover is fixed to the top opening of the lock hole.

7. The anti-theft device of claim 1, wherein: the arm hook further comprises a short arm coupled to the long arm;the short arm of the arm hook has a groove; andmagnetic steel is fixed in the groove of the short arm of the arm hook.

8. The anti-theft device of claim 1, wherein: the long arm of the arm hook comprises one or more branch arms at a front end of the long arm;the anti-theft device further comprises a rack buckle configured to be mounted on the one or more branch arms of the long arm; andwhen the rack buckle is mounted on the one or more branch arms of the long arm, the rack buckle inhibits the long arm from being inserted into the guide slot.

9. The anti-theft device of claim 1, wherein: the long arm of the arm hook comprises one or more branch arms at a front end of the long arm;one or more of the branch arms further comprises a barb at an end thereof to inhibit the arm hook from retreating from the guide slot.

10. The anti-theft device of claim 1, wherein: the plug comprises a plurality of unidirectional teeth; andthe long arm of the arm hook comprises a unidirectional rack configured to engage the unidirectional teeth of the plug.

11. A anti-theft device for a cup, the anti-theft device comprising: a cover seat forming a guide slot and provided with an acoustomagnetic coil and a circuit board;an arm hook comprising a long arm inserted into the guide slot of the cover seat; anda cable mounted to the cover seat at one end thereof;wherein the cable is configured to encircle the cup of the cover seat;wherein the cable is operatively connected to the circuit board; andwherein a monitoring assembly comprising a switch is operatively connected to the circuit board.

12. The anti-theft device of claim 11, further comprising a plug mounted on the cover seat; wherein the plug has a configuration that locks the arm hook.

13. The anti-theft device of claim 12, wherein: the cover seat comprises: a top cover, anda bottom cover, wherein the top cover and the bottom cover are fixed together;the guide slot allows the arm hook to move horizontally when the arm hook is not locked by the plug;the guide slot is formed between the top cover and the bottom cover of the cover seat; andthe guide slot has an end that penetrates through an outer wall of the cover seat to form an inlet through which the arm hook extends into the guide slot.

14. The anti-theft device of claim 13, wherein: the top cover has a lock hole having a top opening; andthe plug comprises: a toothed pillar located in the lock hole of the top cover in a vertically sliding manner and configured to be engaged with the long arm of the arm hook through a plurality of unidirectional teeth;a spring configured to press the toothed pillar toward the long arm of the arm hook; anda plug cover configured to press the spring toward the long arm of the arm hook;wherein the plug cover is fixed to the top opening of the lock hole.

15. The anti-theft device of claim 12, wherein: the plug comprises a plurality of unidirectional teeth; andthe long arm of the arm hook comprises a unidirectional rack configured to engage the unidirectional teeth of the plug.

16. The anti-theft device of claim 12, further comprising: a power switch mounted in the guide slot; anda contact of the power switch, wherein the contact protrudes into the guide slot;wherein the contact of the power switch is configured to be triggered when the arm hook is locked within the guide slot.

17. The anti-theft device of claim 11, wherein: the arm hook further comprises a short arm coupled to the long arm;the short arm of the arm hook has a groove; andmagnetic steel is fixed in the groove of the short arm of the arm hook.

18. The anti-theft device of claim 11, wherein: the long arm of the arm hook comprises one or more branch arms at a front end of the long arm;the anti-theft device further comprises a rack buckle configured to be mounted on the one or more branch arms of the long arm; andwhen the rack buckle is mounted on the one or more branch arms of the long arm, the rack buckle inhibits the long arm from being inserted into the guide slot.

19. The anti-theft device of claim 11, wherein: the long arm of the arm hook comprises one or more branch arms at a front end of the long arm;one or more of the branch arms further comprises a barb at an end thereof to inhibit the arm hook from retreating from the guide slot.

20. The anti-theft device of claim 11, wherein: the cable extends approximately in a circular arc; andthe cable has two ends fixed to the cover seat.