Burglarproof bank note outlet

Abstract

The invention discloses a burglarproof bank note outlet, comprising the frame of the bank note outlet; the plate of the bank note outlet, a rotating shaft, a connecting plate and a lower baffle. The two sides of the plate of the bank note outlet are connected with an L-shaped left leg plate and an L-shaped right leg plate; the central turning positions of the left leg plate and the right leg plate are connected with the two sides of the frame in a turning way; the rotating shaft which is driven by a motor is arranged between the two sides of the frame; the two ends of the rotating shaft are respectively provided with a roller which is pulled to be freely upward rotated when the plate of the bank note outlet opens; the external sides of the left leg plate and the right leg plate are respectively provided with an inner gib head; the two ends of the rotating shaft respectively correspondingly form a clamping column which clamps the corresponding inner gib head; dentoid convex ribs are arranged on the plate of the bank note outlet at intervals; the upper sides and the lower sides of the convex ribs respectively extend to the upper edge and the lower edge of the plate of the bank note outlet; and one side of the lower baffle near the bank note outlet is respectively outward provided with a bend segment. When the bank note outlet is closed and is under a locking state, the lamping column is clamped in the corresponding inner gib head, and the left leg plate and the right leg plate lean against the upper surface of the washer of a corresponding limiting plate.

Description

technical field [0001] The invention relates to an anti-theft banknote output door, in particular to an anti-theft banknote output door capable of realizing self-locking and simultaneously preventing others from inserting foreign objects from the outside. Background technique [0002] At present, the cash-out door on the automatic teller machine used by the bank is mostly driven by the motor to rotate the shaft through 180 degrees. The door has very high requirements on the rotation position of the motor. Once there is an error in the rotation position, the self-locking after normal closing cannot be realized. The self-locking is not very reliable, and it is relatively easy for outsiders to pry open the money-out door, which seriously threatens the safety of the ATM. In addition, the strength and structure of the banknote door are not very ideal, and outsiders can easily insert things from the outside through the gaps in the assembly, seriously affecting the security of fina...

AI Technical Summary

Problems solved by technology

[0002] At present, the cash-out door on the automatic teller machine used by the bank is mostly driven by the motor to rotate the shaft through 180 degrees. The door has very high requirements on the rotation position of the motor. Once there is an error in the rotation position, the self-locking after normal closing cannot be realized. The self-locking is not very reliable, and it is relatively easy for outsiders to pry open the money-out door, which seriously threatens the safety of the ATM. In addition, the strength and structure of the banknote door are not very ideal. Outsiders can easily insert things from the outside through the gaps in the assembly, which seriously affects the security of financial equipment transactions.

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