Lock for gun and multifunctional gun storage stand
The present disclosure relates to the technical field of gun locks, and particularly, to a lock for safety protection of a gun trigger and a multifunctional gun storage stand. The lock includes a base, a shell fixedly connected to the base, a stabilizer fixedly connected to the shell, and a locking device mounted inside the shell. The locking device is provided with a movably opened and closed lock catch assembly and a locking assembly restraining the lock catch assembly from being movably opened and closed; the lock catch assembly is movably connected to the locking assembly, and the lock catch assembly is provided with a lock catch post.
1. A lock for a gun, comprising:
a base ( 10 );
a shell ( 12 ) fixedly connected to the base ( 10 );
a stabilizer ( 13 ) fixedly connected to the shell ( 12 ); and
a locking device ( 15 ) mounted inside the shell ( 12 );
wherein the locking device ( 15 ) comprises a movably opened and closed lock catch assembly ( 20 ) and a locking assembly ( 40 ) restraining the lock catch assembly ( 20 ) from being movably opened and closed; wherein the lock catch assembly ( 20 ) is movably connected to the locking assembly ( 40 ), and the lock catch assembly ( 20 ) comprises a lock catch post ( 22 ); and one end of the lock catch post ( 22 ) extends into the stabilizer ( 13 ) to be engaged with a trigger guard ring of the gun when the gun is placed on the stabilizer ( 13 ), thereby keeping the trigger guard ring on the stabilizer and preventing a trigger of the gun from being driven;
wherein the lock catch assembly ( 20 ) comprises a lock beam ( 31 ), a U-shaped seat ( 32 ), and comprises a latch hook ( 23 ); and the latch hook ( 23 ) is configured to be engaged with the trigger guard ring of the gun; and
lock catch assembly ( 20 ) comprises a lock beam ( 31 ), a U-shaped seat ( 32 ), and a support column ( 33 ); wherein one end of the lock beam ( 31 ) is movably connected to the locking assembly ( 40 ), and another end of the lock beam ( 31 ) is fixedly connected to the U-shaped seat ( 32 ); the support column ( 33 ) is connected to the U-shaped seat ( 32 ), passes through two side walls of the U-shaped seat ( 32 ), and protrudes out of the side walls by a certain distance; and another end of the lock catch post ( 22 ) sleeves the support column ( 33 ), thereby rotating around the support column ( 33 ) for opening and closing the lock catch assembly.
2. The lock according to claim 1 , wherein the lock catch post ( 22 ) comprises a first lock post ( 24 ) and a second lock post ( 25 ) respectively sleeving two opposite ends of the support column ( 33 ); the lock catch assembly ( 20 ) comprises a torsion spring ( 21 ) sleeving the support column ( 33 ); one end of the torsion spring ( 21 ) resists against the first lock post ( 24 ), and the other end of the torsion spring ( 21 ) resists against the second lock post ( 25 ); a torsion force of the torsion spring ( 21 ) keeps the first lock post ( 24 ) and the second lock post ( 25 ) in an open state where the first lock post and the second lock post are away from each other; a sliding convex bar ( 41 ) is arranged on a side wall of the lock assembly, opposite to an opening direction of the lock catch post ( 22 ); a sliding groove ( 26 ) is arranged on one side of the lock catch post ( 22 ) opposite to the sliding convex bar ( 41 ); the sliding convex bar ( 41 ) and the sliding groove ( 26 ) cooperate with each other to enable the lock catch post ( 22 ) to slide on the side wall of the locking assembly ( 40 ); and when the lock catch assembly ( 20 ) moves into the locking assembly ( 40 ), the side wall of the locking assembly ( 40 ) defining the sliding convex bar ( 41 ) forms a limiting barrier on the lock catch post ( 22 ), causing the first lock post ( 24 ) and the second lock post ( 25 ) to rotate towards each other to form a locked state of the lock catch post.
3. The lock according to claim 1 , wherein the lock catch assembly ( 20 ) comprises an unlocking spring ( 34 ) and a limiting clamp ( 35 ); the unlocking spring ( 34 ) sleeves the lock beam ( 31 ); one end of the unlocking spring ( 34 ) resists against the locking assembly ( 40 ), and another end of the unlocking spring ( 34 ) resists against the U-shaped seat; an elastic force of the unlocking spring ( 34 ) causes the lock catch assembly ( 20 ) to move towards an outside of the locking assembly ( 40 ); the limiting clamp ( 35 ) is fixedly connected to a tail of the one end of the lock beam ( 31 ) movably connected to the locking assembly ( 40 ); and the limiting clamp ( 35 ) is configured to limit a distance that the lock catch assembly ( 20 ) moves towards the outside of the locking assembly ( 40 ).
4. The lock according to claim 1 , wherein the locking assembly ( 40 ) comprises a main body ( 400 ), a lock hole ( 42 ), a spring bolt ( 43 ), and a locking spring ( 44 ); the spring bolt ( 43 ) is movably connected to the main body ( 400 ); the lock beam ( 31 ) is configured to be in locking connection with the spring bolt ( 43 ) through the lock hole ( 42 ) in a locked state of the lock beam; one end of the locking spring ( 44 ) resists against the main body ( 400 ), and another end of the locking spring ( 44 ) resists against the spring bolt ( 43 ); and an elastic force of the locking spring ( 44 ) causes the spring bolt ( 43 ) to cooperate with the lock beam ( 31 ) to maintain the locked state of the lock beam.
5. The lock according to claim 4 , wherein the lock catch assembly ( 20 ) comprises a manual pressing piece ( 36 ); the manual pressing piece ( 36 ) is movably connected to the shell ( 12 ); one end of the manual pressing piece ( 36 ) extends into the shell ( 12 ) and comprises a pressing groove ( 38 ), and the other end of the manual pressing piece extends out of the shell ( 12 ) and comprises a hand-pressing slider ( 37 ); the pressing groove ( 38 ) respectively resists against two ends of the support column ( 33 ) protruding out of the side walls of the U-shaped seat; the pressing groove ( 38 ) of the manual pressing piece ( 36 ) drives the U-shaped seat ( 32 ) and the lock beam ( 31 ) to be synchronously the hand-pressing slider ( 37 ), so that the spring bolt ( 43 ) and the lock beam ( 31 ) cooperate with each other to form the locked state of the lock beam.
6. The lock according to claim 4 , wherein the locking device ( 15 ) comprises a mechanical lock ( 45 ) and a mechanical cam ( 46 ); the mechanical lock ( 45 ) is fixedly connected to the shell ( 12 ), and the mechanical cam ( 46 ) is fixedly connected to a rotating shaft of the mechanical lock ( 45 ); and when the mechanical lock ( 45 ) is unlocked by an external key, the key is turned to cause the rotating shaft to synchronously rotate and drive the mechanical cam ( 46 ) to rotate, thereby pushing the spring bolt ( 43 ) to move a certain distance away from the lock beam ( 31 ) to form an unlocked state of the lock beam.
7. The lock according to claim 4 , wherein the locking device ( 15 ) comprises an electronic unlocking device ( 50 ); the electronic unlocking device ( 50 ) comprises a reduction motor ( 51 ), an electric cam ( 52 ), a touch switch ( 53 ), a circuit board ( 54 ), a power assembly ( 55 ), and a power inputting assembly ( 57 ); the reduction motor ( 51 ), the touch switch ( 53 ), and the circuit board ( 54 ) are fixedly connected to the locking assembly ( 40 ) respectively; the electric cam ( 52 ) is fixedly connected to a rotating shaft of the reduction motor ( 51 ); the power assembly ( 55 ) is fixedly connected to the circuit board ( 54 ); the reduction motor ( 51 ) is configured to be controlled to rotate after the power inputting assembly ( 57 ) receives a correct preset password, thus driving the electric cam ( 52 ) to rotate synchronously and then pushing the spring bolt ( 43 ) to move a certain distance away from the lock beam ( 31 ) to form an unlocked state of the lock beam; and when the spring bolt ( 43 ) moves the certain distance and resists against the touch switch ( 53 ), the reduction motor ( 51 ) is controlled to stop rotating.
8. The lock according to claim 7 , wherein the electronic unlocking device ( 50 ) comprises a fingerprint recognition assembly ( 58 ) configured to receive a correct preset fingerprint; and after the fingerprint recognition assembly ( 58 ) receives the correct preset fingerprint, the reduction motor ( 51 ) is controlled to rotate, thus driving the electric cam ( 52 ) to rotate synchronously and then pushing the spring bolt ( 43 ) to move the certain distance away from the lock beam ( 31 ) to form the unlocked state of the lock beam.
9. A multifunctional gun storage stand, comprising: the lock according to claim 1 ; and a stand body ( 70 ), wherein the stand body ( 70 ) comprises a lock fixing seat ( 71 ), a placement frame ( 72 ), a stacking frame ( 73 ), a card holder slot ( 74 ), and a storage slot ( 75 ); the base ( 10 ) of the lock comprises a buckle groove ( 11 ); and the buckle groove ( 11 ) is configured to be buckled on the lock fixing seat ( 71 ), so that the lock is fixedly connected to the stand body ( 70 ).