Abstract: An electronic device includes: a casing, including a first side surface and a second side surface parallel to each other; a positioning column, including a first end portion and a second end portion having a first plane and a first convex portion; and an operating member, assembled on the casing and corresponding to the positioning column, and including a push portion having a second plane and a second convex portion. When the operating member is at a first position, the first convex portion correspondingly presses against the second plane, the second convex portion correspondingly presses against the first plane, and the first end portion is accommodated in the casing. When the operating member is at a second position, the first convex portion correspondingly presses against the second convex portion, and the first end portion protrudes from the first side surface of the casing.

Abstract: A latch mechanism includes an elastic piece, a positioning member and an operation member. The elastic piece has a positioning end and an immobile end fixed at a sliding member. The positioning member has a positioning portion. The operation member is provided at the positioning member. The positioning end is pressingly secured at the positioning portion to block a linear sliding movement of the sliding member. The operation member is slid to push the elastic piece and drive the positioning end to depart the positioning portion, further allowing the linear sliding movement of the sliding member. The latch mechanism prevents a battery from being accidentally separated from an electronic device caused by an impact or falling off of the electronic device.

Abstract: A latch mechanism includes an elastic piece, a positioning member and an operation member. The elastic piece has a positioning end and an immobile end fixed at a sliding member. The positioning member has a positioning portion. The operation member is provided at the positioning member. The positioning end is pressingly secured at the positioning portion to block a linear sliding movement of the sliding member. The operation member is slid to push the elastic piece and drive the positioning end to depart the positioning portion, further allowing the linear sliding movement of the sliding member. The latch mechanism prevents a battery from being accidentally separated from an electronic device caused by an impact or falling off of the electronic device.

Abstract: An electronic device includes a housing, a locking assembly and a battery demountably disposed on the housing and including a first engaging portion. The locking assembly includes a limiting element, a pressing element and a linking element movably disposed on the housing and includes a second engaging portion. The first and second engaging portions engage, allowing the battery to be fixedly disposed on the housing. The limiting element is disposed on the housing and includes first and second limiting portions. The pressing element is connected to the linking element and disposed at the first limiting portion to fix relative positions of the first and second engaging portions. When the pressing element separates from the first limiting portion and moves to the second limiting portion, the linking element drives the second engaging portion to separate from the first engaging portion, causing the battery to separate from the housing.

Abstract: A shockproof assembly, preventing a flat storage device from shock damage, includes a housing, a bracket, and at least one first buffer. The housing has a bottom plate and a top plate coupled to each other correspondingly and covering the flat storage device. The bracket has a plurality of side blades extended along an extending direction, and the bracket is coupled the side wall of the flat storage device. A first buffer store space is defined among the side blades and the bottom plate of the housing. The first buffer is disposed in the first buffer store space and has a preset height for keeping a preset interval between the bottom face of the flat storage device and the bottom plate. Shock is absorbed by the first buffer during being transmitted to the flat storage device via the housing when the shockproof assembly is shaken.

Abstract: A shockproof assembly, preventing a flat storage device from shock damage, includes a housing, a bracket, and at least one first buffer. The housing has a bottom plate and a top plate coupled to each other correspondingly and covering the flat storage device. The bracket has a plurality of side blades extended along an extending direction, and the bracket is coupled the side wall of the flat storage device. A first buffer store space is defined among the side blades and the bottom plate of the housing. The first buffer is disposed in the first buffer store space and has a preset height for keeping a preset interval between the bottom face of the flat storage device and the bottom plate. Shock is absorbed by the first buffer during being transmitted to the flat storage device via the housing when the shockproof assembly is shaken.