Abstract: A battery swapping station includes: a body internally provided with a battery storage area and a turnover channel both extending in a first direction and arranged side by side in a second direction. The battery storage area includes a plurality of storage positions sequentially distributed in a first direction and used for storing batteries, and an adjustment position located on one side of the plurality of storage positions in the first direction. The turnover channel is used for transferring the batteries at the storage positions. The first direction and the second direction are perpendicular to each other. The adjustment position and the turnover channel together form a battery adjustment area. A wall surface of the body in the first direction is provided with a battery access opening, and the battery access opening communicates with the battery adjustment area.

Abstract: This application discloses a battery. The battery includes: a cabinet, the cabinet being internally provided with a chamber and the cabinet including a top surface, a bottom surface, and a plurality of side surfaces, where the top surface and the bottom surface are disposed opposite each other, the plurality of side surfaces enclose the top surface at one end, the plurality of side surfaces enclose the bottom surface at the other end, and the top surface, the bottom surface, and the plurality of side surfaces collectively form the chamber; and a plurality of battery modules, disposed in the chamber and sequentially arranged in a direction from the top surface to the bottom surface; where at least one of the plurality of side surfaces is configured to be detachable from the cabinet. The technical solution provided in this application can reduce the production costs of the battery.

Abstract: A quick-change lock assembly is provided, which in some embodiments comprises: a shell with a hollow cavity formed therein; a quick-change bolt which is arranged in the cavity, is capable of moving axially to protrude from the cavity or being accommodated in the cavity, and is internally provided with a through hole along the axial direction; a bolt driving rod comprising: a bolt matching section slidably inserted into the through hole, and matched with the through hole such that the quick-change bolt is rotatable with the bolt driving rod; a flange portion, a first side surface, opposite to the quick-change bolt, of which is capable of pushing the quick-change bolt to move axially; and a tool matching section; an elastic member, both ends of which respectively abut against the inner top wall of the shell and the first side surface of the flange portion.

Abstract: A quick-change lock assembly is provided, which in some embodiments comprises: a shell with a hollow cavity formed therein; a quick-change bolt which is arranged in the cavity, is capable of moving axially to protrude from the cavity or being accommodated in the cavity, and is internally provided with a through hole along the axial direction; a bolt driving rod comprising: a bolt matching section slidably inserted into the through hole, and matched with the through hole such that the quick-change bolt is rotatable with the bolt driving rod; a flange portion, a first side surface, opposite to the quick-change bolt, of which is capable of pushing the quick-change bolt to move axially; and a tool matching section; an elastic member, both ends of which respectively abut against the inner top wall of the shell and the first side surface of the flange portion.

Abstract: A quick-change lock assembly may comprise: a shell with a hollow cavity formed therein; a quick-change bolt arranged in the cavity, wherein the quick-change bolt comprises a guide section, a threaded fixing section, a flange portion and a tool matching section, a through hole is formed in the quick-change bolt along the axial direction, first anti-loosening teeth are formed on the guide section; an unlocking mandrel configured to be inserted and retained in the through hole, wherein the length of the unlocking mandrel is greater than the length of the through hole, and when an external tool is inserted into the tool matching section, the external tool can push the unlocking mandrel to move along the through hole and protrude from the guide section to remove the locking of the first anti-loosening teeth; and a bolt fixing ring fixed to the shell and configured to stop the flange portion.

Abstract: Embodiments of this application provide an electrical connector assembly. The electrical connector assembly includes: an electrical connector body for docking with a battery, where the electrical connector body has a docking portion that docks with the battery; a shield portion capable of shielding the docking portion; and a driving means capable of driving the shield portion to shield the docking portion and driving the shield portion to leave the docking portion. According to the embodiments of this application, the electrical connector body can prevent, through shield of the shield portion, water or foreign matters from falling onto the docking portion of the electrical connector body during battery swapping which otherwise leads to short circuit or contamination of the electrical connector body.

Abstract: A battery swapping apparatus includes a movable base, a locking and unlocking mechanism, and a scissor type lifting mechanism. The locking and unlocking mechanism is configured to lock a battery to an electrical device or unlock the battery from the electrical device. The scissor type lifting mechanism is configured to drive the locking and unlocking mechanism to move up and down. The scissor type lifting mechanism includes a scissor unit, a driving member, a first transmission member, and a second transmission member. The first transmission member is mounted on the scissor unit and forms a slope fit with the second transmission member. The driving member is configured to drive the second transmission member to move, so as to drive the scissor unit to perform a scissor movement through the first transmission member.

Abstract: A battery swap apparatus and a battery swap system relating to the field of battery swap for electrical devices is disclosed. The battery swap apparatus includes a floating platform, a locking and unlocking mechanism and an positioning mechanism. The locking and unlocking mechanism is arranged on the floating platform, and the positioning mechanism is arranged on the floating platform. The positioning mechanism includes a positioning member and a driving member. The driving member is configured to drive the positioning member to move in a height direction of the battery swap apparatus, so as to adjust the height of the positioning member. The driving member drives the positioning member to move downwardly to reduce the height of the positioning member The driving member drives the positioning member to move upwardly to increase the height of the positioning member.

Abstract: The present application relates to a battery swap apparatus and a battery swap system for replacing a battery of an electrical device, which comprises: a movable base configured to drive the battery swap apparatus to move; two battery swap mechanisms arranged on the movable base, the two battery swap mechanisms being configured to carry two batteries so that the battery swap apparatus replaces the two batteries at the same time; and an exchange mechanism arranged on the movable base, the exchange mechanism being configured to drive the two battery swap mechanisms to exchange positions. The battery swap apparatus provided by the present application can replace two batteries at the same time, the number of times of traveling in the battery swap process is small, and the battery swap efficiency is high, which solves the problem of low battery swap efficiency at present.