Multi-functional fence for infants

A multi-functional fence for infants, comprising a plurality of fence panels, a plurality of fence connectors, a plurality of wall connectors, and a gate mechanism;

• wherein adjacent ones of the plurality of fence panels are connected to each other via the fence connectors;
• the gate mechanism is arranged between two of the fence panels, and both ends of the gate mechanism are respectively connected to the corresponding fence panels via fence connectors;
• the fence panels located at both ends are provided with wall connectors at their end portions for connection and fixation to a wall, thereby securing the entire fence;
• the wall connectors comprise an upper wall connector and a lower wall connector, the upper wall connector being installed at an upper end portion of a fence panel, and the lower wall connector being installed at a lower end portion of a fence panel;
• the upper wall connector comprises a first wall connector head, a first fence connecting sleeve, a first pin shaft, a first spring and a first button;
• one end of the first fence connecting sleeve is connected to a fence panel, and another end of the first fence connecting sleeve is provided with a first adapter;
• an upper end of the first wall connector head is provided with a first button blind hole, a bottom of the first button blind hole is provided with a first circular rotation chamber, and a top of the first circular rotation chamber is provided with a circle of first tooth grooves in an annular array;
• the first button is arranged within the first button blind hole, and a lower end of the first button is provided with a circle of first limiting teeth in an annular array, the first limiting teeth meshing with the first tooth grooves;
• a center portion of the bottom of the first button blind hole is provided with a first hole extending downward into the first adapter, a bottom of the first hole is provided with a first shaft hole, the first pin shaft is arranged within the first shaft hole and its upper end passes through the first hole to connect to a lower side of the first button;
• an inner wall of the first hole is provided with a circle of second tooth grooves in an annular array, a lower end of the first pin shaft is provided with a circle of second limiting teeth in an annular array, the second limiting teeth meshing with the second tooth grooves;
• the first spring is sleeved outside the first pin shaft within the first hole, an upper end of the first spring abuts against the lower side of the first button;
• when the first button is pressed, the first button and the first pin shaft simultaneously move downward, compressing the first spring;
• when the first limiting teeth on the first button all move into the first circular rotation chamber, the second limiting teeth also completely disengage from the second tooth grooves, thereby releasing the limitation between the first wall connector head and the first adapter so that the first wall connector head and the first adapter can rotate relative to each other, allowing adjustment of the placement direction of the fence;
• releasing the press on the first button, under the action of the first spring, the first limiting teeth reset and mesh with the first tooth grooves, and the second limiting teeth reset and mesh with the second tooth grooves, thereby completing locking between the first wall connector head and the first adapter;
• one end portion of the first wall connector head is provided with a first perforated connecting plate, the first perforated connecting plate being connected to a wall via a bolt.