Abstract: A safety gate is configured to be mounted at a gateway and has a frame and a gate body. The frame is configured to be mounted between two walls disposed at two sides of the gateway. The frame has two sides and two first positioning assemblies respectively disposed at the two sides of the frame. The gate body is disposed in the frame and has two sides and two first pivot assemblies respectively disposed at the two sides of the gate body. The first pivot assembly at each side of the gate body is configured to detachably and pivotally connect with the first positioning assembly at a respective one of the sides of the frame.

Abstract: A safety gate has a gate body and two first locking units. The gate body has two first connecting elements. The two first locking units are respectively mounted on two opposite sides of a door frame. Each first locking unit has a second connecting element and a blocking element. When the safety gate is closed, each of the first connecting elements is connected with a respective one of the second connecting elements. Each blocking element has a blocking position for blocking a corresponding first connecting element to prevent the corresponding first connecting element from being disengaged from the second connecting element and a pressed position to allow-the corresponding first connecting element to detach from the second connecting element of the first locking unit.

Abstract: A safety gate has a first post assembly, a spinning mechanism, a cover body, and a positioning mechanism. The spinning mechanism is rotatably mounted in the first post assembly. The cover body has an edge mounted in the spinning mechanism. The gate body is wound around and is pulled out from the spinning mechanism to spin the spinning mechanism. The positioning mechanism has a knob and a positioning mount. The positioning mount is moved upwardly or downwardly relative to the spinning mechanism to selectively disengage from and engage with the spinning mechanism. The spinning mechanism is prevented from spinning while being engaged with the positioning mount.

Abstract: A safety gate has two wall-mounted post assemblies, a main frame, and two connecting assemblies. The wall-mounted post assemblies are mounted on walls on two sides of the entrance. The main frame has a first frame portion, a second frame portion, and a sliding set. The sliding set connects the first frame portion and the second frame portion so the first frame portion and the second frame portion can slide with respect to each other to adjust an overlapping area. The connecting assemblies are mounted on two sides of the main frame and detachably mounted on the wall-mounted post assemblies. Therefore, the main frame is detachably mounted on the walls. Besides, the first frame portion and the second frame portion can be moved with respect to each other, so the occupied space is smaller and it is easy to control the blocked range of the entrance.

Abstract: A retractable safety gate has a mesh fabric, a retracting mechanism connected with a first side of the mesh fabric, and a fastening mechanism connected with a second side of the mesh fabric. The retracting mechanism includes a bottom bracket, a fastening bracket, a first mounting tube, a locking assembly, and an energy storage assembly. The first mounting tube is rotatably mounted in the bottom bracket and the fastening bracket. The mesh fabric is wound around the first mounting tube. The locking assembly is mounted on the first mounting tube and selectively engages with the fastening bracket. The energy storage assembly is mounted in the first mounting tube and provides a resilient restoring force that drives the first mounting tube to wind the mesh fabric around the first mounting tube. The retractable safety gate rolls the mesh fabric up automatically and is convenient for use.

Abstract: A safety gate has two wall-mounted post assemblies, a main frame, and two connecting assemblies. The two wall-mounted post assemblies are mounted to two walls of an entrance. The main frame has two frame portion. The two frame portion can pivot with respect to each other. The two connecting assemblies are mounted on two sides of the main frame and detachably and pivotally connected to the wall-mounted post assemblies. A stopping assembly is elastically mounted on a side, near the main frame, of each wall-mounted post assembly and configured to limit one of the connecting assemblies. With such safety gate, a user can press either one of the stopping assemblies to withdraw into the wall-mounted post assembly, and the corresponding connecting assembly can be separated from the wall-mounted post assembly to open the safety gate. When the two stopping assemblies are pressed, the main frame can be detached.

Abstract: A safety gate has a main frame, two wall-mounted assemblies, and two connecting assemblies. The two connecting assemblies are respectively and movably mounted on two opposite sides of the main frame. Each connecting assembly has a first connecting part and a second connecting part. Each wall-mounted assembly has a first pivot base and a second pivot base. Each first connecting part is rotatably and detachably connected to a corresponding first pivot base. Each second connecting part is rotatably and detachably connected to a corresponding second pivot base. By detaching and rotating one connecting assembly from the corresponding wall-mounted assembly, the main frame can be closed and opened as a gate. By detaching all the connecting parts from the corresponding bases, the main frame can be easily installed on and disassembled from a place.

Abstract: An easy-open safety gate for a barrier has a first door panel, a second door panel, a positioning assembly, and a locking assembly. The positioning assembly has a positioning base securely attached to a lower end portion of the first door panel, and an engaging member securely attached to a lower transversely bar of the second door panel and detachably engages with the positioning base. The locking assembly has a resilient locking member mounted in an upper end portion of the first door panel, and a locking housing pivotally mounted on an upper transverse bar of the second door panel and detachably engaging with the resilient locking member. No threshold is disposed below the safety gate. A user can unlock the locking assembly and rotate the second door panel with only one of his/her hands, which is convenient and safe for the user to open the safety gate.

Abstract: A safety gate has a main body, a connecting tube, and a first elastic piece. The main body has two first rods and two second rods, and the two second rods are perpendicular to the two first rods. The connecting tube is mounted on the first rods. The first elastic piece has two first functional sides. At least one of the first functional sides is formed on a top surface of the first elastic piece, the two first functional sides abut an inner surface of the end portion, and a first protruding portion is mounted through a connecting hole of the second rod and a joining hole of the connecting tube.

Abstract: A safety gate has a main body, a connecting tube, and a first elastic piece. The main body has two first rods and two second rods, and the two second rods are perpendicular to the two first rods. The connecting tube is mounted on the first rods. The first elastic piece has two first functional sides. At least one of the first functional sides is formed on a top surface of the first elastic piece, the two first functional sides abut an inner surface of the end portion, and a first protruding portion is mounted through a connecting hole of the second rod and a joining hole of the connecting tube.

Abstract: A safety gate has a gate body and at least one locking device. The at least one locking device is mounted on the gate body, and each has a fixing member, a sliding member, and a positioning member. The fixing member is tubular and has a closed end, at least one sliding protrusion, and a recess. The at least one sliding protrusion is formed on the closed end. The sliding member is mounted rotatably around the fixing member and has at least one guiding track and a holding hole. The at least one curved guiding track is formed on and protruding from an inner surface of the sliding member. Each guiding track has an inclined guiding surface to define a high end and a low end respectively at two ends of the guiding track.