An actuation device for a flap mounted pivotably on a compartment, with a push-push kinematic, includes a first actuation part to be fastened on the flap and a second actuation part to be fastened on the component. The first actuation part engages with the second actuation part when the flap is moved from its opened position into its closed position, so that after a first stroke of the first actuation part in the direction of the second actuation part and a subsequent backstroke of the first actuation part, the actuation parts are held on each other in an arresting position. The arresting position is released by a second stroke of the first actuation part in the direction of the second actuation part so that the flap can be moved into its opened position, wherein the first actuation part and the second actuation part are disengaged.

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.

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.

A latch structure for a tail gate comprises a housing having an opening groove; a catch having a locking groove disposed in the housing; a pole rotatably mounted on the housing that restricts the rotation of the catch when a protruding portion thereof enters the locking groove; a rail fixed to the housing and having a sliding groove; a link arm having a first end rotatably coupled to the catch, and a second end mounted to be movable along the sliding groove based on the rotation of the catch; a striker; and a stopper disposed in the sliding groove, wherein when the catch is an open position, the striker is configured to enter and exit the locking groove, when the catch is in a locked position, the striker is restricted from entering and exiting the locking groove, and the stopper restricts the movement of the link arm to prevent the catch from rotating.

The present invention relates to a filtration assembly for filtering a fluid flowing in particular in a motor or a hydraulic equipment, comprising: a filter body having a tank and a cover, the filter body being intended to house a filter cartridge, at least one locking system for the filter body, being movable between a locking position and an unlocking position, wherein said filtration assembly has means for holding the locking system (5) in the unlocking position.

The present invention relates to a filtration assembly for filtering a fluid flowing in particular in a motor or a hydraulic equipment, comprising: a filter body having a tank and a cover, the filter body being intended to house a filter cartridge, at least one locking system for the filter body, being movable between a locking position and an unlocking position, wherein said filtration assembly has means for holding the locking system (5) in the unlocking position.

A rotatable lock pin that inhibits forced entry into a container through a closure by securing the lock pin to the container. A lock pin has a pin cylinder with a curvature of rotation that engages with a rotation facilitator. The path of the curvature of rotation and the engagement of the rotation facilitator therewith causes the lock pin to rotate in a pre-determined fashion, so that structures on the lock pin can engage or attach to some part of the container to secure the position of the lock pin and hold the closure door in place. Lock pins of the subject invention utilized with safes can inhibit forced entry through the door by side punching or prying of the door.

A rotatable lock pin that inhibits forced entry into a container through a closure by securing the lock pin to the container. A lock pin has a pin cylinder with a curvature of rotation that engages with a rotation facilitator. The path of the curvature of rotation and the engagement of the rotation facilitator therewith causes the lock pin to rotate in a pre-determined fashion, so that structures on the lock pin can engage or attach to some part of the container to secure the position of the lock pin and hold the closure door in place. Lock pins of the subject invention utilized with safes can inhibit forced entry through the door by side punching or prying of the door.

A compression latch for a door includes a driver that is rotatable with respect to the door between an unlocked position and a locked position. The driver is configured to be mounted to one side of the door. A driver shaft is non-rotatably connected to the driver such that the driver shaft rotates along with the driver. In an unlocked position of the driver, the pawl is positioned to permit opening of the door, and, in a locked position of the driver, the pawl is positioned to prevent opening of the door. The compression latch is configured to translate the pawl closer toward the door upon rotating the driver from the unlocked position to the locked position.

A compression latch for a door includes a driver that is rotatable with respect to the door between an unlocked position and a locked position. The driver is configured to be mounted to one side of the door. A driver shaft is non-rotatably connected to the driver such that the driver shaft rotates along with the driver. In an unlocked position of the driver, the pawl is positioned to permit opening of the door, and, in a locked position of the driver, the pawl is positioned to prevent opening of the door. The compression latch is configured to translate the pawl closer toward the door upon rotating the driver from the unlocked position to the locked position.