The present invention relates to a gate. More specifically, the present invention relates to a gate having at least one arm, wherein the at least one arm is configured to extend and retract. When the at least one arm is substantially extended, the at least one arm substantially prevents access through the gate. When the at least one arm is substantially retracted, the at least one arm no longer substantially prevents access through the gate.

A turnstile comprising means for dictating a person entering or exiting the lane, a barrier positioned to move between a position blocking a lane and a position where it allows passage through the lane, under control of a motor; means for checking the credentials of a person attempting to pass through the lane and a brake, the turnstile having a mode of operation in which in the event that a user enters an exit side of the lane without presenting a credential, and an authorised person is not detected on the entry side of the lane, the brake is unlocked and the barrier is held in position in a closed mode but is able to be pushed or pulled by the person who has entered from the exit side in order for that person to exit; and the motor assists movement in the pushing or pulling direction by moving the barrier at a controlled speed, less than a speed at which it operates the barrier if the exiting user presents a credential.

A rotation device includes a base seat, an axle unit and a restoring unit. The axle unit includes an upper axle that extends into the base seat. The restoring unit permits the upper axle to extend therein. The restoring unit is for restoring the upper axle to its original position after the upper axle is rotated.

The present disclosure relates to the field of access control. In particular, the present disclosure relates to reversibly blocking and releasing passage through a passageway for people, the vehicle or the like. Further in particular, the present disclosure relates to a blocking element, access control device access control system. Accordingly, there is provided a blocking element (110) for selectively blocking a passageway (712), comprising at least four substantially inflexible sections (112), and at least three substantially flexible sections (114), wherein each substantially flexible section is arranged between and/or connecting two substantially inflexible sections, wherein the substantially flexible sections are arranged such that two particular substantially inflexible sections arranged adjacent to a particular flexible section, are adapted to be rotatable relative to one another, wherein the two outermost substantially inflexible sections are arranged as end sections (116) including a first end section and a second end section, and wherein the end sections are adapted for attaching the blocking element to an actuation mechanism (610).

A door arrangement including a door frame profile that defines an opening in a passageway. The door arrangement includes at least one door which is openable in opposite directions of the passageway, and which at least one door is suspended with one or more hinges from the door frame profile. The one or more hinges are mounted on the door frame profile outside the opening in the passageway.

A gate includes a gate post and a gate frame. The gate frame includes an axial member extending along an axis of rotation of the gate frame. The gate further includes a hinge assembly pivotally coupling the gate frame to the gate post. The hinge assembly includes an end cap having a flange portion fixedly coupled to the gate post and a shaft portion extending into the axial member of the gate frame. The end cap also includes one or more prongs extending from the shaft portion internally into the axial member substantially parallel to the axis of rotation. Furthermore, the hinge assembly includes a rod extending laterally through the axial member of the gate frame.

The present disclosure relates to a door leaf formed of a flexible material, wherein the flexible material is resistant to puncture and resistant to tearing; and to a door system comprising the door leaf.

The access control gate (1) for controlling flow of people in a building comprises at least one pole (2a, 2b) having a first end and a second end, and access control means (3a, 3b) configured to control access through the access control gate (1). The first end of the pole (2a, 2b) is configured to be attached to the ceiling (4) of the building and the access control gate (1) is configured to be moveable between at least a first position and a second position, wherein at least one of said positions is an operative position and the other position is an operative position or a storage position.

The present disclosure relates to a door leaf formed of a flexible material, wherein the flexible material is resistant to puncture and resistant to tearing; and to a door system comprising the door leaf.

Systems and methods for remotely managing security access without an attendant are discussed. More particularly, techniques for a bifurcated screening procedure that screens both individuals and objects entering or exiting a secure area are described. Multiple detection devices and sensors at a security checkpoint in a screening area, such as an enclosed room or other type of enclosure, communicate with a remote management system (RMS). In many instances, the screening procedure may take place completely unattended by human security personnel at the security checkpoint. The RMS provides for overall command and control of multiple scanning systems to provide an automated self-service security solution.