Bike lane delineators that separate bike and motor vehicle traffic lanes. The bike delineators may include reflective members, alternating colors and hollows.

Bike lane delineators that separate bike and motor vehicle traffic lanes. The bike delineators may include reflective members, alternating colors and hollows.

A delineator system includes an anchor having an end portion and a post extending along a longitudinal direction and having an end portion overlapping with the end portion of the anchor. The overlapping end portions are coupled together with an engagement member. A protective collar is moveable relative to the post and the anchor along the longitudinal direction from a non-installed position to an installed position. The protective collar is disposed over and covers the overlapping end portions and the engagement member when in the installed position. Methods of manufacturing and installing a post, and other delineator systems and delineator posts are also provided.

A delineator system includes an anchor having an end portion and a post extending along a longitudinal direction and having an end portion overlapping with the end portion of the anchor. The overlapping end portions are coupled together with an engagement member. A protective collar is moveable relative to the post and the anchor along the longitudinal direction from a non-installed position to an installed position. The protective collar is disposed over and covers the overlapping end portions and the engagement member when in the installed position. Methods of manufacturing and installing a post, and other delineator systems and delineator posts are also provided.

A traffic control system and method in which a sensor and processor interact with road modules to illuminate and/or cause to flash in response to predetermined road surface and/or traffic conditions. The system and method can be configured to interact with road signals such as traffic control signals or traffic information signals. The system and method can further be configured to interact with on-board computers of vehicles including autonomous vehicles.

A vehicle lane separator with vehicle counter device is suitable for separating a bicycle lane from a vehicle lane. The lane separator includes a molded body enabled to be placed on a traffic road, having a general prismatic shape and being internally provided with a plurality of cavities, where a releasably coupled electronic device is incorporated into a non-visible region of the molded body, said device which is enabled to detect the number of vehicles circulating on a bicycle lane, which includes sensor means and a control unit incorporated into a PCB motherboard for detecting the vehicles, wherein a wireless communications module is provided enabled to send data captured by the sensor means to an external server, and autonomous power supply means that supply current to the sensor means and the control unit.

A vehicle lane separator with vehicle counter device is suitable for separating a bicycle lane from a vehicle lane. The lane separator includes a molded body enabled to be placed on a traffic road, having a general prismatic shape and being internally provided with a plurality of cavities, where a releasably coupled electronic device is incorporated into a non-visible region of the molded body, said device which is enabled to detect the number of vehicles circulating on a bicycle lane, which includes sensor means and a control unit incorporated into a PCB motherboard for detecting the vehicles, wherein a wireless communications module is provided enabled to send data captured by the sensor means to an external server, and autonomous power supply means that supply current to the sensor means and the control unit.