A method, system and support element for supporting a pole, mast or similar elongated element to a foundation. The pole, mast or similar elongated element comprises a wall which is substantially continuous. A plurality of discontinuities, such as eg. channels or recesses, are provided about the periphery of the pole. A plurality of the support members are positioned on the pole and adapted to extend between the pole and the foundation thereby transmitting force from the pole to the foundation. Each support member is adapted to extend between at least two of the discontinuities and engage the discontinuities over a predetermined axial length of the pole.

A modular post for use in a barrier system comprises a post component and a base. The post component is configured to be attached or attachable on, to or in the base in a deployed configuration. The post component is configured to be housed within the base when the modular post is in a stored configuration. A method of using a modular post suitable for use in a barrier system is also provided. The method comprises providing a post component and a base. The post component is configured to be attached or attachable on, to or in the base in a deployed configuration. The post component is receivable or configured to be housed within the base when the modular post is in a stored configuration.

According to an embodiment of the invention, there is provided an adjustable footing for a post, the adjustable footing comprising: a base, the base comprising a base plate, a fixed base nut secured to the base plate and a threaded rod secured to the base nut and extending perpendicular to the base; and a top, the top comprising a post plate having a hole and a fixed post nut secured to the post plate over the hole and dimensioned to engage the threaded rod. The post plate is secured to the post such that the threaded rod passes through the post nut and hole into a cavity in the post, and the overall height of the footing is adjustable by rotation of the base via the base nut.

Apparatus for interconnecting wooden members that includes a V shaped pair of flanges that are fixed to an L shaped bracket which bracket is adapted to be attached to one wooden member and where the flanges are adapted to be inserted into V slots on a second wooden member.

A clamper plate for securing a tower having a flange to a pedestal having an embedded first bolt and second bolt is disclosed. The clamper plate includes a first surface coming into contact with the flange and a second surface coming into contact with the pedestal. The clamper plate also includes a first through-hole for receiving the first bolt therethrough and a second through-hole for receiving the second bolt therethrough. During installation the clamper plate is placed over the flange and secured to the pedestal through the first bolt and second bolt.

A tower includes a foot welded to each leg of a lattice section of the tower, each foot having an aperture; an inner gusset welded to each foot and the respective leg, the inner gusset extends toward an inner edge of the respective foot; and an outer gusset welded to each foot, the outer gusset extends toward the aperture of the respective foot.

An anchoring device, an anchorage comprising an anchoring device, and a method for producing the anchoring device.

A charging station (1) mounting device comprising a foundation member (409) configured to be installed below ground level (6), anchoring means (10; 110) by which a charging station (1) is mountable to the foundation member (409) and which comprises a detachable adapter element (11; 111; 211) configured to fit the charging station (1) to the foundation member (409), wherein the foundation member (409) comprises a first main part (409′) and a second main part (409″) that are adapted to be assembled together to form the foundation member (409). Such a mounting device promotes deployment of infrastructure for charging of electric vehicles by providing a low-cost, future-proof platform for fitting charging stations (1) from any supplier using virtually any charging technology. As the foundation member (409) comprises a first main part (409′) and a second main part (409″), the foundation member is configured to be made from plastic material.

Aspects of the disclosure are directed to a multi-functional streetlight. In accordance with one aspect, the multi-functional streetlight includes a hexagonal shaped support structure, wherein the hexagonal shaped support structure includes an arm segment and wherein the arm segment includes a luminaire on an under side of the arm segment; and a base flange configured to couple the hexagonal shaped support structure to the ground.

The fastening arrangement for fastening a pole of an access or destination control device to a floor structure comprises a threaded fastening rod attachable to the floor, a fastening sleeve comprising a flange, a sleeve portion, and an internal thread configured to be engaged with the thread of the rod, the sleeve portion comprising coupling means for allowing the sleeve to be engaged in a form-locking manner for rotation of the fastening sleeve, a fastening block at a lower end of the pole comprising a fastening hole extending from a lower surface to an upper surface for receiving part of the fastening rod and at least part of the sleeve portion so that the fastening block is supported by the flange of the fastening sleeve, and clamping means configured to be engaged with the upper surface of the fastening block and the thread of the fastening rod for clamping the fastening block between the flange and the clamping means.