An assembly having two safety attachments for attaching to stiles of a ladder that will improve grip of the ladder against a surface it is in contact with during use. Each safety attachment incorporates a gliding channel section and a non-gliding channel section, each formed to accept a range of ladder stile sizes therebetween. The gliding channel section sliding along a screw threaded rod. The screw threaded rod including a rotational thumb nut for positioning the gliding channel section so that the gliding and non-gliding channel sections are in contact with the respective ladder stile. Each safety attachment incorporates a rocking section with a contact face that contacts the surface against which the ladder is placed during use and enables full face contact of the safety attachment over a range of angles between the ladder and the surface against which it rests during use.

An assembly having two safety attachments for attaching to stiles of a ladder that will improve grip of the ladder against a surface it is in contact with during use. Each safety attachment incorporates a gliding channel section and a non-gliding channel section, each formed to accept a range of ladder stile sizes therebetween. The gliding channel section sliding along a screw threaded rod. The screw threaded rod including a rotational thumb nut for positioning the gliding channel section so that the gliding and non-gliding channel sections are in contact with the respective ladder stile. Each safety attachment incorporates a rocking section with a contact face that contacts the surface against which the ladder is placed during use and enables full face contact of the safety attachment over a range of angles between the ladder and the surface against which it rests during use.

A simply smart ladder clamp includes a first generally Sigma-shaped body portion having a first downwardly extending arm and a second downwardly extending arm which together subtend and define an intermediate element with an inner laterally extending flat surface and a recess adjacent the first downwardly extending arm. A clamping member captures a flat portion of the gutter between the flat portion and an inner surface of the first downwardly extending arm to mount the simply smart ladder clamp to the gutter. Preferably two simply smart ladder clamps are used, positioned inside the legs of a ladder to prevent movement of the ladder relative to the gutter.

A platform ladder apparatus (2) has a transport position and a use position in which the apparatus is arranged to lean against a wall (W) for performing work at an elevated level. The apparatus (2) has a ladder (4) and a working platform (20). A proximal side of the platform is pivotally connected at an upper end of the ladder such that it may be pivoted towards the ladder (4) to a stowed position essentially parallel to the ladder (4). The apparatus further comprises a pair of wall support arms (80) for stabilizing the apparatus in the use position in relation to the wall. The wall support arms (80) are connected to the platform (20) for movement between a stowed arm position in which the arms (80) project out from a distal side (24) of the platform (20) thereby preventing use of the apparatus, and a stabilizing arm position in which the arms (80) project sideways from the platform (20) in opposite lateral directions, respectively, for stabilizing the apparatus (2) in relation to the wall (W).

A platform ladder apparatus (2) has a transport position and a use position in which the apparatus is arranged to lean against a wall (W) for performing work at an elevated level. The apparatus (2) has a ladder (4) and a working platform (20). A proximal side of the platform is pivotally connected at an upper end of the ladder such that it may be pivoted towards the ladder (4) to a stowed position essentially parallel to the ladder (4). The apparatus further comprises a pair of wall support arms (80) for stabilizing the apparatus in the use position in relation to the wall. The wall support arms (80) are connected to the platform (20) for movement between a stowed arm position in which the arms (80) project out from a distal side (24) of the platform (20) thereby preventing use of the apparatus, and a stabilizing arm position in which the arms (80) project sideways from the platform (20) in opposite lateral directions, respectively, for stabilizing the apparatus (2) in relation to the wall (W).

A treestand ladder guard includes a skeletal cover, an upper treestand ladder attachment, a lower treestand ladder attachment, and a chain. The skeletal cover includes a frame, a plurality of vertical bodies, and a plurality of horizontal bodies. The vertical bodies and the horizontal bodies are perpendicularly positioned of each other. The frame is perimetrically connected around the vertical bodies and the horizontal bodies thus completing the skeletal cover. The upper treestand ladder attachment is hingedly connected to a top end of the frame, and the lower treestand ladder attachment is hingedly connected to a bottom end of the frame thus securing the skeletal cover to the ladder of the treestand. The chain is terminally connected to the frame, opposite of the upper treestand ladder attachment and the lower treestand ladder attachment, so that the skeletal cover can be locked against the ladder of the treestand.

A treestand ladder guard includes a skeletal cover, an upper treestand ladder attachment, a lower treestand ladder attachment, and a chain. The skeletal cover includes a frame, a plurality of vertical bodies, and a plurality of horizontal bodies. The vertical bodies and the horizontal bodies are perpendicularly positioned of each other. The frame is perimetrically connected around the vertical bodies and the horizontal bodies thus completing the skeletal cover. The upper treestand ladder attachment is hingedly connected to a top end of the frame, and the lower treestand ladder attachment is hingedly connected to a bottom end of the frame thus securing the skeletal cover to the ladder of the treestand. The chain is terminally connected to the frame, opposite of the upper treestand ladder attachment and the lower treestand ladder attachment, so that the skeletal cover can be locked against the ladder of the treestand.

A combination of two safety attachments for attaching to the stiles of a ladder that will improve the grip of a ladder against the surface it is in contact with during use.

Each safety attachment incorporates an extended main body to support the components, a gliding channel section and a non-gliding channel section, each formed to accept a range of ladder stile sizes. The gliding channel section of each safety attachment is captured on, and can glide along, a screw threaded rod. Also captured on the screw threaded rod is a rotating thumb nut which is adjusted to position the gliding channel section so that both the gliding and non-gliding channel sections are in contact with the ladder stile to which the safety attachment is fitted. Each safety attachment incorporates a rocking section with a contact face that contacts the surface against which a ladder is placed during use and the rocking section enables full face contact of the safety attachment over a range of angles between a ladder and the surface against which it rests during use. Surfaces of the gliding channel section and the non-gliding channel section that contact the ladder, and the surface of the rocking section that is in contact with the surface against which the ladder is placed during use, incorporate a deformable material to improve grip.

A combination of two safety attachments for attaching to the stiles of a ladder that will improve the grip of a ladder against the surface it is in contact with during use.

Each safety attachment incorporates an extended main body to support the components, a gliding channel section and a non-gliding channel section, each formed to accept a range of ladder stile sizes. The gliding channel section of each safety attachment is captured on, and can glide along, a screw threaded rod. Also captured on the screw threaded rod is a rotating thumb nut which is adjusted to position the gliding channel section so that both the gliding and non-gliding channel sections are in contact with the ladder stile to which the safety attachment is fitted. Each safety attachment incorporates a rocking section with a contact face that contacts the surface against which a ladder is placed during use and the rocking section enables full face contact of the safety attachment over a range of angles between a ladder and the surface against which it rests during use. Surfaces of the gliding channel section and the non-gliding channel section that contact the ladder, and the surface of the rocking section that is in contact with the surface against which the ladder is placed during use, incorporate a deformable material to improve grip.

An apparatus for holding supplies on a ladder having a plurality of laterally extending rungs supported by side rails comprising a U-shaped bracket having front and rear walls spaced apart to form a gap therebetween, at least one hook adapted to receive at least one ladder rung therein and wherein the bracket is secured to the at least one hook.