A sawhorse includes a body portion comprising an elongated portion, a first housing and a second housing. The first and second housings are connected to the elongated portion, with the second housing spaced from the first housing. First and second pairs of folding legs are pivotally attached to the first and second housing respectively, pivotable between open and folded positions. The first housing comprises a receiving region for receiving a distal end of the second pair of legs when in the folded position, the first receiving region comprising a first latch arranged to engage the second pair of legs, and the second housing comprises a second receiving region for receiving a distal end of the first pair of legs when in the folded position, the second receiving region comprising a second latch arranged to engage the first pair of legs.

A sample stand includes a base portion that is made of a first material and has an arcuate outer edge in a plane having a first direction and a second direction orthogonal to the first direction, a first portion that is provided on an upper portion of the base portion in the second direction and in which a second material is embedded, a second portion that is provided on the upper portion of the base portion in the second direction and in which a third material is embedded, and a sample holding portion on which a sample is to be held. The sample holding portion is provided on the upper portion of the base portion in the second direction, between the first portion and the second portion in a third direction orthogonal to each of the first direction and the second direction.

A machine tool comprising: a first body; a first leg, a second leg, and a third leg coupled to the first body via first joints and configured to support at least the first body; a second body including a tool holder; a fourth leg, a fifth leg, and a sixth leg coupled to the second body via second joints and configured to support at least the second body; and a first actuator coupled to the first body and to the second body, the first actuator being configured to cause rotational motion between the first body and the second body to enable a change in walking direction of the machine tool and/or to enable a change in machining stiffness and a change in work volume of the machine tool.

A guiding device includes a rail which extends in a direction, a plurality of runners distributed in the direction, and, for each runner, at least one runner/rail connection connecting each runner and the rail, configured to allow each runner to pivot independently from the other runners relative to the rail, around an axis of pivoting parallel to the direction.

A collapsible stand mainly includes a support unit including two stand legs pivotally connected together in a crossed manner and a support arm set pivotally connected to one stand leg, a positioning unit including an abutment member and a bearing member respectively mounted at one stand leg and the support art set and so configured that when the collapsible is extended out or collapsed, the abutment member is engaged with a different part of the bearing member, and a control unit mounted at one stand leg and operable to bias the abutment member, moving the abutment member into engagement or away from the bearing member. Thus, the collapsible stand has a simple structure, facilitates operation and ensures a high level of operational safety and structural stability.

A collapsible stand mainly includes a support unit including two stand legs pivotally connected together in a crossed manner and a support arm set pivotally connected to one stand leg, a positioning unit including an abutment member and a bearing member respectively mounted at one stand leg and the support art set and so configured that when the collapsible is extended out or collapsed, the abutment member is engaged with a different part of the bearing member, and a control unit mounted at one stand leg and operable to bias the abutment member, moving the abutment member into engagement or away from the bearing member. Thus, the collapsible stand has a simple structure, facilitates operation and ensures a high level of operational safety and structural stability.

A sawhorse rail system includes a plurality of sawhorses having a pair of recesses configured to fit a pair of rails. Each of the pair of rails has a T-shaped protrusion and T-shaped aperture, the T-shaped protrusion of one rail configured to fit in the T-shaped aperture of the other rail. The T-shaped protrusion and T-shaped aperture may further have a recess to accommodate a dog bone shaped connector. The pair of rails also connect with moveable positioners that secure a body forming a work surface.

A power tool stand for a power tool has a base, a projecting frame connected to the base, a power tool carriage moveably mounted on the projecting frame, a tool interface mounted on the power tool carriage and arranged to secure a removable power tool, a carriage mechanism mounted on the power tool carriage and arranged to move the power tool carriage with respect to the projecting frame, and a handle coupled to the carriage mechanism. The carriage mechanism includes a rack and a pinion. The

A portable work platform includes a top surface, a stationary plate coupled to the top surface, a pivot plate rotatably coupled to the stationary plate, an upper peg insertable through the stationary plate and the pivot plate for securing the pivot plate at a defined angle, and a plurality of leg assemblies coupled to the pivot plate, wherein rotation of the pivot plate provides rotation to the leg assemblies between an open and a closed state.

A power tool stand for a removeable power tool has a first battery interface and a removeable battery having a first tool interface. The power tool stand comprises a base and a projecting frame connected to the base. A power tool carriage is moveably mounted on the projecting frame and the power tool carriage comprising a second battery interface and a second tool interface. The second battery interface is compatible with the first tool interface and the second battery interface is arranged to electrically and mechanically connect together with first tool interface. The second tool interface is compatible with the first battery interface and the second tool interface is arranged to electrically and mechanically connect together with first battery interface. The first battery interface and the first tool interface are incompatible.