Abstract: An anchor positioning assembly to position an anchor in a concrete casting frame having a first reinforcing member and a second reinforcing member. The anchor positioning assembly includes an anchor and a hook member. The anchor includes an first portion and a second portion, and the hook member includes a first end configured to couple to the first reinforcing member, a second end configured to couple to the second reinforcing member, and an intermediate section coupled to the second portion of the anchor.

Abstract: An anchor positioning assembly to position an anchor in a concrete casting frame having a first reinforcing member and a second reinforcing member. The anchor positioning assembly includes an anchor and a hook member. The anchor includes an first portion and a second portion, and the hook member includes a first end configured to couple to the first reinforcing member, a second end configured to couple to the second reinforcing member, and an intermediate section coupled to the second portion of the anchor.

Abstract: A concrete anchor. The concrete anchor can be embedded within a concrete member to enhance lifting of the concrete member. The concrete anchor of the present invention can include a bar having a top, bottom and first and second sides, at least one attachment aperture, at least one reinforcement bar aperture, and at least one passthrough aperture. The concrete anchor can further include a projection positioned adjacent the second side of the bar. The projection can include an upwardly projecting top face, a downwardly projecting bottom face, a forwardly projecting front face and a rearwardly projecting rear face.

Abstract: A concrete anchor. The concrete anchor can be embedded within a concrete member to enhance lifting of the concrete member. The concrete anchor of the present invention can include a bar having a first end, a second end positioned adjacent the first end, and an intermediate portion curved to at least partially define an aperture. The aperture can be adapted to engage lifting hardware. The concrete anchor can further include a stem and a foot. The stem can include a first end coupled to the first end and the second end of the bar, and a second end coupled to the foot.

Abstract: The present invention relates towards an erection lift anchor with welding plate assembly for embedment in a concrete member, such as a precast or tilt-up wall. The erection anchor of the present invention allows for concrete members, such as walls, to be positioned by the use of standard lifting equipment (cranes with cable attachments, etc.) by connecting lifting attachments to the erection lift anchor which is embedded in a concrete member. The present invention also allows for concrete members to be connected together via the erection lift anchor whereby the welding plate of one erection lift anchor embedded in a first concrete member is welded to the welding plate of another erection lift member embedded in a second concrete member.

Abstract: A concrete anchor. The concrete anchor can be embedded within a concrete member to enhance lifting of the concrete member. The concrete anchor of the present invention can include a bar having a first end, a second end positioned adjacent the first end, and an intermediate portion curved to at least partially define an aperture. The aperture can be adapted to engage lifting hardware. The concrete anchor can further include a stem and a foot. The stem can include a first end coupled to the first end and the second end of the bar, and a second end coupled to the foot.

Abstract: The present invention is directed towards a lifting anchor for embedment in a concrete member. The anchor comprises a flat bar having a top and bottom; an upper and lower end; and a front and rear face. The bar has a first aperture positioned for insertion of a locking device that can be attached to a shackle for lifting the concrete wall or element containing the anchor. The bar may have additional apertures for insertion of reinforcing bars. The bar may further include a frontwardly protruding curved section and a rearwardly protruding curved section.

Abstract: The present invention is directed towards a lifting anchor for embedment in a concrete member. The anchor comprises a flat bar having a top and bottom; an upper and lower end; and a front and rear face. The bar has a first aperture positioned for insertion of a locking device that can be attached to a shackle for lifting the concrete wall or element containing the anchor. The bar may have additional apertures for insertion of reinforcing bars. The bar may further include an upwardly curved face adjacent the bottom of the bar, and a conical foot shaped to fit adjacent the upwardly curved face.

Abstract: The present invention is directed towards an adjustable support brace for a pre-cast or tilt-up wall. The adjustable support brace comprises a wall mounting shoe, a floor mounting shoe, a leg member having an upper and a lower end, and a threaded support screw. The wall mounting shoe is pivotally connected to a mounting cap which is connected to the upper end of the leg member. The lower end of the leg member has an internally threaded receiving aperture which extends at least partially through the length of the leg member. The internally threaded receiving aperture receives the threaded support screw. The support screw is pivotally connected to the floor mounting shoe.

Abstract: The present invention is directed towards a concrete lift anchor. The concrete lift anchor of the present invention comprises a metal bar having a top, bottom and first and second sides, at least one attachment aperture, at least one reinforcement bar aperture, at least one passthrough aperture, and a shear plate aperture. The top side of the bar further comprises a first channel, a first upwardly projecting face, a platform face, a second upwardly projecting face, and a second channel. The anchor further comprises a crescent shaped indentation on the first side of the rectangular shaped bar.

Abstract: A concrete anchor. The concrete anchor can be embedded within a concrete member to enhance lifting of the concrete member. The concrete anchor of the present invention can include a bar having a top, bottom and first and second sides, at least one attachment aperture, at least one reinforcement bar aperture, and at least one passthrough aperture. The concrete anchor can further include a projection positioned adjacent the second side of the bar. The projection can include an upwardly projecting top face, a downwardly projecting bottom face, a forwardly projecting front face and a rearwardly projecting rear face.

Abstract: The present invention is directed towards a lifting anchor for embedment in a concrete member. The anchor comprises a flat bar having a top and bottom; an upper and lower end; and a front and back face. The bar has an aperture near the upper end of the bar for insertion of a locking device that can be attached to a shackle for lifting the concrete wall or element containing the anchor. The bar may have additional apertures for insertion of reinforcing bars. The bar may contain side concave sections. The concave shaped sections allow for reinforcement bars to be positioned within the sections. The bar also contains crescent shaped protrusions. The protrusions extend outwardly from the bar from the front and rear faces of the bar.

Abstract: The present invention is directed towards an adjustable support brace for a pre-cast or tilt-up wall. The adjustable support brace comprises a wall mounting shoe, a floor mounting shoe, a leg member having an upper and a lower end, and a threaded support screw. The wall mounting shoe is pivotally connected to a mounting cap which is connected to the upper end of the leg member. The lower end of the leg member has an internally threaded receiving aperture which extends at least partially through the length of the leg member. The internally threaded receiving aperture receives the threaded support screw. The support screw is pivotally connected to the floor mounting shoe.

Abstract: The present invention relates towards an erection lift anchor with welding plate assembly for embedment in a concrete member, such as a precast or tilt-up wall. The erection anchor of the present invention allows for concrete members, such as walls, to be positioned by the use of standard lifting equipment (cranes with cable attachments, etc.) by connecting lifting attachments to the erection lift anchor which is embedded in a concrete member. The present invention also allows for concrete members to be connected together via the erection lift anchor whereby the welding plate of one erection lift anchor embedded in a first concrete member is welded to the welding plate of another erection lift member embedded in a second concrete member.