초록 ▼

A form assembly for forming a roof slab, an eave, and a peripheral beam in a monolithic structure is provided. The form assembly is detachably attached to upright columns of a housing frame structure and includes an eave formwork and a peripheral formwork. The eave formwork is mounted on the upright

A form assembly for forming a roof slab, an eave, and a peripheral beam in a monolithic structure is provided. The form assembly is detachably attached to upright columns of a housing frame structure and includes an eave formwork and a peripheral formwork. The eave formwork is mounted on the upright columns while the peripheral formwork is disposed between columns to be coupled to the eave formwork. The peripheral beam is formed between the eave and the roof slab and encloses a portion of top beams of the housing frame structure.

대표청구항 ▼

A form assembly for forming a roof slab, an eave, and a peripheral beam in a monolithic structure is provided. The form assembly is detachably attached to upright columns of a housing frame structure and includes an eave formwork and a peripheral formwork. The eave formwork is mounted on the upright

A form assembly for forming a roof slab, an eave, and a peripheral beam in a monolithic structure is provided. The form assembly is detachably attached to upright columns of a housing frame structure and includes an eave formwork and a peripheral formwork. The eave formwork is mounted on the upright columns while the peripheral formwork is disposed between columns to be coupled to the eave formwork. The peripheral beam is formed between the eave and the roof slab and encloses a portion of top beams of the housing frame structure. to receive a forward control signal and a reverse control signal and to activate the motor in a forward direction in response to a forward control signal and to activate the motor in a reverse direction in response to a reverse control signal; and a transmitter separate from the housing and adapted to transmit to the receiver a forward control signal and a reverse control signal. 12. The waterfowl decoy assembly of claim 1 wherein the first axle is torque enhanced. 13. The waterfowl decoy assembly of claim 11 wherein the decoy housing includes a head and a body, wherein the decoy housing defines an internal cavity extending from the head to at least a portion of the body, wherein the housing has openings whereby air and water can enter and exit the cavity, wherein the openings include an opening near the head and an opening on the bottom of the body of the decoy housing, so that as the housing rotates up to the horizontal floating position from the vertical feeding position, air can enter the cavity through the head opening and allow water to exit the cavity through the body opening, and so that as the housing rotates down from the horizontal floating position to the vertical feeding position, air can exit the cavity through the body opening and allow water to enter the cavity through the head opening. 14. The waterfowl decoy assembly of claim 10 wherein the decoy housing includes a head and a body, wherein the decoy housing defines an internal cavity extending from the head to at least a portion of the body, wherein the housing has openings whereby air and water can enter and exit the cavity, wherein the openings include an opening near the head and an opening on the bottom of the body of the decoy housing, so that as the housing rotates up to the horizontal floating position from the vertical feeding position, air can enter the cavity through the head opening and allow water to exit the cavity through the body opening, and so that as the housing rotates down from the horizontal floating position to the vertical feeding position, air can exit the cavity through the body opening and allow water to enter the cavity through the head opening. 15. The waterfowl decoy assembly of claim 1 wherein the first axle is torque enhanced. 16. The waterfowl decoy assembly of claim 1 further comprising: a receiver in the housing adapted to receive a forward control signal and a reverse control signal and to activate the motor in a forward direction in response to a forward control signal and to activate the motor in a reverse direction in response to a reverse control signal; and a transmitter separate from the housing and adapted to transmit to the receiver a forward control signal and a reverse control signal. 17. The waterfowl decoy assembly of claim 1 wherein the first axle comprises a female member and the second axle member comprises a male axle member receivable in the female axle member. 18. The waterfowl decoy assembly of claim 1 wherein the power source comprises a battery. 19. The waterfowl decoy assembly of claim 1 wherein the stand comprises a vertical post with a bottom end, wherein the end of the stand is the bottom end of the vertical post, and wherein the bottom end is adapted to be positioned in the bottom of the body of water. 20. The waterfowl decoy assembly of claim 1 wherein the stand comprises a vertical post with a bottom end, wherein the end of the stand is the bottom end of the vertical post, and wherein the bottom end is adapted to be positioned in the bottom of the body of water. 21. A waterfowl decoy assembly for use in a body of water having a surface and a bottom, the decoy comprising: a waterfowl decoy housing shaped like a waterfowl to have a head, a tail end and a body with two sides; a stand having an end adapted to be positioned in the body of water; and an axle assembly adapted to removably connect the decoy housing to the stand near the surface of the body of water and to movably support the