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A component transfer apparatus and method includes a mounting member on which a lower frame of a rack can be mounted and which is driven to move up and down in order to take out or retrieve components from the rack in which the components can be aligned and accommodated in a vertical direction; an u

A component transfer apparatus and method includes a mounting member on which a lower frame of a rack can be mounted and which is driven to move up and down in order to take out or retrieve components from the rack in which the components can be aligned and accommodated in a vertical direction; an upper push member that is arranged to face the mounting member from above and driven to move up and down in order to push the upper frame of the rack from above; and a carrying hand that can reciprocate between a retracted position where it faces the upper push member from below and a protruding position where it protrudes from the upper push member in a horizontal direction and that is driven to move up and down so as to enter a space below the upper frame to carry and suspend the rack at the protruding position and so as to move down the rack onto the mounting member at the retracted position. As a result, the rack can be smoothly carried in or carried out and the components can be smoothly supplied and retrieved, whereby operation efficiency can be enhanced and productivity can be improved.

대표청구항 ▼

1. A component transfer apparatus that transfers components by transferring and positioning a rack at a predetermined position, the rack including an upper frame, a lower frame, and vertical frames at four corners, the apparatus comprising: a mounting member configured to mount the lower frame of th

1. A component transfer apparatus that transfers components by transferring and positioning a rack at a predetermined position, the rack including an upper frame, a lower frame, and vertical frames at four corners, the apparatus comprising: a mounting member configured to mount the lower frame of the rack thereon, the mounting member being moveable in an up and down direction;a first elevation driving mechanism configured to drive the mounting member so as to be capable of moving up and down;an upper push member disposed so as to be capable of coming into contact with a part of the mounting member, and being configured to be driven to move up and down to push the upper frame of the rack from above;a second elevation driving mechanism disposed at a portion at which the mounting member and the upper push member come into contact with each other on the mounting member, and being configured to drive the upper push member so as to be capable of moving up and down;a pair of carrying hands attached to the upper push member at a face opposed to a rack mounting face of the mounting member, and being disposed so as to protrude with respect to the upper push member to carry the rack in and out in a horizontal direction; anda horizontal driving mechanism configured to drive the pair of carrying hands so as to be capable of moving in and out in the horizontal direction,wherein the mounting member includes an inclination restricting member configured to restrict an inclination of the rack when the rack is mounted on the mounting member, and the inclination restricting member is disposed so as to engage with outer surfaces of the vertical frames of the rack and engage with inner surfaces of the vertical frames of the rack when the carrying hands retract below the upper push member from a protruding condition. 2. The component transfer apparatus according to claim 1, wherein each of the carrying hands has carrying portions for carrying the upper frame of the rack. 3. The component transfer apparatus according to claim 1, wherein the upper push member is configured so as to be capable of moving up and down with respect to the mounting member, and the horizontal driving mechanism is configured to move the pair of carrying hands with respect to the upper push member in the horizontal direction alone. 4. The component transfer apparatus according to claim 3, wherein a guide portion configured to receive the lower frame of the rack and guide the lower frame to the predetermined position is disposed in the mounting member, and a guide portion configured to receive the upper frame of the rack and guide the upper frame to the predetermined position is disposed in the upper push member. 5. The component transfer apparatus according to claim 1, wherein the first elevation driving mechanism includes an elevation guide rail extending in a vertical direction, and an elevation guided portion disposed on the mounting member so as to be capable of being guided along the elevation guide rail; and the upper push member includes an upper elevation guided portion configured to be slidably guided along the elevation guide rail. 6. The component transfer apparatus according to claim 3, wherein the horizontal driving mechanism includes a horizontal guide rail configured to extend in the horizontal direction on an underside of the upper push member, and a horizontal guided portion disposed on the carrying hand so as to be capable of being slidably guided along the horizontal guide rail. 7. A component transfer apparatus that transfers components by transferring and positioning a rack at a predetermined position, the rack including an upper frame, a lower frame, and vertical frames at four corners, the apparatus comprising: a mounting member configured to mount the lower frame of the rack thereon, the mounting member being movable in an up and down direction;a first elevation driving mechanism configured to drive the mounting member so as to be capable of moving up and down;an upper push member disposed so as to be capable of coming into contact with a part of the mounting member, and being configured to be driven to move up and down to push the upper frame of the rack from above;a second elevation driving mechanism disposed at a portion at which the mounting member and the upper push member come into contact with each other on the mounting member, and being configured to drive the upper push member so as to be capable of moving up and down;a pair of carrying hands attached to the upper push member at a face opposed to a rack mounting face of the mounting member, and being disposed so as to protrude with respect to the upper push member to carry the rack in and out in a horizontal direction;a horizontal driving mechanism configured to drive the pair of carrying hands so as to be capable of moving in and out in the horizontal direction; anda base member installed on a floor and supporting the first elevation driving mechanism,wherein the mounting member includes an inclination restricting member configured to restrict an inclination of the rack when the rack is mounted on the mounting member, and the inclination restricting member is disposed so as to engage with outer surfaces of the vertical frames of the rack and engage with inner surfaces of the vertical frames of the rack when the carrying hands retract below the upper push member from a protruding condition. 8. The component transfer apparatus according to claim 7, wherein the first elevation driving mechanism includes an elevation guide rail fixed to the base member and extending in a vertical direction, and an elevation guided portion disposed on the mounting member so as to be capable of being guided along the elevation guide rail; and the upper push member includes an upper elevation guided portion configured to be slidably guided along the elevation guide rail. 9. The component transfer apparatus according to claim 7, wherein each of the carrying hands has carrying portions for carrying the upper frame of the rack. 10. A component transfer apparatus that transfers components by transferring and positioning a rack at a predetermined position, the rack including an upper frame, a lower frame, and vertical frames at four corners, the apparatus comprising: a mounting member configured to mount the lower frame of the rack thereon;an upper push member arranged to face the mounting member from above and being configured to be driven to move up and down to push the upper frame of the rack from above;a carrying hand disposed so as to be capable of entering a space between the upper frame and the lower frame of the rack in an inside space defined by the upper frame, the lower frame, and the vertical frames of the rack, and the carrying hand is capable of protruding with respect to the upper push member in a horizontal direction to carry the rack in and out;a horizontal driving mechanism configured to drive the carrying hand in the horizontal direction;a first elevation driving mechanism configured to drive the mounting member, the upper push member and the carrying hand so as to be capable of moving up and down; anda second elevation driving mechanism disposed on the mounting member and being configured to drive the upper push member and the carrying hand together so as to be capable of moving up and down,wherein the upper push member and the carrying hand are configured such that the carrying hand is capable of separating from the rack to release a suspension of the rack and the second elevation driving mechanism is operable to drive the upper push member downward to push the rack toward the mounting member, and to move the upper push member away from the mounting member and separate from the rack to release the push of the rack, and the second elevational driving mechanism is operable to drive the carrying hand in an upward direction to suspend the rack.