MEMBER SUPPORTING METHOD

• US 20090126187A1
• Filed: 06/13/2007
• Published: 05/21/2009
• Est. Priority Date: 06/26/2006
• Status: Abandoned Application

• Current Assignee: Panasonic Corporation (Panasonic Holdings Corporation)
• Original Assignee: Panasonic Corporation (Panasonic Holdings Corporation)
• Inventors: Kajiyama, Masayuki, Tanno, Tadashi, Seno, Makito
• Application Number:
  US12/299,034
• Publication Number:
  US 20090126187A1
• Time in Patent Office: Days
• US Class Current: 29/760
• CPC Class Codes: B23Q 1/035 with an array of longitudinally movable rods defining a reconfigurable support surface
• CPC Class Codes: H05K 13/0061 Tools for holding the circuit boards during processing; handling transport of printed circuit boards
• CPC Class Codes: H05K 13/0069 Holders for printed circuit boards
• CPC Class Codes: Y10T 29/5313 Means to assemble electrical device
• CPC Class Codes: Y10T 29/53265 with work-holder for assembly

Abstract

A member supporting method for supporting a member using support pins includes: an abutting step (S1) of abutting an end of each of a plurality of support pins facing a surface to be supported of the member against the member by moving the plurality of support pins in a supporting direction which is a direction in which the support pins support the member; and a fixing step (S2) of fixing the plurality of support pins in position with the end of each of the plurality of support pins abutted against the member and located along irregularities on the surface to be supported in the abutting step (S1), and thereby restricting movement of the plurality of support pins in both directions parallel to the supporting direction.

Claims

1-11. -11. (canceled)

12. A member supporting method for supporting a member using supports, comprising:

abutting an end of each of supports which are provided in positions facing a surface to be supported of the member against the member by moving the plurality of supports in a supporting direction which is a direction in which the supports support the member; and

fixing the supports in position with the end of each of the plurality of supports abutted against the member and located along irregularities on the surface to be supported in said abutting, and thereby restricting movement of the plurality of supports in both directions parallel to the supporting direction,

wherein, in said fixing, the support is fixed in position by means of frictional resistance between a part of the support and an electro-rheological fluid, generated when a predetermined voltage is applied to the electro-rheological fluid which is in contact with the part of the supports.

13. The member supporting method according to claim 12,

wherein, in said abutting, a holder which slidably holds the supports is moved in the supporting direction, thereby moving the supports simultaneously, and the movement of the holder is stopped when the end of each of the plurality of supports abut the member;

each of the plurality of supports held by the holder slides, with respect to the holder, in a direction opposite to the supporting direction when the holder moves in the supporting direction after the end of the support abut the member;

the holder includes a fixing unit operable to fix the plurality of supports in position with the electro-rheological fluid; and

in said fixing, the plurality of supports which are abutted against the member in said abutting, are fixed in position by the fixing unit, the plurality of supports being at rest with respect to the holder.

14. The member supporting method according to claim 12, further comprising:

obtaining information about a size of the member; and

selecting a plurality of supports which face the surface to be supported, of the member out of a plurality of supports, based on the information about the size of the member obtained in said obtaining,

wherein, in said abutting, the plurality of supports selected in said selecting are moved in the supporting direction.

15. A component-mounting method for mounting a component on a board which is a member supported by the member supporting method according to claim 14, said component-mounting method comprising

mounting a component on the board from a side of the board opposite to the plurality of supports, with the plurality of supports fixed in position in said fixing.

16. A printing method for printing a conductive paste on a board supported by the member supporting method according to claim 14, said printing method comprising:

printing the conductive paste on the board from a side of the board opposite to the plurality of supports, with the plurality of supports fixed in position in said fixing.

17. A component-mounting method for mounting a component on a board which is a member supported by the member supporting method according to claim 13, said component-mounting method comprising

mounting a component on the board from a side of the board opposite to the plurality of supports, with the plurality of supports fixed in position in said fixing.

18. A printing method for printing a conductive paste on a board supported by the member supporting method according to claim 13, said printing method comprising:

printing the conductive paste on the board from a side of the board opposite to the plurality of supports, with the plurality of supports fixed in position in said fixing.

19. A component-mounting method for mounting a component on a board which is a member supported by the member supporting method according to claim 12, said component-mounting method comprising

mounting a component on the board from a side of the board opposite to the plurality of supports, with the plurality of supports fixed in position in said fixing.

20. A printing method for printing a conductive paste on a board supported by the member supporting method according to claim 12, said printing method comprising:

printing the conductive paste on the board from a side of the board opposite to the plurality of supports, with the plurality of supports fixed in position in said fixing.

21. A member supporting apparatus which supports a member using supports, said member supporting apparatus comprising:

an abutting unit operable to abut an end of each of a plurality of supports which are provided in positions facing a surface to be supported of the member against the member by moving the plurality of supports in a supporting direction which is a direction in which the supports support the member; and

a fixing unit operable to fix the plurality of supports in position with the end of each of the plurality of supports abutted against the member and located along irregularities on the surface to be supported by said abutting unit, and thereby restrict movement of the plurality of supports in both directions parallel to the supporting direction,

wherein said fixing unit is operable to fix the supports in position by means of frictional resistance between a part of the supports and an electro-rheological fluid, generated when a predetermined voltage is applied to the electro-rheological fluid which is in contact with the part of the supports.

22. The member supporting apparatus according to claim 21, further comprising

a holder which slidably holds the plurality of supports,

wherein said holder includes said fixing unit;

said abutting unit is operable to move the supports simultaneously by moving the holder in the supporting direction, and to stop the movement of the holder when an end of each of the plurality of supports abut the member;

each of the plurality of supports held by the holder slides, with respect to the holder, in a direction opposite to the supporting direction when the holder moves in the supporting direction after the end of the supports abut the member; and

said fixing unit is operable to fix the plurality of supports which are abutted against the member by said abutting unit in position, the plurality of supports being at rest with respect to the holder.

23. A component-mounter which, having a member supporting apparatus according to claim 22, and which mounts a component on a board which is the member, said component-mounter comprising:

a mounting unit operable to mount a component on the board from a side of the board opposite to the plurality of supports, with the plurality of supports fixed in position by said fixing unit.

24. A printer which, having a member supporting apparatus according to claim 22, and which prints a conductive paste on a board which is the member, said printer comprising:

a printing unit operable to print the conductive paste on the board from a side of the board opposite to the plurality of supports, with the plurality of supports fixed in position by said fixing unit.

25. A component-mounter which, having a member supporting apparatus according to claim 21, and which mounts a component on a board which is the member, said component-mounter comprising:

a mounting unit operable to mount a component on the board from a side of the board opposite to the plurality of supports, with the plurality of supports fixed in position by said fixing unit.

26. A printer which, having a member supporting apparatus according to claim 21, and which prints a conductive paste on a board which is the member, said printer comprising:

a printing unit operable to print the conductive paste on the board from a side of the board opposite to the plurality of supports, with the plurality of supports fixed in position by said fixing unit.