Apparatus for the feeding and removal of workpieces to and from work stations coupled in parallel

• US 4,483,433 A
• Filed: 01/13/1982
• Issued: 11/20/1984
• Est. Priority Date: 01/22/1981
• Status: Expired due to Fees

• Current Assignee: Micafil AG
• Original Assignee: Micafil AG
• Inventors: Fischer, Bruno, Nussbaumer, Manfred, Andretta, Angelo
• Primary Examiner(s): Valenza, Joseph E.
• Assistant Examiner(s): Shane, Kyle E.
• Application Number:
  US06/339,083
• Time in Patent Office: 1,042 Days
• Field of Search: 198/339, 198/341, 198/358, 198/370, 198/486, 198/345, 198/448, 198/447, 198/442, 198/372, 198/690, 29/596
• US Class Current: 198/346.2
• CPC Class Codes: B23Q 7/1421 with a parallel disposition of working devices
• CPC Class Codes: H02K 15/095 by laying conductors around salient poles

Abstract

Apparatus for feeding and removing work pieces to and from first and second work stations coupled in parallel comprises first and second transporters for transporting work pieces to and from the first and second work stations, respectively; and a transfer system for each of the work stations for transferring work pieces from the first transporter to the corresponding work station and from the corresponding work station to the second transporter. Each of the transfer systems comprises a displaceable work piece receiver disposed in a first position thereof in alignment with the first and second transporter such that work pieces being transported by the transporters can pass through the work piece receiver.

Claims

1. Apparatus for feeding and removing stators for electrical machines to and from first and second stator winding machines coupled in parallel, said apparatus comprising:

first transport means for transporting unwound stators to said first and second winding machines;

second transport means for transporting wound stators from said first and second winding machines;

transfer means for each of said winding machines for transferring stators from said first transport means to the corresponding winding machine and from the corresponding winding machine to said second transport means, each of said transfer means comprising double stator receiver means displaceable between a first position thereof in alignment with said first and second transport means such that stators being transported by said first and second transport means can pass through said receiver means, a second position in which unwound stators are fed to and removed from the winding machine; and

control means for controlling the transport of stators by at least one of said first and second transport means and the transfer of stators by each of said transfer means.

2. The apparatus of claim 1 wherein said first and second transport means comprise first and second conveyors, respectively, on which stators are entrained by their own weight, and said first and second conveyors are disposed adjacent each other at least in the vicinity of each of said winding machines;

and each of said double stator receiver means comprises means defining first and second receivers for cooperating with said first and second conveyors, respectively.

3. The apparatus of claim 2 wherein said control means comprises displaceable barrier means dispoed adjacent said conveyors for selectively blocking passage of stators to the corresponding receiver means.

4. The apparatus of claim 2 wherein each of said means defining said first and second receivers comprises first and second sets of spaced guide rails oriented parallel to said first and second conveyors, respectively, said first and second sets of guide rails being aligned with said first and second conveyors, respectively, when the associated receiver means is disposed in said first position thereof and said first and second sets of guide rails supporting a stator disposed within said first and second receivers, respectively, when the associated receiver means is in a position vertically higher than or transversely displaced from said first position.

5. The apparatus of claim 2 wherein each of said transfer means comprises means for displacing said receiver means vertically and transversely with respect to said first and second transport means so as to move said transfer means into and out of operative relationship with the respective winding machine, said displacing means comprising first piston means cooperating with vertical guide means and second piston means cooperating with horizontal guide means.

6. The apparatus of claim 5 further comprising stator displacement means for each transfer means for transferring stators into and out of corresponding receiver means when the receiver means is in operative relationship with the corresponding winding machine, each of said displacement means comprising a permanent magnet for holding stators and sliding means for displacing said permanent magnet axially with respect to the corresponding receiver means.

8. The apparatus of claim 1 wherein unwound stators are fed to the winding machine at said second position, and wherein said receiver means are further displaceable to a third position in which would stators are removed from the winding machine.

7. Apparatus for feeding and removing workpieces to and from first and second work stations coupled in parallel, said apparatus comprising:

a first conveyor for transporting workpieces to said first and second work stations;

a second conveyor for transporting workpieces from said first and second work stations, said first and second conveyors being dispoed adjacent each other at least in the vicinity of each of said work stations;

transfer means for each of said work stations for transferring workpieces from said first transport means to the corresponding work station and from the corresponding work stations to said second transport means, each of said transfer means comprising displaceable workpiece receiver means disposed in a first position thereof in alignment with said first and second transport means such that workpieces being transported by said first and second transport means can pass through said workpiece receiver means, and including first and second sets of spaced guide rails oriented parallel to said first and second conveyors, respectively, said first and second sets of guide rails being aligned with said first and second conveyors, respectively, when the associated workpiece receiver means is disposed in said first position thereof and said first and second sets of guide rails supporting a workpiece disposed within said first and second receivers, respectively, when the associated workpiece receiver means is in a position vertically higher than or transversely displaced from said first position; and

control means for controlling the transport of workpieces by at least one of said first and second transport means and the transfer of workpieces by each of said transfer means.