Workpiece holder for high volume manufacturing operations

Claim 2

A workpiece holder for supporting a plurality of semiconductor device package parts for heating, comprising: a plurality of essentially flat workpiece supports vertically disposed with edges facing upward, said edges being grooved to form recesses for supporting said package parts, said recesses having a dimension in a first direction corresponding to a dimension of the package parts and preventing the package parts from moving laterally in the first direction and said recesses having a projecting surface displaced to one side of said recesses in a second direction to prevent said package parts from moving in the second direction, said workpiece supports being spaced to allow said package parts to rest within the recesses on the upward facing edges of said workpiece supports, a plurality of spacers for spacing said workpiece supports in accordance with a predetermined dimension in the second direction of said package parts, and means for supporting said flat workpiece supports and said spacers in fixed position relative to each other.

Claim 3

The workpiece holder of claim 1 in which the edges of said workpiece supports are grooved to receive at least two different workpieces in assembled relationship to permit the two different workpieces to be bonded to each other.

Claim 4

The workpiece holder of claim 2 in which the upwardly facing edges of said workpiece supports contain a recess for receiving each workpiece, the recesses of adjacent workpiece supports serving to confine each workpiece in assembled relationship.

Claim 5

The workpiece holder of claim 1 in which said holder is of modular construction, so that individual elements of said holder may be assembled with other individual elements of different dimensions, to give workpiece holders of the same design, but different size.

Claim 6

The workpiece holder of claim 2 in which the grooves for supporting said second workpiece extend laterally across said upward facing edge and are dimensioned to confine said second workpiece from moving laterally in one direction, and the spacing between adjacent workpiece supports being dimensioned to confine another workpiece from moving laterally in a second direction.

Claim 7

The workpiece holder of claim 1 in which said projecting surface displaced to one side of said recesses is integral to said supports and forms a corner shape with said recess.

Claim 8

A workpiece holder for supporting a plurality of semiconductor device package parts for heating, comprising: a plurality of essentially flat workpiece supports vertically disposed with edges facing upward, said edges being configured to support and confine said package parts from moving by means of an essentially flat member fastened along a surface of said workpiece supports and a groove having a dimension corresponding to a dimension of said package parts in each upward facing edge of said supports, with said flat member extending along one side of the groove, so that said package parts may rest on the upward facing edges of two adjacent workpiece supports and be confined from moving laterally in a first direction by the groove and in a second direction by the essentially flat member, said workpiece supports being spaced to allow said package parts to rest on the upward facing edges of said workpiece supports, a plurality of spacers for spacing said workpiece supports in accordance with a predetermined dimension of said package parts, and means for supporting said flat workpiece supports and said spacers in fixed position relative to each other.

Claim 9

A workpiece holder for supporting a plurality of semiconductor device package parts for heating, comprising: a plurality of essentially flat workpiece supports vertically disposed with edges facing upward, said edges being configured to support and confine said package parts from moving by means of an essentially flat member fastened along a surface of said workpiece supports and a groove having a dimension corresponding to a dimension of said package parts in each upward facing edge of said supports, with said flat member extending along one side of the groove, so that said package parts may rest on the upward facing edges of two adjacent workpiece supports and be confined from moving laterally in a first direction by the groove and in a second direction by the essentially flat member, said workpiece supports being spaced to allow said package parts to rest on the upward facing edges of said workpiece supports, a plurality of spacers for spacing said workpiece supports in accordance with a predetermined dimension of said package parts, and means for supporting said flat workpiece supports and said spacers in fixed position relative to each other.

Claim 10

A workpiece holder for supporting a plurality of semiconductor package parts for heating, comprising: a plurality of essentially flat workpiece supports vertically disposed with edges facing upward, said edges being configured by means of recesses to receive such package parts and confine them against lateral motion in a first direction formed in the upward extending edge of said workpiece supports, with at least one prong integrally formed from said workpiece supports extending upward from each said recess and displaced to one side of each said recess in a second direction to confine said package parts from moving laterally in the second direction, said workpiece supports being spaced to allow said package parts to rest within the recesses on the upward facing edges of the workpiece supports, a plurality of spacers for spacing said workpiece supports, in accordance with a predetermined dimension of said package parts, and means for supporting said flat workpiece supports and said spacers in fixed position relative to each other.

Claim 11

A workpiece holder for supporting a plurality of semiconductor package parts for heating, comprising: a plurality of essentially flat workpiece supports vertically disposed with edges facing upward, said edges being configured by means of recesses to receive such package parts and confine them against lateral motion in a first direction formed in the upward extending edge of said workpiece supports, with at least one prong integrally formed from said workpiece supports extending upward from each said recess and displaced to one side of each said recess in a second direction to confine said package parts from moving laterally in the second direction, said workpiece supports being spaced to allow said package parts to rest within the recesses on the upward facing edges of the workpiece supports, a plurality of spacers for spacing said workpiece supports, in accordance with a predetermined dimension of said package parts, and means for supporting said flat workpiece supports and said spacers in fixed position relative to each other.

Claim 12

The workpiece holder of claim 8 in which each said recess has a first portion extending a first distance downward from the upward facing edges of said supports and a second portion extending a second distance less than the first distance downward from the upward facing edges, said at least one prong extending upward from the first portion of each said recess, with at least a portion of said prong being at an angle to displace the prong to one side of said recess at the second downward distance.