초록 ▼

A viscous material container evacuator comprises a chamber to hold a container and a plunger axially and slidably accommodated within the chamber to express material from the container; and at least one hinged closure that closes to define the chamber and to securely enclose the container; and at le

A viscous material container evacuator comprises a chamber to hold a container and a plunger axially and slidably accommodated within the chamber to express material from the container; and at least one hinged closure that closes to define the chamber and to securely enclose the container; and at least one motor activated fastener that secures the closure around the container. A method to secure a closure of a viscous material container evacuator, comprises activating a motor drive shaft to drive a connected threaded shaft into a complimentary threaded channel of a clamp block that comprises an opposing nub wall; and driving the threaded shaft to impose upon a first lug of an evacuator and to foreshorten a distance between a head of the threaded shaft and the opposing nub to impose the nub against a second lug of a closure to secure the lugs together to secure the container.

대표청구항 ▼

What is claimed is: 1. A viscous material container evacuator, comprising: a chamber to hold a container and a plunger axially and slidably accommodated within the chamber to express material from the container; at least one hinged closure that closes to define the chamber and to securely enclose t

What is claimed is: 1. A viscous material container evacuator, comprising: a chamber to hold a container and a plunger axially and slidably accommodated within the chamber to express material from the container; at least one hinged closure that closes to define the chamber and to securely enclose the container; and at least one motor activated fastener that secures the closure around the container, the motor activated fastener comprises a hydraulic motor that drives a threaded shaft into a threaded channel of a clamp block, foreshortening a spacing between a forward face of the threaded shaft and an opposing clamp block nub, driving lugs together on opposing hinged closures of the at least one hinged closure to close the closures. 2. The viscous material container evacuator of claim 1, wherein the motor activated fastener comprises a hydraulic motor drive shaft and a misalignment coupling comprising a back couple half and a forward couple half and an intermediate coupler section connecting the back and forward halves with axial and angular play to accommodate misalignment between the drive shaft and the threaded shaft. 3. The viscous material container evacuator of claim 1, wherein the motor activated fastener comprises a hydraulic motor drive shaft and a misalignment coupling comprising a back couple half and a forward couple half and an intermediate coupler section connecting the back and forward halves to accommodate misalignment between the drive shaft and the threaded shaft, wherein each couple half and has an interior that forms a passageway with the coupler through coupling and the back couple half has an interior passageway spline configuration that accommodates a complementary spline configuration of the drive shaft and the forward half has an interior passageway spline configuration that accommodates a complementary spline configuration of the threaded shaft. 4. The viscous material container evacuator of claim 1, wherein the motor activated fastener comprises a hydraulic motor drive shaft and a misalignment coupling comprising a back couple half and a forward couple half and an intermediate coupler section connecting the back and forward halves with axial and angular play to accommodate misalignment between the drive shaft and the threaded shaft, wherein the coupler has a smooth wall of a larger diameter than passageway diameters of the back couple half and forward couple half as defined by the grooves of the back couple half and forward couple half splined surfaces and the coupler section connects the halves so that the spline configurations of the halves are misaligned to trap the drive shaft and threaded shaft to one another. 5. The viscous material container evacuator of claim 1, wherein the motor activated fastener comprises a hydraulic motor drive shaft and a misalignment coupling comprising a back couple half and a forward couple half and an intermediate coupler section connecting the back and forward halves with axial and angular play to accommodate misalignment between the drive shaft and the threaded shaft, wherein the couple halves are connected to the coupler by keys and keyways to provide axial and angular misalignment tolerance between the drive shaft and the threaded shaft. 6. The viscous material container evacuator of claim 1, wherein the motor activated fastener comprises a hydraulic motor drive shaft and a misalignment coupling comprising a back couple half and a forward couple half and an intermediate coupler section connecting the back and forward halves with axial and angular play to accommodate misalignment between the drive shaft and the threaded shaft, wherein the couple halves are connected to the coupler by keys held to keyways by rings to provide axial and angular misalignment tolerance between the drive shaft and the threaded shaft. 7. The viscous material container evacuator of claim 1, wherein the motor activated fastener comprises a hydraulic motor drive shaft and a misalignment coupling comprising a back couple half and a forward couple half and an intermediate coupler section connecting the back and forward halves with axial and angular play to accommodate misalignment by transmitting drive shaft torque while accommodating axial and angular misalignment between the drive shaft and the threaded shaft. 8. The viscous material container evacuator of claim 1, wherein the container evacuator comprises a piston driven platen on said plunger that is axially and slidably accommodated within the chamber. 9. The viscous material container evacuator of claim 1, further comprising a controller that activates the plunger. 10. A viscous material processing system, comprising: a viscous material feed system comprising: a viscous material container evacuator comprising a chamber to hold a container, a plunger axially and slidably accommodated within the chamber to express material from the container held within the evacuator chamber and hinged closures that define the chamber, the closures securable by at least one motor activated fastener; and a viscous material compounding system that receives material expressed from the feed system and; wherein the viscous material container evacuator comprises a first lug located on the at least one of the hinged closures and a second lug located on a second hinged closure of the chamber; and the motor activated fastener that comprises: a hydraulic motor with a drive shaft operably connected to an end of a partially threaded shaft to thread the partially threaded shaft into a threaded channel of a clamp block to drive the clamp block against the first lug to close the closure against the chamber or second hinged closure of the chamber. 11. The viscous material processing system of claim 10, wherein the motor activated fastener comprises a hydraulic motor drive shaft and a misalignment coupling comprising a back couple half and a forward couple half and an intermediate coupler section connecting the back and forward halves with axial and angular play to accommodate misalignment between the drive shaft and the partially threaded shaft. 12. A viscous material feed system, comprising: a container evacuator comprising a chamber to hold a container; a plunger axially and slidably accommodated within the chamber to express material from the container held within the evacuator chamber; at least one hinged closure that closes to define the chamber and to securely enclose the container; and at least one motor activated fastener that secures the closure around the container; a feed tube that receives material expressed from a container by the container evacuator; and a cutting apparatus that meters material from the feed tube to a processing system; the container evacuator comprises a first lug located on one of the at least one hinged closure and a second lug located on a second hinged closure of the chamber; the motor activated fastener comprises: a hydraulic motor with a drive shaft operably connected to an end of a partially threaded shaft to thread the partially threaded shaft into a threaded channel of a clamp block to drive the clamp block against the first lug to close the closure against the second hinged closure of the chamber. 13. The viscous material feed system of claim 12, wherein the motor activated fastener comprises a misalignment coupling comprising a back couple half and a forward couple half and an intermediate coupler section connecting the back and forward halves with axial and angular play to accommodate misalignment between the drive shaft and the partially threaded shaft. 14. A viscous material feed method, comprising: placing a viscous silicone gum containing drum into a material extracting apparatus; securing a closure of the material extracting apparatus around the drum by activating a motor drive shaft; driving a connected threaded shaft into a complimentary threaded channel of a clamp block that comprises an opposing nub; driving the threaded shaft upon a first lug of the closure of the apparatus and foreshortening a distance between a forward face of the threaded shaft and the opposing nub to impose the nub against a second lug of the closure of the apparatus to secure the lugs together; and evacuating viscous material from the drum by driving a plunger through the drum to express the silicone gum a viscous material compounding process.