초록 ▼

An assembling machine with a feeder is provided. The feeder feeds receiving components into an assembler, where a moveable coupling mechanism couples attaching components to the receiving components. Transporting mechanisms coupled to a plurality of drive trains deliver the receiving components acr

An assembling machine with a feeder is provided. The feeder feeds receiving components into an assembler, where a moveable coupling mechanism couples attaching components to the receiving components. Transporting mechanisms coupled to a plurality of drive trains deliver the receiving components across the feeder table and to the assembler. The transporting mechanisms alternate between a plurality of speeds so as to deliver the receiving components to the assembler such that the moveable coupling mechanism may operate at a continuous, periodic rate.

대표청구항 ▼

What is claimed is: 1. An assembling machine, comprising: a. an assembler configured to couple an attaching component to a receiving component, the assembler having a moveable coupling mechanism configured to couple the attaching component to the receiving component at a periodic coupling rate; and

What is claimed is: 1. An assembling machine, comprising: a. an assembler configured to couple an attaching component to a receiving component, the assembler having a moveable coupling mechanism configured to couple the attaching component to the receiving component at a periodic coupling rate; and b. a feeder, the feeder comprising a plurality of drive trains, each drive train having at least one transporting mechanism coupled thereto, the at least one transporting mechanism being configured to feed at least one receiving component into the assembler; wherein a drive train speed associated with one of the plurality of drive trains changes such that the periodic coupling rate remains constant between attachment of a first attaching component with a first receiving component and attachment of a second attaching component with a second receiving component. 2. The assembling machine of claim 1, wherein the assembler comprises an insertion assembly, further wherein the attaching component comprises an inserting component, the insertion assembly being configured to insert a plurality of inserting components into the receiving component. 3. The assembling machine of claim 1, wherein the first attaching component comprises a final attaching component of a first plurality of attaching components to be attached to the first receiving component, further wherein the second attaching component comprises an initial attaching component of a second plurality of attaching components to be attached to the second receiving component. 4. The assembling machine of claim 1, wherein the feeder feeds the at least one receiving component into the assembler in a first direction, further wherein the moveable coupling mechanism moves reciprocally in a second direction that is intersecting with the first direction. 5. The assembling machine of claim 1, wherein each of the plurality of drive trains comprises a variable speed servo driven loop, further wherein each of the plurality of drive trains has a plurality of transporting mechanisms coupled thereto. 6. The assembling machine of claim 1, further comprising a transporting mechanism detector capable of determining at least once the position of the at least one transporting mechanism along a drive train loop. 7. The assembling machine of claim 6, further comprising: a. a moveable coupling mechanism servo coupled to and capable of actuating the moveable coupling mechanism; and b. a moveable coupling mechanism servo detector capable of determining a moveable coupling mechanism servo position. 8. The assembling machine of claim 7, further comprising a calibration device, wherein upon the transporting mechanism detector determining at least once the position of the transporting mechanism and the moveable coupling mechanism servo detector determining the moveable coupling mechanism servo position, the calibration device alters the drive train speed.