Methods and systems for combined negative pressure and electroadhesion-based manipulation in manufacturing
Systems, apparatus, and methods of manufacturing an article using electroadhesion technology, either as a sole modality of handling such materials or in concert with vacuum for the pick up and release of materials, respectively.
1. A system for manufacturing an article, the system comprising:
a first platform configured to receive the placement of a first article component thereon;
a second platform having a first predetermined location for the first article component;
an electroadhesive capture element, wherein the capture element comprises an electroadhesive plate comprising a planar electroadhesive surface comprising a plurality of electrodes disposed at the planar electroadhesive surface, and wherein a plurality of vacuum ports extend through the electroadhesive plate from a side opposite the planar electroadhesive surface and form openings on the planar electroadhesive surface, and wherein the vacuum ports are coupled to one or more negative pressure sources; and
a robotic actuator coupled to the capture element;
wherein the one or more negative pressure sources apply negative pressure at the side opposite the planar electroadhesive surface to generate negative pressure at the planar electroadhesive surface, and wherein the robotic actuator is configured to move the capture element to the first platform and the electroadhesive capture element is configured to capture with the planar electroadhesive surface the first article component received on the first platform, and wherein the robotic actuator is configured to move the capture element to reposition the captured first article component over the first predetermined location on the second platform, and the capture element is configured to release the first component onto the first predetermined location, whereby the first article component placed on the second platform is oriented for assembly into an article.
2. The system of claim 1 , wherein the first platform is configured to receive the placement of a second article component thereon, and wherein the second platform has a second predetermined location for the second article component, and wherein the electroadhesive capture element is configured to capture with the planar electroadhesive surface the second article component received on the first platform, and wherein the robotic actuator is configured to move the capture element to reposition the captured second article component over the second predetermined location on the second platform, and the capture element is configured to release the second article component onto the second predetermined location whereby the second article component placed on the second platform is oriented for assembly into the article with the first article component, and wherein the planar electroadhesive surface comprises a first zone and a second zone, and wherein the first zone is configured for capturing the first article component and the second zone is configured for capturing the second article component.
3. The system of claim 1 , wherein the first platform is configured to receive the placement of a second article component thereon, and wherein the second platform has a second predetermined location for the second article component, and wherein the electroadhesive capture element is configured to capture with the planar electroadhesive surface the second article component received on the first platform, and wherein the robotic actuator is configured to move the capture element to reposition the captured second article component over the second predetermined location on the second platform, and the capture element is configured to release the second article component onto the second predetermined location whereby the second article component placed on the second platform is oriented for assembly into the article with the first article component, and wherein the plurality of vacuum ports comprises a first zone of vacuum ports and a second zone of vacuum ports, and wherein the first zone of vacuum ports is configured for capturing the first article component and the second zone of vacuum ports is configured for capturing the second article component, and wherein the first and second zones of vacuum ports are configured to be separately controlled to capture or release one or more of the first and second article components.
4. The system of claim 1 , wherein the one or more negative pressure sources comprises one or more of a prismatic or cuboid vacuum distributor, a fan, a pump, a turbine, a venturi, and a propeller.
5. The system of claim 1 , wherein the first platform is configured to receive the placement of a second article component thereon, and wherein the second platform has a second predetermined location for the second article component, and wherein the electroadhesive capture element is configured to capture with the planar electroadhesive surface the second article component received on the first platform, and wherein the robotic actuator is configured to move the capture element to reposition the captured second article component over the second predetermined location on the second platform, and the capture element is configured to release the second article component onto the second predetermined location whereby the second article component placed on the second platform is oriented for assembly into the article with the first article component, and wherein the capture element comprises a first zone and a second zone, and wherein the first zone is configured for capturing the first article component and the second zone is configured for capturing the second article component, and wherein the first and second zones are separately mechanically actuated to selectively capture or release one or more of the first and second article components.
6. The system of claim 1 , wherein the plurality of ports are positioned in or between the plurality of electrodes.
7. The system of claim 1 , wherein the capture element further comprises a housing, wherein the electroadhesive plate is coupled to the housing with the robotic actuator coupled to the housing opposite the electroadhesive plate, and wherein negative pressure is generated at the planar electroadhesive surface through the housing via the one or more negative pressure sources.
8. The system of claim 1 , wherein the one or more negative pressure sources are provided on the capture element.
9. A method of manufacturing an article with the aid of the system of claim 1 , the method comprising:
capturing a first article component placed on the first platform via electroadhesion and application of negative pressure;
capturing a second article component placed on the first platform via electroadhesion and application of negative pressure, wherein capturing the first and second article components via electroadhesion comprises placing the planar electroadhesive surface of the electroadhesive capture element over the first and second article components and activating the planar electroadhesive surface;
moving the captured first and second article components to a position over the second platform;
releasing the captured first article component to place the first article component on the first predetermined location of the second platform; and
releasing the captured second article component to place the second article component on a second predetermined location of the second platform,
wherein the first and second article components placed on the second platform are assembled into at least a portion of the article.
10. The method of claim 1 , wherein the planar electroadhesive surface comprises a first zone for capturing the first article component and a second zone for capturing the second article component.
11. The method of claim 1 , wherein one or more of the capture element and the first platform comprises a first vacuum source for capturing the first article component and a second vacuum source for capturing the second article component.
12. The method of claim 1 , wherein one or more of the first and second article components comprises a textile piece, a shoe part, an automotive part, a machinery part, or a circuitry part, and wherein the article comprises, respectively, at least a portion of an article of clothing, at least a portion of a shoe, at least a portion of a machine, or at least a portion of a circuit.