Method and system for layered wood product production
A method and system for production of layered wood products employs local and independently operating robotic panel assembly cells including one or more veneer handling robots, one or more core handling robots, and one or more glue application robots to produce stacks of layered wood product panels locally near the pressing stations. Consequently, the stacks of layered wood product panels are independently built at, or near, the location of the pressing stations. This eliminates the need for traditional panel conveyors, traditional layered wood product panel assembly layup lines, and stack press delivery lines. This, in turn, eliminates thousands of moving parts and dozens of people from the layered wood product production process.
1. A local robotic panel assembly and pressing station, the local robotic panel assembly and pressing station comprising:
a single robot panel assembly cell station, the single robot panel assembly cell station being located at a single stationary robot panel assembly cell station location, the single robot panel assembly cell station including at least one stack of veneer sheets, a control system, and two or more robots all located at the same single stationary robot panel assembly cell station location, the single robot panel assembly cell station producing a green layered wood product panel stack, the green layered wood product panel stack including two or more green layered wood product panels, at the single stationary robot panel assembly cell station location;
a pre-press, the pre-press receiving the green layered wood product panel stack, including two or more green layered wood product panels, from the single stationary robot panel assembly cell station location, the pre-press pressing the green layered wood product panel stack to produce pre-pressed layered wood product panels;
a hot press, the hot press heating and pressing the pre-pressed layered wood product panels to produce cured layered wood product panels; and
a quality analysis and feedback cell, the quality analysis and feedback cell for analyzing quality of cured layered wood product panels.
2. The local robotic panel assembly and pressing station of claim 1 wherein the single robot panel assembly cell station includes:
one or more veneer handling robots, the one or more veneer handling robots retrieving veneer sheets from the at least one stack of veneer sheets and placing the veneer sheets on the green layered wood product panel stack at the single stationary robot panel assembly cell station location in accordance with received control signals;
one or more glue application robots, the one or more glue application robots applying a layer of glue between sheets of veneer in the green layered wood product panel stack at the single stationary robot panel assembly cell station location in accordance with received control signals; and
the control system, wherein the control system controls the one or more veneer handling robots and the one or more glue application robots and directs the one or more veneer handling robots and the one or more glue application robots in the construction of the green layered wood product panel stack at the single stationary robot panel assembly cell station location via control signals sent to the one or more veneer handling robots and the one or more glue application robots.
3. The local robotic panel assembly and pressing station of claim 2 wherein the quality analysis and feedback cell analyzes the quality of cured layered wood product panels and adjusts the control signals sent to the one or more veneer handling robots and the one or more glue application robots in response to the quality analysis in order to improve the quality of subsequent cured layered wood product panels.
4. The local robotic panel assembly and pressing station of claim 3 wherein the quality analysis and feedback cell analyzes one or more quality parameters including wood panel density.
5. The local robotic panel assembly and pressing station of claim 3 wherein the quality analysis and feedback cell analyzes one or more quality parameters including wood panel thickness.
6. The local robotic panel assembly and pressing station of claim 3 wherein the quality analysis and feedback cell includes an artificial intelligence module, further wherein the quality analysis and feedback cell obtains quality parameter data from the quality analysis of multiple cured layered wood product panels and correlates the quality parameter data of each cured layered wood product panel with control signal data associated with the control signals used to produce that cured layered wood product panel, further wherein the correlated quality parameter data and control signal data is used as training data to generate a trained artificial intelligence module.
7. The local robotic panel assembly and pressing station of claim 6 wherein the trained artificial intelligence module adjusts the control signals automatically for subsequent green layered wood product panel stack production.
8. A local robotic panel assembly and pressing station, the local robotic panel assembly and pressing station comprising:
a single robot panel assembly cell station, the single robot panel assembly cell station being located at a single stationary robot panel assembly cell station location, the single robot panel assembly cell station including at least one stack of veneer sheets, a control system, and two or more robots all located at the same single stationary robot panel assembly cell station location, the single robot panel assembly cell station producing a green plywood panel stack, the green plywood panel stack including two or more green plywood panels, at the single stationary robot panel assembly cell station location;
a pre-press, the pre-press receiving the green plywood panel stack, including two or more green plywood panels, from the single stationary robot panel assembly cell station location, the pre-press pressing the green plywood panel stack to produce pre-pressed plywood panels;
a hot press, the hot press heating and pressing the pre-pressed plywood panels to produce cured plywood panels; and
a quality analysis and feedback cell, the quality analysis and feedback cell for analyzing quality of cured plywood panels.
9. The local robotic panel assembly and pressing station of claim 8 wherein the single robot panel assembly cell station includes:
one or more veneer handling robots, the one or more veneer handling robots retrieving veneer sheets from a stack of veneer sheets and placing the veneer sheets on the green plywood panel stack in accordance with received control signals;
one or more glue application robots, the one or more glue application robots applying a layer of glue between sheets of veneer in the green plywood panel stack in accordance with received control signals; and
the control system, wherein the control system controls the one or more veneer handling robots and the one or more glue application robots and directs the one or more veneer handling robots and the one or more glue application robots in the construction of the green plywood panel stack via control signals sent to the one or more veneer handling robots and the one or more glue application robots.
10. The local robotic panel assembly and pressing station of claim 9 wherein the quality analysis and feedback cell analyzes the quality of cured plywood panels and adjusts the control signals sent to the one or more veneer handling robots and the one or more glue application robots in response to the quality analysis in order to improve the quality of subsequent cured plywood panels.
11. The local robotic panel assembly and pressing station of claim 10 wherein the quality analysis and feedback cell analyzes one or more quality parameters including plywood panel density.
12. The local robotic panel assembly and pressing station of claim 10 wherein the quality analysis and feedback cell analyzes one or more quality parameters including plywood panel thickness.
13. The local robotic panel assembly and pressing station of claim 10 wherein the quality analysis and feedback cell includes an artificial intelligence module, further wherein the quality analysis and feedback cell obtains quality parameter data from the quality analysis of multiple cured plywood panels and correlates the quality parameter data of each cured plywood panel with control signal data associated with the control signals used to produce that cured plywood panel, further wherein the correlated quality parameter data and control signal data is used as training data to generate a trained artificial intelligence module.
14. The local robotic panel assembly and pressing station of claim 13 wherein the trained artificial intelligence module adjusts the control signals automatically for subsequent green plywood panel stack production.
15. A local robotic panel assembly and pressing station, the local robotic panel assembly and pressing station comprising:
a single robot panel assembly cell station, the single robot panel assembly cell station being located at a single stationary robot panel assembly cell station location, the single robot panel assembly cell station including:
one or more veneer handling robots, the one or more veneer handling robots retrieving veneer sheets from a stack of veneer sheets and placing the veneer sheets on a green plywood panel stack at the single stationary robot panel assembly cell station location in accordance with received control signals;
one or more core handling robots, the one or more core handling robots retrieving core material from a core material stack and placing the core material on the green plywood panel stack at the single stationary robot panel assembly cell station location in accordance with received control signals;
one or more glue application robots, the one or more glue application robots applying a layer of glue between sheets of veneer and core material in the green plywood panel stack at the single stationary robot panel assembly cell station location in accordance with received control signals;
a control system, wherein the control system controls the one or more veneer handling robots, the one or more core handling robots, and the one or more glue application robots and directs the one or more veneer handling robots, the one or more core handling robots, and the one or more glue application robots in the construction of the green plywood panel stack at the single stationary robot panel assembly cell station location via control signals sent to the one or more veneer handling robots, the one or more core handling robots, and the one or more glue application robots;
a pre-press, the pre-press receiving the green plywood panel stack, including two or more green plywood panels, from the single stationary robot panel assembly cell station location, the pre-press pressing the green plywood panel stack to produce pre-pressed plywood panels;
a hot press, the hot press heating and pressing the pre-pressed plywood panels to produce cured plywood panels; and
a quality analysis and feedback cell, the quality analysis and feedback cell for analyzing quality of cured plywood panels and adjusting the control signals sent to the one or more veneer handling robots, the one or more core handling robots, and the one or more glue application robots in response to the quality analysis in order to improve the quality of subsequent cured plywood panels.
16. The local robotic panel assembly and pressing station of claim 15 wherein the quality analysis and feedback cell analyzes one or more quality parameters including plywood panel density.
17. The local robotic panel assembly and pressing station of claim 15 wherein the quality analysis and feedback cell analyzes one or more quality parameters including plywood panel thickness.
18. The local robotic panel assembly and pressing station of claim 15 wherein the quality analysis and feedback cell includes an artificial intelligence module, further wherein the quality analysis and feedback cell obtains quality parameter data from the quality analysis of multiple cured plywood panels and correlates the quality parameter data of each cured plywood panel with control signal data associated with the control signals used to produce that cured plywood panel, further wherein the correlated quality parameter data and control signal data is used as training data to generate a trained artificial intelligence module.
19. The local robotic panel assembly and pressing station of claim 15 wherein trained artificial intelligence module adjusts the control signals automatically for subsequent green plywood panel stack production.