An automatic colorant dispenser having a compact modular design incorporating simply installed, precision stepper-motor driven, colorant pump modules, specifically designed to provide maximum abrasion resistance using advanced aerospace technologies plus exceptional operational life utilizing high q
An automatic colorant dispenser having a compact modular design incorporating simply installed, precision stepper-motor driven, colorant pump modules, specifically designed to provide maximum abrasion resistance using advanced aerospace technologies plus exceptional operational life utilizing high quality, high precision and high reliability mechanical and electrical components. By employing advanced performance materials and space saving, compact geometric and ergonomic design methodology in the fully modular automatic colorant dispenser, up to sixteen space saving, two gallon colorant canister modules are efficiently grouped and directly connected to their respective energy-saving colorant pump modules. All component modules have been ergonomically located behind large open access panels to ultimately maintain the system with maximum convenience and simplicity. Built-in retractable production shelves provide maximum operational versatility but retract into a compact 2′×4′ footprint weighing only 440 pounds. Stainless steel used on all working surfaces and advanced twin epoxy powder paint protects the modular cabinet.
대표청구항▼
An automatic colorant dispenser having a compact modular design incorporating simply installed, precision stepper-motor driven, colorant pump modules, specifically designed to provide maximum abrasion resistance using advanced aerospace technologies plus exceptional operational life utilizing high q
An automatic colorant dispenser having a compact modular design incorporating simply installed, precision stepper-motor driven, colorant pump modules, specifically designed to provide maximum abrasion resistance using advanced aerospace technologies plus exceptional operational life utilizing high quality, high precision and high reliability mechanical and electrical components. By employing advanced performance materials and space saving, compact geometric and ergonomic design methodology in the fully modular automatic colorant dispenser, up to sixteen space saving, two gallon colorant canister modules are efficiently grouped and directly connected to their respective energy-saving colorant pump modules. All component modules have been ergonomically located behind large open access panels to ultimately maintain the system with maximum convenience and simplicity. Built-in retractable production shelves provide maximum operational versatility but retract into a compact 2′×4′ footprint weighing only 440 pounds. Stainless steel used on all working surfaces and advanced twin epoxy powder paint protects the modular cabinet. ends in said first and second recesses of said second yoke structure.3. The quick connect/disconnect system as set forth in claim 2, further comprising a cylinder support assembly for temporarily supporting the arm cylinder, said cylinder support assembly selectively movable from a storage position to an extended operative position, said cylinder support assembly supporting said arm cylinder and maintaining said arm cylinder in a select position relative to said boom when in said extended operative position.4. The quick connect/disconnect system as set forth in claim 3, wherein said cylinder support assembly comprises:a support link pivotably connected to said boom and including at least one adjustment aperture defined therein;a stop link pivotably connected to said boom and including at least one adjustment aperture defined therein;a cylinder cradle connected to said support link and adapted for receiving and supporting said arm cylinder; and,a stop pin for insertion through said at least one adjustment aperture of said stop link and an aligned one of said at least one adjustment apertures of said support link to secure said support link said extended operative position.5. The quick connect/disconnect system as set forth in claim 1, wherein said first pin-end is non-rotatably seated in said pin-receiving recess of said first yoke member and said second pin-end is non-rotatably seated in said pin-receiving recess of said second yoke member.6. The quick connect/disconnect system as set forth in claim 2, wherein:said first pin-end of said arm is non-rotatably seated in said pin-receiving recess of said first yoke member;said second pin-end of said arm is non-rotatably seated in said pin-receiving recess of said second yoke member;said first cylinder pin-end is non-rotatably seated in said first pin-receiving recess of said second yoke structure; and,said second cylinder pin-end is non-rotatably seated in said second pin-receiving recess of said second yoke structure.7. The quick connect/disconnect system as set forth in claim 1, wherein said first and second arm keepers each comprises a cap that is selectively fixedly secured to said first yoke structure.8. The quick connect/disconnect system as set forth in claim 2, wherein said first and second arm keepers each comprises a cap selectively fixedly secured to said first yoke structure, and wherein said first and second cylinder keepers each comprise a cap selectively fixedly secured to said second yoke structure.9. The quick connect/disconnect system as set forth in claim 1, wherein said first and second arm keepers are releasably secured to said first yoke structure.10. A quick connect/disconnect system for an arm of an excavator or other machine, said system comprising: a boom comprising a distal end comprising first and second open pin-receiving recesses;an arm comprising first and second pin-ends projecting outwardly from opposite lateral sides thereof, said first pin-end seated in said first pin-receiving recess and said second pin-end seated in said second pin-receiving recess; and,first and second arm-pin keepers located respectively adjacent said first and second pin-receiving recesses and selectively capturing said first and second pin-ends in said first and second recesses.11. The quick connect/disconnect system as set forth in claim 10, wherein said arm comprises third and fourth open pin-receiving recesses and wherein said system further comprises:an arm cylinder adapted for pivoting the arm relative to the boom, said arm cylinder comprising a distal end including first and second cylinder pin-ends projecting outwardly therefrom, said first cylinder pin-end seated in said third pin-receiving recess and said second cylinder pin-end seated in said fourth pi
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이 특허에 인용된 특허 (15)
Kim Dae S. (49 Floral St. Newton MA 02161), Automatic computer-controlled liquid dispenser.
Thomas J. Amsler ; Tim Hogan ; Margaret M. Lowan ; James Martin ; William A. Miller ; Susan G. McDermott ; Jeffrey G. Barton ; Charles F. Carr, Fluid dispensers.
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