Operating device for manual actuation of hoisting equipment
View Patent ↗An operating device for the manual actuation of hoisting equipment, with at least one spring-loaded switch element ( 2 ) for each direction of movement of the lifting device arranged in a switch housing ( 1 ), wherein each switch element ( 2 ) includes a pressure activation mechanism ( 5 ), a first electrical micro-key button ( 4 ), and at least one additional control or switch element, especially another electrical micro-key button ( 6 ), and the pressure activation mechanism ( 5 ) is arranged in front of the micro-key button ( 4 ) and the additional control or switch element and these can be activated in succession by means of such structure.
1. An operating device for the manual actuation of hoisting equipment, with at least one spring-loaded switch element for each direction of movement of the lifting device arranged in a switch housing, wherein said at least one spring-loaded switch element comprises:
a pressure activation mechanism, a first electrical micro-key button, and at least one additional control or switch element, wherein said pressure activation mechanism is arranged in front of said micro-key button and said additional control or switch element, wherein said micro-key button and said control or switch element can be activated in succession; and
wherein said pressure activation mechanism comprises an outer plunger and an inner plunger, said outer plunger being spring-loaded against said electrical micro-key button and said additional control or switch element, said inner plunger being spring-loaded inside said outer plunger, wherein said first micro-key button is selectively activated by said inner plunger and said additional control or switch element is selectively activated by said outer plunger.
2. The operating device of claim 1 , wherein said at least one additional control or switch element comprises another micro-key button.
3. The operating device of claim 2 , wherein said pressure activation mechanism selectively initially activates said first micro-key button and then said at least one additional control or switch element.
4. The operating device of claim 3 , wherein said inner plunger is mounted concentrically in said outer plunger.
5. The operating device of claim 4 , wherein said first micro-key button is arranged with its switching plunger concentric to said inner plunger.
6. The operating device of claim 5 , wherein said at least one additional micro-key button is arranged with its switching plunger eccentrically to said inner plunger and set off sideways from said first micro-key button.
7. The operating device of claim 6 , wherein said at least one spring-loaded switch element comprises at least one pair of spring-loaded switch elements that are arranged in a switch housing for different directions of movement of the hoisting device, said at least one pair of spring-loaded switch elements comprising another first micro-key button and an additional shared control or switch element that are coordinated with each pressure activation mechanism.
8. The operating device of claim 7 , wherein said additional shared control or switch element is arranged between said first micro-key button.
9. The operating device of claim 8 , wherein said pressure activation mechanism is preloaded by at least one spring element in said forward-pointing direction of the first micro-key button.
10. The operating device of claim 9 , wherein said pressure activation mechanism has a bearing surface for activating said first micro-key button and at least one spring element that is arranged between said pressure activation mechanism and said first micro-key button.
11. The operating device of claim 10 , including a bearing surface formed on said outer plunger to activate said at least one additional control or switch element.
12. The operating device of claim 11 , wherein said pressure activation mechanism is sealed off from the outside relative to the switch housing by a flexible protective cap.
13. The operating device of claim 12 , wherein said pressure activation mechanism is adapted to be interlocked in individual switch positions relative to said switch housing.
14. The operating device of claim 13 , wherein said outer plunger includes at least two flexible locking lugs, which engage with locking grooves in said individual switch positions.
15. The operating device of claim 14 , wherein said locking grooves are arranged in the inner wall of a bushing and said bushing is secured in the switch housing to guide said outer plunger.
16. The operating device of claim 1 , wherein said at least one additional control or switch element comprises a Hall sensor interacting with a magnet for continuous control of the motion of the hoisting device.
17. The operating device of claim 1 , wherein said pressure activation mechanism selectively initially activates said first micro-key button and then said at least one additional control or switch element.
18. The operating device of claim 1 , wherein said inner plunger is mounted concentrically in said outer plunger.
19. The operating device of claim 18 , wherein said first micro-key button is arranged with its switching plunger concentric to said inner plunger.
20. The operating device of claim 19 , wherein said at least one additional micro-key button is arranged with its switching plunger eccentrically to said inner plunger and set off sideways from said first micro-key button.
21. The operating device of claim 1 , wherein said first micro-key button is arranged with its switching plunger concentric to said inner plunger.
22. The operating device of claim 1 , wherein said at least one additional micro-key button is arranged with its switching plunger eccentrically to said inner plunger and set off sideways frown said first micro-key button.
23. The operating device of claim 1 , wherein said at least one spring-loaded switch element comprises at least one pair of spring-loaded switch elements that are arranged in a switch housing for different directions of movement of the hoisting device, said at least one pair of spring-loaded switch elements comprising another first micro-key button and an additional shared control or switch element chat are coordinated with each pressure activation mechanism.
24. The operating device of claim 23 , wherein said additional shared control or switch element is arranged between said first micro-key button.
25. The operating device of claim 1 , wherein said pressure activation mechanism is preloaded by at least one spring element in said forward-pointing direction of the first micro-key button.
26. The operating device of claim 1 , wherein said pressure activation mechanism has a bearing surface for activating said first micro-key button and at least one spring element that is arranged between said pressure activation mechanism and said first micro-key button.
27. The operating device of claim 1 , including a bearing surface formed on said outer plunger to activate said at least one additional control or switch element.
28. The operating device of claim 1 , wherein said pressure activation mechanism is sealed off from the outside relative to the switch housing by a flexible protective cap.
29. The operating device of claim 1 , wherein said pressure activation mechanism is adapted to be interlocked in individual switch positions relative to said switch housing.
30. The operating device of claim 29 , wherein said outer plunger includes at least two flexible locking lugs, which engage with locking grooves in said individual switch positions.
31. The operating device of claim 30 , wherein said locking grooves are arranged in the inner wall of a bushing and said bushing is secured in the switch housing to guide said outer plunger.