- Tos crónica
- Las últimas innovaciones que frenan la pérdida de visión
- Apparatus for converting wave energy to electriplatforms; and cal energy, comprising: i
- Oscurecimiento de algunas partes del cuerpo (acantosis nigricans)
1, the Wind Flow Approaches the Upwind End of the Vane 7, and strikes the leading edge of the upwind Flexible Sheet Carrier 6 that splits the airflow at this point. 30, the Pivot-Two Side/Single Pivoting assembly (19 a in FIG. 27, is constructed in the same fashion as the Pivot Arm Assembly shown in FIG. 5, with the exception that the spacing between the Pivot assemblies 2 and arm lengths of the Pivot arms assemblies (5 in FIG.
Dolor En El Hombro
Meshed to the Single Direction Output Gear 72 is the Spacer Gear 90 that could suitably be replaced with a flywheel/gear combination. 11) pivoting direction (Clockwise or counter-clockwise), one of the two One-way Clutch Bearing and Gear assemblies 70 transmits motion and force directly to the gear attached to the top of the Single Direction Output Shaft 73. The gear on the Single Direction Output Shaft 73 rotates in its predefined rotation direction, in turn driving the Direction Reversing Gear 71 that it meshes with as well. The Single Direction Output Shaft 73 is attached to a Flywheel 74, that is then attached to a Gearbox 75. The Gearbox 75, is a prior art in the format of a multi-stage planetary drive with bands similar to that found in an automobile’s automatic transmission, enabling multiple output gear ratios. The design of the mechanical components in this embodiment is identical to the preferred embodiment with the exception of those things noted in the description.
The invention also incorporates several key features that drastically reduce the sources of failure, including the ability to vane into the wind without the requirement for mechanical adjustment. 13. The optimization of the layout of the mechanical components such that the disturbances to air flow are minimized. Dolor muscular en todo el cuerpo . The Bottom Cords 24, connect to the Rotational Force Aggregation Mechanism 29 in the same manner as that described in the embodiment in FIG.
The pivoting action of the downwind Pivot 2 (and optionally, if so mounted on the same Pivot Energy Capture/Mount 10, the upwind Pivot 2) is translated into a single direction rotational motion via the Pivot Energy Capture/Mount 10 and then finally to electrical energy (in this embodiment) via a generator. This pulling force in turn causes the Pivot arms 5 of the downwind Pivot 2 to pull in the same direction as the lift. 21) rotates in drive mode in the opposite direction to the right One-way Clutch Bearing and Gear in drive mode. The left-hand side of this pivot utilizes a small-depth Pivot Sheet Carrier 6, while the right-hand side utilizes a large-depth Pivot Sheet Carrier 6. The base structure and arm construction is identical to the preferred embodiment. 3) is composed of two Pivot pivots, sharing a common Pivot Pole 4. The left-hand side of this joined pivot utilizes a small-depth Pivot Sheet Carrier 6, while the right-hand side utilizes a large-depth Pivot Sheet Carrier 6. The base structure and arm construction is identical to the preferred embodiment.
The adjustments to the position of the Flexible Sheet assembly 15 are the same as those described in the embodiment in FIG. 3, the action of the two separate Flexible Sheets 1 are synchronized through the employment of the Pivot-Two Side/Single Pivoting assembly 19 a (See FIG. The Bottom Cords 24 pulling force is transmitted via the Bottom Cord Sheave Blocks 25 to their respective Linear-To-Rotational Motion Conversion Mechanisms (117 on FIG. This causes a further pulling force to be applied to the Pivot arms 5 of the downwind Pivot 2, causing them to move to their full extent of travel on the side of the Flexible Sheet 1 where the low pressure region was cascading.