US10487817B1 – Methods For Creating An Undulating Structure – Google Patents

Definición y soluciones de los problemas de espalda.. The elastic sheet member may be made of any suitably flexible, or elastic material, such as, but not limited to, a polymer, a plastic, a thin metal alloy, or some combination thereof. To help facilitate such a wave, the elastic sheet may be joined to the rigid retaining member via suitably located passive, but movable, stopping members that may oscillate about their points of attachment to the retaining member. Alternately, the retaining edge may be effectively located on other parts of such a rigid ring, such as, but not limited to, the outer perimeter, or an upper or lower surface of the ring. 1B. The attachment edge 120 of the elastic sheet member 115 is shown retained within a stopped groove 135 of the curved, rigid restraining member 105. The upper and lower edges of the stopped groove may effectively serve as stopping members 130 that may help manage and preserve the transverse deformations of the elastic sheet member.

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Beautiful happy family in mountains in the background of fog The passive stopping member 155 may, therefore, limit a buckling amplitude of the transverse deformations of the elastic sheet member 115 to a predetermined angular range 160 of motion, lying within the range limits 156. The passive stopping member 155 may, therefore, help facilitate the formation and preservation of the transform deformations, while allowing them to propagate as a coordinated, repetitive wave along the length of the undulating structure. This buckling to form transverse deformations may also, or instead, be induced in the elastic sheet by twisting, or rotating, the elastic sheet member after, or as a part of the attachment process. 2B. It may be rotatably anchored, at an attachment point, to the curved, rigid restraining member 105, but limited in that rotation by a restraint stop 111, and the stopping member end points 131. The active, stopping member 158 may, therefore, only move in a predetermined angular range 160 between the range limits 156. Medicina natural para el dolor muscular . In that way the elastic sheet member 115, shown attached to the active stopping member 158 via the stopped groove 135, may also be limited to moving in the predetermined angular range 160. The passive stopping member 155 may differ, however, from the passive stopping member 155 of FIG.

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El herpes zóster causa lesiones y ampollas en la piel.. 3C, the curved, rigid restraining member 105 may have a concave restraining edge 110 having a radius of curvature 150. The elastic sheet member 115 may also have a concave (with respect to the material) attachment edge 120, having a radius of curvature 145. The attachment edge radius of curvature 145 may differ from, or be equal to the restraining edge radius of curvature 150, and when the attachment edge is joined to the restraining edge, an undulating structure may be formed. 3C, the curved, rigid restraining member 105 may have a concave restraining edge 110 having a radius of curvature 150. The elastic sheet member 115 may have a convex (with respect to the material) attachment edge 120, having a radius of curvature 145. The attachment edge radius of curvature 145 may be larger than the restraining edge radius of curvature 150, i.e., the attachment edge may have a smaller curvature than the restraining edge, so that when the attachment edge is joined to the restraining edge, an undulating structure may be formed.

3B, the curved, rigid restraining member 105 may have a concave restraining edge 110 having a radius of curvature 150. The elastic sheet member 115 may, however, have a straight attachment edge 120 as its attachment edge. A straight line may be interpreted as having an infinite radius of curvature, and it is, therefore, larger than the radius of curvature 150 of the retaining edge 110. When the attachment edge is joined to the restraining edge, an undulating structure may be formed. FIG. 3D shows a schematic plan view of a further exemplary rigid restraining member 105 having a concave restraining edge 110. In this instance the elastic sheet member may have also have a concave attachment edge and may be combined with the curved, rigid restraining member 105 to form an undulating structure.