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    • 2. 发明授权
    • Composite archery bow
    • 复合材料架
    • US3850156A
    • 1974-11-26
    • US36625173
    • 1973-06-01
    • EICHOLTZ F
    • EICHOLTZ F
    • F41B5/00
    • F41B5/0015F41B5/0021Y10S273/07Y10S273/23
    • A composite archery bow utilizing a plurality of laminations with fibers oriented to give them a substantial transverse angulation with respect to the long axis of the bow limbs. The fibers in the laminations are oriented in opposite directions on the facing and backing of the limb to prevent any distortion of the finished limb. The recurve portions of the bow are relatively long and straight, and are connected to the major limb portion by a small bend radius portion of approximately two to three inches in radius.
    • 一种复合射箭弓,其利用具有取向的纤维的多个叠片,使得它们相对于弓形肢的长轴具有相当大的横向角度。 叠片中的纤维在肢体的背面和背面上以相反的方向定向,以防止完成的肢体的任何变形。 弓的弯曲部分相对长而直,并且通过半径约2至3英寸的小弯曲半径部分连接到主肢部分。
    • 9. 发明申请
    • BOW STRUCTURING METHOD
    • WO2018160151A1
    • 2018-09-07
    • PCT/TR2017/050137
    • 2017-04-11
    • BALABAN, Ibrahim
    • BALABAN, Ibrahim
    • F41B5/00
    • F41B5/0021
    • The primary object of the invention is to increase the use of the stress-accumulating reflex material of the bow by way of making structural changes in the bow bodies manufactured from natural materials, synthetic materials or composite materials formed by a combination of natural and synthetic materials, obtain a bow body that has greater strength as compared to a bow body manufactured according to the conventional methods by way of increasing the contact surface between such material and the frame material, and provide the arrow with speed by way of increasing the potential energy loaded by this bow in the arrow being shot. The subject matter of the invention is a bow (1) embodiment wherein the faces of the frame material (5) and the reflex material (6) that contact/face each other are concave or convex in a way to match one another/fit in the surface of one another in at least one of the bow body (2) and the bow members (3) that are formed by at least one of and often by a combination of the flexibility material (4), frame (5) and reflex material (6).