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A continuous positive airway pressure (CPAP) system in combination with a device for positioning a breathing apparatus over a breathing orifice in the head of a person, the person having an occipital lobe and an axis of symmetry, the device including an occipital anchor for anchoring against the hea

A continuous positive airway pressure (CPAP) system in combination with a device for positioning a breathing apparatus over a breathing orifice in the head of a person, the person having an occipital lobe and an axis of symmetry, the device including an occipital anchor for anchoring against the head of the person beneath the occipital lobe of the person. The device further including a forward anchor for anchoring against a forward portion of the person's head. A spring connector connects the forward anchor and the occipital anchor, and biases the occipital anchor against the head of the person beneath the occipital lobe and the forward anchor against the corresponding portion of the person's head so as to attach the device to the person's head. The occipital anchor, the forward anchor and the spring connector are substantially aligned along the axis of symmetry of the person's head. The mount is connected to the spring connector for mounting the apparatus so as to locate the apparatus over the orifice.

대표청구항 ▼

A continuous positive airway pressure (CPAP) system in combination with a device for positioning a breathing apparatus over a breathing orifice in the head of a person, the person having an occipital lobe and an axis of symmetry, the device including an occipital anchor for anchoring against the hea

A continuous positive airway pressure (CPAP) system in combination with a device for positioning a breathing apparatus over a breathing orifice in the head of a person, the person having an occipital lobe and an axis of symmetry, the device including an occipital anchor for anchoring against the head of the person beneath the occipital lobe of the person. The device further including a forward anchor for anchoring against a forward portion of the person's head. A spring connector connects the forward anchor and the occipital anchor, and biases the occipital anchor against the head of the person beneath the occipital lobe and the forward anchor against the corresponding portion of the person's head so as to attach the device to the person's head. The occipital anchor, the forward anchor and the spring connector are substantially aligned along the axis of symmetry of the person's head. The mount is connected to the spring connector for mounting the apparatus so as to locate the apparatus over the orifice. lity of said modules adjustably replaceable on said cam base for adjusting draw length of said bow, and wherein said modules are constructed such that said array of indicia on said cam base selectively incrementally registers with a perimeter portion of each said module at plural incremental positions of each said module on said cam base. 23. The bow set forth in claim 17 further comprising an axle rotatably mounting said power cam to said end of said other limb, wherein said axle is affixed to said power cam and said other bow limb includes bearing means rotatably mounting said axle to said other limb. 24. The bow set forth in claim 17 wherein said control wheel has an axis of rotation on said one limb, and wherein said control wheel has a control groove for receiving said control cable segment and a bowstring let-out groove for receiving said bowstring cable segment, both of said grooves on said control wheel being circular, concentric with said axis and of differing radii from said axis. 25. The bow set forth in claim 17 wherein said control wheel has an axis of rotation on said one limb and a single peripheral groove that is circular and concentr