Oneblade, Inc.

Frank Porter Stansberry

Tod Barrett

Mark D Prommel

Mark Prommel

A single-blade razor apparatus and methods are for manufacturing the same. A razor apparatus includes a handle and a head mounted on the handle. The head includes an upper portion and a lower portion that, when coupled together, are configured to have a single blade positioned between the upper portion and the lower portion. A cutting edge of the single blade may be exposed through a front side of the head when the single blade is positioned inside the head and between the upper portion and lower portion. The head may include a plurality of retaining posts on the lower portion of the head. At least two of the retaining posts may engage with opposing edges of the single blade when the single blade is positioned inside the head to retain the single blade inside the head.

Single-blade razor apparatus

A single-blade razor apparatus and methods are for manufacturing the same. A razor apparatus includes a handle and a head pivotably mounted on the handle. The head includes a rear side including an aperture for receiving a single blade, as well as a front side through which a cutting edge of the blade is exposed during use. An upper portion and a lower portion of the head form the aperture. The lower portion physically interfaces with the upper portion so that a front region of the upper portion is physically supported by the lower portion. In a particular implementation, the lower portion includes several protruding latches proximate the front side of the head, which respectively mate with recesses formed in the upper portion. Alternatively, the latches are formed in the upper portion and respectively mate with recesses formed in the lower portion.

A single-blade razor apparatus and methods for manufacturing the same. A razor apparatus may include a handle and a head pivotably mounted on the handle. The head may include a rear side including an aperture for receiving a single blade, as well as a front side through which a cutting edge of the blade is exposed during use. An upper portion and a lower portion of the head may form the aperture. The lower portion may physically interface with the upper portion so that a front region of the upper portion is physically supported by the lower portion. In a particular implementation, the lower portion may include several protruding latches proximate the front side of the head, which may respectively mate with recesses formed in the upper portion. Alternatively, the latches may be formed in the upper portion and may respectively mate with recesses formed in the lower portion.

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Cockeysville, MD, United States of America

Frank Porter Stansberry