Abstract: The present disclosure provides footwear with an internal metatarsal guard and a related manufacturing method. In the depicted embodiment, the metatarsal guard is internal in that it is located under the outer layer of the footwear. In the depicted embodiment, the existence of the metatarsal guard can be visually detected from the outside of the footwear being that the metatarsal guard is located in a raised area in vamp of the footwear. The footwear is constructed such that the metatarsal guard does not impinge into the foot volume of the footwear, and the metatarsal protection also is arranged and configured to maintain a high degree of flexibility in the footwear.

Abstract: Comfortable, protective, durable, and lightweight footwear with minimal component parts. Both the footwear and the method of constructing the same is streamlined.

Abstract: Comfortable, protective, durable, and lightweight footwear with minimal component parts. Both the footwear and the method of constructing the same is streamlined.

Abstract: The present disclosure provides a pull-on style boot that fits better for a larger number of people sharing the particular shoe size. The boot of the present disclosure has the ability to expand to adapt to the user's particular foot and lower leg geometry. The boot provides an improved dynamic and static fit and also facilitates foot entry and exit.

Abstract: The present disclosure provides footwear designs and related methods of manufacturing footwear. Certain embodiments of the footwear are particularly well suited for use traversing steep rocky uneven terrain. The footwear provides the user's foot support over steep and uneven terrain, underfoot rock protection, shock attenuation, and maximum traction.

Abstract: The present disclosure provides footwear designs and related methods of manufacturing footwear. Certain embodiments of the footwear are particularly well suited for use traversing steep rocky uneven terrain. The footwear provides the user's foot support over steep and uneven terrain, underfoot rock protection, shock attenuation, and maximum traction.

Abstract: The present disclosure provides a system and method for automatically stopping powered machinery, which employs a number of vision sensors. In one embodiment, the system includes vision sensors arranged such that they image different zones defined relative to the cutting tool. The images captured by the vision sensors are processed by the system in real time. If the user's body (e.g., hands) is deemed to be in an unsafe area relative to the cutting tool, the system is configured to automatically stop the cutting tool.

Abstract: The present disclosure provides footwear with an internal metatarsal guard and a related manufacturing method. In the depicted embodiment, the metatarsal guard is internal in that it is located under the outer layer of the footwear. In the depicted embodiment, the existence of the metatarsal guard can be visually detected from the outside of the footwear being that the metatarsal guard is located in a raised area in vamp of the footwear. The footwear is constructed such that the metatarsal guard does not impinge into the foot volume of the footwear, and the metatarsal protection also is arranged and configured to maintain a high degree of flexibility in the footwear.

Abstract: The present disclosure provides a slip-on boot with fit features that enable snug fit while still allowing for convenient foot entry and exit. Related methods of using and manufacturing a slip-on boot are also provided.

Abstract: The present disclosure provides footwear construction that includes a foot securing mechanism that provides improved fit without resulting in footwear that is substantially more difficult or time consuming to put on and take off. In one embodiment the footwear is a slip-on boot having both an instep hold down system and a heel retaining system. In the depicted embodiment both systems can be activated by a single mechanism exposed on the outside of the boot. Related methods and additional embodiment are also provided.

Abstract: The present disclosure provides footwear construction that includes a foot securing mechanism that provides improved fit without resulting in footwear that is substantially more difficult or time consuming to put on and take off. In one embodiment the footwear is a slip-on boot having both an instep hold down system and a heel retaining system. In the depicted embodiment both systems can be activated by a single mechanism exposed on the outside of the boot. Related methods and additional embodiment are also provided.

Abstract: The present disclosure provides footwear construction that includes a foot securing mechanism that provides improved fit without resulting in footwear that is substantially more difficult or time consuming to put on and take off. In one embodiment the footwear is a slip-on boot having both an instep hold down system and a heel retaining system. In the depicted embodiment both systems can be activated by a single mechanism exposed on the outside of the boot. Related methods and additional embodiment are also provided.

Abstract: The present disclosure provides an improved welted footwear and related method of manufacture. The welted footwear and related method of manufacturing is directed to a molded foot support platform that provides a number of advantageous features.