Abstract: A shapable posture training device is disclosed herein. The posture training device can be shaped by hand to fit a wide variety of body shapes and postures and may address a variety of posture conditions. A shapable posture training device may include a pliable chassis configured to be worn against a thoracic spine region. The pliable chassis may include a shapable member that can be bent and shaped by hand. The pliable chassis may include a first rod receiver disposed in the pliable chassis and a second rod receiver disposed in the pliable chassis. The shapable member may extend from the first rod receiver to the second rod receiver. The shapable member may be bendable to alter alignment of a first centerline of a first bore of the first rod receiver and a second centerline of a second bore of the second rod receiver.

Abstract: A modular workspace platform system for providing a mobile work surface for a user includes a workspace platform attachable to a location specified by the user. The workspace platform includes a compact work surface for use in performing at least one manual task including temporarily storing a material, mixing two or more materials, temporarily supporting a tool, and providing a tool cleaning surface. In an embodiment, the compact work surface includes at least one of a trough, a tapered channel, a tool insertion slot, a wipe holder, a textured surface configured as the tool cleaning surface, a mixing surface a ruler holder, and a matrix ring holder.

Abstract: A device for producing nut butter and/or nut milk from nuts. The device includes a base having a motor, an outer container positioned above the base, a mixing container positioned within the outer container, and a cutting device positioned within the mixing container and configured to be driven by the motor during operation. The mixing container has inner sidewalls and at least one screen, the inner sidewalls being substantially vertical and the at least one screen having a plurality of holes particularly sized to allow emulsified nut milk to freely pass therethrough. The cutting device has a central hub and at least two blades, the at least two blades vertically offset and each having a blade tip, with each blade tip positioned a certain radial distance from the inner sidewalls of the mixing container. A method for producing nut butter and/or nut milk is further described.

Abstract: A shapable posture training device is disclosed herein. The posture training device can be shaped by hand to fit a wide variety of body shapes and postures and may address a variety of posture conditions. A shapable posture training device may include a pliable chassis configured to be worn against a thoracic spine region. The pliable chassis may include a shapable member that can be bent and shaped by hand. The pliable chassis may include a first rod receiver disposed in the pliable chassis and a second rod receiver disposed in the pliable chassis. The shapable member may extend from the first rod receiver to the second rod receiver. The shapable member may be bendable to alter alignment of a first centerline of a first bore of the first rod receiver and a second centerline of a second bore of the second rod receiver.

Abstract: A modular workspace platform system for providing a mobile work surface for a user includes a workspace platform attachable to a location specified by the user. The workspace platform includes a compact work surface for use in performing at least one manual task including temporarily storing a material, mixing two or more materials, temporarily supporting a tool, and providing a tool cleaning surface. In an embodiment, the compact work surface includes at least one of a trough, a tapered channel, a tool insertion slot, a wipe holder, a textured surface configured as the tool cleaning surface, a mixing surface a ruler holder, and a matrix ring holder.

Abstract: A food shield panel support bracket or food shield system having a stand, the food shield panel support bracket and a food shield. The food shield panel support bracket includes a ball joint positioned between an attachment to the stand an attachment to the food shield panel. The ball joint includes at least one hemispherical surface providing for the adjustment of the angular orientation of any attached food shield panel relative to the stand. Methods of adjusting the position or orientation of a food shield panel are also disclosed.

Abstract: A device for producing nut butter and/or nut milk from nuts. The device includes a base having a motor, an outer container positioned above the base, a mixing container positioned within the outer container, and a cutting device positioned within the mixing container and configured to be driven by the motor during operation. The mixing container has inner sidewalls and at least one screen, the inner sidewalls being substantially vertical and the at least one screen having a plurality of holes particularly sized to allow emulsified nut milk to freely pass therethrough. The cutting device has a central hub and at least two blades, the at least two blades vertically offset and each having a blade tip, with each blade tip positioned a certain radial distance from the inner sidewalls of the mixing container. A method for producing nut butter and/or nut milk is further described.

Abstract: A device for producing nut butter and/or nut milk from nuts. The device includes a base having a motor, an outer container positioned above the base, a mixing container positioned within the outer container, and a cutting device positioned within the mixing container and configured to be driven by the motor during operation. The mixing container has inner sidewalls and at least one screen, the inner sidewalls being substantially vertical and the at least one screen having a plurality of holes particularly sized to allow emulsified nut milk to freely pass therethrough. The cutting device has a central hub and at least two blades, the at least two blades vertically offset and each having a blade tip, with each blade tip positioned a certain radial distance from the inner sidewalls of the mixing container. A method for producing nut butter and/or nut milk is further described.

Abstract: A convertible binding comprising a base plate, a heel plate and a toe plate. The toe plate is rotatable from one end of a frame to either lie underneath the base plate or extend outward from the base plate to form a front portion of a snowshoe configuration. The heel plate is rotatable from a second end of the frame to either extend upward from the base plate to provide a heel back support for a snow board binding configuration to or extend outward from the base plate, in an opposing direction from said toe plate, to form a back portion of a snowshoe configuration. A mounting bracket with a forward and rear lip is attached to a snowboard and holds the convertible binding. A locking mechanism will hold the base plate down.

Abstract: A convertible binding comprising a base plate, a heel plate and a toe plate. The toe plate is rotatable from one end of a frame to either lie underneath the base plate or extend outward from the base plate to form a front portion of a snowshoe configuration. The heel plate is rotatable from a second end of the frame to either extend upward from the base plate to provide a heel back support for a snow board binding configuration to or extend outward from the base plate, in an opposing direction from said toe plate, to form a back portion of a snowshoe configuration. A mounting bracket with a forward and rear lip is attached to a snowboard and holds the convertible binding. A locking mechanism will hold the base plate down.

Abstract: A device for producing nut butter and/or nut milk from nuts. The device may comprise a base having a motor, an outer container positioned above the base, a mixing container positioned within the outer container, and a cutting device positioned within the mixing container and configured to be driven by the motor during operation. The mixing container has inner sidewalls and at least one screen, the inner sidewalls being substantially vertical and the at least one screen having a plurality of holes particularly sized to allow emulsified nut milk to freely pass therethrough. The cutting device may comprise a central hub and at least two blades, the at least two blades vertically offset and each having a blade tip, each blade tip positioned a certain radial distance from the inner sidewalls of the mixing container. A method for producing nut butter and/or nut milk is further described.