Abstract: The present invention discloses an automatic foot-sizing apparatus having a base, at least one motor, an activation switch activated by the proximity of the ball of the person's foot, at least three panels driven by the motor for engaging the heel, the toe projecting forwardmost from the foot, and the outer edge of the person's foot being measured, a distance-determining means associated with each panel for producing data representing how far each panel travels from a known starting position until engaging the person's foot, and a microprocessor for detecting activation of the switch, for controlling the motor, for receiving the distance-representing data, and for converting the distance-representing data into a shoe size. The apparatus provides a visual display for providing measurement information to the user and a keypad entry to enable the user to start the apparatus and to indicate the age, sex, and arch-type of the person being measured.

Abstract: This invention comprises footwear having a power source and switching mechanism mounted in the heel under padding and an electroluminescent wire mounted in a predetermined position on the footwear to provide illumination. The electroluminescent wire comprises a thin linear light source wherein light is produced by activating an electroluminescent phosphor with high alternating electric current. The phosphor is located between two electrically conductive wires, one in the core or center of the phosphor layer and one on the outside of the phosphor layer with spirals about the wire. The electroluminescent wire is connected to a control circuit for converting the battery power to alternating current. When an individual applies force to the bottom of the footwear or motion, a vibration sensitive switch activates the circuit causing the electroluminescent phosphor to become lighted. The wire may be positioned along the out sole inside and outside or along the tongue or other position on the footwear.

Abstract: Apparatus for determining a contour of the underside of a person's foot includes an array of gauge pins supported by a first support structure and disposed in spaced relation for independent, guided movement along their longitudinal axes. An inflatable diaphragm elevates the gauge pins into extended positions until they contact the underside of the foot. A camera, forward of the gauge pin array, is pointed towards the gauge pin array. An initial reference image is captured of the gauge pins in their retracted position. The person's foot is then placed on the first support structure and the gauge pins are elevated (by means of the diaphragm). The gauge pins are locked in place; the foot is removed and an image of the conforming gauge pin array is acquired by the camera, using ambient light. The image is sent to a processor which analyzes the image and compares it to the reference image to determine the new location of the tops of the gauge pins.

Abstract: A product, in particular a shoe, apparel, a ball or a fishing lure, incorporating an impact sensing element made from polymeric piezoelectric material. In response to impact, the piezoelectric material generates an electrical signal to a battery-powered light- or sound-emitting unit or to an information display device which is at least partially molded into or contained in the product, thus causing circuitry to energize the light- or sound-emitting device from the battery or to display information on the information display device. In some embodiments involving light-emitting devices such as LEDs, the light is conducted to an outside surface of the product directly through the LED or via one or more optical fibers. A shoe can be provided with numerous light-emitting devices, one or more impact sensing elements, a temperature sensor and appropriate circuitry to process the impact and temperature information.

Abstract: A device for measuring infants has an elongated measuring base having at least one sequence of linear measuring indicia thereon extending from one end of the measuring base parallel to the axis of elongation. The base has a pair of opposed channels extending substantially the length of the measuring base parallel to the axis of elongation. A fixed end stop extends upward from the one end. A measuring stop is slidably connected between the pair of opposed channels of the measuring base. The measuring stop has a channel slide member with two opposed, parallel, channel-engaging edges that are biased to frictionally engage the interior of the opposed channels. Release means is operably connected to the channel slide member for counteracting the bias toward frictional engagement of the interior of said opposed channels. An index panel extends upward from the channel slide member and has an indicating relationship with the sequence of measuring indicia.

Abstract: A portable ski boot fitting stand used to temporarily secure a pair of alpine ski boots, or the like, to assist the process of boot fitting by allowing the user to apply similar skiing forces to the boots in the forward and lateral direction. Another feature elevates the toes to assist fitting of boots having foam injected liners.

Abstract: An adjusting device for determining the thrust force of a ski binding capable of movement along the longitudinal axis of a ski, which thrust force is adapted to urge the heel binding into engagement with the heel of the ski boot. The adjusting device includes a rail having a slide slidably mounted thereon. Both the rail and the slide have support surfaces for engaging, respectively, the toe and the heel of a ski boot. A scale having indicia thereon is provided on the rail and the position of the slide relative to the rail is indicated by an indicator juxtaposed the indicia on the scale. The ski binding is then adjusted to a corresponding scale notation on the ski to thereby set the ski binding at the desired position and, consequently, the thrust force at the desired level.

Abstract: A device for measuring the human foot comprises: (a) at least one element consisting of a supporting surface for the bottom of the heel and a stop for the back of the heel; and (b) a graduated tape connected to the above element and surrounding the foot in an area passing through the rear end of the heel-bone and through the joint between the ankle bone and the scaphoid bone, the free end of the tape sliding in a passage and emerging from the device so that it can be grasped. This measuring device makes it possible to determine the type of boot best suited to the foot measured.

Abstract: A device for signaling a patient when a predetermined load is placed on the patient's foot comprises a resilient foot pad having a toe end and a heel end and adapted to substantially cover the inner sole of a shoe. A resilient liquid filled tube is mounted within the pad with the tube extending from adjacent the toe end to adjacent the heel end of the pad. A signaling device is controlled by a pressure responsive means in communication with the liquid in the tube for the actuation of the signaling means at a predetermined pressure of said liquid.