David E Frankel, Age 763082 Hammerwood Dr, Las Vegas, NV 89135

7080593, Jul 25, 2006

Oct 2, 2003

10/678881

David Frankel - Los Angeles CA, US

A47J 37/00
A47J 37/04

99326, 99 39 R, 99333, 99338, 219494, 219497, 34087017

A controlled cooking system (CCS) that monitors, measures, and controls the internal temperature of foods placed in an oven having a Radio Frequency Identification (RFID) antenna(s), a transmitter/receiver/interrogator/reader/microprocessor (TRIRM) module and an RFID tag with built-in temperature sensor. The RFID tag is buried in the food being cooked and is energized and enabled by an RF signal of pre-determined frequency. The tag output is an RF “backscatter signal” having encoded temperature data indicative of the internal temperature of the food that the tag is buried in. The backscatter signal is received and decoded by the antenna(s) and the TRIRM module incorporating a programmed cooking/baking temperatures for various foods. If the decoded temperature is below a user-set temperature, the TRIRM module allows the oven to remain on. Conversely, if the decoded temperature is at or exceeds the user-set temperature, the TRIRM module shuts off the oven and produces a signal that activates an alarm indicating that the cooking has been terminated.

4745290, May 17, 1988

Mar 19, 1987

7/027798

David Frankel - Los Angeles CA
Leo Beiser - Flushing NY

G01B 1124
A43D 0000

250560

The disclosure is directed to a method and apparatus for making a custom shoe based on non-contact measurements of a particular subject's foot. A foot is placed at an inspection position, and a laser beam is directed at the foot, and scanned in a predetermined pattern over the surface of the foot. The light beam reflected from the foot is detected at a position detector. Surface coordinates of the foot are determined as a function of the detector output. The determined surface coordinates are stored and can then be used in making a shoe having a shape which depends on the stored coordinates. In a preferred embodiment, a rotating scanner is disposed above the inspection position and an oscillating reflector is disposed to one side of the inspection position. The beam of light is reflected from the rotating scanner to the oscillating reflector to the foot, and the beam reflected from the foot is thereafter reflected back to the oscillating reflector, the rotating scanner, and then the detector.