Abstract: A foot sensor feedback device with multiple passive sensors in a shoe insole to provide real time feedback for a microprocessor to control a haptic device on the ankle of a person and to store and display data on an application on a smart phone to provide balance to a person while standing still or walking.

Abstract: A foot sensor feedback device with multiple passive sensors in a shoe insole to provide real time feedback for a microprocessor to control a haptic device on the ankle of a person and to store and display data on an application on a smart phone to provide balance to a person while standing still or walking.

Abstract: A feedback device determines when a person has placed enough weight upon his/her foot to safely take the next step, and then communicate that information to the person via a haptic device on the person's ankle or an audio, visual and/or vibration feedback display on an application on the person's smart phone. Five sensors in an insole between the person's foot and shoe determine the force of the person's leg. The five sensors in the insole will be positioned under the heel, the fifth metatarsal head, the first metatarsal head, the space between the second metatarsal head and the third metatarsal head, and the hallux (big toe).

Abstract: A feedback device determines when a person has placed enough weight upon his/her foot to safely take the next step, and then communicate that information to the person via a haptic device on the person's ankle or an audio, visual and/or vibration feedback display on an application on the person's smart phone. Three or more sensors in an insole between the person's foot and shoe determine the force of the person's leg. The force data is sent to a microprocessor where the force data is processed and compared with a baseline. If the processed data exceeds the baseline, the microprocessor will activate the haptic device on the person's ankle to vibrate and/or transmit the processed data through a wireless communications device to an application on a smart phone to activate an audio, visual and/or vibration feedback display on the application. The person will then safely take the next step.

Abstract: A feedback device determines when a person has placed enough weight upon his/her foot to safely take the next step, and then communicate that information to the person via a haptic device on the person's ankle or an audio, visual and/or vibration feedback display on an application on the person's smart phone. Three or more sensors in an insole between the person's foot and shoe determine the force of the person's leg. The force data is sent to a microprocessor where the force data is processed and compared with a baseline. If the processed data exceeds the baseline, the microprocessor will activate the haptic device on the person's ankle to vibrate and/or transmit the processed data through a wireless communications device to an application on a smart phone to activate an audio, visual and/or vibration feedback display on the application. The person will then safely take the next step.

Abstract: A feedback device determines when a person has placed enough weight upon his/her foot to safely take the next step, and then communicate that information to the person via a haptic device on the person's ankle or an audio, visual and/or vibration feedback display on an application on the person's smart phone. Five sensors in an insole between the person's foot and shoe determine the force of the person's leg. The five sensors in the insole will be positioned under the heel, the fifth metatarsal head, the first metatarsal head, the space between the second metatarsal head and the third metatarsal head, and the hallux (big toe).

Abstract: A feedback method determines when a person has placed enough weight upon his/her foot to safely take the next step. This real-time feedback method measures the force of a foot while standing and walking with multiple passive sensors in a shoe insole, processes the force data signals from the sensors by a microprocessor, controls the vibrations of a haptic device on the ankle of a person, stores data, and provides an audio, visual and/or vibration feedback display on an application on a smart phone.

Abstract: A hand-held portable QR Code label printer has a keypad and display screen for inputting data; a QR Code generator for converting the data into a QR Code; a laser printing system for printing the QR code from the QR Code generator on a label; a delivery system for moving the labels on a roll to the laser printing system and then moving the QR Code printed label through an exit port. A controller controls the components of the QR Code label printer. A battery power source supplies the power for the components of the QR Code label printer. A housing will support the keypad and display screen externally and support the QR Code generator, the laser printing system, the delivery system, the battery power source and the controller internally. The QR Code printed label can be attached to an item to be scanned and the inputted data displayed.

Abstract: A hand-held portable QR Code label printer has a smartphone with a keypad and display screen for inputting data; a QR Code generator for converting the data into a QR Code; a printing system for printing the QR code from the QR Code generator on a label; a delivery system for moving the labels on a roll to the printing system and then moving the QR Code printed label through an exit port. A controller controls the components of the QR Code label printer. The smartphone can have a QR Code generator app and/or a controller app. The smartphone can wirelessly connected or connected by wire to the hand-held portable QR Code label printer. The QR Code printed label can be attached to an item to be scanned and the inputted data displayed.

Abstract: A hand-held portable QR Code label printer has a keypad and display screen for inputting data; a QR Code generator for converting the data into a QR Code; a thermal transfer printing system for printing the QR code from the QR Code generator on a label; a delivery system for moving the labels on a roll to the thermal transfer printing system and then moving the QR Code printed label through an exit port. A controller controls the components of the QR Code label printer. A battery power source supplies the power for the components of the QR Code label printer. A housing will support the keypad and display screen externally and support the QR Code generator, the thermal transfer printing system, the delivery system, the battery power source and the controller internally. The QR Code printed label can be attached to an item to be scanned and the inputted data displayed.

Abstract: The present invention is directed to a method of manufacturing spectacle lens eyewear using a block mold, front and back optical inserts, front and back optical insert gaskets, a protractor insert, a closing mechanism and a preformed frame, the method comprising the steps of: selecting a front optical insert from a look up table or computer program product and assembling the insert into the block mold; selecting a front optical insert gasket and assembling the gasket onto the front optical insert; assembling the frame front onto the front optical insert gasket; selecting a back optical insert gasket and assembling the gasket onto the back side of the frame front; selecting a back optical insert from a look up table or computer program product and assembling the insert onto the back optical insert gasket; assembling the protractor insert and adjusting the position of the back optical insert to the axis indicated on a look up table or computer program product; assembling the mold closing mechanism and securing

Abstract: The present invention is directed to a method of manufacturing spectacle lens eyewear using a block mold, front and back optical inserts, front and back optical insert gaskets, a protractor insert, a closing mechanism and a preformed frame, the method comprising the steps of: selecting a front optical insert from a look up table or computer program product and assembling the insert into the block mold; selecting a front optical insert gasket and assembling the gasket onto the front optical insert; assembling the frame front onto the front optical insert gasket; selecting a back optical insert gasket and assembling the gasket onto the back side of the frame front; selecting a back optical insert from a look up table or computer program product and assembling the insert onto the back optical insert gasket; assembling the protractor insert and adjusting the position of the back optical insert to the axis indicated on a look up table or computer program product; assembling the mold closing mechanism and securing

Abstract: A forehead adhesive display has a flexible display sheet with an ink printed display on the top surface and a reusable adhesive on the bottom surface for removably attaching the flexible display sheet to the forehead of the wearer. The display can also be a light display with a plurality of light emitting diodes or a liquid crystal display.

Abstract: A system and process for high speed molding to place printed images, particularly printed color images, on molded objects using a print medium composed of a substrate carrying a coating, the coating being adapted to retain printing inks and formulated to be releasable from the substrate after a molding process. Alternatively, the coating may be formulated to adhere to the substrate after the molding process. The portion of the print medium placed inside may be separated into segments or left in a continuous strip prior to placement in the mold. Images may also be placed on objects by printing directly on the surface of a mold, causing ink from the image to bond to the object formed upon closing the mold and injecting molded material into the mold cavity.

Abstract: A dual heating system and apparatus for high-speed printing is disclosed. A first heater that is a metal roller used in a printing machine. The outer surface of the metal roller may be covered by a silicone rubber coating material to enhance print transfer. This first heater is disposed adjacent to the second side of a print medium. A second heater, located adjacent to the outside of the silicone rubber coating of the first heater, allows supplementary heat to be added to the first heater such that improved printing speeds of heat transfer mechanisms may be achieved.

Abstract: A dual heating system and apparatus for high-speed printing is disclosed. A first heater that is a metal roller used in a printing machine. The outer surface of the metal roller may be covered by a silicone rubber coating material to enhance print transfer. This first heater is disposed adjacent to the second side of a print medium. A second heater, located adjacent to the outside of the silicone rubber coating of the first heater, allows supplementary heat to be added to the first heater such that improved printing speeds of heat transfer mechanisms may be achieved.

Abstract: A method and system for providing an investment opportunity whereby investors are provided a positive return on their investment, while, at the same time, receiving the benefit of an imitation stone that satisfies their required criteria in a precious stone includes identifying a prospective purchaser of a precious stone and, based on the total amount of money that the purchaser is willing to spend, offering an imitation stone for a fraction of the price, and investing the remainder with a predetermined rate of return. The money is invested through an investment entity, with a central administrator facilitating the transactions and receiving a percentage from the investment entity. Various retailers of stones may perform the actual sale to the purchaser in return for a commission from the central administrator. In addition, aspects of the invented method and system may be computerized, including electronic communication among the various entities within a network.

Abstract: A writing instrument including an integrated display module. The display module is used to provide a presentation to a user or consumer. The presentation can be in the form of scrolling text, a still image, a flashing image, an image that fades in and out of view or a movie. The presentation can be an advertisement, for entertainment or informative in nature. The presentation may be downloaded to the writing instrument using one or more of a variety of data transfer means including USB, IEEE 1394, microwave, infrared, and laser. The writing instrument may also include a radio receiver for receiving message signals containing messaging information. The display module is used to display the message information.

Abstract: A writing instrument including an integrated display module. The display module is used to provide a presentation to a user or consumer. The presentation can be in the form of scrolling text, a still image, a flashing image, an image that fades in and out of view or a movie. The presentation can be an advertisement, for entertainment or informative in nature.

Abstract: A writing instrument including an integrated display module. The display module is used to provide a presentation to a user or consumer. The presentation can be in the form of scrolling text, a still image, a flashing image, an image that fades in and out of view or a movie. The presentation can be an advertisement, for entertainment or informative in nature.