Mattel, Inc.

Reichert, Inc.

Bruce Robert Cordier

John W Taylor

Kurt J Huntsberger

Keshav D Sharma

Jeffrey J Miller

Michael J Byrne

Robert C Atkinson

George A Inashvili

Rachel A Wiatrowski

Rebecca S Barclay

Diane M Gambino

An infant device, such as in infant swing, establishes a wireless connection with a parent's existing portable electronic device, such as a smartphone. The portable electronic device sends messages to control any of the functions associated with the infant device. The portable electronic device also sends video and voice to be output at the infant device, allowing the child to remotely see and hear the parent's face and voice. The infant device sends messages with status information on the system enabling the portable electronic device to remotely monitor the system. The infant device also sends messages to the parent's existing portable electronic device containing audio and/or video information recorded from the child, allowing the parent to remotely see and hear the child in the system.

Bidirectional communication between an infant receiving system and a remote device

A computer peripheral toy device is provided that connects to a personal computer and enables a child user to create drawings, animated figures, cards, posters, and other projects and items. The device includes a housing having a drawing tablet and a stylus that connects to the housing for use on the drawing tablet. There a plurality of buttons on the top surface of the housing that a user depresses when engaging in a drawing activity. Computer software is provided for installation on the personal computer in order to display data associated with a drawing activity. When executed by the computer, the computer software causes the computer to respond to the messages received from the controller to engage in a drawing activity using drawing style parameters based on which of the drawing style buttons, color palette buttons and design tool buttons are selected by a user.

Digital arts and crafts computer peripheral toy device

An optical configuration for measuring a difference in refractive index between a first sample and a second sample comprises partitioned first and second optical interfaces symmetrically illuminated by an illumination beam to provide first and second partial beams defined by the refractive index of the first and second samples, respectively. A linear scanned array is aligned in a meridional plane of the optical configuration for detection purposes, and an optical multiplexor is provided upstream of the linear scanned array for receiving the first and second partial beams and defining first and second optical channels carrying optical signal information corresponding to the first and second partial beams. The optical multiplexor switches between optical channels, such that the linear scanned array detects either the first or second optical channel at a given time. Thus, differential measurements are possible using a single linear array. Embodiments for critical angle and surface plasmon resonance refractive index measurements are disclosed. The disclosure also relates to methods for measuring a difference in refractive index between a first sample and a second sample in accordance with the described optical configuration embodiments.

Optical configuration and method for differential refractive index measurements

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West Seneca, NY, United States of America

Bruce Robert Cordier