Other

Andre M Persidsky

Maxim D Persidsky

Examples for messaging with a specified delay by a system are described. In an example, the system comprises a server coupled to at least one user device. The server may receive a messaging information from a first user device. The messaging information may include a first and a second message and a timing information. The server generates a computing resource for the first message and the second message, and enables access to the first and the second message based on the timing information. For example, the first message is made accessible at a first access time that is previous to a second access time at which the second message is made accessible.

Two-part messaging with specified delay

A self-contained pen computer which is capable of collecting and recording data representative of handwritten strokes of the pen, and displaying such data in a display screen which is a part of the pen. In the housing of the pen, a pressure sensor is included at the tip of the pen, and a motion sensor which outputs signals describing the motion of the pen, so that handwritten data can be acquired without the need for a special writing surface. These sensors are connected to a signal processing circuit which includes an analog-to-digital converter to convert motion signals and pressure sensor signals into digital code. A microprocessor or microcontroller interprets the digitized motion data, stores the processed data in a memory such as a chip storage device, directs such data to a built-in display such as an LCD, which can display images in real-time corresponding to the processed motion signals, as well as images stored in memory. This display can be driven directly by the processor or by its own dedicated controller. The pen also includes an energy source, such as a battery or solar panel, to power all circuitry.

Self-contained pen computer with built-in display

Game set and storage system in which game pieces are stored in a preset arrangement relative to their starting positions on the game board. The set includes a game piece holder which has a plurality of compartments for holding the game pieces in an inverted position. The board is placed on the holder in an inverted position with its playing surface facing down and the board serving as a cover for the holder. To set up the game the holder is inverted with the now upright board on the under side thereof, and the board is dislodged from the holder, by pressing against the upper surface of the board with a finger inserted through a hole provided in the holder for that purpose. When the holder is lifted away, the game pieces are left in their proper starting positions on the board.

Game set and storage system

The present invention relates to a game board device, more specifically to a chessboard game device having self-setting capability for its game pieces. Disclosed are five different embodiments of chessboard game devices having the capability of automatically setting-up chess pieces on their chessboards. The third preferred embodiment has a chessboard with a magnetically attractive surface covered by a chessboard sticker, and two holders on either side of a game box, with 16 compartments arranged in two rows of eight in each holder. Each holder contains either black or white chess pieces in its compartments in an inverted position and each chess piece has a magnet disposed in its base. The compartments are arranged to match the starting positions on the chessboard, so that when the chessboard is placed upside-down over the holders, the magnetic bases of the inverted chess pieces make contact with the appropriate squares on the chessboard, and are magnetically attached. When the chessboard is raised, the chess pieces are lifted together with the chessboard out the their compartments. The chessboard is then rotated 180 degrees by hand into its upright position and placed on a tabletop. During play, captured chess pieces are immediately deposited upside-down Into their appropriately labeled compartments as a process for preparing the chessboard to be reset for the next game. The first and second embodiments utilize a split chessboard design where each chessboard half lifts inverted magnetic chess pieces by pivoting action. The fourth and fifth embodiments do not require magnetic attachment means.

Growing community of inventors

San Francisco, CA, United States of America

Andre M Persidsky