eTroops infrared shooting game

• US 6,814,667 B2
• Filed: 07/27/2001
• Issued: 11/09/2004
• Est. Priority Date: 07/27/2001
• Status: Expired due to Fees

• Current Assignee: Adam Kislevitz, Robert W. Jeffway Jr, Steven R. Casino
• Original Assignee: Adam Kislevitz, Robert W. Jeffway Jr, Steven R. Casino
• Inventors: Jeffway, Robert W. Jr., Casino, Steven R., Kislevitz, Adam
• Primary Examiner(s): Harrison, Jessica
• Assistant Examiner(s): CAPRON, AARON J
• Application Number:
  US09/915,400
• Publication Number:
  US 20030027640A1
• Time in Patent Office: 1,201 Days
• Field of Search: 463/1-2, 463/49-53, 463/56, 463/30-31, 463/36, 463/39, 446/175, 446/397, 446/401, 446/404-406, 446/436-437, 446/441-443, 446/465, 446/473, 434/20-22, 434/24, 434/307.R, 700/91-92
• US Class Current: 463/51
• CPC Class Codes: A63F 9/02 Shooting or hurling games throwing-implements for sports or recreational use A63B65/00; throwing or projecting toys per se A63H33/18; gun simulators F41A33/00, e.g. light- or radiation-emitting guns F41A33/02; practice apparatus for gun-aiming F41G3/26, e.g. using a light-emitting device F41G3/2616; targets, target ranges, bullet catchers F41J, photo-electric hit-detector systems F41J5/02
• CPC Class Codes: F41A 33/02 Light- or radiation-emitting guns ; Light- or radiation-sensitive guns; Cartridges carrying light emitting sources, e.g. laser
• CPC Class Codes: F41G 3/2666 with means for selecting or varying PRF or time coding of the emitted beam

Abstract

An electronic toy gun for a toy shooting game includes an infrared beam emitter, a trigger, a game data input device, and an internal processor. The infrared beam emitter is configured to emit an encoded infrared beam. The trigger is configured to activate a state of emission of the infrared beam by the infrared beam emitter so as to indicate that a weapon is being fired. The game data input device is configured to receive game data input from a user. The internal processor is configured to receive the game data input from the game data input device and to cause the infrared beam emitter to emit an infrared beam that is coded with one of a plurality of codes based on the game data input.

Claims

1. An electronic toy gun for a toy shooting game, the toy gun comprising:

an infrared beam emitter configured to emit an encoded infrared beam;

a trigger configured to activate a state of emission of the infrared beam by the infrared beam emitter so as to indicate that a weapon is being fired;

a game data input device configured to receive game data input from a user; and

an internal processor configured to receive the game data input from the game data input device and to cause the infrared beam emitter to emit an infrared beam that is coded with one of a plurality of codes based on the game data input;

wherein the game data input corresponds to characteristics of one of a plurality of user-selectable game characters, each of the game characters having differing predetermined characteristics including one or more of the game character'"'"'s weapons, armor rating, weapon speed rating, vulnerability, weapon beam range, and a weapon beam width, and wherein the infrared beam is encoded according to the characteristics of the one of the plurality of game characters so that an opponent can detect the characteristics of the game character;

whereby the infrared beam is encoded differently for different user-selectable same characters.

2. The electronic toy gun of claim 1 wherein the game data input is a code and the internal processor is configured to retrieve corresponding detailed instructions from a memory corresponding to the code.

3. The electronic toy gun of claim 1 wherein the trigger is configured to activate the state of emission of the infrared beam so as to indicate that the weapon is being fired by varying the encoding of the infrared beam.

4. The electronic toy gun of claim 1 wherein the electronic toy gun further comprises a detector for detecting an encoded infrared beam of an opponent and wherein the processor is programmed to detect characteristics of a game character corresponding to the encoded infrared beam of the opponent and to compare the characteristics of the game character corresponding to the game data input with the characteristics of a game character corresponding to the encoded infrared beam of the opponent in order to determine an outcome of an engagement with the opponent.

5. The electronic toy gun of claim 1 further comprising a feedback device configured to provide variable feedback corresponding a measure of a player'"'"'s game condition,

wherein the internal processor is further configured to calculate the measure of the player'"'"'s game condition.

6. The electronic toy gun of claim 5 wherein the feedback device comprises a display configured to display one or more of damage to a player, hits to a player, energy remaining, distance between a player and an opponent, characteristics of an opponent'"'"'s weapon, a depiction of a character associated with the toy gun, and special/defensive weapon usage remaining.

7. The electronic toy gun of claim 6 wherein the display is a liquid crystal display.

8. The electronic toy gun of claim 5 wherein the feedback device comprises an audio device configured to provide one or more of damage to a player, hits to a player, energy remaining, distance between a player and an opponent, characteristics of an opponent'"'"'s weapon, a character associated with the toy gun, and special/defensive weapon usage remaining.

9. The electronic toy gun of claim 1 wherein the game data input device comprises a card reader.

10. The electronic toy gun of claim 9 wherein the card reader is configured to read a card that includes game data.

11. An electronic toy gun for a toy shooting game, the toy gun comprising:

an infrared beam emitter configured to emit an infrared beam;

a trigger configured to activate a state of emission of the infrared beam by the infrared beam emitter so as to indicate that a weapon is being fired;

a beam detector configured to detect an infrared beam emitted by another electronic toy gun; and

an internal processor configured to receive a signal from the beam detector and to categorize the infrared beam detected by the beam detector within one of a plurality of strength categories;

wherein the infrared beam emitter is configured to emit the infrared beam successively at each of a plurality of differing strengths and to encode the infrared beam differently at each of the differing strengths;

wherein the beam detector is configured to detect the infrared beam emitted by the other toy gun at each of the plurality of differing strengths and to detect differing encodings of the infrared beam emitted by the other toy gun at each of the differing strengths; and

wherein the processor is configured to categorize the infrared beam detected by the beam detector within one of a plurality of strength categories by determining whether the infrared beam detected by the beam detector is above a minimum threshold when encoded according to each of the differing encodings;

whereby the infrared beam is categorized within the plurality of strength categories as a function of relative position of the infrared beam emitter and the beam detector.

12. The electronic toy gun of claim 11 wherein the detected infrared beam is registered as a hit based on the strength category detected and based on a nature of a weapon corresponding to the detected infrared beam as indicated by an encoding of the infrared beam.

13. The electronic toy gun of claim 11 wherein the detected infrared beam is registered as a hit based on the strength category detected and based on a detected range of a weapon corresponding to the detected infrared beam as indicated by an encoding of the infrared beam.

14. The electronic toy gun of claim 11 wherein the detected infrared beam is registered as a hit based on the strength category detected and based on a vulnerability of a game character selected by the user.