Wearable vest with vessel and optical sensor

1. A wearable vest, the vest comprising:

a breastplate with a back surface configured to face a torso and an opposite front surface configured to face away from the torso;

a vessel carried by the breastplate, the vessel configured to hold a selected liquid;

a nozzle is connected to the vessel, the nozzle having an air opening and a fluid opening configured to be fluidly coupled with the selected liquid;

an optical sensor carried by the breastplate and configured to receive an encoded optical signal from one or more of a plurality of optical signal sources; and

one or more processors electrically coupled to the optical sensor, the one or more processors configured to:

determine information in the encoded optical signal;

select a response based on the information in the encoded optical signal;

send a signal, based on the selected response, to enable the selected liquid to be directed out of the vessel through the air opening of the nozzle towards a wearer of the wearable vest for a selected period of time, and

a light source optically coupled to the vessel and electrically coupled to the one or more processors, wherein a color of the light source is selected to light the vessel based on a team selected for the wearable vest.

2. The wearable vest of claim 1 , further comprising:

a pump carried by the breastplate and fluidly coupled to the vessel; wherein the pump is:

electrically coupled to the one or more processors; and

configured to receive the signal from the one or more processors, based on the selected response, and pump the selected liquid out of the vessel and through the air opening of the nozzle for the selected period of time.

3. The wearable vest of claim 1 , further comprising:

a pneumatic pump carried by the breastplate, wherein the pneumatic pump is configured to pressurize air in the vessel; and

a valve coupled to one of the fluid opening or the air opening of the nozzle, wherein the valve is electrically coupled to the one or more processors to receive the signal and open the valve and direct the selected liquid, forced by the pressurized air from the vessel through the valve and out of the vessel through the air opening of the nozzle for the selected period of time based on the selected response.

4. The wearable vest of claim 1 , wherein the nozzle is movable to adjust a direction of the air opening relative to the front surface to control a direction of the selected liquid directed out of the vessel.

5. The wearable vest of claim 1 , wherein one or more of the plurality of optical signal sources is one or more of a laser gun, an optical hand grenade, or an optical land mine that are each configured to emit the encoded optical signal as an infrared or visible wavelength optical signal configured to be received by the optical sensor carried by the breastplate.

6. The wearable vest of claim 1 , wherein the one or more processors are configured to select the response, comprising:

identify a selected team of the one or more of the plurality of optical signal sources; and

determine to send the signal to direct the selected liquid out of the vessel based on the identified selected team of the one or more of the plurality of optical signal sources; or

determine to not send the signal to direct the selected liquid out of the vessel based on the identified selected team of the one or more of the plurality of optical signal sources.

7. The wearable vest of claim 1 , wherein the one or more processors are further configured to:

determine to send the signal to direct the selected liquid out of the vessel for the selected period of time, wherein the selected period of time is based, in part, on a number of times that the wearable vest has received the encoded optical signal in a game.

8. The wearable vest of claim 1 , further comprising a team selection button electrically coupled to the one or more processors, wherein the team selection button is configured to:

select a team for the wearable vest by depressing the team selection button a first to an nth time to select a first to an nth team, respectively, for the wearable vest.

9. The wearable vest of claim 8 , wherein the one or more processors are configured to select the response, comprising:

identify a selected team of the one or more of the plurality of optical signal sources; and

determine to send the signal to direct the selected liquid out of the vessel when the identified selected team of the one or more of the plurality of optical signal sources is different than the team selected for the wearable vest.

10. The wearable vest of claim 1 , further comprising:

an audio speaker carried by the breastplate and electrically coupled to the one or more processors;

wherein the one or more processors are configured to send a selected audio message to be played by the audio speaker based on one or more of a selected team and the encoded optical signal received by the optical sensor.

11. The wearable vest of claim 1 , wherein the vessel comprises a bulbous protrusion extending from the front surface of the breastplate and having a lateral dimension occupying a majority of a lateral dimension of the breastplate.

12. The wearable vest of claim 11 , wherein the vessel comprises a sealable aperture being formed at least partially in the protrusion, the aperture configured to receive the selected liquid into the vessel.

13. The wearable vest of claim 2 , wherein the selected liquid is one or more of water or air.

14. The wearable vest of claim 1 , further comprising top attachments connected to the breastplate, and side attachments connected to the breastplates, the top attachments and side attachments each having through holes sized to receive one or more straps configured to secure the breastplate to the torso.

15. The wearable vest of claim 14 , wherein the side attachments are connectable to the breastplate via a keyhole in a side attachment acceptor, wherein the side attachment acceptor is connected to the breastplate.

16. A vest for a laser tag game system, the vest comprising:

a breastplate with a back surface configured to face a torso and an opposite front surface configured to face away from the torso;

a vessel carried by the breastplate and having a closable inlet;

a pump carried by the breastplate and fluidly coupled to the vessel;

a power source carried by the breastplate and electrically coupled to the pump;

a sensor carried by the breastplate and electrically coupled to the power source and the pump, the sensor configured to sense an infrared light incident on the sensor to operate the pump;

a nozzle carried by the breastplate and fluidly coupled to the pump; and

the nozzle being oriented to face upwardly;

a protrusion extending from a front surface of the breastplate and having a lateral dimension occupying a majority of a lateral dimension of the breastplate;

an aperture being formed at least partially in the protrusion; and

the vessel being at least partially located in the protrusion.

17. The vest of claim 16 , further comprising:

an aperture in the front surface of the breastplate; and

the vessel closing the aperture and being visible through the aperture.

18. The vest of claim 17 , further comprising:

at least a portion of the vessel visible through the aperture being at least light translucent, defining an illumination portion; and

a light source carried by the breastplate and electrically coupled to the power source, and the light source being positioned to illuminate the illumination portion of the vessel.

19. The vest of claim 16 , further comprising:

a bulbous protrusion extending from a front surface of the breastplate and having a lateral dimension occupying a majority of a lateral dimension of the breastplate;

at least a portion of the vessel located in the bulbous protrusion;

an aperture formed in the bulbous protrusion;

the vessel closing the aperture and being visible through the aperture; and

a light source carried by the breastplate and electrically coupled to the power source, and the light source being positioned to illuminate the vessel visible through the aperture.

20. The vest of claim 19 , further comprising:

the nozzle being positioned on the bulbous protrusion.

21. The vest of claim 16 , further comprising:

the vessel having a hemispherical dome extending from the front surface of the breastplate;

an upper lobe extending from the front surface of the breastplate and over an upper portion of the hemispherical dome of the vessel;

a lower lobe extending from the front surface of the breastplate and over a lower portion of the hemispherical dome of the vessel; and

the hemispherical dome of the vessel being exposed through the front surface of the breastplate between the upper and lower lobes.

22. The vest of claim 16 , further comprising:

the breastplate having a front wall;

a sealable aperture of the vessel comprising a nipple extending through the front wall of the breastplate; and

a cover removably coupled to the nipple.

23. The vest of claim 16 , further comprising:

an audio speaker carried by the breastplate.

24. The vest of claim 16 , further in combination with a light gun configured to emit infrared light.

25. The vest of claim 16 , further in combination with a laser tag game system, the system comprising:

at least a pair of vests; and

at least a pair of guns configured to emit infrared light.

26. A vest for a laser tag game system, the vest comprising:

a breastplate/gorget with a back surface configured to face a torso and an opposite front surface configured to face away from the torso;

at least one strap coupled to the breastplate and forming a loop with the breastplate and configured to secure the breastplate to the torso;

a bulbous protrusion extending from a front surface of the breastplate;

a bladder/vessel carried by the breastplate and having a closable inlet;

the bladder having a hemispherical dome located in the bulbous protrusion of the breastplate;

an aperture formed in the bulbous protrusion;

the hemispherical dome of the bladder closing the aperture and being visible through the aperture;

an upper lobe extending from the front surface of the breastplate and over an upper portion of the hemispherical dome of the bladder;

a lower lobe extending from the front surface of the breastplate and over a lower portion of the hemispherical dome of the bladder;

a pump carried by the breastplate and fluidly coupled to the bladder;

a power source carried by the breastplate and electrically coupled to the pump;

a sensor carried by the breastplate and electrically coupled to the power source and the pump, the sensor configured to sense an infrared light incident on the sensor to operate the pump; and

a nozzle carried by the breastplate, positioned on the upper lobe, and fluidly coupled to the pump; and

the nozzle being oriented to face upwardly or downwardly.

27. A wearable vest, the vest comprising:

a breastplate with a back surface configured to face a torso and an opposite front surface configured to face away from the torso;

a vessel carried by the breastplate, the vessel configured to hold a selected liquid;

a nozzle is connected to the vessel, the nozzle having an air opening and a fluid opening configured to be fluidly coupled with the selected liquid;

an optical sensor carried by the breastplate and configured to receive an encoded optical signal from one or more of a plurality of optical signal sources; and

one or more processors electrically coupled to the optical sensor, the one or more processors configured to:

determine information in the encoded optical signal;

select a response based on the information in the encoded optical signal;

send a signal, based on the selected response, to enable the selected liquid to be directed out of the vessel through the air opening of the nozzle towards a wearer of the wearable vest for a selected period of time; and

wherein the vessel comprises a bulbous protrusion extending from the front surface of the breastplate and having a lateral dimension occupying a majority of a lateral dimension of the breastplate.