Attachable personal cooling fans

Information

  • Patent Grant
  • 11412800
  • Patent Number
    11,412,800
  • Date Filed
    Thursday, August 27, 2020
    4 years ago
  • Date Issued
    Tuesday, August 16, 2022
    2 years ago
  • Inventors
  • Original Assignees
    • (Phoenixville, PA, US)
  • Examiners
    • Colilla; Daniel J
Abstract
This invention relates to attachable personal cooling fans specifically designed to provide several hours of cooling for the user. These units were originally designed for baseball/softball plate umpires for hot weather conditions, however, they could be adapted for other uses. The units are portable and lightweight and can be attached to any facemask.
Description
BACKGROUND OF THE INVENTION

Umpiring baseball and softball games requires that umpires remain cool, calm and collected to make the right calls and deal with the players, coaches and fans. The task becomes even more difficult when the weather is hot and humid.


Umpiring the plate is extremely exhausting because of the protective gear underneath and the facemask on the face. Professional umpires may only do one or two games a day, however, the recreational umpire who does tournaments may do six games in a day.


In hot and humid summer weather, there is a high potential for heat related illness. It is necessary for the umpires to stay cool. There are devices and methods to keep the umpires cool such as placing ice inside the chest protector, wet cold rags around the neck, ice cubes inside your hat, etc. All these devices and methods do not provide a long lasting cooling effect and can be messy.


Cooling the head offers a very effective method to prevent heat related illnesses. The cooling unit for the plate umpire is attached to the facemask. It is located behind the cage of the facemask where it is protected from any balls hitting the facemask.


The attachable units include 5V, 0.14-0.15A fans powered by AA or AAA batteries. The batteries may be single use or rechargeable. Any type of battery capable of supplying the required power to the fans will work. Tests show that the fans run continuously for 8 hours using four AA batteries and about 4 hours using four AAA batteries. Button batteries which supply the power will not last long. There is no need for a detached battery power pack with umbilical cord.


Presently, there are no devices on the market to provide this type of cooling for the umpires.


BRIEF SUMMARY OF INVENTION

The invention is an attachable personal cooling fan unit that can be attached to any facemask. The unit was originally designed for baseball and softball umpires, but can be applied to any head gear for cooling purposes.


The attachable unit includes two 5V fans powered by AA or AAA batteries. The batteries may be single use or rechargeable. Any type of battery capable of supplying the required power to the fans will work. Tests show that the fans run continuously for 8 hours using four AA batteries and about 4 hours using four AAA batteries. Button batteries that supply the power will not last long. The battery power packs are attached to the fans.


The advantages of this unit include:

    • 1. Can be attached to any type of facemask.
    • 2. Provide cooling to the user for up to 8 hours.
    • 3. Are not noticeable.
    • 4. Do not hinder visibility.
    • 5. No umbilical cord or separate power source.
    • 6. Lightweight
    • 7. Easily attached and removed
    • 8. Quiet


Presently, there are no devices on the market to provide this type of cooling for the umpires.





BRIEF DESCRIPTION OF DRAWINGS


FIG. 1: Front view of attachable cooling fans (two) with battery packs for face mask.

    • Two 50 mm 5V fans each wired and attached to a battery case holding 2 AA batteries.
    • An on/off switch (toggle, slide, push-button) attached to one of the battery cases.



FIG. 2: Front view of attachable cooling fans with battery pack attached to the face mask.

    • The fans are attached with zip ties to the frame on the sides.
    • The battery pack is glued to the fans.
    • The wires are attached along the frame of the mask by the padding straps.



FIG. 3: Back view of attachable cooling fans with battery pack for face mask.





DETAILED DESCRIPTION OF DRAWINGS


FIG. 1: Front view of attachable cooling fans 1,2 with battery packs 3,4 for face mask.

    • Two 50 mm 5V fans 1,2 wired and each attached to a battery pack holding 2 AA batteries 3,4.
    • There is an on/off switch (toggle, slide, push-button) 5 on one battery pack 4.



FIG. 2: Front view of the attachable cooling fans 1,2 with battery packs 3,4 attached to the face mask 7.

    • The fans are attached with zip ties 6 to the inside frame on the left and right sides.



FIG. 3: Back view of attachable cooling fans 1-2 with battery packs 3,4 for face mask 7.

    • The fans are placed between the upper and lower face pads on the left and right sides.

Claims
  • 1. An attachable personal cooling apparatus comprising: two fans each fixed to a respective battery pack;an on/off switch attached to one of said respective battery packs; andthe two fans with battery packs wired together:wherein the personal cooling apparatus is attached to an umpire facemask comprising:a frame comprising a plurality of bars with space in between the bars which allows the umpire to see but prevents balls from penetrating the facemask:padding attached to an inside of the frame and configured to be placed between the frame and the umpire's face to absorb impact from a ball striking the face mask:wherein the fans with battery packs are attached to the inside of the frame and located on left and right sides of the frame, respectively, in order to minimize obstructions to the umpire's view and to prevent a ball from directly striking the fans and battery packs.
US Referenced Citations (4)
Number Name Date Kind
10677263 Ng Jun 2020 B2
20160255901 Jeon Sep 2016 A1
20200229965 Guzman Jul 2020 A1
20210379415 Choi Dec 2021 A1
Foreign Referenced Citations (1)
Number Date Country
111202296 May 2020 CN
Non-Patent Literature Citations (1)
Entry
YourTechGuide; Youtube.com video; https://www.youtube.com/watch?v=MXTaCUjORhM; accessed Dec. 14, 2021; published Sep. 9, 2013. (Year: 2013).
Related Publications (1)
Number Date Country
20220061441 A1 Mar 2022 US